JP6992998B2 - Asset management support system, asset management support method and program - Google Patents

Description

The present invention relates to an asset management support system, an asset management support method and a program.

A facility management system for centrally managing various facilities owned by local governments and companies is known (for example, Patent Document 1). In the system disclosed in Patent Document 1, the facility name, the year of service start, and the evaluation value related to at least one value evaluation item are stored for each managed facility, and the value evaluation score based on this evaluation value and the value evaluation score are obtained. It is configured to calculate the total score with the deterioration evaluation score of each facility in a specific year, arrange each facility in the order of total score or deterioration evaluation score, and generate a list showing the priority of repair work. There is. As a result, for the facilities to be managed, a list showing the priority of repair work is automatically presented by simply inputting known information such as the year of service start and value evaluation value that does not require actual measurement. Even if the number of facilities to be managed is enormous, it is relatively easy for the person in charge of management to obtain basic materials for determining the necessity of repair work and the continuation / disposal of a specific facility (Patent Documents). Paragraph 1 0018).

In addition, a facility reorganization support system that can support a facility reorganization plan in consideration of the functions possessed by each facility and the arrangement configuration of each facility is also known (for example, Patent Document 2). In the system disclosed in Patent Document 2, facility reorganization plan support information is generated based on the evaluation information of a plurality of facilities, and based on the generated facility reorganization plan support information, a plurality of facilities included in a predetermined area are included. Information indicating the location, information indicating the composition ratio by function or usage of the facility, information indicating the scale or size of multiple facilities, information indicating the usage status of multiple facilities, and the cost of multiple facilities. It is configured to output any of the information shown. As a result, the person in charge of facility management can consider the facility reorganization in consideration of the functions common to each facility and the arrangement configuration between the facilities (paragraph 0061 of Patent Document 2).

Japanese Unexamined Patent Publication No. 2008-217655 JP-A-2015-127858

In recent years, school facilities have been renewed all at once due to the wave of aging buildings. School facilities are not only a place for children to learn and live, but also a place for lifelong learning, culture, sports and other activities for local residents, and are an important facility that also serves as an evacuation site in the event of a disaster. Therefore, measures against aging school facilities are an important issue that cannot be postponed.

Based on this situation, each local public body is considering a plan to extend the life of school facilities and rebuilding. Each local government should grasp the actual situation of each school facility, consider future usage forecasts, reduce the total cost related to medium- to long-term maintenance and renewal, and level the budget. It is necessary to consider a lifespan plan and rebuilding. In other words, each local government needs to concretely consider plans for extending the life of many school facilities, rebuilding, etc., while improving safety and functionality within a limited budget. However, in school facilities, etc., the value of buildings calculated by the system disclosed in Patent Document 1 and the system disclosed in Patent Document 2, the evaluation of deterioration status, and the reorganization plan based on those evaluations are based on the evaluation of each school facility. After grasping the actual situation and taking into account future usage forecasts, we can set a medium- to long-term facility management plan including rebuilding, etc., according to the budget amount of each local public organization, and schools. It is difficult to continuously consider individual and specific facility management and operation plans while improving safety and functionality based on the actual conditions of the surrounding area of the facility.

An object of the present invention is to provide an asset management support system, an asset management support method and a program capable of managing facilities according to budget and local circumstances in order to solve at least one of the above-mentioned problems. And.

In order to achieve the above object, the first aspect of the asset management support system according to the present invention is to link the basic information of the facility, the facility ledger , and each item of the fixed asset ledger, and store them in the storage unit. Information storage processing unit to be stored, calculation unit to calculate numerical values to represent the usage status of facilities using the values of each item stored in the storage unit, and multiple classification information that is the basis of type classification. The classification information acquisition unit to be acquired and the type classification processing unit that classifies facilities according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit. , A format storage processing unit that stores and stores the type classification results of facilities by the type classification processing unit and the format that can display multiple items corresponding to the facilities classified into each type in the storage unit. A screen information generation unit that generates display data based on the format stored in the storage unit using information stored in the storage unit or the calculation result of the calculation unit, and a display displayed by the screen information generation unit. It was set by the evaluation standard value setting unit and the evaluation standard value setting unit that set the evaluation standard value for each predetermined item related to the facility based on the value that is the review standard at the time of rebuilding entered by the user who referred to the data . Calculate the value used for the stage evaluation for indexing N stages (N is an integer of 2 or more) with the evaluation reference value as the median value, and based on the calculation result, the item of the facility stored in the storage unit. It is characterized by having an indexing processing unit that calculates an indexing result obtained by indexing the value of a predetermined item or the calculation result by the calculation unit into N stages .

Further, other aspects of the asset management support system according to the present invention include a threshold value setting processing unit that sets a threshold value that deviates from the evaluation standard set by the evaluation standard value setting unit by a predetermined ratio as a threshold value, and a screen information generation unit. If there is a value that exceeds the threshold value set by the threshold value setting processing unit among the display data generated by It is characterized by further having a display control unit for displaying a display calling attention .

Further, other aspects of the asset management support system according to the present invention are to be examined by a threshold setting processing unit that sets a threshold value that deviates from the evaluation standard set by the evaluation standard value setting unit by a predetermined ratio as a threshold value. Among the items associated with the facility, in the processing of the indexing processing unit, the item that has the indexing result indicating that the value is different from the evaluation reference value, or the threshold value set by the threshold value setting processing unit. It is characterized by further having a task extraction unit that extracts information associated with these predetermined items from the storage unit as information that is the current subject when there are items exceeding the above .

In addition, another aspect of the asset management support system according to the present invention is the processing of the information storage processing unit, and the storage unit is stipulated by law as a numerical value suitable for setting as a target when renovating or remodeling a facility. Of the threshold setting processing unit that further stores the specified value and sets a numerical value that deviates from the value specified by law by a predetermined ratio as the threshold value, and the display data generated by the screen information generation unit, the threshold value is set. When there is a value that exceeds the threshold value set by the processing unit, a display control unit that controls the screen information generation unit to alert the user who browses the display data to the value that exceeds the threshold value. It is characterized by further having.

In addition, another aspect of the asset management support system according to the present invention is the processing of the information storage processing unit, and the storage unit is stipulated by law as a numerical value suitable for setting as a target when renovating or remodeling a facility. Of the items associated with the facility to be examined, the threshold setting processing unit that further stores the specified value and sets the value that deviates from the value specified by law by a predetermined ratio as the threshold value. In the processing of the indexing processing unit, if there is an item that has an indexing result indicating that the value is different from the evaluation reference value, or an item that exceeds the threshold value set by the threshold value setting processing unit, the storage unit It is characterized by further having a problem extraction unit that extracts information associated with these predetermined items as information that is the current problem .

Further, another aspect of the asset management support system according to the present invention is to set a threshold value among the threshold value setting processing unit that sets a predetermined numerical value input by the user as a threshold value and the display data generated by the screen information generation unit. When there is a value that exceeds the threshold value set by the processing unit, a display control unit that controls the screen information generation unit to alert the user who browses the display data to the value that exceeds the threshold value. It is characterized by further having.

Further, another aspect of the asset management support system according to the present invention is among the items associated with the threshold setting processing unit that sets a predetermined numerical value input by the user as a threshold value and the facility to be examined. In the processing of the indexing processing unit, if there is an item that has an indexing result indicating that the value is different from the evaluation reference value, or an item that exceeds the threshold value set by the threshold value setting processing unit, the storage unit is used. It is characterized by further having a problem extraction unit that extracts information associated with these predetermined items as information that is the current problem .

Further, the second aspect of the asset management support system according to the present invention is set as a target in the case of renovating or remodeling the basic information of the facility, the facility ledger, each item of the fixed asset ledger, and the facility. The usage status of the facility using the information storage processing unit that stores and stores the value specified by law as a numerical value suitable for the storage unit and the value of each item stored in the storage unit. Evaluation standard value setting unit that sets the evaluation standard value for each predetermined item related to the facility based on the value stipulated by law stored in the storage unit and the calculation unit that calculates the numerical value to represent The value used for the stage evaluation for indexing the N stage (N is an integer of 2 or more) with the evaluation standard value set by the reference value setting unit as the median value is calculated, and the value is stored in the storage unit based on the calculation result. An indexing processing unit that calculates the value of a predetermined item among the stored facility items or an indexing result that indexes the calculation result by the calculation unit into N stages, and a plurality of items that serve as the basis of type classification. Type classification that classifies facilities according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the information stored in the storage unit or the calculation result by the calculation unit. Format storage processing that stores and stores the type classification results of facilities by the processing unit and the type classification processing unit, and the format that can display multiple items corresponding to the facilities classified into each type in the storage unit. Displayed by the screen information generation unit and the screen information generation unit that generate display data based on the format stored in the storage unit using the information stored in the unit and the storage unit or the calculation result by the calculation unit. Display data generated by the threshold setting processing unit and the screen information generation unit, which set a numerical value that deviates by a predetermined percentage from the value that is the reference for review at the time of rebuilding, which is input by the user who referred to the displayed display data, as the threshold. If there is a value that exceeds the threshold set by the threshold setting processing unit, the screen information generation unit is controlled to display the user who browses the display data to pay attention to the value exceeding the threshold. It is characterized by having a display control unit for displaying .

Further, the third aspect of the asset management support system according to the present invention is set as a target in the case of renovating or remodeling the basic information of the facility, the facility ledger, each item of the fixed asset ledger, and the facility. Using the information storage processing unit that stores and stores the value specified by law as a numerical value suitable for the storage unit and the value of each item stored in the storage unit, the usage status of the facility Evaluation standard value setting unit that sets the evaluation standard value for each predetermined item related to the facility based on the value stipulated by law stored in the storage unit and the calculation unit that calculates the numerical value to represent The value used for the stage evaluation for indexing the N stage (N is an integer of 2 or more) with the evaluation standard value set by the reference value setting unit as the median value is calculated, and the value is stored in the storage unit based on the calculation result. An indexing processing unit that calculates the value of a predetermined item among the stored facility items, or an indexing result that indexes the calculation result by the calculation unit into N stages, and a plurality of items that serve as the basis of type classification. Type classification that classifies facilities according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the information stored in the storage unit or the calculation result by the calculation unit. Format storage processing that stores and stores the type classification results of facilities by the processing unit and the type classification processing unit, and the format that can display multiple items corresponding to the facilities classified into each type in the storage unit. Displayed by the screen information generation unit and the screen information generation unit that generate display data based on the format stored in the storage unit using the information stored in the unit and the storage unit or the calculation result by the calculation unit. It is linked to the threshold setting processing unit that sets the threshold value that deviates by a predetermined percentage from the value that is the reference for review at the time of rebuilding, which is input by the user who referred to the displayed data, and the facility to be examined. Among the items, there were items that exceeded the predetermined value or the threshold set by the threshold setting processing unit, which was the index result indicating that the value was different from the evaluation reference value in the processing of the indexing processing unit. In this case, it is characterized by having a problem extraction unit that extracts information associated with these predetermined items from the storage unit as information that is the current problem .

Further, the fourth aspect of the asset management support system according to the present invention is an information storage processing unit that links each item of the basic information of the facility, the facility ledger, and the fixed asset ledger, and stores and stores them in the storage unit. And, the calculation unit that calculates the numerical value for expressing the usage status of the facility using the value of each item stored in the storage unit, and the evaluation for each predetermined item related to the facility based on the value input by the user. A value used for stage evaluation for indexing N stages (N is an integer of 2 or more) with the median value of the evaluation standard value set by the evaluation standard value setting unit that sets the standard value and the evaluation standard value setting unit. Is calculated, and based on the calculation result, the value of a predetermined item among the items of the facility stored in the storage unit, or an index for calculating the indexing result obtained by indexing the calculation result by the calculation unit into N stages. Acquisition by the classification information acquisition unit based on the information stored in the conversion processing unit, the classification information acquisition unit that acquires a plurality of classification information that is the basis of type classification, or the calculation result by the calculation unit. It is possible to display the type classification processing unit that classifies facilities according to the classified information, the type classification result of the facility by the type classification processing unit, and multiple items corresponding to the facilities classified into each type. A format storage processing unit that stores and stores formats in a storage unit, and information stored in the storage unit or the calculation result of the calculation unit is used to generate display data based on the format stored in the storage unit. Threshold setting process that sets a numerical value that deviates by a predetermined percentage from the value that is input by the user who referred to the screen information generation unit and the display data displayed by the screen information generation unit and is the reference value for review at the time of rebuilding. When there is a value exceeding the threshold set by the threshold setting processing unit among the display data generated by the screen information generation unit and the screen information generation unit, the screen information generation unit is controlled for the user who browses the display data. It is characterized by having a display control unit for displaying a display calling attention to a value exceeding a threshold value.
Further, the fifth aspect of the asset management support system according to the present invention is an information storage processing unit that links basic information of facilities, a facility ledger, and each item of a fixed asset ledger, and stores and stores them in a storage unit. And, the calculation unit that calculates the numerical value for expressing the usage status of the facility using the value of each item stored in the storage unit, and the evaluation for each predetermined item related to the facility based on the value input by the user. A value used for stage evaluation for indexing N stages (N is an integer of 2 or more) with the center value of the evaluation standard value set by the evaluation standard value setting unit that sets the standard value and the evaluation standard value setting unit. Is calculated, and based on the calculation result, the value of a predetermined item among the items of the facility stored in the storage unit, or an index for calculating the indexing result obtained by indexing the calculation result by the calculation unit into N stages. Acquisition by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit, and the classification information acquisition unit that acquires a plurality of classification information that is the basis of type classification. It is possible to display the type classification processing unit that classifies facilities according to the classified information, the type classification result of the facility by the type classification processing unit, and multiple items corresponding to the facilities classified into each type. Using the format storage processing unit that stores and stores the format in the storage unit, the information stored in the storage unit, or the calculation result by the calculation unit, display data based on the format stored in the storage unit is generated. Threshold setting process that sets a numerical value that deviates by a predetermined percentage from the value that is input by the user who referred to the screen information generation unit and the display data displayed by the screen information generation unit and is the reference value for review at the time of rebuilding. Of the items associated with the department and the facility to be examined, in the processing of the indexing processing department, the predetermined or threshold setting that is the indexing result indicating that the value is different from the evaluation standard value. When there is an item exceeding the threshold set by the processing unit, it is characterized by having a problem extraction unit that extracts information associated with these predetermined items from the storage unit as information that is the current problem. do.

Further, one aspect of the asset management support method according to the present invention is to link the basic information of the facility, the facility ledger, the information on the usage status of the facility, and each item of the fixed asset ledger, and store and store them in the storage unit. It is an asset management support method by an asset management support system having an information storage processing unit, and a calculation step for calculating a numerical value for expressing the usage status of a facility using the value of each item stored in the storage unit. , Acquired by the processing of the classification information acquisition step based on the information stored in the storage unit or the calculation result of the processing of the calculation step, and the classification information acquisition step of acquiring a plurality of classification information which is the basis of the type classification. Displays the type classification processing step that classifies the facility according to the classified information, the type classification result of the facility by the processing of the type classification processing step, and multiple items corresponding to the facilities classified into each type. Based on the format stored in the storage unit using the format storage processing step of accumulating and storing possible formats in the storage unit, the information stored in the storage unit, or the calculation result obtained by the processing of the calculation step. Based on the screen information generation step that generates the display data and the value that is the reference for review at the time of rebuilding, which is input by the user who referred to the display data displayed by the processing of the screen information generation step, for each predetermined item related to the facility. Stage evaluation for indexing N stages (N is an integer of 2 or more) with the evaluation standard value set by the processing of the evaluation standard value setting step for setting the evaluation standard value and the evaluation standard value setting step as the median value. The value used for is calculated, and based on the calculation result, the value of a predetermined item among the items of the facility stored in the storage unit, or the indexing result obtained by indexing the calculation result by the calculation unit into N stages . It is characterized by including an indexing processing step to be calculated.

In addition, the program according to the present invention uses the values of each item stored in the storage unit to calculate a numerical value for expressing the usage status of the facility, and a plurality of classification information which are the basis of type classification. Based on the classification information acquisition step to acquire and the information stored in the storage unit, or the calculation result by the processing of the calculation step, the facility is type-classified according to the classification information acquired by the processing of the classification information acquisition step. The type classification processing step, the type classification result of the facility by the processing of the type classification processing step, and the format that can display a plurality of items corresponding to the facilities classified into each type are stored and stored in the storage unit. Format storage processing step to generate display data based on the format stored in the storage unit using the information stored in the storage unit or the calculation result obtained by the processing of the calculation step, and the screen information generation step. Evaluation standard value setting step that sets the evaluation standard value for each predetermined item related to the facility based on the value that is the review standard at the time of rebuilding, which is input by the user who referred to the display data displayed by the processing of the screen information generation step. And, the value used for the stage evaluation for indexing the N stage (N is an integer of 2 or more) with the evaluation standard value set by the processing of the evaluation standard value setting step as the median value is calculated, and based on the calculation result. Including the value of a predetermined item among the items of the facility stored in the storage unit, or the indexing processing step of calculating the indexing result obtained by indexing the calculation result by the calculation unit into N stages. Execute the characteristic process.

According to the present invention, it is possible to provide an asset management support system, an asset management support method and a program capable of managing facilities according to the budget and the actual situation of the area.

It is a figure which shows the outline of the asset management support system 1, which is the embodiment of the asset management support system, the asset management support method, and the program of this invention. It is a flowchart which shows the facility management process executed by the asset management support apparatus 4 shown in FIG. This is an outline of the plan to extend the life of school facilities by the asset management support system of this system. It is a figure which shows an example of the basic information sheet. It is a figure which shows an example of a building information list. It is a bar graph showing the maintenance status of school facilities by age and future maintenance / renewal costs. It is a flowchart which shows the process which simply separates a remodeling and a long life. It is a figure which shows an example of the building information list to which the information about the soundness of a structural frame is added. It is a figure which shows an example of the inspection item based on the Building Standard Law. It is a figure which shows an example of the deterioration situation questionnaire. It is a figure which shows an example of construction history / schedule information. It is a figure which shows an example of the evaluation standard. It shows specific evaluation criteria for roofs and rooftops by visual inspection. The specific evaluation criteria of the outer wall by visual inspection are shown. It shows specific evaluation criteria for internal finish, electrical equipment, and mechanical equipment based on the number of years elapsed. It is a figure which shows the photograph of the deterioration part and an example of detailed information. It is a figure which shows an example of the information which shows the deterioration part. It is a figure which shows an example of the matrix about the specification and performance of each part of a facility. It is a figure which shows an example of the maintenance sheet. It is a figure which shows an example of the maintenance sheet. It is a figure which shows an example of the conversion table for converting the evaluation index of each part into an evaluation point. It is a figure which shows an example of the cost allocation table for allocating a cost to each part. It is a figure which shows the calculation example of the soundness schematically. It is a figure which shows an example of the building information list to which the information about the deterioration situation evaluation was added. It is a figure which shows an example of the entry table of the cost calculation condition for calculating the future maintenance / renewal cost (long life type). It is a bar graph which shows the future maintenance / renewal cost calculated based on various information input in the entry table of the cost calculation condition shown in FIG. It is a figure which shows the image of conversion from the remodeling center to the extension of life. It is a figure which shows an example of the facility maintenance level determined based on the setting of a financial constraint line. It is a figure which shows an example of the maintenance plan table of the individual facility of the last 5 years. It is a bar graph which shows the cost of the maintenance plan of the individual facility of the last 5 years calculated based on each project cost input in the entry table of the maintenance plan table of the individual facility of the last 5 years shown in FIG. It is a figure which shows an example of the implementation plan of the maintenance contents for the next 5 years. It is a bar graph which shows an example of the budget allocation for the next 5 years set based on the maintenance content shown in FIG. 31. It is a figure which shows an example of the detailed implementation plan of the maintenance contents for the next 5 years. It is a bar graph showing the cost of the longevity plan for the next 40 years. It is a figure which shows an example of examination of a new policy and improvement measures for solving a problem. It is a figure which shows an example of a simulation. It is a figure for demonstrating the relationship of the management classification in each of a building information list, a school facility ledger, and a fixed asset ledger. It is a figure for demonstrating an example of the matching table of a school facility ledger and a fixed asset ledger. It is a figure for demonstrating the relationship between the facility layout plan of a building, and a building information list. It shows a part displayed in the building information list, and is a vertical column consisting of "building basic information", "soundness of structural skeleton", "deterioration status other than skeleton", and "specifications / performance". , It is a figure showing a horizontal row composed of a plurality of buildings. It shows the state of sliding sideways with only the item part of "building basic information" shown in FIG. 40 fixedly displayed, and shows the state where the relationship between "building basic information" and "history" can be grasped. It is a figure. Only the item part of "building basic information" shown in FIG. 40 is fixedly displayed and slid sideways. "Building basic information" and "annual plan (target mode years / repair / repair / repair / repair / It is a figure which shows the state which can grasp the relationship of "repair cycle)". It is a figure which shows the state which the alternative plan of "annual plan (target mode years / repair / repair cycle)" of the building information list shown in FIG. 42 is displayed. In the building information list shown in FIGS. 40 to 43, it is a figure which shows the screen example which is displayed when the optimum solution of the future maintenance is examined for each facility and each building. It is a figure which shows other example of the item to be displayed in the building basic information, history part. It is a figure which shows an example of the functional structure of the asset management support system 1A for outputting a building information list. It is a figure for demonstrating not only grasping the deterioration situation and recovery, but also long-life repair. It is a figure which shows an example of the functional structure of the asset management support system 1B. It is a figure which shows an example of the information of the utilization examination sheet. It is a figure which shows an example of the information of the utilization examination sheet. It is a figure which shows the floor plan of each floor of a facility, and an example of the information which shows the usage contents. It is a figure which shows the floor plan of each floor of a facility, and an example of the information which shows the usage contents. It is a figure which shows an example of the composite graph which shows the transition of the number of children. It is a figure which shows an example of the list of the type classification result of the elementary school in a predetermined municipality. It is a figure which shows an example of the list of the type classification result of the elementary school in a predetermined municipality. It is a figure which shows an example of the format which can list the basic axis of the type classification of the elementary school in a predetermined municipality, and the numerical value which shows the characteristic of each type. It is a figure for demonstrating the type classification by the basis of the different type classification. It is a figure which shows an example of the format which can list the numerical value which shows the characteristic of each type. It is a figure which shows an example of the format which contains the item which the user who referred to the data can newly enter a numerical value and information. It is a figure which shows an example of the format which can list the detailed information about the change of the number of students and the number of classes of a high school. It is a figure which shows an example of the format corresponding to the detailed information about a type B school building. It is a figure which shows an example of the format corresponding to the detailed information about a type B building. It is a figure which shows an example of the format corresponding to the detailed information about the school area of type B. It is a figure which shows an example of the format corresponding to the detailed information about the possession situation of the type B classroom. It is a figure which shows an example of the format in which the value of a review target can be entered. It is a figure which shows an example of the format which can enter the area reduction target value. It is a figure which shows an example of the format which can enter the review target value of a school building area. It is a figure which shows an example of the format in which the review target value of a building area can be entered. It is a figure which shows an example of a format in which a review target value of a school area can be entered. It is a figure which shows an example of the format in which the review target value of the number of rooms and the area per room can be entered. It is a figure which shows an example of a plan to rebuild a part of a high school. It is a bar graph showing the actual value and forecast of the cost up to the present. It is a figure which shows an example of the format which classified by the type by the district information, and made each information about a pool a display item. It is a bar graph showing the actual value and forecast of the cost up to the present. It is a graph that can distinguish between the cost of repair and renewal as a measure against aging and the cost of improving the function and environment of school facilities. It is a figure which shows an example of the format which can list the number of the elementary school of type A to type E. It is a line graph which shows the past transition and the future transition prediction of the number of children of type A elementary school. It is a figure which shows an example of the format which is composed of the item of the detailed information related to the number of children of the type A elementary school. It is a line graph which shows the past transition and the future transition prediction of the number of children of the type B elementary school. It is a figure which shows an example of the format which is composed of the item of the detailed information related to the number of children of the type B elementary school. It is a line graph which shows the past transition and the future transition prediction of the number of children of the type C elementary school. It is a figure which shows an example of the format which is composed of the item of the detailed information related to the number of children of the type C elementary school. It is a figure showing the past changes in the number of children and the number of classes on the map of the corresponding municipality. It is a figure which shows an example of the detailed information including the possession state of the building of a predetermined elementary school, and the construction history about each building. It is a figure showing the change prediction of the number of children and the number of classes on the map of the corresponding municipality. It is a figure which shows an example of the format for making the review plan about the room of the corresponding elementary school based on the delicate proper plan about the room of the type to which it belongs. It is a figure which shows an example of the format for listing the information about a predetermined elementary school and the local facility in the vicinity. It is a figure which shows an example of the format for listing the information about a predetermined elementary school and the local facility in the vicinity. It is a figure which shows an example of the improvement plan of the classroom arrangement after the renovation of an elementary school. It is a figure which shows an example of the improvement plan of the school building arrangement after the renovation of an elementary school. It is a flowchart explaining the process using the type classification. It is a flowchart explaining the process using the type classification. It is a flowchart explaining the type classification process 1. It is a figure for demonstrating the type classification by the basic axis of the type classification including the condition which shows the change with time of the use condition of a facility. It is a figure which shows an example of the format corresponding to the detailed information about the possession situation of the classroom of type B'. It is a figure which shows an example of a plan to rebuild a part of a high school. It is a graph showing the change in the number of high school students in a certain municipality. It is a figure which shows an example of the format for confirming the structure of a building and the composition of rooms for each school type and department. It is a figure which shows an example of the format which shows the classification based on the scale of a high school, and the information such as a school building area and an indoor playground area based on the classification. It is a figure which shows an example of the format which shows the change of a student mathematics series when the classification is performed based on the scale of a high school. It is a figure which shows an example of the format for confirming the regional change of a high school in a corresponding municipality. It is a figure for demonstrating the case of making a matrix and performing type classification with the change of the scale of a high school and the student mathematics series as the classification axis. It is a figure for demonstrating the case of making a matrix and performing type classification with the change of the scale of a high school and the student mathematics series as the classification axis. It is a figure which shows the result of a type classification, and an example of a format which shows the characteristic of each type. It is a figure which shows an example of the format which shows the detailed information of each school classified by type. It is a figure which shows an example of the format which shows the detailed information of each school classified by type. It is a figure which shows an example of the format which shows the correspondence relation between the population increase / decrease rate of a municipality in a municipality, and the type classification result of a high school. It is a figure which shows an example of the format for comparing the number of students and the total floor area of a school building. It is a figure which shows an example of the format for comparing the number of students and the total floor area of a school building. It is a figure which shows an example of the format for comparing the number of students and the total floor area of a school building. It is a flowchart explaining the type classification process 2. It is a figure for demonstrating the information which shows the change of composition by a subject at the time of the peak of the number of students, present, and the future. It is a figure for explaining the change in the number of students and the number of classes from the peak time to the present, and the information when the total floor area of the owned building such as a school building and a gymnasium is extracted from the viewpoint of the whole municipality. It is a figure for explaining the change in the number of students and the number of classes from the peak time to the present, and the information when the total floor area of the owned building such as a school building and a gymnasium is extracted from the viewpoint of each area of a local government. It is a figure which shows an example of the functional structure of the asset management support system 1C. It is a figure for demonstrating a specific example of an alarm generation processing. It is a figure for demonstrating an example of the indexation result generated. It is a figure for demonstrating an example of the generated display image data. It is a figure for demonstrating the case where arbitrary information is added to the generated display image data. It is a figure for demonstrating an example of the considered improvement plan. It is a figure for demonstrating an example of the indexing result with respect to the examined improvement plan. It is a figure for demonstrating an example of the 2nd phase improvement plan examined. It is a figure for demonstrating an example of the indexing result with respect to the 2nd phase improvement plan examined. It is a figure which shows the format for displaying a list of data which assists in grasping the present condition. It is a figure for demonstrating an example of the generated display image data. It is a figure which shows the format for displaying the list of the data which assists the analysis of the present condition. It is a figure for demonstrating an example of the generated display image data. It is a figure which shows the format for displaying the list of the data which assists in the improvement study. It is a figure for demonstrating an example of the generated display image data. It is a figure which shows the format for displaying a list of data which assists in examining the basic concept of a facility layout. It is a figure for demonstrating an example of the generated display image data. It is a figure which shows the format for displaying a list of data which assists in examining the basic concept of the plan layout of each floor of a facility. It is a figure for demonstrating an example of the generated display image data. It is a figure which shows the format for displaying the list of the data which assists in examining the basic concept of the 1st term 2nd term of the plan layout of a facility. It is a figure for demonstrating an example of the generated display image data. It is a figure which shows the format for displaying the list of the data which helps to analyze and verify the improvement effect. It is a figure for demonstrating an example of the generated display image data. It is a flowchart for demonstrating the asset management support information generation processing. It is a flowchart for demonstrating the asset management support information generation processing. It is a flowchart for demonstrating alarm generation processing. It is a flowchart for demonstrating the indexing process.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. The asset management support system 1, 1A, 1B, 1C, which is an embodiment of the asset management support system, the asset management support method, and the program of the present invention will be described as an example. Not limited.

<Overview of Asset Management Support System 1>
FIG. 1 is a diagram showing an outline of an asset management support system 1 which is an embodiment of an asset management support system, an asset management support method, and a program of the present invention. This asset management support system 1 is, for example, a system that provides support for managing and operating facilities owned by a plurality of owned by the national government, local governments, or companies in a predetermined area. By using the asset management support system 1, the actual situation of facilities owned by the national government, local governments, or companies in a predetermined area can be grasped, and the total cost for medium- to long-term maintenance can be reduced and the budget can be reduced. By ensuring the specifications and performance of each part required for the facility while aiming for leveling, it is possible to consider not only rebuilding due to aging but also a plan to extend the service life. Hereinafter, in the present invention, the asset management support system 1 that provides support for managing and operating school facilities will be described as an example.

As shown in FIG. 1, the asset management support system 1 is connected to the client terminal 3 via the network 2. The asset management support system 1 includes an asset management support device 4, a communication device 5, a storage device 6, and an input / output device 7.

The network 2 is a transmission line for establishing communication between computers. The network 2 is generally realized by a communication cable, and TCP / IP (Transmission Control Protocol / Internet Protocol) is used as the communication protocol. The transmission path of the network 2 is not limited to the cable, and if the communication protocols between them are the same or compatible, a wired or wireless general-purpose line or a dedicated line, a wired or wireless line, is used. It is composed of a plurality of networks, for example, a LAN (Local Area Network), a WAN (Wide Area Network), an IP (Internet Protocol) communication network such as the Internet, a public telephone network, a mobile telephone network, and the like.

The client terminal 3 is a terminal that can be used by a person in charge of asset management, a person in charge of investigating the deterioration status of a building (hereinafter referred to as an operator), or the like. The client terminal 3 requests various processes (request for display processing of desired information, request for registration processing, request for search processing, etc.) or various data by the operation of the operator to the communication device 5 of the asset management support system 1. Can be entered. A Web browser is installed in the client terminal 3 in advance, and the data output from the communication device 5 is configured to be displayed on a display device such as a display. Although the client terminal 3 is a smartphone in the example of FIG. 1, it may be a portable device such as a notebook personal computer, a desktop personal computer, a dedicated mobile terminal, a mobile phone, or a PDA (Personal Digital Assistant). That is, the client terminal 3 may be able to access the service provided by the asset management support device 4 via the network 2, give instructions for various executions, and display the services. Although only one client terminal 3 is shown in FIG. 1, a plurality of client terminals 3 are naturally present for each operator to be used.

The asset management support device 4 inputs various information input from the input / output device 7 or supplied via a recording medium or the like by the user of the asset management support device 4, or various information supplied from the client terminal 3. Information is stored in the storage device 6 described later, and information is stored in the storage device 6 described later in response to an operation input by the user of the asset management support device 4 input from the input / output device 7 or an instruction from the client terminal 3. Acquire and execute various processes. Specifically, for example, the asset management support device 4 acquires information (deterioration status) indicating the actual state of the school facility to be managed from the storage device 6, and sets it as a management target based on the medium- to long-term financial outlook. A possible conservation policy is determined based on the upper limit of the total budget per year invested in the school facilities (hereinafter referred to simply as the "financial constraint line"), and based on the determined conservation policy and the current maintenance level. It is a device that executes facility management processing to calculate future maintenance / renewal costs. Therefore, a program for functioning as a Web server, a program for functioning as an application server, and the like are pre-installed in the asset management support device 4. As shown in FIG. 1, the asset management support device 4 includes a screen information generation unit 11, an information storage processing unit 12, a deterioration status evaluation unit 13, a financial constraint line setting unit 14, a maintenance standard value setting unit 15, and a maintenance policy determination unit. It has a business content setting unit 17, a site-specific identification unit 18, a site-specific cost calculation unit 19, a maintenance standard value update unit 20, an accounting interlocking unit 21, and a simulation unit 22.

The screen information generation unit 11 displays data (for example, HTML data) in response to a request from the client terminal 3 or an operation input by the user of the asset management support device 4 input from the input / output device 7. And image data), transmit it to the client terminal 3 via the communication device 5, or supply it to the input / output device 7 for output.

The information storage processing unit 12 stores various information about the school facility, deterioration information of the skeleton of the school facility and the deterioration information of the main inspection part other than the skeleton, and the like in the storage device 6. The information storage processing unit 12 relates to the school facility, for example, in response to a request from the client terminal 3 or an operation input (information registration processing request) by the user of the asset management support device 4 input from the input / output device 7. Various information, deterioration information of the skeleton of the school facility and deterioration information of the main inspection parts other than the skeleton, and the like can be stored in the storage device 6. Various information about the school facility stored in the storage device 6 and deterioration information of the skeleton of the school facility and the deterioration information of the main inspection parts other than the skeleton will be described later using specific examples. Further, the information storage processing unit 12 stores the information generated by the processing of each unit of the asset management support device 4 in the storage device 6.

The deterioration status evaluation unit 13 provides deterioration information of main inspection parts other than the skeleton of the school facility stored in the deterioration information storage unit 32 of the storage device 6 and an evaluation index for indexing the evaluation of the deterioration state. Based on the information shown, it is possible to calculate the soundness, which is a value indexed from the evaluation result of the deterioration state of the school facility. The deterioration status evaluation unit 13 responds to, for example, a request from the client terminal 3 or an operation input (deterioration status evaluation request) by the user of the asset management support device 4 input from the input / output device 7. The degree of soundness can be calculated by indexing the evaluation of the deterioration state of. The soundness calculated by the deterioration status evaluation unit 13 is stored in the deterioration information storage unit 32 of the storage device 6 by the information storage processing unit 12. The deterioration information of the main inspection parts other than the frame of the school facility and the details of the soundness generated by the deterioration status evaluation unit 13 will be described later using specific examples.

The financial constraint line setting unit 14 sets a numerical value that becomes the financial constraint line. The financial constraint line setting unit 14 responds to, for example, a request from the client terminal 3 or an operation input (request for setting instruction of the financial constraint line) by the user of the asset management support device 4 input from the input / output device 7. , It is possible to set a numerical value as the upper limit of the total budget amount per single year to be invested in the school facilities to be managed. In the above explanation, the numerical value set as this financial constraint line is the upper limit of the total budget amount per single year to be invested in the school facilities to be managed, but it is not necessarily the upper limit of the total budget amount per single year. Of course, it is also possible to set an arbitrary numerical value without being limited to. For example, the financial constraint line setting unit 14 may be able to set an upper limit of the budget for each school facility as a financial constraint line.

The maintenance standard value setting unit 15 was grasped by the specifications, performance, and cost information of each part of the school facility stored in the storage device 6 described later, and the deterioration status survey conducted regularly for each school facility. Based on the information and the evaluation information of the deterioration situation, the information on the current maintenance level including the specifications, performance, parts (for example, roof / roof, outer wall, internal finish, electrical equipment, mechanical equipment, etc.) of the school facility and the total cost is provided. It can be set as a maintenance standard value. As a result, the current facility maintenance level of the school facility can be grasped in conjunction with the deterioration information of the school facility stored in the deterioration information storage unit 32 of the storage device 6, that is, the deterioration status survey of the substance. At the same time, it can be a concrete criterion for repairs in the future. In addition, the maintenance standard value setting unit 15 is divided into parts of each school facility (for example, roof / roof, outer wall, internal finish, electrical equipment) within a range not exceeding the numerical value set by the financial constraint line setting unit 14. , Mechanical equipment) facility maintenance level can also be set. This makes it possible to grasp the sustainable facility maintenance level within the budget amount set as the financial constraint line. The details of the maintenance standard value and the facility maintenance level set by the maintenance standard value setting unit 15 will be described later with reference to specific examples.

The maintenance policy determination unit 16 aggregates and analyzes based on the basic building information contained in the building information list to be described later, which is stored in the storage device 6, and shows the maintenance status by age when the facility is remodeled and the future. Calculate the maintenance / renewal cost of. Further, the maintenance policy determination unit 16 extends the life of the facility based on the cost calculation conditions supplied from the client terminal 3 or the input / output device 7 and the basic information of each school facility stored in the storage device 6. Calculate the future maintenance / renewal cost of the case. In addition, the maintenance policy determination unit 16 has the maintenance standard values of school facility specifications, performance, and costs set by the maintenance standard value setting unit 15, the soundness calculated by the deterioration status evaluation unit 13, and financial constraints. Based on the numerical value that becomes the financial constraint line set by the line setting unit 14, the maintenance policy of either the functional recovery of the school facility or the functional improvement of the school facility is determined. The details of the maintenance policy determined by the maintenance policy determination unit 16 will be described later with reference to specific examples.

The business content setting unit 17 specifies the repair content of the school facility according to the maintenance policy determined by the maintenance policy determination unit 16 for each part, and calculates the repair cost for each predetermined period of the facility. The details of the repair cost calculated by the business content setting unit 17 will be described later using a specific example.

The site-specific identification unit 18 can specify the repair content for each site of the school facility based on the actual data described in the construction breakdown sheet created at the time of the rebuilding work or the repair work of the school facility. When the site-specific identification unit 18 cannot grasp the site only from the information contained in the actual data, the site-specific identification unit 18 can appropriately supplement the site-specific identification unit 18 with reference to the storage device 6 described later so as to be at the site-specific level. ..

The site-specific cost calculation unit 19 can calculate the composition ratio of the site-specific cost and the site-specific cost based on the repair content of each site of each school facility specified by the site-specific identification unit 18.

The maintenance standard value updating unit 20 is used by the maintenance standard value setting unit 15 based on the repair contents of each school facility specified by the site-specific identification unit 18 and the site-specific cost calculated by the site-specific cost calculation unit 19. It is possible to update the maintenance standard values of the specifications, performance, and cost of each school facility that has been set.

The accounting interlocking unit 21 can link the cost of improving the function of the school facility to the capital expenditure in accounting and the cost of recovering the function of the school facility to the repair cost in accounting.

From the maintenance policy determined by the maintenance policy determination unit 16, the simulation unit 22 has information on future population changes within a predetermined area, information on the usage status of each facility, information on the functions of each facility, or these. Execute one of the simulations such as divisional ownership, sharing, and consolidation of facilities based on multiple pieces of information. The details of the simulation executed by the simulation unit 22 will be described later with reference to specific examples.

The asset management support device 4 is a general-purpose computer system, and has a CPU (central processing unit), ROM (Read Only Memory), RAM (Random Access Memory), SSD (Solid State Drive), and HDD (Hard) as configurations not shown. A storage means such as Disk Drive) is connected to the bus. The SSD or HDD is a non-volatile storage device, and stores an OS (Operating System) and a facility management program for realizing facility management processing. Further, the CPU refers and updates data to the storage device 6, controls the communication device 5, and transmits / receives data to / from the client terminal 3 via the network 2. Further, the CPU controls the facility management process and the like by executing the facility management program stored in the SSD or the HDD. Further, the CPU controls the operation input, the data input, or the data output by the input / output device 7. In the asset management support device 4, the CPU reads the OS and the facility management program stored in the SSD or HDD into the RAM and executes them. As a result, the asset management support device 4 can perform various information processing such as facility management processing.

The asset management support device 4 does not have to be one, and may be processed by computers distributed in a plurality of units. Further, the asset management support device 4 may have the function of the client terminal 3.

The communication device 5 is connected to the asset management support device 4, receives instructions from the CPU of the asset management support device 4, and transmits / receives data to / from the client terminal 3 via the network 2. Further, the communication device 5 transmits the request from the client terminal 3 to the asset management support device 4. The hardware of the communication device 5 is composed of a LAN board or the like, and the software is composed of a device driver or the like for exchanging with the OS, but the communication device 5 is limited to these configurations. is not it.

The storage device 6 is a device that stores basic building information and deterioration information of the school facility to be managed. Further, the storage device 6 can also store maintenance standard values, maintenance history information, evaluation information, information on maintenance policies, etc., which are information on the current maintenance level of the school facility set by the asset management support device 4. As shown in FIG. 1, the storage device 6 is connected to the asset management support device 4, and includes a facility information storage unit 31, a deterioration information storage unit 32, an evaluation information storage unit 33, and a maintenance policy information storage unit 34.

The storage device 6 is composed of HDD, SSD or the like as hardware, and RDBMS (Relational Database Management System) or the like as software, but is not limited to these configurations. Further, the database included in the storage device 6 is not limited to the relational database, and may be a hierarchical database or a network database. The storage device 6 is preferably a non-volatile storage device such as a hard disk drive or a flash memory. Further, the storage device 6 does not have to be one unit, and may be a storage device distributed in a plurality of units. That is, the facility information storage unit 31, the deterioration information storage unit 32, the evaluation information storage unit 33, and the maintenance policy information storage unit 34 may be distributed and managed in a plurality of storage devices. Further, the storage device 6 may be built in the asset management support device 4.

The information stored in the facility information storage unit 31 of the storage device 6 includes a school facility ledger, which is a school facility ledger, basic building information, and specifications, performance, and cost information of each part of the school facility. .. The facility information storage unit 31 further stores information about the facility among the data generated by the processing of each unit of the asset management support device 4.

The basic building information includes the user of the asset management support device 4 extracted from the information described in the school facility ledger or the like, from the client terminal 3 via the network 2, or via the input / output device 7. Contains various basic information about the building, entered from. Specifically, the basic building information includes, for example, the name of a school facility, information indicating the scale of the school facility, information indicating the location (area) of the school facility, and the department in charge of the school facility. Information to show, information to show the name used in accounting for the school facility, information to show the classification of the school facility (major classification, middle classification, minor classification, etc.), information to show the year of construction of the school facility, its Information indicating the site area of the school facility, information indicating the building area of the school facility, information indicating the total floor area of the school facility (total floor area, total floor area of each building, etc.), structure of the school facility Information to show (reinforced concrete, lightweight steel, wooden, etc.), information to show the number of floors of the school facility (2 stories above ground, 1 floor below ground, etc.), plan view of the entire school facility, plan view of each floor of the building, etc. include. The basic building information may include information other than the above-mentioned information. Specific examples of the school facility ledger and basic building information will be described later with reference to FIG.

The specifications, performance, and cost information includes the specifications, performance, and cost of the five parts (roof / roof, outer wall, internal finish, electrical equipment, and mechanical equipment) that are itemized for building school facilities. Contains information about. For example, information on the roof / roof of a school facility indicating sheet waterproofing, information on the outer wall of the school facility showing painted, tiled, and aluminum sashes, and information indicating the internal finishing of the school facility. Information indicating mortar paint, information indicating electric lights and outlet equipment in the electrical equipment part of the school facility, and information indicating water supply pipes, hot water supply pipes, drainage pipes, and gas pipes in the mechanical equipment parts of the school facility. Etc. are included. These specifications, performance, and cost information are recorded so that the lower part is included in the upper part corresponding to the hierarchical structure of the building. In addition, a data structure that records the lower part so as to be included in the upper part corresponding to the hierarchical structure of the building, and a technique for distributing the cost at the upper part level to the lower part are described in, for example, Japanese Patent Application Laid-Open No. Since it is disclosed in 2009-116840, detailed description is omitted.

In addition, the specifications / performance / cost information includes the maintenance policy decision unit 16, the business content setting unit 17, the part-specific cost calculation unit 19, and the accounting interlocking department, such as the estimation of the construction or renovation so far, or the information showing the actual results. 21 or various information that can be used for cost calculation processing by the simulation unit 22 or the like is included. These pieces of information are recorded, for example, in association with various types of information included in the basic building information.

The information stored in the deterioration information storage unit 32 includes facility deterioration information and maintenance history information of five parts classified into items for constructing a school facility. Further, for the information stored in the deterioration information storage unit 32, the classification and classification of whether the corresponding school facility is "reconstructed" or "extended life" in the calculation of the maintenance / renewal cost in the future are determined. It contains information on the soundness of the structural skeleton, which is information that can be used as a basis for making decisions.

The facility deterioration information includes information on the deterioration status of the specification configuration and performance configuration of the five parts (roof / rooftop, outer wall, internal finish, electrical equipment, mechanical equipment) that are classified into items for building school facilities. It is included. The facility deterioration information is evaluated in four stages: generally good (A), partially deteriorated (B), extensively deteriorated (C), and urgent need to be dealt with (D). For example, information indicating evaluation B on the roof / roof part of a school facility, information indicating evaluation C on the outer wall part of the school facility, and information indicating evaluation C on the internal finishing part of the school facility. , The part of the electrical equipment of the school facility contains information indicating the evaluation B, and the part of the mechanical equipment of the school facility contains information indicating the evaluation B. Further, the facility deterioration information includes information indicating the soundness of the school facility calculated by the deterioration status evaluation unit 13. The facility deterioration information may include information other than the above-mentioned information, and the evaluation stage is not limited to four stages.

The maintenance history information includes maintenance history information related to repairs and renovations carried out on the five parts (roof / roof, outer wall, internal finish, electrical equipment, mechanical equipment) classified into items for building school facilities. It is included. For example, it contains information indicating that the roof / roof part of a certain school facility was waterproofed and repaired in 2000, and information indicating that the deterioration status was changed from evaluation C to evaluation B due to the repair. There is. The maintenance history information may include information other than the above-mentioned information.

The information stored in the evaluation information storage unit 33 includes information indicating an evaluation index for evaluating the deterioration status of five parts of the school facility in four stages and quantifying the deterioration status on a scale of 100 points. The information indicating the evaluation index includes, for example, evaluation A is information indicating 100 points, evaluation B is information indicating 75 points, and evaluation C is 40 points as a conversion table for converting the evaluation index of each part into evaluation points. Information indicating that, evaluation D includes information indicating 10 points, and the like. In addition, the information indicating the evaluation index includes a cost allocation table for allocating costs to each part. The information indicating the evaluation index may include information other than the above-mentioned information, and the numerical values are not limited to these.

The information stored in the maintenance policy information storage unit 34 includes information on a maintenance plan for extending the life of school facilities. For example, it contains information indicating facility rebuilding, facility function recovery, and facility function improvement, as well as detailed information on maintenance levels by site. The information indicating the maintenance plan may include information other than the above-mentioned information such as future maintenance / renewal costs calculated by the maintenance policy determination unit 16, for example.

The input / output device 7 is, for example, an input device such as a keyboard, a mouse, a button, or a microphone, a device such as a reader / writer to which various storage media can be attached, an input / output device such as a touch panel, or an output such as a display, a printer, or a speaker. It is composed of devices, receives operation input by the user of the asset management support device 4, supplies them to the asset management support device 4, and displays, prints, or displays the information supplied from the asset management support device 4. It is output using a method such as voice.

<Calculation method of future maintenance / renewal cost>
FIG. 2 is a flowchart showing a facility management process executed by the asset management support device 4 shown in FIG. In the following processing, various instructions and requests from the client terminal 3 or the input / output device 7 are transmitted to the asset management support device 4 by the operator operating the client terminal 3 or the input / output device 7. Further, steps S1 to S10 described below are intended for the case where the facility management process is performed for the first time, and after step S11, when repair work or the like is performed, the client terminal 3 or the input / output device 7 is used. It is supposed to be processed with the asset management support device 4. Therefore, the operator and the client terminal 3 or the input / output device 7 may be different from steps S1 to S10 and steps S11 and subsequent steps.

START: Upon receiving an instruction from the client terminal 3 or the input / output device 7, the asset management support device 4 starts the facility management process. Here, for example, it is assumed that the operator is trying to input information about a school facility (basic information of the school facility or deterioration investigation information) using the client terminal 3 or the input / output device 7.

Step S1: The information storage processing unit 12 of the asset management support device 4 uses FIG. 4 as basic information of each school facility from the client terminal 3 or the input / output device 7 via the network 2 to a basic information sheet to be described later. Information entered, information corresponding to the school facility ledger (including basic building information) described later using Fig. 5, other various information about the school facility including drawing information, and specifications of each part of each school facility. Performance / cost information is acquired and stored in the facility information storage unit 31 of the storage device 6. At this time, when a display request is received from the client terminal 3 or the input / output device 7, the screen information generation unit 11 of the asset management support device 4 uses the basic information of each school facility stored in step S1 to be obtained. By generating screen information showing basic information about the school facility and transmitting it to the client terminal 3 or the input / output device 7, various basic information about each school facility is displayed on the display of the client terminal 3 or the input / output device 7. The screen shown can be displayed. As a result, the operator of the client terminal 3 or the user of the asset management support device 4 can easily grasp and manage the basic information of each school facility. If the basic information of the school facility is already stored in the facility information storage unit 31 of the storage device 6 or has been acquired from the outside, the process proceeds to step S2.

Step S2: The information storage processing unit 12 acquires deterioration investigation information of each school facility from the client terminal 3 or the input / output device 7 via the network 2, and the deterioration information storage unit of the storage device 6 is used as facility deterioration information. Store in 32. The facility deterioration information includes information indicating whether the corresponding school facility is remodeled or has a longer life, and if the school facility has a longer life, it is in each part of the facility. It includes a four-stage evaluation of (A), (B), (C) and (D) obtained as a result of deterioration investigation. At this time, when a display request is received from the client terminal 3 or the input / output device 7, the screen information generation unit 11 determines the deterioration status of each school facility from the deterioration investigation information of each school facility stored in step S2. By generating the screen information to be shown and transmitting it to the client terminal 3 or the input / output device 7, the display of the client terminal 3 or the input / output device 7 can display a screen showing various deterioration statuses for each school facility. can. As a result, the operator of the client terminal 3 or the user of the asset management support device 4 can easily grasp and manage the deterioration status of each school facility.

Step S3: The maintenance reference value setting unit 15 determines the specifications, performance, and cost of each part of each school facility based on the basic information of each school facility stored in step S1 and the facility deterioration information stored in step S2. Information on the current maintenance level, including, is set as the maintenance standard value. That is, the specification / performance / cost information of each part of each school facility included in the basic information of each school facility stored in step S1 includes information indicating the maintenance level of each part. However, it does not contain information on the deterioration status. Further, the facility deterioration information stored in step S2 is information indicating deterioration of each part, and does not include information on what specifications, performance, and cost are configured. By associating these with the processing of the maintenance standard value setting unit 15, each part of each school facility is composed of what specifications, performance, and cost, and each part is in a deteriorated state. It is possible to generate information on the current maintenance level that can recognize the situation and set it as a maintenance standard value.

Step S4: The deterioration status evaluation unit 13 evaluates the deterioration status of each school facility based on the deterioration investigation information stored in the deterioration information storage unit 32 in step S2, that is, (A) and (B) at each site. (C) The soundness is calculated by indexing the four-stage evaluation of (D), and the calculated soundness is stored in association with the facility deterioration information of the deterioration information storage unit 32 of the storage device 6.

Step S5: The maintenance policy determination unit 16 acquires the cost calculation condition from the client terminal 3 or the input / output device 7 via the network 2. The cost calculation conditions include, for example, information such as past facility-related expenses, renovation renewal cycle, and renovation unit price. The cost calculation conditions may be set by conditions other than those described above.

Step S6: The maintenance policy determination unit 16 calculates future maintenance / renewal costs based on the cost calculation conditions acquired in step S5 and the basic information of each school facility stored in step S1. At this time, when a display request is received from the client terminal 3 or the input / output device 7, screen information indicating the future maintenance / update cost for each school facility is displayed from the future maintenance / update cost calculated in step S6. By generating and transmitting to the client terminal 3 or the input / output device 7, the display of the client terminal 3 or the input / output device 7 can display a screen showing the future maintenance / update cost for each school facility. As a result, the operator of the client terminal 3 or the user of the asset management support device 4 can easily grasp the future maintenance / renewal cost of each school facility.

Step S7: The financial constraint line setting unit 14 acquires information about the financial constraint line from the client terminal 3 or the input / output device 7 via the network 2, and uses it as the upper limit of the total cost of all the school facilities. Set. If the information regarding the financial constraint line has been acquired in advance, it is read from the storage device 6.

Step S8: The maintenance standard value setting unit 15 acquires information on the facility maintenance level for each part of each school facility from the client terminal 3 or the input / output device 7 via the network 2, and obtains the information about the part of each school facility. Set as another facility maintenance level. If the information on the facility maintenance level for each part is acquired and set in advance, it is read from the storage device 6.

Step S9: The maintenance policy determination unit 16 selects a facility maintenance level that can be selected in each school facility within the range of the financial constraint line set in step S7.

Step S10: The business content setting unit 17 specifies the repair content of each school facility according to the facility maintenance level selected in step S9, and calculates the repair cost of the latest maintenance plan of each school facility. do. At this time, when a display request is received from the client terminal 3 or the input / output device 7, screen information indicating the calculated repair cost of the latest maintenance plan of each school facility is generated and the client terminal 3 or the input / output device 7 is generated. Send to. By the above steps S1 to S10, the display of the client terminal 3 or the input / output device 7 can display a screen showing the repair cost of the latest maintenance plan for each school facility, and the operator of the client terminal 3 can display the screen. Alternatively, the user of the asset management support device 4 can easily grasp the repair cost of the latest maintenance plan for each school facility. Subsequently, the process when the periodic deterioration investigation is executed will be described with reference to steps S11 and subsequent steps.

Step S11: In the site-specific identification unit 18, the actual data described in the construction breakdown created at the time of rebuilding or repairing the school facility is input from the client terminal 3 or the input / output device 7 via the network 2. It is determined whether or not it has been done, and the determination process is repeated until the actual data is input.

Step S12: When it is determined in step S11 that the actual data has been input, the site-specific identification unit 18 specifies the repair content for each site of each school facility. The site-specific cost calculation unit 19 calculates the composition ratio of the site-specific cost and the site-specific cost of each school facility based on the repair content of each school facility specified by the site-specific identification unit 18. At this time, when a display request is received from the client terminal 3 or the input / output device 7, the cost for each part of each school facility calculated in step S12 and the composition ratio of the cost for each part are used for each part of each school facility. By generating screen information showing the composition ratio of the cost and the cost for each part and transmitting it to the client terminal 3 or the input / output device 7, the display of the client terminal 3 or the input / output device 7 can be displayed for each part of the school facility. It is possible to display a screen showing the composition ratio of the cost and the cost for each part. As a result, the operator of the client terminal 3 or the user of the asset management support device 4 can easily grasp the cost for each part of each school facility and the composition ratio for each part.

Step S13: The maintenance standard value update unit 20 has the specifications and performance of each school facility set in step S3 based on the repair contents of each school facility specified in step S12 and the cost for each part of each school facility. , Update the maintenance standard value which is the current maintenance level of the cost. After that, the process returns to the process of step S2, and the above-mentioned process is repeated.

<Specific examples of plans to extend the life of school facilities>
FIG. 3 illustrates an outline of a plan for extending the life of school facilities supported by the asset management support system 1 of the present invention.

The operator of a local public body creates a series of flows such as setting goals, grasping the actual situation, setting policies, and formulating and operating a longevity plan in order to extend the life of school facilities. In setting goals, it is possible to set the ideal form of school facilities by understanding the background, purpose, planning period, and target facilities of the school facility's longevity plan. In grasping the actual situation, it is possible to grasp the actual situation of the school facility by investigating the actual situation such as the operation status and utilization status of the school facility and the actual condition of the aging situation of the school facility. In setting the policy, by arranging the basic policy such as renovation from the policy such as the scale and layout plan of the school facility, the maintenance level such as renovation and the items and methods of maintenance based on the basic policy etc. are set. It becomes possible to set. In formulating and operating a longevity plan, prioritize repairs, determine implementation plans, consider the cost outlook for longevity, and consider the effects of longevity, so that the longevity plan can be continued. It will be possible to propose the development and utilization of information infrastructure, which is the operational policy, the development of promotion systems, and follow-up. The operator of the local public body plans to extend the service life according to such a series of flows.

(How to grasp the whole school facility)
The operator of the client terminal 3 or the user of the asset management support device 4 conducts survey 1 to organize information about the target building as the first step. For this investigation 1, for example, the basic information sheet shown in FIG. 4 is used. The basic information sheet contains property names, that is, land information including information such as facility name, site area, ownership type, property management department, land price, facility building name, building floor area, number of floors, structure, year of completion. Building information including information such as, facility names of this facility and surrounding facilities, occupied area, facility information, facility information including management and operation information, and remarks entry fields are provided. The basic information sheet may contain other information. The operator of the client terminal 3 or the user of the asset management support device 4 inputs the information obtained by the survey 1 according to the format of the basic information sheet of FIG. 4, and the information is input to the network 2. It can be transmitted to the asset management support device 4 via. The information storage processing unit 12 of the asset management support device 4 stores information acquired from the client terminal 3 via the network 2 or from the input / output device 7 in the facility information storage unit 31 of the storage device 6. Then, when the screen information generation unit 11 receives a request from the client terminal 3 or the input / output device 7, the screen information generation unit 11 is stored in the facility information storage unit 31 of the storage device 6 in the basic information sheet described with reference to FIG. Data for reading out the entered information and necessary information from the basic information of each school facility including the school facility ledger described later using FIG. 5, and displaying the building information list described later using FIG. Can be created and displayed on the display of the client terminal 3 or the input / output device 7.

FIG. 5 is a diagram showing an example of a school facility ledger stored in the facility information storage unit 31 of the storage device 6 and a building information list generated by the screen information generation unit 11 based on the building basic information. As shown in FIG. 5, the corresponding items in the school facility ledger and the building information list are associated with each other. The building information list contains basic building information, such as serial number, school survey number, facility name, building name, building number, fixed asset ledger number, usage classification including school type and building usage, structure, number of floors, etc. Items such as total floor area (m ² ), building year including Western and Japanese calendars, and age are provided. Each item of the building basic information in the building information list is associated with each item of the school facility ledger, and the information is provided by either the operator of the client terminal 3 or the user of the asset management support device 4. When an additional update is made, the content of the additional update is also reflected in the other. The school type and building usage, which are the usage categories in the building information list, are set in detail because they are linked to the graph series of maintenance status by building age and the unit price setting of future maintenance / renewal costs, which will be described later. For example, school types are divided into kindergartens, elementary schools, junior high schools, compulsory education schools, high schools, secondary education schools, special needs schools, feeding centers, etc., and building uses are garden buildings, school buildings, gymnasiums, dormitories, martial arts halls, etc. In addition, it is classified into a food service center.

As a result of totaling and analyzing based on the basic building information included in the building information list shown in FIG. 5, the maintenance policy determination unit 16 of the asset management support device 4 determines the maintenance status by age and future maintenance / renewal costs. calculate. As a result, the operator of the client terminal 3 or the user of the asset management support device 4 can grasp the actual situation of each school facility as a whole.

FIG. 6 is a bar graph showing the maintenance status of school facilities by age and future maintenance / renewal costs. In the bar graph of the maintenance status by age shown in Chart 6A, you can see the total floor area of each school facility by age, and the ratio of each school facility by use is shown by the ratio of the patterns in each bar graph. By visualizing it, it is possible to easily grasp the actual age of the building by building use. In the bar graph showing future maintenance / renewal costs shown in Chart 6B, you can see the total renovation costs for each year when rebuilding in less than 50 years, and enter the facility-related costs for the past several years. Then, the average value can be compared with the average value of future maintenance / renewal costs. Chart 6C shows an entry table for the cost calculation conditions for future maintenance / renewal costs (conventional type), and is based on the renewal cycle, renovation unit price, and past facility-related costs entered in these tables. The future maintenance / renewal cost (conventional type) shown in 6B is calculated. The bar graphs shown in Charts 6A and 6B are conventional calculation methods and do not take into consideration financial constraint lines and maintenance levels for each part, but the asset management support device 4 also has conventional methods. It is also possible to calculate by the type calculation method and display it on the display of the client terminal 3 or the input / output device 7.

(How to grasp the aging status of school facilities)
As the second step, the operator of the client terminal 3 or the user of the asset management support device 4 conducts a survey 2 to grasp the soundness of the structural skeleton and a survey to grasp the deterioration status of the main inspection parts other than the skeleton. Divide into 3 and grasp the aging situation of school facilities. First, Survey 2 for grasping the soundness of the structural frame will be described.

FIG. 7 is a flowchart showing an example of a judgment process for easily classifying whether to reconstruct the structural frame of a school facility or to extend the life without remodeling. At the planning stage, it is determined whether or not the earthquake resistance standard of the school facility is the new earthquake resistance standard (S100), and if the school facility is determined to be the new earthquake resistance standard, it is estimated as "long life" (S101). .. In addition, if the school facility is based on the old seismic standard and has been seismically reinforced or has not been determined to be seismic by the seismic diagnosis (S102: NO), it is determined to be "seismic retrofit" (S103). In addition, the ^school facility is the old seismic standard, and it has been seismically reinforced or judged to be seismic by seismic diagnosis (S102: YES). If it is determined that the progress of corrosion or deterioration is remarkable after about 40 years of construction (S104: YES), it is determined as "investigation required" (S105), and it is estimated as "reconstruction" (S106). In addition, the ^school facility is the old seismic standard, and it has been seismically reinforced or judged to be seismic by seismic diagnosis (S102: YES). If it has not been determined that the progress of corrosion or deterioration is remarkable after about 40 years of construction (S104: NO), it is estimated as "long life" (S101).

Next, at the construction implementation stage, the investigator will conduct a detailed survey of the skeleton at the school facility estimated as "long life" or "reconstruction". First, the school facilities are divided into three categories: reinforced concrete, steel-framed reinforced concrete, steel-framed, and wooden. The investigator investigates each structure by conducting on-site visual inspections and material tests, evaluates the soundness of the structural skeleton according to the evaluation items in each category (S107), and in addition to the skeleton survey, the economy. Comprehensively judge from the viewpoint of sex and educational function (S108), and finally judge whether "extension of life" or "renovation" is performed (reconstruction). S109, S110).

Whether the operator of the client terminal 3 or the user of the asset management support device 4 is "remodeling" in calculating future maintenance / renewal costs for the structural frame to be investigated according to the processing flow shown in FIG. By clarifying the classification of "longer life" and inputting this classification and the information that will be the judgment material for determining the classification as the information on the soundness of the structural frame according to the predetermined format, those Information can be transmitted to the asset management support device 4 via the network 2. It should be noted that these determinations may be made by having the operator display a question text for making each determination on the screen of the display of the client terminal 3 or the input / output device 7, and answer yes or no. The operator may make a determination by himself / herself using this flowchart and transmit only the determination result of the final calculation from the client terminal 3 or the input / output device 7 to the asset management support device 4. The information storage processing unit 12 of the asset management support device 4 stores information on the soundness of the structural frame acquired from the client terminal 3 via the network 2 or from the input / output device 7 in the deterioration information storage unit 32 of the storage device 6. do. Further, when a display request is received from the client terminal 3 or the input / output device 7, the screen information generation unit 11 reads out necessary information stored in each unit of the storage device 6, and based on these information, FIG. 5 Data for adding and displaying information on the soundness of the structural frame to the building information list shown in the above can be generated and transmitted to the client terminal 3 or the input / output device 7 via the network 2 for display. .. Specifically, for each determination shown in FIG. 7, the selection screen is displayed on the display of the client terminal 3 or the input / output device 7, and the operator's selection content is transmitted to the asset management support device 4. It is possible to determine the end of life. The information storage processing unit 12 of the asset management support device 4 causes the storage device 6 to record information on the soundness of the structural frame, which is a trial calculation category for determining the extension of life of the corresponding school facility in the building information list. Can be done. Then, the screen information generation unit 11 of the asset management support device 4 generates a building information list to which information on the soundness of the structural frame recorded in the storage device 6 is added, and the client terminal 3 or the client terminal 3 or the network 2 via the network 2. It can be transmitted to the input / output device 7 and displayed.

FIG. 8 is a diagram showing an example of a building information list to which information on the soundness of the structural frame is added. As shown in FIG. 8, in addition to the basic building information, the building information list includes, for example, seismic safety including criteria, diagnosis, and reinforcement, survey year, compressive strength (N / mm ² ), and estimation. Items for determining the extension of life are provided, and each item contains information on the soundness of the structural frame.

The operator of the client terminal 3 or the user of the asset management support device 4 inputs the information on the soundness of the structural frame obtained by the investigation 2 according to a predetermined format, and the information is input to the network 2. It can be transmitted to the asset management support device 4 via. The asset management support device 4 creates the building information list shown in FIG. 8 based on the information on the soundness of the structural frame acquired from the client terminal 3 via the network 2 or from the input / output device 7 and stored. can do. Next, Survey 3 for grasping the deterioration status of the main inspection parts other than the skeleton will be described.

FIG. 9 is a diagram showing an example of inspection items based on the Building Standards Act. As shown in FIG. 9, the Building Standards Law stipulates standards for inspection cycles, inspection sites, and inspection items. For example, in the case of an inspection cycle every 3 years or less, each part of the building (site / structure) (site and ground, outside of building, rooftop and roof, inside of building, evacuation facility, etc.) Inspection items are defined. In addition, in the case of an inspection cycle every year or less, each part (ventilation equipment, smoke exhaust equipment, emergency lighting equipment, water supply equipment and drainage equipment) of elevators, fire prevention equipment, and building equipment (excluding elevators), respectively. Inspection items are defined. In the figure, the inspection parts and inspection items surrounded by a thick frame indicate items linked to the deterioration status survey form, which will be described later, using FIG.

The operator of the client terminal 3 or the user of the asset management support device 4 has five parts (roof / rooftop, outer wall, internal finish, electrical equipment, mechanical equipment) classified into items for building a school facility. The deterioration status is investigated based on the Building Standard Law shown in FIG. 9, and the evaluation contents are entered in the deterioration status survey form.

FIG. 10 is a diagram showing an example of a deterioration status survey form. As shown in FIG. 10, the deterioration status survey form includes, for example, specifications, construction history (year, construction content), deterioration status, special notes, and evaluation items for roof / roof and outer wall parts. For the internal finish, electrical equipment, and mechanical equipment parts, repair / inspection items, repair / inspection year, special notes, and evaluation items are provided, and the deterioration status of the facility is comprehensively evaluated. There is an item of soundness to be done. When, for example, the construction history / schedule information shown in FIG. 11 is associated with each item of other information and stored in advance in the deterioration information storage unit 32, the screen information generation unit 11 is deteriorated. From the information contained in the construction history / schedule information stored in the information storage unit 32, the information corresponding to the year and construction content of the construction history is extracted and described in the construction history of the deterioration status survey form of FIG. It is possible.

The operator of the client terminal 3 or the user of the asset management support device 4 can visually check the roof / roof and the outer wall, and the internal finish, electrical equipment, and mechanical equipment are basically the number of years elapsed from the complete repair year of the part. In addition, it can be evaluated on a four-point scale of A, B, C, and D.

FIG. 12 is a diagram showing an example of evaluation criteria. Chart 10A shows the evaluation criteria when visually evaluating the parts of the roof, rooftop, and outer wall. Chart 10B shows the evaluation criteria for evaluating the internal finish, electrical equipment, and mechanical equipment based on the number of years elapsed. As shown in Chart 10A, evaluation A is information indicating that the deterioration is generally good, evaluation B is information indicating partial deterioration, and evaluation C is information indicating extensive deterioration. In D, information indicating that it is necessary to take immediate action is set as an evaluation standard for the roof, rooftop, and outer wall. As shown in Chart 10B, evaluation A is information indicating that it is less than 20 years, evaluation B is information indicating that it is 20 to 40 years, and evaluation C is information indicating that it is 40 years or more. In the evaluation D, information indicating that there is a significant deterioration event regardless of the number of years elapsed is set as an evaluation standard for the internal finish, electrical equipment, and mechanical equipment.

13 to 15 are diagrams for explaining the details of each evaluation standard of the roof / rooftop, the outer wall, the internal finish, the electrical equipment, and the mechanical equipment shown in FIG.

FIG. 13 shows specific evaluation criteria for roofs and rooftops by visual inspection. As shown in FIG. 13, when the specification is asphalt protection and waterproof, evaluation A is given for those that are dirty or within 10 years after repair, and there are partial cracks, alteration, poor drainage, and damage to the joint sealing. Rating B for things, widespread cracking, alteration, poor drainage, sediment accumulation, weeds, damage to joint sealing, rating C for those with leak marks on the top floor ceiling, widespread damage, wide If there are cracks or poor drainage, and there are multiple leaks on the ceiling of the top floor, it is judged to be evaluation D. If the specifications are asphalt exposed and waterproof, evaluation A is for those that are dirty or within 10 years after repair, and evaluation B is for those with partial swelling, deterioration (wear), and poor drainage. Rating C for cracks, alteration (wear), poor drainage, sediment accumulation, weeds, and water leak marks on the top floor ceiling, extensively broken, damaged, exposed ground, wide cracks, top If there are multiple leaks on the floor ceiling, it is judged as evaluation D. If the specification is sheet waterproof, evaluation A is for those that are dirty or within 10 years after repair, and evaluation B is for those with partial blisters, wrinkles, deterioration (wear), and poor drainage. , Blisters, wrinkles, holes, alteration (wear), poor drainage, sediment accumulation, weeds, and leak marks on the ceiling of the top floor are evaluated as C. , If there are multiple leaks on the ceiling of the top floor, it is judged as evaluation D. If the specification is waterproof coating, evaluation A is given if it is dirty or within 10 years after repair, and rating B is given if it is partially blistering, wrinkled, altered (sponge-like), or has poor drainage. A wide range of swelling, wrinkles, holes, alteration (wear), poor drainage, sediment accumulation, weeds, and leak marks on the top floor ceiling are evaluated as C. If there are multiple leaks on the ceiling of the top floor, it is judged as evaluation D. If the specification is a metal plate, it is evaluated as A if it is dirty or within 10 years after repair, and if it has partial paint peeling, rust, deterioration, cracks in the sealant, or rust on the hardware. Evaluation B, extensively, for those with paint peeling, rust, alteration, cracks in the sealing material, rust on the mounting hardware, partial corrosion / damage, and water leakage marks on the top floor ceiling, evaluation C, extensively, If there is rust, peeling, corrosion, damage to the mounting hardware, and there are multiple leaks on the ceiling of the top floor, it is judged to be evaluation D.

FIG. 14 shows a specific evaluation standard of the outer wall by visual inspection. As shown in FIG. 14, when the specifications are painted finish, evaluation A is given for those that are dirty or within 10 years after repair, and evaluation is given for those that are partially cracked, altered, floating, or rusted. B, Extensive cracks, hexagonal cracks, alteration, floating, peeling, rust juice, evaluation C for small leaks, extensive exfoliation, explosion, wide cracks, internal If there is a pool of water on the floor and there are multiple leaks, it is judged to be evaluation D. If the specifications are tiled or stoned, it is rated A if it is dirty or within 10 years after repair, and if it is partially cracked, altered, floating, shavings, rust juice, or cracks in the sealing material. Rating B, widespread cracking, alteration, floating, rust, rust juice, sealing material cracks, and small leaks rating C, widespread exfoliation, explosion, wide cracks , If there is a pool of water on the floor inside and there are multiple leaks, it is judged as evaluation D. If the specifications are metal panels, evaluation A is for those that are dirty or within 10 years after repair, evaluation B for those that are partially rusted, altered, or cracked in the sealant, and extensively rusted. Rating C for alteration, cracks in sealant, rust on mounting hardware, and small leaks, widespread rust, corrosion, wobbling, corrosion on mounting hardware, water pools on the internal floor, water leaks If there are multiple locations, it is judged to be evaluation D. If the specifications are cement-based panels, evaluation A is for those that are dirty or within 10 years after repair, and evaluation B is for those that are partially cracked, altered, defective, or have cracks in the sealant. , Cracks, alteration, cracks in the sealing material, rust on the mounting hardware, and evaluation C for those with small leaks, defects, wobbling, corrosion of the mounting hardware, missing sealing material, and water pools on the internal floor. , If there are multiple leaks, it is judged as evaluation D. If the specification is a window (sash), evaluation A is given if it is dirty or within 10 years after repair, and rating B is given if it is partially deformed, altered, or hardened. , Deformation, alteration, rust, hardening of the sealing material, and cracks are evaluated as C, and overall, those with corrosion, damage, opening and closing defects, and water leakage are evaluated as D.

FIG. 15 shows specific evaluation criteria for internal finish, electrical equipment, and mechanical equipment based on the number of years elapsed. The internal finish, electrical equipment, and mechanical equipment are basically evaluated on a four-point scale based on the history of repairs / repairs and inspections, but if there is an event as shown in Fig. 15 visually. , They are also taken into consideration and evaluated comprehensively. As shown in FIG. 15, if deterioration events such as peeling of the floor finish, cracking of the floor, and dropping / peeling of the ceiling material are observed in a wide range or everywhere in the corresponding part of the internal finish, the evaluation is lowered by one step. .. If the relevant part of the electrical equipment is deteriorated for more than a few years, it is judged as evaluation C. If a deterioration event of more than the elapsed years is observed in the corresponding part of the mechanical equipment, it is judged as evaluation C or evaluation D.

Based on the evaluation criteria shown in FIGS. 13 to 15, the operator of the client terminal 3 or the user of the asset management support device 4 has five roof / rooftops, outer walls, internal finishes, electrical equipment, and mechanical equipment. The deterioration status of the site can be evaluated in four stages of A, B, C, and D, and can be entered in the deterioration status survey form shown in FIG. The evaluation criteria shown in FIGS. 13 to 15 transmit information from the asset management support device 4 so that the operator can refer to it when making an on-site evaluation, and the client terminal 3 or the input / output device 7 is used. It may be displayed on the display of. Further, the deterioration status survey form shown in FIG. 10 may also be filled in on a paper basis by the operator so that it can be input later by the client terminal 3 or the input / output device 7, or the asset management support device 4 may be used. Information indicating an input item may be transmitted from the client terminal 3 or displayed on the display of the input / output device 7 so that the operator can appropriately input the information.

Further, the operator of the client terminal 3 or the user of the asset management support device 4 has a photograph and detailed information of the deteriorated portion as shown in FIG. 16, and information indicating the deteriorated portion shown in FIG. Is supplied to the asset management support device 4 via the network 2.

Further, the operator of the client terminal 3 or the user of the asset management support device 4 is the facility shown in FIG. 18 at the time of filling out the deterioration status survey form shown in FIG. 10 or at a timing other than that. Select the corresponding specifications and performance of each part of the facility from the matrix related to the specifications and performance of each part, and supply them to the asset management support device 4 via the network 2 together with the cost information related to those specifications and performance. ..

In this way, the contents to be entered in the deterioration status survey form input to the client terminal 3 or the input / output device 7, that is, the four-stage evaluation result of the deterioration status of the five parts, A, B, C, and D, and the deteriorated part. The photos, detailed information, information indicating the deteriorated part, and information on the specifications, performance, and cost of each part of the facility are sent to the asset management support device 4 via the input / output device 7 or the network 2. Be supplied.

Next, the information storage processing unit 12 of the asset management support device 4 evaluates the deterioration status of the five parts transmitted from the client terminal 3 or the input / output device 7 in four stages of A, B, C, and D, and the deteriorated part. The photograph, detailed information, and information indicating the deteriorated portion are stored in the deterioration information storage unit 32 of the storage device 6. Further, the information storage processing unit 12 of the asset management support device 4 transfers the specification / performance / cost information of each part of the facility transmitted from the client terminal 3 or the input / output device 7 to the facility information storage unit 31 of the storage device 6. Remember. These information include the facility name, the result of filling in the deterioration information survey form, detailed information on deterioration explained using FIGS. 16 and 17, information on the corresponding specifications and performance of each part, and cost information. It is associated and stored in the deterioration information storage unit 32.

From the information stored in the deterioration information storage unit 32 and the facility information storage unit 31 of the storage device 6, the maintenance sheet shown in FIGS. 19 and 20 can be created for each facility. On the maintenance sheet, the property name, that is, the facility name, segment code, deterioration information, construction history and schedule, inspection results, items to be pointed out regarding equipment, safety comprehensive inspection results, maintenance management status, etc. can be described.

Then, the deterioration status evaluation unit 13 has a four-stage evaluation result of deterioration status A, B, C, and D of the five parts stored in the deterioration information storage unit 32 of the storage device 6, and an evaluation information storage unit 33. Read the conversion table for converting the evaluation index of each part stored in, and the cost allocation table for allocating the cost to each part, and read the roof / roof, outer wall, internal finish, electrical equipment, mechanical equipment. The evaluation results evaluated in 4 stages for the 5 parts of the above are quantified on a scale of 100 points, and the soundness of the deterioration state of the school facility is calculated based on the preset cost allocation of each part.

FIG. 21 is a diagram showing an example of a conversion table for converting an evaluation index of each part stored in the evaluation information storage unit 33 of the storage device 6 into an evaluation point. As shown in FIG. 21, evaluation A is converted to 100 points, evaluation B is converted to 75 points, evaluation C is converted to 40 points, and evaluation D is converted to 10 points. The conversion table shown in FIG. 21 is just an example, and the relationship between the evaluation and the evaluation score may be changed as appropriate.

FIG. 22 is a diagram showing an example of a cost allocation table for allocating costs to each portion stored in the evaluation information storage unit 33 of the storage device 6. The cost allocation for each part is set in advance with reference to the school building repair ratio calculation table of the "Longevity Improvement Project" of the Ministry of Education, Culture, Sports, Science and Technology. As shown in FIG. 22, the cost of the roof / roof part is allocated to 5.1, the cost of the outer wall part is allocated to 17.2, the cost of the internal finishing part is allocated to 22.4, and the electrical equipment. Parts are cost-allocated to 8.0, and mechanical and equipment parts are cost-allocated to 7.3. The cost allocation shown in Fig. 22 is set with reference to the school building renovation ratio calculation table of the Ministry of Education, Culture, Sports, Science and Technology's "Longevity Improvement Project", but it is just an example and varies depending on the type of building. It may be set as, or the setting may be changed to any distribution.

The deterioration status evaluation unit 13 of the asset management support device 4 has the evaluation contents of each part entered in the deterioration status survey form shown in FIG. 10, the conversion table of the evaluation points shown in FIG. 21, and the cost shown in FIG. 22. Based on the distribution table, the soundness is calculated by indexing the deterioration state of each school facility.

FIG. 23 is a diagram schematically showing a calculation example of soundness. For example, in the deterioration status questionnaire shown in FIG. 10, evaluation C is applied to the roof / roof part, evaluation D is made to the outer wall part, evaluation B is made to the internal finish part, and evaluation A is made to the electrical equipment part. Evaluation C is written on the part of the mechanical equipment. The deterioration status evaluation unit 13 evaluates these evaluation contents based on the conversion table shown in FIG. 21, 40 points for the roof / roof part, 10 points for the outer wall part, 75 points for the internal finish part, and electrical equipment. The part of is converted into 100 points, and the part of mechanical equipment is converted into 40 points. Next, the deterioration status evaluation unit 13 multiplies the evaluation points of each part by the cost allocation based on the cost allocation table shown in FIG. 22, and divides the sum of them by the total value of the cost allocation to obtain 100 points. It is possible to calculate the soundness quantified with a perfect score. The information indicating the soundness calculated by the deterioration status evaluation unit 13 is stored in the deterioration information storage unit 32 of the storage device 6 by the processing of the information storage processing unit 12.

The screen information generation unit 11 of the asset management support device 4 is stored in the deterioration information storage unit 32 of the storage device 6 from the client terminal 3 via the network 2 or based on a request supplied from the input / output device 7. Building information list with the necessary information of the deterioration status evaluation and soundness of the main inspection parts other than the skeleton read out, and the deterioration status evaluation and soundness information added to the building information list shown in FIG. You can create data to display.

FIG. 24 is a diagram showing an example of a building information list to which information regarding deterioration status evaluation is added. As shown in FIG. 24, in addition to the basic building information and the soundness of the structural frame, the building information list includes, for example, roof / rooftop, outer wall, internal finish, electrical equipment, mechanical equipment, and soundness. Each item contains information on deterioration status evaluation.

The operator of the client terminal 3 or the user of the asset management support device 4 inputs the evaluation and soundness of the deterioration status of the main inspection parts other than the skeleton obtained by the investigation 3 according to a predetermined format. Such information can be transmitted to the asset management support device 4 via the network 2. The asset management support device 4 calculates the soundness from the client terminal 3 via the network 2 or based on the evaluation of the deterioration status of the main inspection parts other than the skeleton acquired from the input / output device 7, and is shown in FIG. 24. You can create a list of building information. In addition, the maintenance standard value setting unit 15 provides information on the current maintenance level including the specifications, performance, and cost of each part of each school facility based on the evaluation result of the deterioration status obtained as described above. Set as a value.

As a result, the operator of the client terminal 3 or the user of the asset management support device 4 may not be suitable for long-life repair based on the deterioration status evaluation included in the building information list shown in FIG. 24. It is possible to easily grasp a certain school facility or a school facility that is deteriorating. For example, if the soundness is less than 40 points, it is judged that it is desirable to preferentially take measures such as extending the life. In addition, regardless of the score of soundness, it is judged that the parts of evaluation C and evaluation D need to be repaired or repaired. The soundness is taken into consideration when prioritizing the ranking of buildings to be renovated.

(How to grasp future maintenance / renewal costs)
The asset management support device 4 is supplied from the client terminal 3 or the input / output device 7 in the first and second steps as the third step, and the future maintenance / update cost is used by using the information stored in the storage device 6. Calculate (longer life type).

FIG. 25 is a diagram showing an example of an entry table of cost calculation conditions for calculating future maintenance / renewal costs (longer life type). As shown in FIG. 25, the operator of the client terminal 3 or the user of the asset management support device 4 implements a renovation renewal cycle, a longevity renovation renovation cycle, a large-scale remodeling renovation cycle, and a site repair. The time, unit price setting, facility-related expenses, etc. are entered. For example, a building that can be extended in life is renovated to extend its life in 40 years, large-scale remodeling in 20 years and 60 years, renovated in 80 years, requires investigation every 50 years, and will be long within the next 10 years. Life extension repairs will be carried out, D-rated parts will be repaired within the next 5 years, C-rated parts will be repaired within the next 10 years, and buildings that will be extended lifespan within the next 10 years will start from the longevity repair costs. It is set by deducting the amount equivalent to the site repair of A evaluation.

The operator of the client terminal 3 or the user of the asset management support device 4 can see in the entry table of the cost calculation conditions shown in FIG. By inputting the implementation time of the site repair, the unit price setting, the facility-related cost, and the like, the information can be transmitted to the asset management support device 4 via the network 2. The maintenance policy determination unit 16 of the asset management support device 4 acquires cost calculation conditions from the client terminal 3 or the input / output device 7. The maintenance policy determination unit 16 of the asset management support device 4 has the cost calculation conditions acquired from the client terminal 3 or the input / output device 7 via the network 2, and the information stored in the deterioration information storage unit 32 of the storage device 6. Based on the evaluation of the deterioration status, it is possible to extend the service life and calculate the future maintenance / renewal cost (long life type) that reflects the deterioration status of the main inspection parts other than the skeleton. The future maintenance / update cost (longer life type) calculated by the maintenance policy determination unit 16 is stored in the maintenance policy information storage unit 34 by the processing of the information storage processing unit 12.

FIG. 26 is a bar graph generated by the screen information generation unit 11 based on the future maintenance / update cost calculated based on various information input to the entry table of the cost calculation condition shown in FIG. 25. In the bar graph of future maintenance / renewal costs shown in Fig. 26, it is possible to see the total repair costs for each year reflecting the aging situation by extending the life up to 80 years, and the facilities for the past several years. By entering the related costs, you can compare the average value with the average value of future maintenance / renewal costs. In addition, the reduction effect due to the shift of the maintenance method from the conventional type to the longer life type is shown by the dotted line.

FIG. 27 is a diagram showing an image of conversion from a remodeling center to a longer life. Chart 20A shows an image centered on remodeling, and Chart 20B shows an image of extending the service life. In Chart 20A and Chart 20B, the horizontal axis shows the maintenance level level in the year when the building was completed and the time series, and the vertical axis shows the cost related to renovation or renovation.

As shown in Chart 20A, in the case of the conventional type, which is centered on renovation, the function and performance gradually deteriorate over time after the building is completed, and the function and performance are performed by post-maintenance renovation at a predetermined cycle. However, if it is judged that the function and performance will gradually deteriorate over time and the function of the entire facility will be significantly impaired, the renovation will be carried out. In other words, the conventional type, which is mainly remodeled, hardly copes with the deterioration of functions and performance, so that the usability deteriorates and the remodeling is performed every 40 to 50 years.

As shown in Chart 20B, in the case of longer life, the functions and performance gradually deteriorate over time after the building is completed, and preventive maintenance repairs (large-scale remodeling) are carried out at predetermined intervals. The functions and performance will be restored to the maintenance level at the time of completion, but if it is judged that the functions and performance will gradually deteriorate over time and the functions of the entire facility will be significantly impaired, about 60% of the renovation will be carried out. It is possible to improve the function and performance from the maintenance level at the time of completion by repairing to extend the life of the cost. Then, if it is judged that the function / performance will gradually deteriorate over time and the function of the entire facility will be significantly hindered, a large-scale remodeling will be carried out to extend the life of the function / performance at the time of renovation. Restore to the maintenance level of. In other words, in order to extend the service life, the building will be kept in good condition by recovering the deterioration of function and performance in a predetermined cycle, and the renovation will be carried out in a cycle of 70 to 80 years, which is the useful life of the skeleton.

(How to formulate the latest maintenance plan)
In the asset management support device 4, as the fourth step, the priority of maintenance of each facility is examined using the building information list created in the first and second steps, and the future maintenance and calculation are calculated. From the renewal cost (longer life type), formulate the latest maintenance plan according to the budget situation.

The operator of the client terminal 3 or the user of the asset management support device 4 sets the numerical value as the financial constraint line based on the priority of the development of individual facilities examined by each educational committee, the budget situation, etc. By inputting it, it can be transmitted to the asset management support device 4 via the network 2 as information indicating the financial constraint line. The financial constraint line setting unit 14 of the asset management support device 4 sets the financial constraint line of the school facility to be managed from the information indicating the financial constraint line acquired from the client terminal 3 via the network 2 or from the input / output device 7. do. The maintenance standard value setting unit 15 can determine the facility maintenance level for extending the service life based on this financial constraint line.

FIG. 28 is a diagram showing an example of a facility maintenance level determined based on the setting of a financial constraint line. As shown in FIG. 28, school facilities are divided into parts such as a skeleton, a roof / roof, an outer wall, an internal finish, electrical equipment, and mechanical equipment. The maintenance policy determination unit 16 determines a maintenance policy for recovering the function of the school facility and improving the function of the school facility. Assuming that the total cost allocation is 100, the maintenance policy determination unit 16 allocates costs for rooftop repair, exterior wall repair, and equipment replacement for functional recovery in 20 years, for example, based on the numerical values of the financial constraint line. , 25, rooftop renovation for functional recovery after 40 years, exterior wall renovation, equipment replacement, and various learning for functional improvement, correspondence to forms, energy saving / disaster prevention, barrier-free, long life of the skeleton For example, the cost allocation for disaster prevention is set to 50 to 60, and the cost allocation for rooftop repair, exterior wall repair, and equipment replacement for functional recovery after 60 years is set to 25, for example. The accounting interlocking unit 21 links the cost of the functional improvement category among the repair contents performed for each part with the capital expenditure, and links the cost of the functional recovery category with the repair cost.

The maintenance standard value setting unit 15 acquires information on the facility maintenance level for each part of each school facility from the client terminal 3 or the input / output device 7 via the network 2, or the client terminal 3 in advance. Alternatively, the information regarding the facility maintenance level of each school facility for each part, which was transmitted from the input / output device 7 and stored in the maintenance policy information storage unit 34 of the storage device 6, is read out, and the basic information and facilities of each school facility are read out. Based on the deterioration information, information on the current maintenance level including the specifications, performance, and cost of each part of each school facility is set as the maintenance standard value. A plurality of facility maintenance level can be set for the performance to be considered in the longevity. For example, the facility maintenance level for the long life repair or the energy saving type long life repair is set. In the facility maintenance level shown in FIG. 28, among the maintenance levels of each part, the maintenance level marked with a circle is the current maintenance level, and the positions marked with a circle within the frame of the maintenance level are ranks A to E of deterioration. Is shown. The maintenance policy determination unit 16 of the asset management support device 4 has a long life repair or energy saving based on the current maintenance level for each part of the school facility set as the maintenance standard value, the financial constraint line and cost effectiveness. You can choose one of the two facility maintenance levels for refurbishment to extend the life of the mold. As a result, the business content setting unit 17 identifies the repair content of the school facility according to the selected facility maintenance level for each part, and sets the current maintenance level and the selected facility maintenance level for each part of the school facility. From the difference between the two, the repair cost of the latest equipment plan of each school facility can be calculated and the maintenance plan can be formulated. The information storage processing unit 12 stores the information regarding the formulated maintenance plan in the maintenance policy information storage unit 34 of the storage device 6.

For the facility maintenance level, several repair menus (specifications) are prepared for each part, and the construction method features, costs, and effects of each repair menu are set. For example, on the outer wall (insulation), external insulation (insulation thickness 70 mm), internal insulation (insulation thickness 25 mm), and wood-based repair menus are prepared and created during facility rebuilding or repair work. Based on the actual data described in the construction breakdown, the characteristics, cost and effectiveness of each construction method are set in detail. The site-specific identification unit 18 specifies the repair content for each site of each school facility based on these repair menus. The site-specific cost calculation unit 19 calculates the composition ratio of the site-specific cost and the site-specific cost of each school facility based on the repair content of each school facility specified by the site-specific identification unit 18. Then, the maintenance standard value updating unit 20 is based on the repair content of each school facility specified by the site-specific identification unit 18 and the site-specific cost of each school facility calculated by the site-specific cost calculation unit 19. Update the maintenance standard values, which are the current maintenance levels of school facility specifications, performance, and costs.

FIG. 29 is a diagram showing an example of a maintenance plan table for individual facilities over the last five years. In FIG. 29, the vertical axis is divided by business name of facility maintenance cost, other facility maintenance cost, maintenance / repair cost, utility cost / consignment cost, and the facility maintenance cost is further divided into new extension business, renovation business, and earthquake resistance business. , Longevity business, large-scale remodeling (aging), disaster prevention related business, toilet maintenance, air conditioning maintenance, measures for children with disabilities, special support school maintenance, site repair, the horizontal axis is the school name and business Expenses are separated by year. By showing this way, it becomes possible to see at a glance which school facility and project cost are included in which project name.

The operator of the client terminal 3 or the user of the asset management support device 4 inputs the school name and the project cost in the maintenance plan table shown in FIG. 29 while referring to various data obtained by the above processing. By doing so, the information can be transmitted to the asset management support device 4 via the network 2. The asset management support device 4 stores the information of the maintenance plan table acquired from the client terminal 3 via the network 2 or from the input / output device 7 in the maintenance policy information storage unit 34 of the storage device 6. Further, the asset management support device 4 can calculate the cost of the equipment plan of the individual facility for the last 5 years based on the information stored in the storage device 6.

The screen information generation unit 11 of the asset management support device 4 receives the information obtained by the above-mentioned processing in response to the request from the client terminal 3 supplied via the network 2 or the request from the input / output device 7. As appropriate, it can be read from the storage device 6, processed into desired information, transmitted to the client terminal 3 or the input / output device 7 via the network 2, and displayed. FIG. 30 shows the individual for the last 5 years calculated based on each project cost entered in the entry table of the maintenance plan table for the individual facilities for the last 5 years shown in FIG. 29, which was generated by the screen information generation unit 11. It is a bar graph showing the cost of the facility maintenance plan. In the bar graph of the cost of the maintenance plan of the individual facility for the last 5 years shown in Fig. 30, the total cost of the maintenance plan in each year can be seen, and the cost of the maintenance plan of the individual facility can be seen by the ratio of the pattern in each bar graph. By visualizing the ratio of, it is possible to easily grasp the maintenance plan of individual facilities for each year.

It is desirable that the maintenance plan be decided by the whole agency system including the finance department and the repair department. The operator of the client terminal 3 or the user of the asset management support device 4 refers to various information stored in the storage device 6 as necessary, and the implementation plan is practicable based on the financial constraint line. It is possible to create an implementation plan of the maintenance contents based on the bar graph showing the cost of the maintenance plan for the last 5 years shown in FIG.

FIG. 31 is a diagram showing an example of an implementation plan of maintenance contents for the next five years. As a maintenance standard, longevity repairs shall be carried out at schools with good structural skeleton soundness, for example, three schools a year. Of the site repairs, D evaluation repairs will be carried out at 2 schools a year for roof / roof repairs and 4 schools a year for exterior wall repairs so that the D evaluation parts can be eliminated in 5 years. Of the site repairs, the response to the measures shall be set based on the past achievements, for example, elevators, etc. will be implemented at one school per year, toilets at two schools per year, and sewage at one or two schools per year. Of the site repairs, the response to the costly renewal cycle of equipment, etc. shall be set based on the past results. For example, cubicles will be implemented once a year and boilers will be implemented once a year. The ground shall be held once a year. Repair costs and other costs shall be set based on past achievements, for example, repair costs shall be 500 yen / m ² . The operator of the client terminal 3 or the user of the asset management support device 4 transmits information on the implementation plan of the maintenance contents for the next five years shown in FIG. 31 to the asset management support device 4 via the network 2. The information storage processing unit 12 of the asset management support device 4 uses the information of the implementation plan of the maintenance contents for the next five years acquired from the client terminal 3 via the network 2 or from the input / output device 7 as the maintenance policy of the storage device 6. It is stored in the information storage unit 34.

FIG. 32 is a bar graph showing an example of budget allocation for the next five years generated by the screen information generation unit 11 based on the maintenance content shown in FIG. 31 stored in the maintenance policy information storage unit 34. The screen information generation unit 11 can transmit the bar graph of the budget allocation for the next five years shown in FIG. 32 to the client terminal 3 via the network 2 or supply it to the input / output device 7 for display. In the bar graph of budget allocation for the next 5 years shown in Fig. 32, the total cost of the maintenance plan for each year can be seen, and the ratio of the cost of each maintenance content can be visualized by the ratio of the pattern in each bar graph. Therefore, it is possible to easily grasp the budget allocation for each maintenance content in each year. The bar graph of the budget allocation for the next 5 years shown in Fig. 32 is leveled with an average of 1.7 billion yen / year of investment expenses for the past 5 years, and the development plan of individual facilities for the last 5 years shown in Fig. 29 and Fig. 31. It is calculated based on the maintenance contents shown in. Similarly, the screen information generation unit 11 is based on the maintenance contents shown in FIG. 31 stored in the maintenance policy information storage unit 34, and the cost information, facility information, and the like stored in each storage unit. , A detailed implementation plan of maintenance contents for the next 5 years shown in FIG. 33 can be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display.

In this way, by using the asset management support system 1, as an implementation plan for the next 5 years, the investment costs for the past 5 years are leveled, and the maintenance contents shown in Fig. 31 are prioritized for repairs, etc. It is possible to easily formulate an implementation plan based on the budget allocation for the next five years as shown in FIG. 32. Further, the screen information generation unit 11 of the asset management support device 4 has an implementation plan based on the budget allocation for the next five years, as shown in FIG. 33, based on the maintenance contents stored in the maintenance policy information storage unit 34. It is also possible to create a table showing the details. As described above, by using the asset management support system 1, the prospect of the cost of extending the life and the effect of extending the life can be easily examined.

FIG. 34 is a bar graph showing the cost of a longevity plan for the next 40 years. The bar graph of the cost of the longevity plan for the next 40 years shown in FIG. 34 is calculated based on the calculation result of the future maintenance / renewal cost by the maintenance policy determination unit 16. The screen information generation unit 11 of the asset management support device 4 is stored in the storage device 6 in response to an operation input from the client terminal 3 supplied via the network 2 or an operation input from the input / output device 7. The calculation result of the maintenance / update cost in the future can be read out, processed into desired information, transmitted to the client terminal 3 or the input / output device 7 via the network 2, and the bar graph of FIG. 34 can be displayed. For example, the 40-year longevity plan equalizes the total maintenance and renewal costs of 123.6 billion yen due to the longevity, and the investment cost of 1.7 billion yen / for the next 5 years (2016-32). If it is suppressed to one year, it will be 3.3 billion yen / year for the 35 years after FY 2021. In addition, it has been shown that the next 20 years will be centered on long-life repairs, and the latter 20 years will be centered on rebuilding.

As shown in FIG. 34, the cost of maintaining and renewing school facilities in the future is expected to increase to about twice the investment cost of the past five years even if the life is extended. There is a contradiction that maintenance / renewal costs for facilities will increase as the number of children decreases, and how to own facilities, reduction of maintenance / renewal costs, and securing of financial resources will be major issues. Therefore, since there is a limit to extending the life of each school facility (conservation plan) alone, in order to bridge the gap between the financial constraint line and the cost, the layout, scale, operation and utilization of the school facility, etc. It is necessary to make a multifaceted review, and it is necessary to clarify the policy of comprehensive efforts for optimization.

FIG. 35 is a diagram showing an example of a new policy and improvement measures for solving a problem. As a new policy for solving problems, as shown in Chart 27A, we will respond according to the local situation, reduce maintenance and renewal costs, review maintenance standards from public-private partnership and utilization of private funds, and have multiple purposes. It is possible to improve the school facility environment by utilizing it. Then, in line with the new policy for solving the problem, as shown in Chart 27B, concrete improvement measures are examined. That is, based on any one of the information on the future population change in the predetermined area, the information on the usage status of each facility, the information on the function of each facility, or a plurality of these pieces of information, the school facility by the simulation unit 22 Specific improvement measures will be examined by conducting a simulation of divisional ownership, sharing, or consolidation.

For example, with a school as a regional base, the functions of a library, community center, etc. are integrated into the school facility, and it can be used for multiple purposes as a school during the day and as a regional base during off hours, or PPP (Public Private Partnership: Public-Private Partnership). ) Can be considered for compounding with private businesses, and private funds and know-how can be utilized to secure new financial resources or to be used as private facilities after hours. In addition, by considering sharing the pool and using a private pool at the time of renewal or sharing it with several schools, it is possible to secure financial resources and reduce maintenance costs.

FIG. 36 is a diagram showing an example of a simulation based on a specific policy / formulation. As shown in Fig. 36, when specific policies and measures such as review of standards, compounding with other public systems, consolidation and sharing of pools, utilization of private funds, etc. are decided, reorganization in the region A review will be conducted. The simulation unit 22 of the asset management support device 4 receives information regarding the result of the reorganization study from the client terminal 3 or the input / output device 7 via the network 2, and the information and the storage device 6 receive information. Based on various stored information, the cost of the longevity plan for the next 40 years will be recalculated. As a result, it is judged that it is necessary to reduce the maintenance and renewal costs by taking measures that go beyond extending the service life, or to lower the financial constraint line by securing financial resources. In order to bridge the gap between the financial constraint line and costs, we will review the layout and scale of school facilities, management and utilization aspects, etc. from multiple perspectives, and clarify the policy of comprehensive efforts for optimization. The specific processing of the above will be described later with reference to FIGS. 47 to 92.

<Effect>
As described above, the asset management support device 4 of the asset management support system 1 accumulates and stores basic information of the facility, accumulates and stores deterioration information of the facility, and is based on the stored deterioration information. , Evaluates and indexes the deterioration state of the facility, and based on the stored basic information of the facility and the deterioration information of the facility, the information on the current maintenance level including the specifications, performance, and cost of the facility is used as the maintenance standard value. Set, set the financial constraint line which is the upper limit of the cost to be invested in the facility, rebuild the facility, recover the function of the facility, based on the maintenance standard value and the indexed deterioration status of the facility and the financial constraint line. Determine one of the maintenance policies for improving the functions of the facility, specify the repair contents of the facility according to the maintenance policy for each part, calculate the repair cost for each predetermined period of the facility, and rebuild or repair the facility. Based on the actual data described in the construction breakdown created at the time of construction, the repair contents for each part of the facility are specified, and the cost for each part and the cost for each part are specified based on the repair contents for each part of the specified facility. Since the composition ratio of the cost for each part is calculated and the maintenance standard value is updated based on the repair content for each part of the specified facility and the calculated cost for each part of the facility. , It is possible to grasp the actual situation of the facility and reflect the deterioration situation. This makes it possible to easily calculate future maintenance / renewal costs. In addition, since the facility maintenance level linked to the financial constraint line is set, future maintenance and renewal costs will not deviate, and it is possible to optimally manage the extension of facility life within the financial constraint line. In addition, by linking the costs required for functional improvement to capital expenditures, linking the costs required for functional recovery to repair costs, and accountingly classifying them, the capital aspects of the facility can be seen from actual data. It can be evaluated from both aspects of facility management (maintenance). Furthermore, as a further improvement study of the facilities owned, it is possible to review the maintenance plan by simulating from various viewpoints such as sharing and consolidation of facilities. The asset management support method executed by the asset management support device 4 and the program installed in the asset management support device 4 also include the same components as the above-mentioned asset management support device 4, so that the actual state of the facility It is possible to calculate the maintenance / renewal cost in the future by grasping the above and reflecting the deterioration situation.

(Variation example: Linking with fixed asset ledger)
In the above-described embodiment, the relationship between the building information list including basic building information and the school facility ledger has been described, but in order to further link with the accounting field, it is configured so that it can be linked with the fixed asset ledger. You may. The data of the fixed asset ledger is input by the client terminal 3 or the input / output device 7, supplied to the asset management support device 4, and is linked to each item of the building basic information and the school facility ledger by the processing of the information storage processing unit 12. It is attached and stored in the facility information storage unit 31 of the storage device 6. FIG. 37 is a diagram for explaining the relationship between the building information list, the school facility ledger, and the management classification in each of the fixed asset ledger. The fixed asset ledger is a ledger maintained as an auxiliary book for preparing financial documents in the local public accounting system, and records and manages the process from the acquisition of fixed assets to the disposal of sales for each asset. It is a ledger. When organizing the target buildings based on the school facility ledger, it will be possible to efficiently update the data in the future by configuring it so that it can be matched with this fixed asset ledger. If the figures do not match due to the difference in the calculation method of the area of the school facility ledger and the fixed asset ledger, clarify the rules such as unifying the area to either the school facility ledger or the fixed asset ledger. Is preferable.

FIG. 38 is a diagram for explaining an example of a matching table between the school facility ledger and the fixed asset ledger. In the fixed asset ledger, the increase is recorded when the extension / renovation is actually performed, so there is a one-to-one relationship between the unit registered in the fixed asset ledger and the unit entered in the building information list. There may be cases where they do not match (that is, they do not match). This is because the fixed asset ledger can be collated with the actual product and recorded in units of replacement or updating. Therefore, for example, as shown in FIG. 38, it is preferable to store all the identifiers (fixed asset ledger numbers) in the fixed asset ledger corresponding to the building number, which is the management category in the school facility ledger, in association with each other. Further, since the increase in the fixed asset ledger is recorded in this way, and the repair cost for the increase can be calculated and grasped from the above-mentioned actual data, the accounting interlocking unit 21 of the asset management support device 4 can be grasped. Can be recorded as capital expenditure if it is the cost of improving the function of the facility, and can be recorded as the repair cost if it is the cost of recovering the function of the facility.

(Variation example: Utilization of facility layout)
In addition, it is preferable to organize the management divisions of the basic building information and the school facility ledger using the facility layout of the building. The data of the facility layout of the building is input by the client terminal 3 or the input / output device 7, supplied to the asset management support device 4, and processed by the information storage processing unit 12, each item of the building basic information and the school facility ledger. Is stored in the facility information storage unit 31 of the storage device 6. FIG. 39 is a diagram for explaining the relationship between the facility layout of the building and the building information list. In the school facility list, it is preferable to organize the buildings that are expected to be renovated or renovated into one building. As a result, future management such as inspection, diagnosis implementation, maintenance plan formulation, and construction history management can be performed efficiently. In the example shown in FIG. 39, for example, the building name is arranged as a single ordinary classroom building as a school building 1, a building in which an ordinary classroom building and a special-ordinary classroom building are connected as a school building 2, and a building as a gymnasium. is doing. It is more preferable to change and manage the information recorded in the building information list with the organized building names.

(Variation example: Building information list)
40 to 43 are diagrams showing another example of the building information list shown in FIG. 24, and these situations can be grasped at once for each building. Although the building information list shown in FIGS. 40 to 43 is displayed on the screen, the data may be output or printed out in a format such as a file.

The building information list shown in FIG. 40 shows a part to be displayed, and is composed of "building basic information", "soundness of structural skeleton", "deterioration status other than skeleton", and "specifications / performance". A vertical column and a horizontal row consisting of multiple buildings are displayed. Further, the building information list shown in FIG. 41 shows a state in which only the item portion of the "building basic information" shown in FIG. 40 is fixedly displayed and slid sideways, and is shown as "building basic information". It shows the state where the relationship between "history" and "history" can be grasped. Further, the building information list shown in FIG. 42 shows a state in which only the item portion of the “building basic information” shown in FIG. 40 is fixedly displayed and slid sideways, as in FIG. 41. , Shows the state in which the relationship between "building basic information" and "annual plan (target mode years / repair / repair cycle)" can be grasped. FIG. 43 is a diagram showing a state in which an alternative plan of the “annual plan (target mode years / repair / repair cycle)” of the building information list shown in FIG. 42 is displayed. Hereinafter, each item and the building information list will be described in detail.

The column of "building basic information" is an area for reading and displaying the basic information of the building stored in the facility information storage unit 31. In the column of "building basic information", for example, "school type", "facility name", "display order", "building name", "building number", "structure", "number of floors", "total floor area" m ² ) ”,“ building year ”, and“ building age ”are included. The information shown in the item of "school type" is, for example, elementary school, junior high school, high school, and the like. The information shown in the "facility name" item is, for example, an individual school name such as Danjo Elementary School, Koyoen Elementary School, Hinokuchi Elementary School, and Hiraki Elementary School. The information shown in the item of "display order" is, for example, a numerical value given for convenience when displaying the building constituting the building. The information shown in the item of "building name" is, for example, the name of each building of the building. The information shown in the item of "building number" is a numerical value given to each building. The information shown in the "Structure" section is the structure of the building, such as RC structure, SRC structure, reinforcing bar, steel frame and the like. The information shown in the "number of floors" item is a numerical value indicating the number of floors of the building. The information of "total floor area (m ² )" is a numerical value indicating the total floor area of the building. The information of "building year" is a numerical value indicating the year when each building was built. The construction year includes information indicating a four-digit numerical value (for example, 1955) indicating the Christian era and an alphabet and numerical value (S30 in the case of 1955) indicating the Japanese calendar. "Age" is a numerical value indicating the number of years that have passed since the building was built.

The column of "soundness of the structural skeleton" is an area for reading and displaying information on the soundness of the structural skeleton stored in the deterioration information storage unit 32. The column of "health of structural frame" further includes, for example, items of "seismic safety" and "judgment of longevity". The items of "seismic safety" further include the items of "standard", "diagnosis", and "reinforcement". The "Criteria" item indicates "old" or "new". "Old" indicates that it is the earthquake resistance standard (former earthquake resistance standard) in the Building Standard Law until May 31, 1981, and "new" is the building standard law after June 1, 1981. Means the earthquake resistance standard (new earthquake resistance standard). Which seismic standard applies to a building is determined by the building year of each building. In the "diagnosis" item, "completed" is indicated if the seismic diagnosis has already been performed, and a blank is displayed if the seismic diagnosis has not been performed. If seismic diagnosis is not required, "-" is indicated. Regarding whether or not to carry out seismic diagnosis, it is judged that it is necessary to carry out if the standard item is "old", and it is judged that it is not necessary to carry out if it is "new". In the item of "reinforcement", "completed" is indicated when the reinforcement work is carried out, and it is blank when the reinforcement work is not carried out. If reinforcement work is not required, "-" is indicated. Whether or not to carry out reinforcement work is decided based on the diagnosis result of the seismic diagnosis. The column of "longevity judgment" further includes "survey year", "compressive strength (N / mm ² )", and "estimate classification". In the "survey year", information indicating the survey year in which the longevity determination was carried out (in the case of the survey in 2000, H12) is shown. "Compressive strength (N / mm ² )" is a numerical value indicating the compressive strength of concrete measured at the time of the investigation for determining the extension of life. In the "estimate classification", the characters "investigation required" are indicated when the value of compressive strength (N / mm ² ) is 13.5 or less. Although not shown in FIG. 40, the item of "longevity determination" may be further subdivided and shown. For example, additional columns are provided to show the neutralization depth (mm), rebar cover thickness (mm), rebar corrosion degree, remarks (visual conditions, etc.) of concrete so that the corresponding numerical values or information are shown. You may.

The column of "deterioration status other than the skeleton" is an area for reading and displaying the evaluation information and the evaluation index stored in the evaluation information storage unit 33. In the column of "deterioration status other than the frame", for example, "roof / roof", "outer wall", "internal finish", "electrical equipment", "water supply / drainage sanitary equipment", "air conditioning equipment", "health (100)" (Maximum score) ”is included. Each item of "roof / roof", "outer wall", "internal finish", "electrical equipment", "water supply / drainage sanitary equipment", and "cooling / heating equipment" has an alphabet (4 levels from A to D) corresponding to the deterioration status. Shown. "A" is generally good, "B" is partially degraded, "C" is extensively degraded, and "D" is used to mean that immediate action is needed. If it is not subject to evaluation, "-" is indicated. “Soundness (out of 100 points)” includes a conversion table of evaluation points shown in FIG. 21 and a conversion table of evaluation points shown in FIG. 22 based on the deterioration judgment of each part entered in the deterioration status survey form shown in FIG. Numerical values calculated using the cost allocation table are shown.

The column of "specifications / performance" is an area for reading and displaying the specifications / performance / cost information of the building stored in the facility information storage unit 31. In the "Specifications / Performance" column, for example, "Rooftop specifications", "Outer wall specifications", "External openings", "Private power generation equipment", "Solar panels", "Batteries", "Air conditioning system" included. If there is information indicating the specifications and performance corresponding to each of these columns, the information on the specification name and performance is shown in each item.

The column of "history" is an area for reading and displaying the maintenance history information stored in the deterioration information storage unit 32. The "History" column is further divided into columns of, for example, 10 years. In the example shown in FIG. 41, the columns in units of 10 years are further divided into columns for each year, and the cells are colored and shown based on the type of construction performed in each year. Construction types include, for example, "new / extension", "renovation", "seismic retrofitting", "large-scale renovation", "part / part renovation", and "longevity renovation (functional improvement)". These can be indicated by different colorings.

The column of "Annual plan (target mode years / repair / repair cycle)" is for the client terminal 3 via the entry table of the cost calculation conditions for the future maintenance / renewal cost (longer life type) shown in FIG. It can be displayed based on the information input by the operator or the user of the asset management support device 4. In the example shown in FIG. 42, the cells are color-coded according to whether the existing building has been used for less than 40 years, 40 to 59 years, or 60 to 79 years. In the column of "Annual plan (target mode years / repair / repair cycle)", the operator of the client terminal 3 or the asset management support device 4 is used for each item shown in the entry table shown in FIG. It is calculated and determined based on the numerical value entered by the person. That is, the base year for the operator of the client terminal 3 or the user of the asset management support device 4 to calculate the maintenance / renewal cost in the future, the renewal cycle when remodeling, the number of years of extension of life, and the construction period. If you enter and set, etc., the cells in the column of the annual plan will be color-coded according to the input value. Therefore, it is possible to easily grasp the situation such as when the renovation is done for each building (by building) and how long the life can be extended.

FIG. 43 is a diagram showing a state in which an alternative plan of the “annual plan (target mode years / repair / repair cycle)” of the building information list shown in FIG. 42 is displayed. The building information list shown in FIG. 43 shows the repair time based on the lifespan shown for each building and each building in the "annual plan (target mode years / repair / repair cycle)" shown in FIG. 42. It is a list displayed when reviewing and changing the repair cycle cycle. For example, in the figure shown in FIG. 42, the old buildings are repaired in order from the oldest building to extend the service life, but it can be understood that there is only about 20 years between the repair and the rebuilding. Therefore, as shown in FIG. 43, the period until rebuilding can be 30 years by changing from a building suitable for extending the life to renovating. As for the method of changing from the display of FIG. 42 to the display of FIG. 43, for example, the cost calculation condition entry table shown in FIG. 25 is provided with an item in which the repair order can be set so that the person in charge can select it. Alternatively, the year to be repaired may be directly operated and changed on the screen of FIG. 42. Further, the information shown in FIG. 43 may be switched on the screen from the corresponding portion of FIG. 42, or may be connected horizontally so that they can be visually compared at the same time.

FIG. 44 is a diagram showing an example of a screen displayed when the optimum solution for future maintenance is examined for each facility and each building in the building information list. As shown in the upper part of FIG. 44, the "current state" and the "improvement plan" of the building information list are shown. The line displayed as "Current status" indicates that the life of the building can be used up to 60 years if it is partially renovated at this time, and the line displayed as "Improvement plan" indicates that it is a medium-scale renovation at this time. It shows that it can be used up to 80 years old if it is renovated on a large scale at a predetermined point in the future. These displays may be displayed in parallel at the same time, or the screen may be configured so that the displayed cells can be operated to change from the "current state" to the "improvement plan". If you want to configure the screen so that you can change from "Current status" to "Improvement plan", for example, if you select the cell indicated as "Partial repair" in "Current status", the screen interface can be changed to large-scale repair or medium-scale repair. May be displayed separately, or the repair settings may be changed to partial repair, medium-scale repair, or large-scale repair each time this cell is clicked.

Further, as shown in the lower part of FIG. 44, it is possible to integrate the two schools in the building information list into one line and make it an integrated elementary and junior high school at the time of renovation. Alternatively, one of the two schools can be consolidated and combined into another school without remodeling, and a large-scale renovation can be carried out to improve the function. Note that these displays and operations may be configured on the screen of the display of the client terminal 3 or the input / output device 7 so that the person in charge can directly make these changes.

(Other examples of information to be displayed in the history and annual plan part)
FIG. 45 is a diagram showing another example of items to be displayed in the building basic information and history portion. The table shown in (1) of FIG. 45 displays only the basic information and the history part of the building in the building information list shown in FIGS. 40 to 44, and only during the period when the building A is used. , The color of the history cell is dark. In the table shown in (2) of FIG. 45, instead of the column of building basic information, a column for displaying desired equipment information (classification and quantity) is provided, and the history information of the equipment is provided for each row of the equipment. Is displayed. Further, in the table shown in FIG. 45 (3), the display of the equipment in FIG. 45 (2) is displayed with more detailed equipment information (classification and name / specification and quantity). Further, in the table shown in FIG. 45 (4), instead of the column of basic building information, a column of accounting categories (expenditure and cumulative total) is provided, and the history of costs for each building is displayed. In addition, capital expenditure and repair expenses can be displayed separately for expenditures in this accounting category, and the cumulative asset value can also be displayed. That is, by adopting such a display mode, it is possible to display the cost (numerical value) according to the classification recorded in accounting in detail. In each table shown in FIG. 45, only the past history portion is displayed, but when a simulation or the like is performed, the annual plan portion may be displayed as well. In addition, the screens shown in (1) to (4) can be displayed in the screen shown in the table (1) by clicking a button (not shown) that can switch the display in the screen shown in the table (2). ) Or the table (4) may be switched to, or on the screen (not shown) where detailed conditions for displaying this list on the screen can be set, (1) to (1) to You may be able to specify any of the display methods of (4). In this way, the building information list can be switched not only to basic building information but also to equipment-related information and accounting-related information, and these various viewpoints can be switched into one hierarchical structure. It can be expressed as.

(Functional configuration of asset management support device 4A)
With reference to FIG. 46, the asset management support system 1A for outputting the building information list shown in FIGS. 40 to 45 will be described. The asset management support system 1A is basically the same functional as the asset management support system 1 described with reference to FIG. 1, except that the asset management support device 4A is provided in place of the asset management support device 4. Has a configuration. In the asset management support device 4A shown in FIG. 46, the same reference numerals are used for the same functions as the asset management support device 4 shown in FIG. 1, and the description of the functions will be omitted.

The asset management support device 4A basically has a screen information generation unit 11A, a first extraction unit 11B, and a second extraction unit 11C in place of the screen information generation unit 11. It has the same functional configuration as the asset management support device 4 described with reference to FIG.

The screen information generation unit 11A can generate screen information for displaying the building information list shown in FIGS. 40 to 45. Specifically, the screen information generation unit 11A responds to an output request from a person in charge of operating the client terminal 3 or an output request input from a user of the asset management support device 4 via the input / output device 7. First extraction unit 11B, which will be described later with information for showing a building list, including a row for each building or a row for each building, and a column showing past history and a column showing future annual plans. And the second extraction unit 11C is used to extract desired information from the information stored in the facility information storage unit 31, the deterioration information storage unit 32, the evaluation information storage unit 33, and the maintenance policy information storage unit 34 of the storage device 6. Alternatively, desired information can be calculated and screen information can be generated based on the extracted information. The screen information generated by the screen information generation unit 11A is transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7, and is displayed on the display of the client terminal 3 or the input / output device 7. The information list can be displayed, and can be supplied to the input / output device 7 to be displayed or output to a predetermined output device.

The first extraction unit 11B classifies the equipment according to the output request from the person in charge of operating the client terminal 3 or the output request input from the user of the asset management support device 4 via the input / output device 7. Information indicating the specifications, cost, performance, or deterioration status according to the above is extracted and supplied to the screen information generation unit 11A by extracting the information for each year in the history column in the building list or for each year in the column indicating the future annual plan. ..

The second extraction unit 11C is classified according to the output request from the person in charge of operating the client terminal 3 or the output request input from the user of the asset management support device 4 via the input / output device 7. Information indicating the specifications, cost, performance, or deterioration status according to the above is extracted and supplied to the screen information generation unit 11A by extracting the information for each year in the history column in the building list or for each year in the column indicating the future annual plan. ..

As described above, as described with reference to FIGS. 40 to 46, the asset management support device 4A generates screen information to generate a building information list based on the information stored in the facility information storage unit 31 of the asset management support system 1. The building list having unit 11A and generated by this screen information generation unit 11A includes a row for each building or a row for each building, a column showing past history, and a column showing future annual plans. It is possible to display a list of building information for each building or each building from the past to the future based on the present, and visualization (visualization) of information about the building. Can be realized. The building list shown in FIGS. 40 to 46 includes a column showing the past history and a column showing the future annual plan, but the column showing the past history or the future year It may include one of the columns indicating the plan.

Further, in the column showing the past history of the asset management support system 1 described with reference to FIGS. 40 to 46, the types of construction performed in the past by building or by building (for example, new / extension shown in FIGS. 42 and 43, Renovation, renovation, seismic retrofitting, large-scale renovation, full-scale renovation, part, partial renovation, longevity renovation, etc.) Since it can be displayed as such, it becomes possible to grasp at a glance what kind of construction has been carried out in the past based on this building information list. Alternatively, in the column showing the past history of the asset management support system 1 described with reference to FIGS. 40 to 46, the specific period of use (building life) for each building or building is indicated by the number of years of use. Since it is possible to color with different colors depending on the period and the non-period, or to display the color density so that it is different, it is possible to grasp the past years of use at a glance based on this building information list. Will be able to.

Further, in the column showing the future annual plan of the asset management support system 1 described with reference to FIGS. 40 to 46, the section of the predetermined service life for each building or each building is similarly displayed so as to be visually discriminated. Therefore, in the future plan, it is possible to visually grasp what kind of construction is planned, and also specifically what is the service life (building life) for each building or building. Whether it is a period or not can be visually grasped in the same way as the display of the past history described above.

Further, in the asset management support system 1 described with reference to FIGS. 40 to 46, the first extraction unit 11B extracts information indicating specifications, costs, performance, or deterioration status according to the equipment classification from the equipment information of the building. The first extraction unit 11B receives information indicating specifications, costs, performance, or deterioration status according to the equipment classification in response to an output request from a user who operates the client terminal 3 or the input / output device 7. Since it is possible to output each year in the history column in the building list or each year in the column showing the future annual plan, deterioration information etc. can be visually displayed in the past or future for detailed information on the building equipment. Can be grasped.

Further, the asset management support system 1 described with reference to FIGS. 40 to 46 has a second extraction unit 11C that extracts costs according to the accounting classification from the cost information of the building, and this second extraction unit 11C determines whether it is classified into capitalized portion, fixed asset stock, or depreciation amount when extracting costs according to the accounting category, and is based on the cost extracted based on the determination. Numerical values can be output for each year in the history column in the building list or for each year in the column indicating the future annual plan, so you can visually grasp the cost according to the accounting category in the past or in the future. be able to. Furthermore, when the cost is displayed by building or by building, it becomes possible to grasp the cost according to the accounting category in more detail.

(Efforts such as comprehensive longevity repairs for optimization)
By the way, as explained with reference to FIG. 34, in the longevity repair plan centered on grasping the deterioration situation and recovery, if there is a gap between the financial constraint line and the cost, the gap will be filled. Therefore, it is necessary to make a multifaceted review of the layout and scale of school facilities, management and utilization, etc., and it is necessary to clarify the policy of comprehensive efforts for optimization. Therefore, with reference to FIG. 47, a repair to extend the service life will be described, which is not limited to grasping and recovering the deterioration status.

In FIG. 47, the repair items are shown in the central portion thereof, and the examination items necessary for determining the repair items are shown on the left side thereof. First, it is a basic matter to grasp the deterioration situation and restore the deterioration, that is, to recover the function. Then, in consideration of future changes in the number of children and students, it is necessary to change the layout of school facilities, respond to expansions and reductions, and ensure flexibility against changes in the number of children and classes. In addition, we must respond to the need for unprecedented functions such as media centers, small-group classrooms, and multipurpose halls, in light of the future of schools, such as responding to new learning environments. In addition, in order to raise the maintenance level of the facility and improve its functions, it is required to save energy in the facility, make it barrier-free, equip it with air conditioning equipment, and install a comfortable toilet. Furthermore, as cooperation with facilities around the school, it is necessary to consider sharing special classrooms and pools, and utilizing school facilities as regional bases. Here, it is assumed that all of these contents are examined and efficiently performed to extend the service life in a broad sense.

In order to implement the longevity repair in a broad sense explained with reference to FIG. 47 and to support comprehensive efforts for optimization, for example, facilities such as schools managed by a certain administrative agency are provided. By classifying, organizing, and analyzing by the characteristics of the facilities, various information necessary to consider changes in the number of children, response to new learning environments, improvement of facility functions, and cooperation with facilities around the school. Can be obtained. In addition, by classifying, organizing, and analyzing this information, not only the longevity and repair in a broad sense, but also the change in the number of children and students, the response to new learning environments, the improvement of facility functions, and the surroundings of schools. By considering the cooperation with the facility, it is possible to derive the value that will be the standard for review at the time of rebuilding.

(Functional configuration of asset management support device 4B)
FIG. 48 shows the asset management of the asset management support system 1B, which can support the implementation of the longevity repair in a broad sense explained with reference to FIG. 47 and can derive the value that serves as the reference for the review at the time of rebuilding. The functional configuration of the support device 4B and the storage device 6B will be described. In FIG. 48, the same reference numerals are used for the same functions as the asset management support device 4 and the storage device 6 shown in FIG. 1 or the asset management support device 4A and the storage device 6A shown in FIG. The detailed description of is omitted.

That is, the asset management support device 4B is provided with a screen information generation unit 11E in place of the screen information generation unit 11A, a simulation unit 22B in place of the simulation unit 22, and a third extraction unit 11D and a classification information acquisition unit. It has the same functional configuration as the asset management support device 4A shown in FIG. 46 except that 51, a type classification processing unit 52, and a calculation unit 53 are provided. Further, the storage device 6B has the same functional configuration as the storage device 6 shown in FIGS. 1 and 46, except that the format storage unit 71 and the utilization study-related information storage unit 72 are further provided.

In addition to the functions of the screen information generation unit 11 and the screen information generation unit 11A described above, the screen information generation unit 11E further receives a request from the client terminal 3 transmitted via the network 2 or an input / output device 7. It has a function of generating data for displaying a screen corresponding to an operation input by a user of the asset management support device 4B input from the above using a format stored in a format storage unit 71 described later. Specifically, the screen information generation unit 11E formats the format corresponding to the request from the client terminal 3 or the operation input by the user of the asset management support device 4 input from the input / output device 7, the format storage unit 71. In addition to reading from, the third extraction unit 11D is controlled to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. Further, the screen information generation unit 11E causes the simulation unit 22B to execute the simulation necessary for generating the information corresponding to the read format. Then, the screen information generation unit 11E responds to a data display request based on various formats input from the client terminal 3 or the input / output device 7 by inserting a numerical value into the format using the supplied data. Data can be generated and transmitted to the client terminal 3 via the network 2 for display, or supplied to the input / output device 7 to execute output such as display.

The third extraction unit 11D uses the format stored in the format storage unit 71, which will be described later, to manage the assets requested from the client terminal 3 or input from the input / output device 7 by the screen information generation unit 11E. The information necessary for generating data for displaying the screen corresponding to the operation input by the user of the support device 4B is stored in the facility information storage unit 31, the deterioration information storage unit 32, and the evaluation information storage unit 33 of the storage device 6B. , The maintenance policy information storage unit 34, and the utilization study-related information storage unit 72. The third extraction unit 11D supplies the extracted information to any of the screen information generation unit 11E, the simulation unit 22B, the type classification processing unit 52, and the calculation unit 53.

In addition to the functions of the simulation unit 22, the simulation unit 22B provides information on the examination results of facility renovation and renovation, which are supplied from the client terminal 3 via the network 2 or input from the input / output device 7. Further, based on various information stored in the storage device 6, it is possible to simulate the cost required for the renovation and renovation of the facility. The simulation unit 22B supplies the simulation result to the screen information generation unit 11E and the utilization study-related information storage unit 72, and supplies the simulation result to the calculation unit 53 as needed.

The classification information acquisition unit 51 is necessary for designating a facility group to be classified, classification information that is a basis for type classification for type classification of facility groups, and type classification such as the content and threshold of the classification. Information is acquired from the client terminal 3 via the network 2, or receives an operation input from the input / output device 7 and is supplied to the type classification processing unit 52. Information that is the basis of type classification includes, for example, location and region, school size, number of classes, history and forecast of changes in school size and number of classes, school type, distinction between independent school and branch school, main Processes and the like can be used. The school scale may be classified using the range of the number of students or the number of classes. In high schools, etc., the school type is classified as high school or special needs school, whether it is an integrated course or a part-time school, and whether the main department is an ordinary course, an agricultural course, or an industrial course. It is possible to classify whether it is a fisheries department, a commercial department, an integrated course, or another department. In addition, in the special needs school, whether the type of disability supported by the school is sensory disability, hearing disability, intellectual disability, physical disability, or sickness. It is possible to use classifications such as whether they are other disorders or whether they correspond to multiple disorders. In addition, the number of classification information that is the basis of type classification is not specified.

The type classification processing unit 52 classifies a predetermined facility group according to a request from the client terminal 3 or an operation input from the input / output device 7 based on the classification information supplied from the classification information acquisition unit 51. The classification result is supplied to the information storage processing unit 12, stored in the utilization study-related information storage unit 72, and supplied to the screen information generation unit 11E and the calculation unit 53. For example, in order to classify elementary schools in a predetermined municipality from the classification information acquisition unit 51, there are three types of classification as the basis of type classification: (1) region, (2) class size, and (3) prediction of change in the number of classes. However, when supplied together with the contents and thresholds of each classification, the type classification processing unit 52 first classifies the elementary schools according to the designated area, and then classifies the elementary schools according to the designated range of the class size within the classification. Then, within the classification, the elementary school is classified according to the specified range of the numerical value of the prediction of the change in the number of classes. Then, those classifications are divided into, for example, type A, type B, etc., and as the classification result, they are supplied to the information storage processing unit 12, stored in the utilization study-related information storage unit 72, and screen information generation unit. It is supplied to 11E and the calculation unit 53.

The calculation unit 53 generates data for the screen information generation unit 11E to display a screen in response to a request from the client terminal 3 or the input / output device 7 based on a command from the screen information generation unit 11E, and the client terminal. Various information stored in the storage device 6B for transmission to 3 for display or supply to the input / output device 7 for output, and type classification supplied from the type classification processing unit 52 as necessary. Based on the result and the simulation result supplied from the simulation unit 22B, a predetermined arithmetic process is executed, and the arithmetic result is supplied to the screen information generation unit 11E.

For example, the calculation unit 53 refers to the school basic information stored in the facility information storage unit 31 of the storage device 6 based on the command from the screen information generation unit 11E, and refers to, for example, peak time (or school opening time). Difference between the number of children and the current number of children, the difference between the current number of children and the expected number of children in the future, the total floor area per current child, the area of the playground per current child, the future Total floor area per child, future playground area per child, peak (or opening) floor area per child, peak (or opening) per child The area of the playground and the like are calculated and supplied to the screen information generation unit 11E. Further, for example, the calculation unit 53 is stored in the facility information storage unit 31 of the storage device 6 based on the command from the screen information generation unit 11E and the type classification result supplied from the type classification processing unit 52. Refer to the information, for example, the current number of students, the number of classes, the prediction of changes in the number of classes (children) from the present to the future (number for classes,% for students), peaks in schools classified into each type. Maximum and minimum values of the current class (children) number change prediction, total floor area, total floor area per person, number of heads, athletic field area, athletic field area per person, etc. Then, the average value is calculated and supplied to the screen information generation unit 11E.

The format storage unit 71 generates data for displaying the screen according to the request from the client terminal 3 or the input / output device 7 by the screen information generation unit 11E, and stores various formats for displaying the data.

The utilization study-related information storage unit 72 is generated by, for example, the information of the utilization study sheet as shown in FIGS. 49 and 50, and the processing of the simulation unit 22B, the type classification processing unit 52, and the calculation unit 53. Memorize various information. The utilization study sheet of FIG. 49 contains information such as facility name, map information showing the layout of applicable facilities and similar facilities, facility drawings, city planning information, usage restrictions, building area, and remarks. .. In addition, the utilization study sheet of FIG. 50 includes information such as the facility name, the soundness of the building frame and parts, the basic information of the facility, and the floor composition of each floor. The information included in these utilization study sheets includes building information list, school facility ledger, fixed asset ledger, deterioration survey information, facility / function / cost information stored in each storage unit of the storage device 6B. And, it is stored in association with each item such as information generated in each part of the asset management support device 4B as appropriate. Needless to say, these utilization study sheets may contain other information.

As described above, the facility information storage unit 31 of the storage device 6B stores information such as basic facility information, a school facility ledger, and a fixed asset ledger, and is further shown in FIG. 51. In addition, information on each floor plan and usage contents at the time of construction of each facility (or, for example, when the facility is a school, when the number of children is the largest), and as shown in FIG. 52. , The current floor plan of each facility and information on the contents of use are further stored. Further, the facility information storage unit 31 of the storage device 6B stores the address information of each facility and the map information indicating the position.

Further, in the maintenance policy information storage unit 34 of the storage device 6B, the number of facility users in each facility and each local government, for example, information indicating the transition of the number of children and students when the facility is an elementary and junior high school, and each of them. Information showing the transition of the number of classes in elementary and junior high schools is stored. The screen information generation unit 11E responds to a request from the client terminal 3 or the input / output device 7 based on the information stored in the maintenance policy information storage unit 34 indicating the transition of the number of children and students in the entire predetermined municipality. For example, as shown in FIG. 53, the data of the composite graph showing the transition of the number of children and students can be generated, transmitted to the client terminal 3 or the input / output device 7 via the network 2, and displayed. The composite graph showing the transition of the number of children and students shown in FIG. 53 includes a broken line graph showing the total number of children and students, the total number of elementary school children, and the total number of junior high school students, and the average number of classes per elementary school. It is composed of a bar graph showing the average number of classes per junior high school. At this time, the calculation unit 53 has an average number of classes per elementary school and one junior high school based on the information indicating the transition of the number of classes of each elementary and junior high school stored in the maintenance policy information storage unit 34. The average number of classes is calculated and supplied to the screen information generation unit 11E. The operator of the client terminal 3 or the user of the asset management support device 4B refers to the composite graph of FIG. 53, confirms the transition of the number of children and students in the entire predetermined municipality, analyzes the transition, and is necessary. Accordingly, it is possible to predict future changes in the number of children.

In this way, the asset management support device 4B of the asset management support system 1B links the basic information of the facility, the school facility ledger, and each item of the fixed asset ledger, and stores and stores the information in the storage device 6B. Refer to the processing unit 12, the classification information acquisition unit 51 that acquires a plurality of classification information that is the basis of type classification, the basic information of the facility stored in the storage device 6B, the school facility ledger, and the fixed asset ledger. , A type classification processing unit 52 that classifies facilities by type according to the classification information acquired by the classification information acquisition unit 51, a format storage unit 71 that stores a format having a plurality of items, and a type classification result by the type classification processing unit 52. , And, based on the format items stored in the format storage unit 71, the corresponding information is extracted from the basic information of the facility, the school facility ledger, and the fixed asset ledger stored in the storage device 6B and calculated. The calculation unit 53 that executes the processing, the type classification result by the type classification processing unit 52, the basic information of the facility stored in the storage device 6B, the school facility ledger, the fixed asset ledger, and the arithmetic processing by the arithmetic processing unit. It has a screen information generation unit 11E that generates display data based on the format stored in the storage device 6B using the result.

As a result, the asset management support device 4B can use the associated information to classify the facilities and use the type classification results to generate data in various formats. The operator of the client terminal 3 or the user of the asset management support device 4B can refer to the data organized in a desired format on the asset management support device 4B. Therefore, the asset management support device 4B of the asset management support system 1B can support not only grasping and recovering the deterioration status of the facility but also planning for longevity repair and the like.

Next, with reference to FIGS. 54 to 56, the type classification process executed by the type classification processing unit 52 and the screen information generated by the screen information generation unit 11E will be described.

For example, the operator of the client terminal 3 or the user of the asset management support device 4B orders the elementary school in a predetermined municipality to be type-classified, and the basis of the type classification is (1) area, (2). When three types of class scale and (3) prediction of change in the number of classes are input together with the contents and thresholds of each classification, the classification information acquisition unit 51 acquires these information and supplies them to the type classification processing unit 52. do.

The type classification processing unit 52 first classifies elementary schools according to a designated area, classifies elementary schools according to a designated range of class size within the classification, and further predicts changes in the number of classes within the classification. Classify elementary schools according to the specified range of numerical values. Then, the type classification processing unit 52 divides the classification result into, for example, type A, type B, and so on, and supplies the elementary school names classified into each type to the information storage processing unit 12 as the classification result. The information is stored in the information storage unit 72 related to utilization study, and is supplied to the screen information generation unit 11E and the calculation unit 53.

When the operator of the client terminal 3 or the user of the asset management support device 4B orders the display of the list of the type classification results of the elementary school in the predetermined municipality, the screen information generation unit 11E is the format storage unit 71. From each part of the storage device 6B, the data necessary for reading the format corresponding to the list of type classification results and controlling the third extraction unit 11D to generate the information corresponding to the read format. Let it be extracted. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. For example, when each part of the storage device 6B does not include the information of "(the area of a certain part) per child (at a certain time)", the screen information generation unit 11E controls the calculation unit 53 to control the calculation unit 53. The number of children stored in each part of the storage device 6B and the numerical value (area of a certain part) can be acquired, and these numerical values can be calculated.

54 and 55 show an example of a list of type classification results of elementary schools in a predetermined municipality generated by the screen information generation unit 11E. In FIGS. 54 and 55, all the items cannot be displayed on one screen due to the large number of items in the corresponding formats, and the display screen when a part of the list is scrolled and displayed is displayed. show. The list of type classification results of elementary schools in a predetermined municipality illustrated in FIGS. 54 and 55 includes the names of elementary schools belonging to each type and the format corresponding to the list of type classification results in each elementary school. Information corresponding to each item is described. Here, classifications up to type D are made, but at the bottom of this list, information on elementary schools classified into other types is described.

Next, FIG. 56 shows an example of a format that can list the basic axes of the type classification of elementary schools in a predetermined municipality generated by the screen information generation unit 11E and the numerical values indicating the characteristics of each type. .. In the format illustrated in FIG. 56, the basis of type classification is (1) whether the area is north or south, and (2) whether the class size is large, appropriate, or small (here). (The case where there is no elementary school corresponding to a small scale is illustrated), and (3) the prediction of the change in the number of classes is decreasing or no change, or the number of classes is decreasing for 6 or more classes, or there is no change. It is described along with the classification content of whether it is increasing again, and the number of schools included in each type is described. In addition, this format has columns for maximum value, minimum value, and, if necessary, an average value for each item as numerical values indicating the characteristics of each type. The screen information generation unit 11E controls the calculation unit 53 to calculate and acquire the maximum value, the minimum value, and the average value from the information stored in each unit of the storage device 6B, and describes the information in the corresponding part of the format. can do.

The classification information acquisition unit 51 acquires information necessary for type classification from the client terminal 3 or the input / output device 7 via the network 2 and supplies it to the type classification processing unit 52. The type classification processing unit 52 classifies the facility into types based on the supplied information, classifies the facilities into, for example, type A, type B, etc., and supplies the classification result to the information storage processing unit 12 for utilization study. It is stored in the related information storage unit 72 and supplied to the screen information generation unit 11E and the calculation unit 53. The screen information generation unit 11E reads the format corresponding to the request from the client terminal 3 or the input / output device 7 from the format storage unit 71, and controls the third extraction unit 11D to provide information corresponding to the read format. The data necessary for generating the above is extracted from each part of the storage device 6B. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. Then, the data as described with reference to FIGS. 54 to 56 can be generated, transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Next, when using FIGS. 57 to 64 to support the type classification based on the basis of different type classifications and the process of establishing the "review criteria at the time of rebuilding" which is a model case at the time of rebuilding based on the type classification. Will be described with an example.

First, with reference to FIG. 57, type classification based on the basis of different type classification will be described. For example, the operator of the client terminal 3 or the user of the asset management support device 4B orders the high school in a predetermined municipality to be type-classified, and as the basis of the type classification, (1) the school type is higher. Whether it is a school or a special needs school, or if the school type is a high school, (2) whether it is an independent school or a branch school, and (3) whether the main course is a full-time system or a part-time system. Or, (4) which is the main department, (5) school scale, and if the school type is a special needs school, (2) is the main school or a branch school? Assuming that there are three types, whether it is a branch school or (3) which type of obstacle, when inputting together with the content and threshold of each classification, the classification information acquisition unit 51 acquires these information. , Supply to the type classification processing unit 52.

The type classification processing unit 52 first classifies whether the school type is a high school or a special needs school. The type classification processing unit 52 classifies the school type according to whether it is an independent school or a branch school in the classification of high school, and further, within the classification, whether the main course is full-time or regular. Classify according to the system, further classify by main department within the classification, and further classify high schools by the specified range of school size within the classification. In addition, the type classification processing unit 52 classifies the school type as a special needs school, whether it is a main school, a branch school, or a branch classroom, and further, falls under that classification. Classify according to the type of disability that the school for special needs education mainly deals with. Then, the type classification processing unit 52 divides the classification result into, for example, type A, type B ... type M, and the high school name classified into each type is used as the classification result in the information storage processing unit 12. Is stored in the information storage unit 72 related to utilization study, and is supplied to the screen information generation unit 11E and the calculation unit 53.

Next, FIG. 58 can list the numerical values showing the characteristics of each type in the types A to j classified into high school by the basic axis (1) of the type classification generated by the screen information generation unit 11E. Here is an example of a format that can be used. In the format illustrated in FIG. 58, the basis of the type classification described with reference to FIG. 57 and the specified contents, that is, (2) whether it is an independent school or a branch school, and (3) the main course is an integrated course. Whether there is a part-time system, (4) whether the main department is an ordinary course, an agriculture department, a fisheries department, an industrial department, a commercial department, or an integrated course, (5) is the school scale large or standard? The classification content of whether it is large or small is described, and the number of schools included in each type is described. In addition, in this format, as numerical values indicating the characteristics of each type, for example, for each item such as the number of classes, the rate of decrease in the number of classes, the number of students, the rate of decrease in the number of students, the area of the school building / building / school site, etc. There are columns for maximum and minimum values, and if necessary, average values. The screen information generation unit 11E controls the calculation unit 53 to calculate and acquire the maximum value, the minimum value, and the average value from the information stored in each unit of the storage device 6B, and describes the information in the corresponding part of the format. can do. The screen information generation unit 11E can transmit the data generated in this way to the client terminal 3 via the network 2 for display, or supply the data to the input / output device 7 for output.

When, for example, a user who has referred to the data of FIG. 58 displayed on the client terminal 3 or the input / output device 7 is instructed to display detailed information of a predetermined type, the screen information generation unit 11E uses the format storage unit 71. From each part of the storage device 6B, the data necessary for reading the format corresponding to the detailed information in the predetermined type and controlling the third extraction unit 11D to generate the information corresponding to the read format. Let it be extracted. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format, and acquires the calculation result. The screen information generation unit 11E transmits, displays, and inputs / outputs data generated by inserting numerical values corresponding to each item of the format read from the format storage unit 71 to the client terminal 3 via the network 2. It can be supplied to the device 7 for output. These formats may include items in which a user who has referred to the data displayed on the client terminal 3 can newly enter numerical values and information.

With reference to FIG. 59, a format corresponding to detailed information in a predetermined type, which includes an item in which a user who has referred to the data can newly enter a numerical value or information, will be described. In FIG. 59, a user who has referred to the data of FIG. 58 displayed on the client terminal 3 or the input / output device 7 is instructed to display detailed information regarding possession of each building of a high school classified into type B, for example. When the data is generated, it is generated by the screen information generation unit 11E, transmitted to the client terminal 3 or the input / output device 7 via the network 2, and the user of the client terminal 3 or the input / output device 7 with respect to the displayed data. Is the data with newly entered numerical values and information.

The format corresponding to the detailed information on the ownership of the building in a given type is how many school buildings are included in those facilities, main, sub, etc., how many training buildings are there, and the main building. How many subs and other buildings there are, how many greenhouses there are, the average, minimum, and maximum values for the number of cars that can be parked, as well as the number of schools that own a 25m pool and the schools that own a 50m pool. A number of items are available. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. In addition, in this format, the user of the client terminal 3 or the input / output device 7 who has referred to this information is left blank in order to newly enter a numerical value that serves as a "review standard at the time of rebuilding" in each of these items. The item of "review criteria at the time of rebuilding" is prepared in advance. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

When the user of the client terminal 3 or the input / output device 7 newly enters a numerical value that serves as a "review standard at the time of rebuilding" and sends it to the asset management support device 4B via the network 2, the information storage processing unit 12 Stores the numerical value as the "review standard at the time of rebuilding" input by the user of the client terminal 3 or the input / output device 7 in the utilization study-related information storage unit 72 in association with each item.

It is also possible to specify a plurality of types and prepare a format corresponding to the detailed information in the plurality of types.

From the user who referred to the data of FIG. 58 displayed on the client terminal 3 or the input / output device 7 with reference to FIG. 60, for example, the number of high school students and the number of classes classified into type B and type I. An example of the format selected from the format storage unit 71 by the screen information generation unit 11E when the display of detailed information regarding the change is instructed will be described. In the format shown in FIG. 60, items of the average value, the minimum value, and the maximum value of the number of students and the number of classes in 2016 are prepared for the full-time system of type B and the part-time system of type I, respectively. At the same time, items for the rate of decrease in the number of students and the number of classes from the time of opening to the present will be prepared respectively. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. If the information necessary for calculating the information corresponding to each item is insufficient, the described value may be set to "unknown" as shown in FIG. 60. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Next, with reference to FIGS. 61 to 64, a format corresponding to detailed information on the school building, the building, the school area, and the ownership status of the classroom in Type B, and the “at the time of rebuilding” using these formats. Explain the establishment of "review criteria".

FIG. 61 shows an example of a format corresponding to detailed information about a type B school building. When the user of the client terminal 3 or the input / output device 7 commands the display of detailed information about the type B school building, the screen information generation unit 11E reads out the corresponding format from the format storage unit 71. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. In this format, items of average value, minimum value, maximum value of school building area and average value, minimum value, maximum value of school building area per student in 2016 are prepared and classified into type B. The numerical values for the main school building, sub school building, and other school buildings owned by 33 schools are listed, and the user who referred to the data can enter new numerical values and information as "review criteria at the time of rebuilding". The item is included. In FIG. 61, "-" is described in the portion where the information necessary for calculating the information corresponding to the item is insufficient. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

When the user of the client terminal 3 or the input / output device 7 newly enters a numerical value that serves as a "review standard at the time of rebuilding" and sends it to the asset management support device 4B via the network 2, the information storage processing unit 12 Stores the numerical value as the "review standard at the time of rebuilding" input by the user of the client terminal 3 or the input / output device 7 in the utilization study-related information storage unit 72 in association with each item.

FIG. 62 shows an example of a format corresponding to detailed information about a type B building. When the user of the client terminal 3 or the input / output device 7 commands the display of detailed information about the type B building, the screen information generation unit 11E reads out the corresponding format from the format storage unit 71. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. In this format, items of average value, minimum value, and maximum value of the area of the building are prepared, and the numerical values of each of the main, sub, and other buildings owned by 33 schools classified as type B are described. At the same time, the user who referred to the data includes items that can be newly entered with numerical values and information as "review criteria at the time of rebuilding". The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

When the user of the client terminal 3 or the input / output device 7 newly enters a numerical value that serves as a "review standard at the time of rebuilding" and sends it to the asset management support device 4B via the network 2, the information storage processing unit 12 Stores the numerical value as the "review standard at the time of rebuilding" input by the user of the client terminal 3 or the input / output device 7 in the utilization study-related information storage unit 72 in association with each item.

FIG. 63 shows an example of a format corresponding to detailed information about the type B school area. When the user of the client terminal 3 or the input / output device 7 commands the display of detailed information about the school area of type B, the screen information generation unit 11E reads out the corresponding format from the format storage unit 71. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. In this format, the average value, minimum value, and maximum value of the area and the average value of the area per full-time student in 2016 in each of the building site, the athletic field site, the experimental training site, and the total area of the school site are included. Items of minimum value and maximum value are prepared, and the numerical values of each of the 33 schools classified into type B are described, and the user who referred to the data newly set the numerical values and as "review criteria at the time of rebuilding". Contains items for which information can be entered. In FIG. 63, "-" is described in the portion where the information necessary for calculating the information corresponding to the item is insufficient. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 or the input / output device 7 via the network 2 and displayed.

When the user of the client terminal 3 or the input / output device 7 newly enters a numerical value that serves as a "review standard at the time of rebuilding" and sends it to the asset management support device 4B via the network 2, the information storage processing unit 12 Stores the numerical value as the "review standard at the time of rebuilding" input by the user of the client terminal 3 or the input / output device 7 in the utilization study-related information storage unit 72 in association with each item.

FIG. 64 shows an example of a format corresponding to detailed information about the possession status of a type B classroom. When the user of the client terminal 3 or the input / output device 7 commands the display of detailed information about the possession status of the type B classroom, the screen information generation unit 11E reads out the corresponding format from the format storage unit 71. .. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. In this format, items of the average value, minimum value, maximum value of the number of classrooms owned in each facility and the average value, minimum value, maximum value of the area per room are prepared, and in type B In addition to the corresponding numerical values of the classrooms owned by the 33 classified schools, the users who referred to the data newly set the numerical values as "review criteria at the time of rebuilding" of the number of rooms and the area per room. Contains items for which information can be entered. In FIG. 64, "-" is described in the portion where the information necessary for calculating the information corresponding to the item is insufficient. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 or supplied to the input / output device 7 via the network 2 and displayed.

The user of the client terminal 3 or the input / output device 7 newly enters a numerical value that serves as a "review standard at the time of rebuilding" for each of the number of rooms and the area per room, and supports asset management via network 2. When transmitted to the device 4B, the information storage processing unit 12 associates the numerical value that becomes the "review standard at the time of rebuilding" input by the user of the client terminal 3 or the input / output device 7 with each item, and is related to the utilization study. It is stored in the information storage unit 72.

As described with reference to FIGS. 61 to 64, the asset management support device 4B extracts information corresponding to a predetermined format from the information associated with and stored in each part of the storage device 6B, and is necessary. It is possible for the user of the client terminal 3 or the input / output device 7 to easily establish a numerical value that serves as a "review standard at the time of rebuilding" by calculating according to the above and generating data for displaying a list. It becomes. Further, the value established by the user of the client terminal 3 or the input / output device 7 as a numerical value as a "review standard at the time of rebuilding" is associated with each item of each information stored in the storage device 6B. , It is stored in the information storage unit 72 related to utilization study.

Further, the screen information generation unit 11E is further established by the user of the client terminal 3 or the input / output device 7, and uses the values stored in the utilization study-related information storage unit 72 to generate data corresponding to different formats. It is possible to do.

Next, with reference to FIGS. 65 to 70, the values established by the user of the client terminal 3 or the input / output device 7 and stored in the utilization study-related information storage unit 72 are used, based on a predetermined format. An example of the generated information will be described. Each format of FIGS. 65 to 69 focuses on a predetermined high school included in type B (denoted as XXX in FIGS. 65 to 70), and the current state and future prediction of the high school and the type. It is possible to compare the school building, the building body, the school area area of B, the average value, the minimum value, the maximum value of the possession status of the classroom, and the information set as the "review standard at the time of rebuilding". Further, in these formats, the value of the review target in the predetermined high school of interest is set in the client terminal 3 or the input / output device 7 based on the numerical value set as the "review standard at the time of rebuilding" in the corresponding type. It is designed to be fillable by the user.

FIG. 65 shows detailed information regarding the possession of the building in Type B described with reference to FIG. 59, and “rebuilding” established by the user of the client terminal 3 or the input / output device 7 and stored in the utilization study-related information storage unit 72. "Criteria for reviewing time" is compared with the current value of the predetermined high school XXX, and the value of the review target at the predetermined high school XXX is entered by the user of the client terminal 3 or the input / output device 7. It is a possible format. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Detailed information regarding the possession of the building in Type B described by the user of the client terminal 3 or the input / output device 7 with reference to FIG. 59, and information related to utilization study established by the user of the client terminal 3 or the input / output device 7. Compare the "review standard at the time of rebuilding" stored in the storage unit 72 with the current value of the predetermined high school XXX, enter the value of the review target in the predetermined high school XXX, and network 2 When the information is transmitted to the asset management support device 4B via the above, the information storage processing unit 12 inputs the "review standard at the time of rebuilding" in the predetermined high school XXX input by the user of the client terminal 3 or the input / output device 7. The numerical value to be is associated with each item and stored in the utilization study-related information storage unit 72.

FIG. 66 compares detailed information about changes in the number of students and classes in high schools classified into type B and type I described with reference to FIG. 60 with the current values of a given high school XXX. Based on the value of the required area per student by the Ministry of Education, Culture, Sports, Science and Technology, the area reduction target value of the part other than the classroom of the designated high school XXX is set by the user of the client terminal 3 or the input / output device 7. It is a fillable format. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Detailed information on changes in the number of students and classes of high schools classified into type B and type I described by the user of the client terminal 3 or the input / output device 7 using FIG. 66, and a predetermined high school XX. Compare with the current value of ×, and based on the value of the required area per student by the Ministry of Education, Culture, Sports, Science and Technology, enter the area reduction target value of the part other than the classroom of the school building in the predetermined high school XXX, and network When transmitted to the asset management support device 4B via 2, the information storage processing unit 12 is a part other than the classroom of the school building in the predetermined high school XXX input by the user of the client terminal 3 or the input / output device 7. The area reduction target value of is associated with each item and stored in the utilization study-related information storage unit 72.

FIG. 67 shows detailed information about the type B school building described with reference to FIG. 61, that is, the average value / minimum value / maximum value of the school building area, and the average value of the school building area per student in 2016. -Compare the minimum and maximum values, the "review criteria for rebuilding" of the school building area per student, and the current values of the specified high school XXX, and compare the school building area of the specified high school XXX. It is a format in which the review target value can be entered by the user of the client terminal 3 or the input / output device 7. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Detailed information about the type B school building area described by the user of the client terminal 3 or the input / output device 7 using FIG. 67, that is, the average value, the minimum value, the maximum value, and the 2016 fiscal year of the school building area. Compare the average, minimum, and maximum values of the school building area per student, the "review criteria for rebuilding" of the school building area per student, and the current values of the prescribed high school XXX. When the target value for reviewing the school building area in the high school XXX is input and transmitted to the asset management support device 4B via the network 2, the information storage processing unit 12 uses the client terminal 3 or the input / output device 7. The target value for reviewing the school building area in the predetermined high school XXX entered by the person is associated with each item and stored in the utilization study-related information storage unit 72.

FIG. 68 shows detailed information about the type B building described with reference to FIG. 62, that is, the average value, the minimum value, and the maximum value of the area of the building, the “criteria for reviewing the building area at the time of rebuilding”, and FIG. , Compare the current values of the predetermined high school XXX, and enter the review target value of the building area in the predetermined high school XXX in a format that can be entered by the user of the client terminal 3 or the input / output device 7. be. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Detailed information about the type B building area described by the user of the client terminal 3 or the input / output device 7 with reference to FIG. 68, that is, the average value, the minimum value, the maximum value, and the predetermined high level of the building area. Compare the current value of the building area of the school XXX and the "criteria for reviewing the building area at the time of rebuilding", enter the target value for reviewing the school building area at the specified high school XXX, and enter network 2. When transmitted to the asset management support device 4B via the information storage processing unit 12, the information storage processing unit 12 sets the target value for reviewing the building area in the predetermined high school XXX input by the user of the client terminal 3 or the input / output device 7. , It is associated with each item and stored in the utilization study-related information storage unit 72.

FIG. 69 shows detailed information about the type B school area described with reference to FIG. 63, that is, the average value, the minimum value, and the maximum value of the school area, and the school area per full-time student in 2016. Compare the average value, minimum value, maximum value, "review criteria at the time of rebuilding" of the school area, and the current value of the specified high school XXX, and the school area of the specified high school XXX It is a format in which the review target value of can be entered by the user of the client terminal 3 or the input / output device 7. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Detailed information about the type B school area explained by the user of the client terminal 3 or the input / output device 7 using FIG. 69, that is, the average value, the minimum value, the maximum value of the school area, in 2016. Compare the average, minimum, and maximum values of the school area per full-time student, the current school area of the specified high school XXX, and the "review criteria for rebuilding" of the school area. When the target value for reviewing the school area in the high school XXX is input and transmitted to the asset management support device 4B via the network 2, the information storage processing unit 12 is the client terminal 3 or the input / output device 7. The target value for reviewing the school area in the predetermined high school XXX entered by the user is associated with each item and stored in the utilization study-related information storage unit 72.

FIG. 70 shows detailed information on the ownership status of Type B classrooms described with reference to FIG. 64, that is, the average value, minimum value, maximum value, and per room of the number of classrooms owned in each high school. Compare the average / minimum / maximum values of the area, the criteria for reviewing the number of rooms and the area per room, and the current values of the specified high school XXX, and the rooms in the specified high school XXX It is a format in which the user of the client terminal 3 or the input / output device 7 can enter the review target value of the number and the area per room. The screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and generates the corresponding information. The calculation unit 53 is instructed to calculate the data necessary for this purpose. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output.

Detailed information on the ownership status of Type B classrooms explained by the user of the client terminal 3 or the input / output device 7 using FIG. 70, that is, the average value of the number of classrooms owned by each high school. Compare the minimum / maximum values, the average / minimum / maximum values of the area per room, the criteria for reviewing the number of rooms and the area per room, and the current values of the prescribed high school XXX. When the review target values of the number of rooms and the area per room in the predetermined high school XXX are input and transmitted to the asset management support device 4B via the network 2, the information storage processing unit 12 is the client terminal 3. Alternatively, the review target value of the number of rooms and the area per room in the predetermined high school XXX input by the user of the input / output device 7 is associated with each item and stored in the utilization study-related information storage unit 72. ..

As described with reference to FIGS. 65 to 70, the asset management support device 4B is established by the user of the client terminal 3 or the input / output device 7 for the format stored in the format storage unit 71, and is examined for utilization. The value stored in the related information storage unit 72 can be inserted, transmitted to the client terminal 3 via the network 2, displayed, or supplied to the input / output device 7 for output. As a result, the user of the client terminal 3 or the input / output device 7 compares the review criteria of the types classified in the type classification with the current values, and various target values at the time of remodeling the predetermined high school XXX. For example, as shown in Fig. 71, when rebuilding a part of a high school, make a plan to properly reduce surplus classrooms while securing the required number of classrooms. It will be possible to stand.

In addition, when rebuilding a part of a high school, any building should be rebuilt by referring to the above-mentioned information on the deterioration status of the building frame, etc., which is stored in the facility information storage unit 31 linked to the relevant high school. It can be used as a reference for determining whether or not. Specifically, when the client terminal 3 or the input / output device 7 is instructed to display information on the deterioration status of the high school name for which the rebuilding is planned and the building frame of the high school, the screen information generation unit 11A Controls the first extraction unit 11B and the second extraction unit 11C in order to display the building information list shown in FIGS. 40 to 45, and controls the facility information storage unit 31 of the storage device 6 and the deterioration information. Desired information is extracted from the information stored in the storage unit 32, the evaluation information storage unit 33, and the maintenance policy information storage unit 34, or the desired information is calculated based on the extracted information and the screen information is displayed. Can be generated and displayed and output to the input / output device 7, or transmitted to the client terminal 3 via the network 2 for display. When rebuilding a building, it is easier to reduce long-term maintenance costs by prioritizing rebuilding from the deteriorated part. Therefore, the user of the client terminal 3 or the input / output device 7 refers to the displayed information and, if necessary, orders the execution of the cost calculation simulation using the simulation unit 22B, and so on. It is possible to easily consider whether it is possible to reduce the cost required for the management and operation of the facility by rebuilding.

FIG. 72 is determined based on the actual value of the cost for renovation and renovation of a high school managed by a predetermined municipality to date and the review target value obtained as explained with reference to FIGS. 57 to 71. It is a bar graph showing the cost forecast calculated based on the future plan. By appropriately reducing the surplus classrooms when rebuilding a part of the high school, for example, as shown in Fig. 72, the base plan that does not reduce the surplus classrooms will be subject to future renovation and renovation of the high school. It is possible to reduce the cost.

However, if there is still a gap between the financial constraint line and the planned cost, share special classrooms and pools, and utilize the school facility as a regional base in cooperation with the facilities around the school. It is necessary to consider such things. Specifically, for example, it is necessary to consider whether or not a facility such as a pool can be shared and used by neighboring facilities. FIG. 73 shows a format in which the types are classified according to the district information and each information about the pool is displayed as a display item.

For example, when the user of the client terminal 3 or the input / output device 7 orders the high school in a predetermined municipality to be type-classified and the district name is specified as the basis of the type classification, the classification information acquisition unit 51 Acquires information indicating that the base axis of type classification is a district name from the client terminal 3 or the input / output device 7, and supplies the information to the type classification processing unit 52. The type classification processing unit 52 classifies high schools in a predetermined municipality by district name, supplies the high school names classified into each type to the information storage processing unit 12 as the classification result, and examines utilization. It is stored in the related information storage unit 72 and supplied to the screen information generation unit 11E and the calculation unit 53.

As shown in FIG. 73, the screen information generation unit 11E displays the school name belonging to each district, the representative department, the number of classes, the school size, the pool length, the number of courses, the year of pool installation, and the age of the pool. In addition to the items, a format having an item in which the user of the client terminal 3 or the input / output device 7 can enter whether or not the pool is scheduled to be remodeled in each high school is read from the format storage unit 71. Then, the screen information generation unit 11E controls the third extraction unit 11D to extract the data necessary for generating the information corresponding to the read format from each unit of the storage device 6B, and obtains the corresponding information. The calculation unit 53 is instructed to calculate the data required for generation. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 or supplied to the input / output device 7 via the network 2 and displayed.

The user of the client terminal 3 or the input / output device 7 refers to the displayed data and derives a group of high schools that can share the pool based on the district of each school, the number of classes, and the school size. Based on the number of classes, school size, year of establishment and age of the pool, etc., determine which high school pool should be rebuilt and which high school pool should be eliminated, and each high school should be eliminated. Enter in the corresponding column whether or not the school is scheduled to be renovated.

When the user of the client terminal 3 or the input / output device 7 newly inputs whether or not the pool is scheduled to be remodeled in each high school, the information storage processing unit 12 is used by the user of the client terminal 3 or the input / output device 7. Whether or not the pool is scheduled to be remodeled in each high school that has been input is supplied from the client terminal 3 or the input / output device 7, and this information is associated with each item and stored in the utilization study-related information storage unit 72.

The simulation unit 22B executes a simulation of the cost of renovation and renovation when the pool is shared by a plurality of high schools, using the possibility of renovation of the pool stored in the utilization study-related information storage unit 72, and the result is Is stored in the utilization study-related information storage unit 72 in association with each item.

FIG. 74 shows the actual value of the cost of renovation and renovation of a high school managed by the local government up to the present, and as explained with reference to FIGS. 51 to 71, there is an appropriate surplus when rebuilding a part of the high school. As mentioned above, it is a bar graph showing the cost forecast calculated when a plan to share school facilities such as pools among multiple high schools is added in addition to reducing the number of classrooms. By adding a plan to share school facilities such as pools among multiple high schools, for example, as shown in Fig. 74, the base plan that does not reduce surplus classrooms will be used for future renovation and renovation of high schools. It is possible to further reduce such costs as compared with the case described with reference to FIG. 72.

Further, the accounting interlocking unit 21 can link the cost of improving the function of the school facility to the capital expenditure in accounting and the cost of recovering the function of the school facility to the repair cost in accounting, so that the screen information As shown in FIG. 75, the generation unit 11E replaces the bar graph showing the above-mentioned cost with the cost of recovering the function of the school facility, that is, the cost of repairing or renewing as an anti-aging measure, and improving the function and environment of the school facility. It is possible to generate a graph that is distinguishable from the costs involved.

Next, referring to FIGS. 76 to 90, taking an elementary school managed by a certain local government as an example, at the time of rebuilding based on the type classification for the purpose of flexibly responding even if the number of students increases or decreases. An example of creating a model case by establishing review standards will be explained.

For example, the operator of the client terminal 3 or the user of the input / output device 7 orders the elementary school in a predetermined municipality to be type-classified, and the basis of the type classification is (1) the number of classes in 2017. When the scale and (2) the trend forecast of the number of children from 2017 to 2021 are input together with the content and threshold of each classification, the classification information acquisition unit 51 uses the communication device 5 to input the two. Then, this information is acquired and supplied to the type classification processing unit 52.

The type classification processing unit 52 first classifies whether the number of classes is large, standard, or small. The type classification processing unit 52 classifies the number of children based on whether the number of children tends to increase or level off to decrease. Then, the type classification processing unit 52 divides the classification result into, for example, type A, type B ... type E, and assigns the elementary school names classified into each type to the information storage processing unit 12 as the classification result. It is supplied and stored in the utilization study-related information storage unit 72, and is supplied to the screen information generation unit 11E and the calculation unit 53.

FIG. 76 can list the two type classification bases generated by the screen information generation unit 11E and the number of type A to type E elementary schools classified based on these type classification bases. An example format is shown. In this example, there is only one elementary school classified as Type A, which has a large number of classes and the number of children tends to increase in the future. In addition, there are 6 elementary schools classified as Type B, which have a large number of classes and the number of children tends to decrease from the same level. In addition, there are seven elementary schools classified as Type C, where the number of classes is standard and the number of children is likely to increase in the future. In addition, there are four elementary schools classified as type D, where the number of classes is standard and the number of children tends to decrease from the same level. There are two elementary schools classified as Type E, which have a small class size and the number of children tends to increase in the future.

Next, FIG. 77 is a line graph showing the past transition and future transition forecast of the number of elementary school children classified as type A, which has a large class size and the number of children tends to increase in the future. Is shown.

The screen information generation unit 11E reads out the format for creating a line graph showing the past transition and the future transition prediction of the number of children from the format storage unit 71, and controls and stores the third extraction unit 11D. The maintenance policy of the device 6B is stored in the information storage unit 34, and information indicating the transition of the number of elementary school children classified as type A is extracted. The screen information generation unit 11E is a line graph based on a numerical value showing the transition of the number of elementary school children classified as type A extracted from the maintenance policy information storage unit 34 with respect to the format read from the format storage unit 71. Is drawn and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. The user of the client terminal 3 or the input / output device 7 minimizes the number of children in the year shown by the line α in FIG. 77 and the year shown by the line β in FIG. 77 in the elementary school classified as type A. From to the year indicated by the γ line, it is possible to easily recognize that the number of children increases rapidly and then decreases.

Next, FIG. 78 shows a format classified as Type A, which is composed of items of detailed information related to the number of elementary school children, which has a large class size and the number of children tends to increase in the future. An example is shown.

The screen information generation unit 11E is provided with detailed information related to the number of children from the format storage unit 71, that is, the school name, the total floor area, the total floor area excluding the gymnasium, the construction year, the number of years elapsed, and the peak / maximum number of children. Each value of elementary school, current value, future predicted value, each value of peak time, minimum time, current value, future predicted value of the number of classes, value indicating the change in the number of classes, the size of the school building and ground, and per child The format consisting of each item such as the value indicating the area converted to, the number of classrooms that can be diverted / surplus, etc. is read out, and the third extraction unit 11D is controlled and stored in each part of the storage device 6B. , Have detailed information related to the number of elementary school children classified as type A corresponding to each item in the format. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format, and acquires the calculation result. The screen information generation unit 11E inserts a numerical value extracted from each unit of the storage device 6B or calculated by the calculation unit 53 into the format read from the format storage unit 71, and the data shown in FIG. 78 is inserted. Is generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. The users of the client terminal 3 or the input / output device 7 in the elementary school classified as type A, despite the fact that they are aging, the number of children will increase rapidly in the future, the number of classrooms will be insufficient, and children will be short. It becomes possible to easily recognize that each area per person has the possibility of becoming very small.

Next, Fig. 79 shows a line graph showing past and future trends in the number of elementary school children, classified as Type B, with a large class size and a flat or declining number of children. show.

The screen information generation unit 11E reads out the format for creating a line graph showing the past transition and the future transition prediction of the number of children from the format storage unit 71, and controls and stores the third extraction unit 11D. The maintenance policy of the device 6B is stored in the information storage unit 34, and information indicating the transition of the number of elementary school children classified as type B is extracted. The screen information generation unit 11E is a line graph based on a numerical value showing the transition of the number of elementary school children classified as type B extracted from the maintenance policy information storage unit 34 with respect to the format read from the format storage unit 71. Is drawn and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. The user of the client terminal 3 or the input / output device 7 minimizes the number of children in the year shown by the line α in FIG. 79 and the year shown by the line α in FIG. 79 in the elementary school classified as type B. From the year indicated by the β line to the year indicated by the β line, the number of children increased or remained unchanged, and from the year indicated by the β line to the year indicated by the γ line in FIG. 79, the number of children decreased or remained unchanged. After that, it becomes possible to easily recognize that the number of children will decrease.

Next, FIG. 80 shows an example of a format classified as Type B, which is composed of items of detailed information related to the number of elementary school children whose class size is standard and whose number of children is flat or declining. Is shown.

The screen information generation unit 11E is provided with detailed information related to the number of children from the format storage unit 71, that is, the school name, the total floor area, the total floor area excluding the gymnasium, the construction year, the number of years elapsed, and the peak / maximum number of children. Each value of elementary school, current value, future predicted value, each value of peak time, minimum time, current value, future predicted value of the number of classes, value indicating the change in the number of classes, the size of the school building and ground, and per child The format consisting of each item such as the value indicating the area converted to, the number of classrooms that can be diverted / surplus, etc. is read out, and the third extraction unit 11D is controlled and stored in each part of the storage device 6B. , Have detailed information related to the number of elementary school children classified as type B corresponding to each item in the format. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format, and acquires the calculation result. The screen information generation unit 11E inserts a numerical value extracted from each unit of the storage device 6B or calculated by the calculation unit 53 into the format read from the format storage unit 71, and the data shown in FIG. 80 is inserted. Is generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. For the users of the client terminal 3 or the input / output device 7, in the elementary schools classified as type B, each school has an aging building, and there is an elementary school where the playground is narrow for the number of children. It becomes possible to easily recognize that there is a high possibility that a classroom will occur.

Next, Fig. 81 is a line graph showing past and future trends in the number of elementary school children, classified as type C, with a standard class size and a tendency for the number of children to continue to increase. Is shown.

The screen information generation unit 11E reads out the format for creating a line graph showing the past transition and the future transition prediction of the number of children from the format storage unit 71, and controls and stores the third extraction unit 11D. The maintenance policy of the device 6B is stored in the information storage unit 34, and information indicating the transition of the number of elementary school children classified as type C is extracted. The screen information generation unit 11E is a line graph based on a numerical value showing the transition of the number of elementary school children classified as type C extracted from the maintenance policy information storage unit 34 with respect to the format read from the format storage unit 71. Is drawn and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. In elementary schools classified as type C, the number of children of the client terminal 3 or the input / output device 7 maximized in the year indicated by the line α in FIG. 81 and decreased until the year indicated by the line β. From the year indicated by the β line to the present indicated by the γ line, what was flat except for I elementary school, which has been on an increasing trend, was δ from the present indicated by the γ line. It is easy to recognize that the number of children will increase until the year indicated by the line, and then decrease.

Next, FIG. 82 shows an example of a format classified as Type C, which is composed of items of detailed information related to the number of elementary school children, which has a large class size and the number of children is flat or declining. Is shown.

The screen information generation unit 11E is provided with detailed information related to the number of children from the format storage unit 71, that is, the school name, the total floor area, the total floor area excluding the gymnasium, the construction year, the number of years elapsed, and the peak / maximum number of children. Each value of elementary school, current value, future predicted value, each value of peak time, minimum time, current value, future predicted value of the number of classes, value indicating the change in the number of classes, the size of the school building and ground, and per child The format consisting of each item such as the value indicating the area converted to, the number of classrooms that can be diverted / surplus, etc. is read out, and the third extraction unit 11D is controlled and stored in each part of the storage device 6B. , Have detailed information related to the number of elementary school children classified as type C corresponding to each item in the format. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format, and acquires the calculation result. The screen information generation unit 11E inserts a numerical value extracted from each unit of the storage device 6B or calculated by the calculation unit 53 into the format read from the format storage unit 71, and the data shown in FIG. 82. Is generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. The user of the client terminal 3 or the input / output device 7 is a school site even though some elementary schools classified as type C are aging and it is predicted that there will be no room for the number of classrooms in the future. It becomes possible to easily recognize that there is an elementary school that does not have enough area.

Next, FIG. 83 shows the changes in the number of children and the number of classes from the minimum number of children in each elementary school to the present on a map of the corresponding local government.

The user of the client terminal 3 or the input / output device 7 can check the change in the number of children and the number of classes from the minimum number of children to the present in each elementary school where the type classification described with reference to FIG. When instructed to display on the map, the screen information generation unit 11E reads out the format for generating data based on the command from the client terminal 3 or the input / output device 7 from the format storage unit 71. Then, the screen information generation unit 11E controls the third extraction unit 11D, and the information and facility information storage unit 31 of the utilization study sheet described with reference to FIG. 49 stored in the utilization study-related information storage unit 72. Information about the number of classes in each elementary school, address information of each facility, map information showing the location, and information showing the transition of the number of children in each elementary school stored in the maintenance policy information storage unit 34. To be extracted. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the increase / decrease in the number of classes in each elementary school based on the information about the number of classes in each elementary school stored in the facility information storage unit 31. Get the result. Then, the screen information generation unit 11E generates color-coded map information based on the state of increase / decrease in the number of children, as shown in FIG. 83, based on each acquired information.

The user of the client terminal 3 or the input / output device 7 has instructed to display detailed information including the possession status of a predetermined elementary school building on the map described with reference to FIG. 83 and the construction history of each building. In this case, the screen information generation unit 11E reads out from the format storage unit 71 a format composed of items corresponding to the possession status of the elementary school buildings and detailed information including the construction history of each building. Then, the screen information generation unit 11E controls the third extraction unit 11D to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6B, and is shown in FIG. 84. Generate detailed information including the ownership status of the designated elementary school buildings and the construction history of each building. The generated information is transmitted to the client terminal 3 or supplied to the input / output device 7 via the network 2 and displayed. The user of the client terminal 3 or the input / output device 7 that referred to the data shown in the format of FIG. 84, for example, in this elementary school, has been in a short period of time since the extension of the southeastern school building and the air conditioning equipment of each school building were installed. It turns out that has not passed. The user of the client terminal 3 or the input / output device 7 refers to the ownership status and construction history of the building in each elementary school, and determines the parts that need to be urgently expanded or renovated and the parts where the urgency of the construction is low. It is possible to easily grasp it. When rebuilding a building, it is easier to reduce long-term maintenance costs by prioritizing rebuilding from the deteriorated part. Therefore, the user of the client terminal 3 or the input / output device 7 refers to the displayed information and, if necessary, orders the execution of the cost calculation simulation using the simulation unit 22B, and so on. It is possible to easily consider whether it is possible to reduce the cost required for the management and operation of the facility by rebuilding.

Next, FIG. 85 shows the prediction of changes in the number of children and the number of classes at each elementary school from the present to a certain point in the future on a map of the corresponding municipality.

The user of the client terminal 3 or the input / output device 7 predicts the change in the number of children and the number of classes from the present to a certain point in the future at each elementary school where the type classification described with reference to FIG. 76 is performed. When instructed to display on the map, the screen information generation unit 11E reads out the format for generating data based on the command from the client terminal 3 or the input / output device 7 from the format storage unit 71. Then, the screen information generation unit 11E controls the third extraction unit 11D, and the information and facility information storage unit 31 of the utilization study sheet described with reference to FIG. 49 stored in the utilization study-related information storage unit 72. Information about the number of classes in each elementary school, address information of each facility, map information showing the location, and information showing the transition of the number of children in each elementary school stored in the maintenance policy information storage unit 34. To be extracted. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the increase / decrease in the number of classes in each elementary school based on the information about the number of classes in each elementary school stored in the facility information storage unit 31. Get the result. Then, the screen information generation unit 11E generates color-coded map information based on the state of increase / decrease in the number of children, as shown in FIG. 85, based on each acquired information.

The user of the client terminal 3 or the input / output device 7 compares the data described in the map information described with reference to FIG. 83 with the data described in the map information described with reference to FIG. 85. For example, it can be easily understood that the areas where the number of children is expected to change in the future are often completely different from the changes in each area in the past. Therefore, the future longevity plan of the elementary school managed by this local government cannot be dealt with by continuing the measures for dealing with the increase in the number of children so far, and it is possible to predict the change in the number of children's classes in the future. In addition, it is easy to understand that it is necessary to actively incorporate measures such as cooperation and sharing with neighboring facilities.

In addition, even when incorporating measures such as cooperation with neighboring facilities, mergers, mergers, or sharing, preferentially abolish the deteriorated parts and merge or merge or share with other facilities. It is easier to reduce long-term maintenance costs. Therefore, in the client terminal 3 or the input / output device 7, the name of the elementary school that is considering incorporating measures such as cooperation with neighboring facilities, merger, merger, or sharing, and the deterioration status of the building frame of the elementary school, etc. When an input for instructing the display of information is made, the screen information generation unit 11A has the first extraction unit 11B and the second extraction unit 11C in order to display the building information list shown in FIGS. 40 to 45. Is controlled to extract desired information from the information stored in the facility information storage unit 31, the deterioration information storage unit 32, the evaluation information storage unit 33, and the maintenance policy information storage unit 34 of the storage device 6, or Desired information can be calculated based on these extracted information to generate screen information, which can be transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. The user of the client terminal 3 or the input / output device 7 refers to the displayed information and, if necessary, orders the execution of the cost calculation simulation using the simulation unit 22B to rebuild any of the buildings. Therefore, it is possible to easily consider whether it is possible to reduce the cost required for the management and operation of the facility.

In addition, by extracting facilities that have deteriorated, that is, facilities that require a large cost for renovation, from among the facilities that are managed and operated, cooperation with neighboring facilities in the area including those facilities, mergers, mergers, or You may consider giving priority to measures such as sharing. For example, the screen information generation unit 11A controls the first extraction unit 11B and the second extraction unit 11C to control the facility information storage unit 31, the deterioration information storage unit 32, the evaluation information storage unit 33, and the storage device 6. , Information such as the purpose of use and the usage status of the corresponding facility is read from the information stored in the maintenance policy information storage unit 34, and similar or the same or similar facilities provided in the vicinity thereof are used. Whether to extract, read out various information of the extracted facility, calculate these information or desired information based on these information to generate screen information, and transmit it to the client terminal 3 via the network 2. , Or can be supplied to the input / output device 7 and displayed. The user of the client terminal 3 or the input / output device 7 refers to the displayed information and, if necessary, orders any facility to execute a cost calculation simulation using the simulation unit 22B. It is possible to easily consider whether it is possible to reduce the cost required for facility management and operation by prioritizing measures such as cooperation with neighboring facilities, mergers, mergers, or sharing.

With reference to FIG. 86, a review plan suitable for the elementary school, which is drafted by comparing the numerical value of the appropriate plan based on the type classification of the elementary school with the current value of the elementary school, will be described.

As explained with reference to FIG. 76, the type classification of elementary schools managed in this municipality is carried out, and as in the case described above, an appropriate plan for rebuilding each type is established based on the type classification result. To. The user of the client terminal 3 or the input / output device 7 instructs the asset management support device 4B to generate various information as described with reference to FIGS. 79 to 84. The user of the client terminal 3 or the input / output device 7 makes various studies on longevity repair with reference to the data generated by the asset management support device 4B, transmitted and displayed.

The breakdown of the delicate appropriateness plan regarding the type of room to which the predetermined elementary school belongs among the elementary schools to which the type classification described by the user of the client terminal 3 or the input / output device 7 is performed, that is, that is, A format for comparing appropriate plans for management rooms, classrooms, special classrooms, and other rooms with numerical values indicating the current status of the rooms owned by the corresponding elementary school, and creating a review plan for the rooms of the corresponding elementary school. When the display is instructed, the screen information generation unit 11E reads out the format for generating data based on the instruction from the client terminal 3 or the input / output device 7 from the format storage unit 71. Then, the screen information generation unit 11E controls the third extraction unit 11D to extract the data necessary for generating the information corresponding to the read format from each unit of the storage device 6B, and obtains the corresponding information. The calculation unit 53 is instructed to calculate the data required for generation. In addition, this format is blank for the user of the client terminal 3 or the input / output device 7 who referred to this information to enter a new numerical value for creating a review plan for the corresponding elementary school rooms. Each item of the "review plan" that has become is prepared in advance. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 or supplied to the input / output device 7 via the network 2 and displayed.

The data of FIG. 86 in which the user of the client terminal 3 or the input / output device 7 newly enters the numerical value of each item of the “review plan” is transmitted to the asset management support device 4B via the network 2. The information storage processing unit 12 of the asset management support device 4B links the numerical values of each item of the "review plan" input by the user of the client terminal 3 or the input / output device 7 with each item, and stores information related to utilization study. Store in part 72.

Next, with reference to FIGS. 87 and 88, an example of a case where consideration is given to sharing special classrooms, pools, etc., and utilizing school facilities as regional bases as cooperation with facilities around the school. explain.

FIG. 87 is a format for listing the contents of facilities owned by a predetermined elementary school and its neighboring regional facilities, sports facilities, etc., and information on their maintenance and operation, and FIG. 88 is a predetermined format. It is a format to show the utilization status of facilities owned by elementary schools and neighboring local facilities and sports facilities on weekdays and holidays. When the user of the client terminal 3 or the input / output device 7 commands the display of these formats, the screen information generation unit 11E is based on the command from the client terminal 3 or the input / output device 7 from the format storage unit 71. Read the format to generate the data. Then, the screen information generation unit 11E is stored in the data necessary for controlling the third extraction unit 11D to generate the information corresponding to the read format, that is, the utilization study-related information storage unit 72. , Information such as information on the utilization study sheet as described with reference to FIGS. 49 and 50 is extracted from each part of the storage device 6B, and the calculation of data necessary for generating the corresponding information is performed by the calculation unit 53. To instruct. The data generated by the screen information generation unit 11E is transmitted to the client terminal 3 or supplied to the input / output device 7 via the network 2 and displayed. The user of the client terminal 3 or the input / output device 7 can refer to this information and study a facility or the like that can be shared with the corresponding elementary school.

The simulation unit 22B executes a simulation of the cost when sharing is performed using the examination result of sharing between the elementary school and other facilities, and links the result with each item to provide information related to the utilization examination. It is stored in the storage unit 72. When the display of information such as the cost obtained as a result of the simulation is instructed, the screen information generation unit 11E reads out the format for generating the bar graph or the like indicating the cost or the like as described above from the format storage unit 71. Then, the screen information generation unit 11E controls the third extraction unit 11D to extract the data necessary for generating the information desired by the user of the client terminal 3 or the input / output device 7 from each unit of the storage device 6B. The calculation unit 53 is instructed to calculate the data necessary for generating the corresponding information, the corresponding information is generated, and the corresponding information is supplied to the input / output device 7 for display output, or via the network 2. And send it to the client terminal 3.

Next, we will explain an example of classroom layout and school building layout after the renovation of an elementary school, regarding a plan for longevity renovation that goes beyond grasping and recovering the deterioration status. As described above, the facility information storage unit 31 has the facility information storage unit 31 at the time of construction of each facility (or, for example, when the facility is a school, when the number of children is the largest) as shown in FIG. Information on each floor plan and usage content, and information on each floor plan and usage content at the present time of each facility as shown in FIG. 52 are stored. The user of the client terminal 3 or the input / output device 7 commands the asset management support device 4 to transmit the plan views stored in the facility information storage unit 31 and shown in FIGS. 51 and 52, and these plan views are shown. Can be displayed to consider the layout of the classroom and the layout of the school building after the renovation.

For example, in this elementary school, as a result of the various studies mentioned above, it is predicted that the number of children's mathematics classes will decrease in the future. Explain that it is necessary to support unprecedented functions such as. And, even during the actual renovation work, there should be no obstacle to the operation of the elementary school.

Therefore, an example of an improvement plan for the classroom layout and school building layout after the renovation of the elementary school, which is formulated by the user of the client terminal 3 or the input / output device 7 with the support of the processing executed by the asset management support device 4B described above, is shown in the figure. 89 and FIG. 90. The floor plan of each floor in FIG. 89 shows the final school building and its classroom layout, and corresponds to the south building and the administration building in the school building layout in FIG. 90. As shown in the plan views of FIGS. 51 and 52, the current school building layout consists of the south wing west side school building, the south wing, and the administration building.

First, as Phase I renovation, a temporary building was constructed, and the functions of the administration building were moved to the temporary building so that the operation of the elementary school would not be hindered during the actual renovation work. , Implement renovation to extend the life of the administration building. At this time, a science room, a home economics room, and a drawing room that require water supply and drainage facilities will be installed in the administration building.

Next, as Phase II renovation, after expanding the temporary building to secure the number of classrooms, the south building will be dismantled and renovation work will be carried out. After that, the west side of the South Building will be dismantled to make it a site that can be used for other purposes such as a playground.

After the renovation of the administration building to extend the life and the renovation of the south building, as shown in Fig. 89, the classrooms of each grade are arranged together, and the classrooms for small classes and the multipurpose room are arranged. The learning environment of the elementary school will be improved by arranging a lunch room, a play room, a classroom for special needs classes, etc. that can be used as a school.

Next, processing using the type classification executed by the asset management support device 4B will be described with reference to the flowcharts of FIGS. 91 and 92.

In step S31, the classification information acquisition unit 51 receives the designation of the facility group to be classified from the client terminal 3 or the input / output device 7 via the network 2, and supplies the classification information acquisition unit 51 to the type classification processing unit 52.

In step S32, the classification information acquisition unit 51 provides the classification information that is the basis of the type classification for type classification of the facility group and the information necessary for performing the type classification such as the content of the classification and the threshold value in the network 2. It is acquired from the client terminal 3 or from the input / output device 7 and supplied to the type classification processing unit 52.

In step S33, the type classification processing unit 52 executes the type classification processing described later with reference to FIG. 93 or FIG. 111.

In step S34, the screen information generation unit 11E displays the display on the client terminal 3 or the input / output device 7 based on the information supplied from the client terminal 3 via the network 2 or input by the input / output device 7. It receives the designation of the commanded format and reads it from the format storage unit 71.

In step S35, the screen information generation unit 11E controls the third extraction unit 11D to extract information necessary for generating information corresponding to the read format from each unit of the storage device 6B. The third extraction unit 11D extracts information necessary for generating information corresponding to the format from each unit of the storage device 6B and supplies it to the screen information generation unit 11E under the control of the screen information generation unit 11E.

In step S36, the screen information generation unit 11E commands the calculation unit 53 to perform arithmetic processing necessary for generating information corresponding to the format. The calculation unit 53 executes the calculation processing necessary for generating the information corresponding to the format according to the control of the screen information generation unit 11E, and supplies the calculation result to the screen information generation unit 11E.

In step S37, the screen information generation unit 11E uses the data supplied from the third extraction unit 11D and the calculation unit 53 to generate information corresponding to the format.

In step S38, the screen information generation unit 11E transmits the information corresponding to the format generated in step S37 to the client terminal 3 via the network 2 or supplies the information to the input / output device 7 to display the information.

In step S39, the information storage processing unit 12 supplies information corresponding to the blank of the transmitted format based on the information transmitted from the client terminal 3 via the network 2 or supplied from the input / output device 7. Determine if you have received it. If it is determined in step S39 that the information corresponding to the blank of the transmitted format has not been supplied, the process is terminated.

If it is determined in step S39 that the information corresponding to the blank of the transmitted format has been supplied, in step S40, the information storage processing unit 12 is transmitted from the client terminal 3 via the network 2, or is input / output. The information input from the user of the client terminal 3 or the input / output device 7 supplied from the device 7 is associated with the corresponding information of each part of the storage device 6B, stored in the utilization study related information storage unit 72, and processed. Is terminated.

By such processing, the asset management support device 4B uses the information associated and stored in each part of the storage device 6B based on the command of the client terminal 3 or the input / output device 7 to form a predetermined format. It is possible to generate the corresponding information.

Next, the type classification process 1 which is the first example of the process executed in step S33 of FIG. 91 will be described with reference to the flowchart of FIG. 93.

In step S61, the type classification processing unit 52 sets n, which indicates the order of the basic axes of the type classification to be processed, to n = 1.

In step S62, the type classification processing unit 52 classifies a predetermined facility group according to the request from the client terminal 3 or the input / output device 7 into each of the current classifications based on the classification information that is the basis of the nth type classification. Within, type classification. That is, when n = 1, the type classification processing unit 52 classifies all the facility groups using the base axis of the first type classification, and when n ≠ 1, within each group already classified. Is classified using the base axis of the nth type classification.

In step S63, the type classification processing unit 52 determines whether or not all the classifications based on the classification axes have been completed.

When it is determined in step S63 that the classification by all the classification axes has not been completed, in step S64, the type classification processing unit 52 sets n indicating the order of the basic axes of the type classification to be processed as n = n + 1. , The process returns to step S62, and the subsequent processes are repeated.

When it is determined in step S63 that the classification based on all the classification axes has been completed, in step S65, the type classification processing unit 52 assigns a classification name to the classification result and supplies the classification result to the information storage processing unit 12. The information is stored in the information storage unit 72 related to utilization study and is supplied to the screen information generation unit 11E and the calculation unit 53, and the process proceeds to step S34 in FIG.

By such processing, detailed type classification based on a plurality of classification axes can be performed, for example, as described with reference to FIGS. 54 and 55, 57, or 76.

With reference to FIGS. 76 to 90, the number of children is used as the basis of type classification when the basis of type classification includes the prediction of future usage of the facility, that is, the elementary school managed by a certain municipality is taken as an example. Explains an example of creating a model case by establishing a review standard at the time of rebuilding, which can flexibly respond even if the number of students increases or decreases by including the trend forecast from 2017 to 2021. However, in addition to this, the basis of type classification is a condition that indicates a change over time in the usage status of the facility, for example, from a predetermined time in the past to the present, or from a peak time such as the number of students to the present. For example, it is possible to include conditions indicating changes in the number of students, the number of classes, and the like.

It is also possible to re-formulate the improvement plan once formulated by changing or adding the basis of type classification. Furthermore, in formulating an improvement plan, not only are various review target values determined by referring to the review criteria for each type classification obtained by type classification, but also consideration of future issues and functions required for the relevant facility. It is also possible to determine various review target values.

Using FIGS. 94 to 96, the conditions indicating changes in the usage status of the facility over time are included in the basic axis of the type classification, and various review target values are determined in consideration of the functions required for the facility in the future. Explain the formulation of an improvement plan when it is done.

Here, in classifying high schools in the same municipality as those described with reference to FIGS. 57 to 71, a condition indicating a change in the usage status of the facility with time is newly included in the basis of the type classification. As an example, the part classified as a high school in (1) whether the school type is a high school or a special needs school will be described. In addition, in the relevant local governments, in the future, for high school education, it is indispensable to have a media center that has integrated functions such as a library, audiovisual room, and computer room, or that can be used as one. If there is a large surplus in the site area, it is required to consider the future sale of the surplus site by efficiently arranging various facilities.

First, the type classification when the condition indicating the change in the usage status of the facility with time is newly included in the basic axis of the type classification, and the result will be described.

For example, the operator of the client terminal 3 or the user of the asset management support device 4B orders the high school in the same municipality as described with reference to FIGS. 57 to 71 to be typed. As the basis of classification, the basis of type classification explained with reference to FIG. 57 is (1) whether the school type is a high school or a special needs school, or when the school type is a high school, (2) independent. Whether it is a school or a branch school, (3) whether the main course is full-time or part-time, (4) which is the main subject, and (5) school scale. Furthermore, when (6) the rate of increase / decrease from the peak of the number of students to the present and (7) the number of increase / decrease from the peak of the number of classes to the present are added, a total of 7 types are input together with the content and threshold of each classification. The classification information acquisition unit 51 acquires these information via the communication device 5 and supplies the information to the type classification processing unit 52.

The type classification processing unit 52 executes the processing using the type classification by the processing described with reference to the flowchart of FIG. 93. That is, the type classification processing unit 52 first classifies whether the school type is a high school or a special needs school in the same manner as described with reference to FIG. 57. The type classification processing unit 52 classifies the school type according to whether it is an independent school or a branch school in the classification of high school, and further, within the classification, whether the main course is full-time or regular. Classify according to the system, further classify by main department within the classification, and further classify high schools by the specified range of school size within the classification. In addition, the type classification processing unit 52 classifies each of the classifications according to the specified range of the increase / decrease rate from the peak time of the number of students to the present, and further, in each classification, at the peak time of the number of classes. Is classified according to the specified range of the current increase / decrease number.

The type classification processing unit 52 sets the classification results classified into 14 types into, for example, type A, type A', type B, type B'... type J, and names the high schools classified into each type. As a classification result, it is supplied to the information storage processing unit 12, stored in the utilization study-related information storage unit 72, and supplied to the screen information generation unit 11E and the calculation unit 53.

FIG. 94 shows an example of a format listing 14 types of types A to J, which are classified into high schools by the basic axis (1) of type classification, generated by the screen information generation unit 11E. In the format illustrated in FIG. 94, the content specified as the basis of type classification, that is, (2) whether it is an independent school or a branch school, and (3) whether the main course is an integrated course or a part-time school. , (4) Whether the main department is an ordinary course, an agriculture course, a fisheries course, an industrial course, a commercial course, or an integrated course, (5) The school scale is large or standard machine scale or small. Whether there is, (6) the rate of increase / decrease from the peak of the number of students to the present, (7) the number of increase / decrease from the peak of the number of classes to the present are described, and the number of schools included in each type is described. There is. In addition, the format describes, for example, the current average number of students and classes as numerical values indicating the characteristics of each type. The screen information generation unit 11E controls the calculation unit 53 to calculate the average value of the number of students and the number of classes from the information stored in each unit of the storage device 6B, acquire the calculation result, and correspond to the format. Describe in the part.

Further, the screen information generation unit 11E further controls the calculation unit 53, and from the information stored in each unit of the storage device 6B, the maximum or minimum value of the number of students and the number of classes, the school building / building / school site. It is also possible to calculate the maximum value and the minimum value such as the area of the above, and if necessary, the average value and the like, and describe the information in the same format as described with reference to FIG. 58. The screen information generation unit 11E can transmit the data generated in this way to the client terminal 3 via the network 2 and display it, or supply it to the input / output device 7 to display it.

When, for example, a user who has referred to the data of FIG. 94 displayed on the client terminal 3 or the input / output device 7 is instructed to display detailed information of a predetermined type, the screen information generation unit 11E uses the format storage unit 71. From each part of the storage device 6B, the data necessary for reading the format corresponding to the detailed information in the predetermined type and controlling the third extraction unit 11D to generate the information corresponding to the read format. Let it be extracted. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format, and acquires the calculation result. The screen information generation unit 11E inserts numerical values corresponding to each item of the format read from the format storage unit 71 and transmits the generated data to the client terminal 3 via the network 2, or the input / output device 7 Can be supplied to and displayed. These formats may include items in which a user who has referred to the data displayed on the client terminal 3 or the input / output device 7 can newly enter numerical values and information.

That is, the screen information generation unit 11E is classified by the type classification processing unit 52, for example, based on the new 14 types of classification results of type A, type A', type B, type B'... type J. , It is possible to generate information for supporting the process of establishing the "review standard at the time of rebuilding" which is a model case at the time of rebuilding by using the same format as the case described with reference to FIGS. 59 to 64. .. The screen information generation unit 11E can transmit the data generated in this way to the client terminal 3 via the network 2 or supply the data to the input / output device 7 for display.

Next, the predetermined high school XXX, which was classified into type B among the 10 types classified in the case described with reference to FIGS. 57 to 71, was described with reference to FIG. 94. In the 14 types of classifications, in which conditions indicating changes in facility usage over time have been newly added as the basis, (6) the rate of increase / decrease from the peak number of students to the present is significantly reduced, and (7) classes. This section describes the process of supporting the establishment of the "review criteria at the time of rebuilding", which is a model case at the time of rebuilding, when the number is classified into type B'where the number of increases / decreases from the peak time to the present is significantly decreased.

When the list data in the case of being classified into type A, type A', type B, type B'... type J described with reference to FIG. 94 is displayed in the client terminal 3 or the input / output device 7. A user who refers to the data can, for example, instruct the display of detailed information in a predetermined type. For example, when the display of the detailed information corresponding to the type B'is instructed, the screen information generation unit 11E reads out the same format as described with reference to FIGS. 59 to 64 from the format storage unit 71, and at the same time, reads out the same format as described with reference to FIGS. 59 to 64. The third extraction unit 11D is controlled to extract the data related to the high school classified into the type B'from each unit of the storage device 6B, which is necessary for generating the information corresponding to the read format. Further, the screen information generation unit 11E commands the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format, and acquires the calculation result. The screen information generation unit 11E inserts numerical values corresponding to each item of the format read from the format storage unit 71 and transmits the generated data to the client terminal 3 via the network 2, or the input / output device 7 Can be supplied to and displayed. Similar to the case described above, these formats include items in which a user who has referred to the data displayed on the client terminal 3 or the input / output device 7 can newly enter numerical values and information.

The user of the client terminal 3 or the input / output device 7 can use the same as the case described with reference to FIGS. 59 to 64, which is a model case for rebuilding a high school corresponding to type B'. "Standards" can be established.

Further, at this time, the user of the client terminal 3 or the input / output device 7 is obtained by type classification, for example, the average value in type B'such as the number of school buildings, the number of students, the number of classes, the area of the school building or the site, the minimum. It is possible not only to determine various review criteria by referring to the values such as the value and maximum value, but also to determine various review criteria in consideration of the issues to be examined and functions that will be required for the facility in the future.

For example, the user of the client terminal 3 or the input / output device 7 may have a high school classroom classified as type B'as shown in FIG. 95, as in the case described with reference to FIG. You can refer to the detailed information data of. By confirming the information shown in FIG. 95, the user of the client terminal 3 or the input / output device 7 can see that the type B'is the basis of the type classification (6) the rate of increase / decrease from the peak of the number of students to the present. It is a decrease, and since the number of classes has decreased significantly from the peak of the number of classes (7) to the present, there is a strong tendency for classrooms to be surplus, and each school is assigned to the preparation room of each subject. You can see that there are many living rooms.

In addition, in the relevant local governments, it is considered indispensable for future high school education to have a media center that has integrated functions such as a library, audiovisual room, and computer room, or that can be used as one. If so, the user of the client terminal 3 or the input / output device 7 refers to the detailed information data on the possession status of the classroom in FIG. 95, and refers to the number and area of the classrooms of the high school classified into type B'. In establishing the review criteria, for example, the review criteria for the number and area of each classroom that functions as a media center such as a library and an audiovisual room can be established so as to function as a media center.

When the user of the client terminal 3 or the input / output device 7 newly enters a numerical value that serves as a "review standard at the time of rebuilding" in each item and sends it to the asset management support device 4B via the network 2. The information storage processing unit 12 stores the numerical value input by the user of the client terminal 3 or the input / output device 7 as the "review standard at the time of rebuilding" in the information storage unit 72 related to utilization study in association with each item. ..

As described above, even when the basic axis of the type classification is changed, the asset management support device 4B stores the information corresponding to the predetermined format in the storage device 6B as in the case described with reference to FIGS. 59 to 64. By extracting from the information associated with each part of the above, calculating as necessary, and generating data for displaying a list, each user of the client terminal 3 or the input / output device 7 can perform the calculation. It is possible to easily establish a numerical value that serves as a "review standard at the time of rebuilding" of the type (here, type B'). At this time, the user of the client terminal 3 or the input / output device 7 not only determines various review criteria with reference to the values such as the average value, the minimum value, and the maximum value of each type obtained by the type classification. , Various review criteria can be determined in consideration of the issues to be examined and functions that will be required for the relevant facility in the future. Further, the value established as a numerical value as a "review standard at the time of rebuilding" by the user of the client terminal 3 or the input / output device 7 is associated with each item of each information stored in the storage device 6B. It is stored in the information storage unit 72 related to utilization examination.

Next, a process for supporting the establishment of a review target at the time of rebuilding of a predetermined high school XXX classified as type B'will be described.

The user of the client terminal 3 or the input / output device 7 is in the same manner as described with reference to FIGS. 65 to 70, for example, the predetermined high school XX included in the type B'described with reference to FIG. 95. It is possible to set a review target when rebuilding ×. That is, the asset management support device 4B is the client terminal 3 or the input / output for the format described with reference to FIGS. 65 to 70 stored in the format storage unit 71 even when the basic axis of the type classification is changed. A value established by the user of the device 7 and stored in the utilization study-related information storage unit 72 is inserted and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display. be able to. As a result, the user of the client terminal 3 or the input / output device 7 compares the review standard of type B'of the 14 types classified in the newly set type classification with the current value of high school XXX. Then, various target values at the time of renovation of high school XXX can be easily set.

The user of the client terminal 3 or the input / output device 7 newly enters a numerical value to be reviewed at the time of rebuilding the high school XXX in each item, and enters the asset management support device 4B via the network 2. When transmitted, the information storage processing unit 12 utilizes the numerical value input by the user of the client terminal 3 or the input / output device 7 as a review target at the time of rebuilding the high school XXX by associating it with each item. It is stored in the examination-related information storage unit 72.

In addition, in the relevant local government, if there is a large surplus in the site area, by efficiently arranging various facilities, the surplus area will be consolidated to expand the area of the playground, etc., and the surplus site will be used in the future. It is required to be able to consider selling. The user of the client terminal 3 or the input / output device 7 refers to, for example, the same data as in the case described with reference to FIG. 63, and the current playground site area of the high school XXX is a review target based on the standard. When the surplus is large compared to the value, it can be easily recognized that the sale of the surplus site should be considered by efficiently arranging various facilities.

In this way, the basis of type classification is changed or added, including conditions that indicate changes in facility usage over time, such as from a predetermined time in the past to the present, or from a peak time such as the number of students to the present. By doing so, it is possible to easily re-formulate the improvement plan once formulated. Furthermore, in formulating an improvement plan, not only are various review target values determined by referring to the review criteria for each type classification obtained by type classification, but also consideration of future issues and functions required for the relevant facility. It is also possible to determine various review target values.

As a result, the asset management support device 4B will be required in the future in addition to reducing the surplus school building area of the relevant facility, for example, as shown in FIG. 96 when rebuilding a part of the high school XXX. In addition to building the main school building 2 equipped with the media center, which is a function that can be used, after dismantling the sub school building, the tennis court will be moved to that position to consolidate the playground and surplus in the future. It is possible to support the user of the client terminal 3 or the input / output device 7 to easily formulate a new improvement plan in preparation for the sale of the site.

In this way, by adding or changing the basic axis of the type classification, as a result of typing the high schools in the same municipality as in the case described using FIG. 57, there are 10 types in the case described using FIG. 57. There were 14 types of classification. In addition, a new condition has been added to the basis of this type classification to indicate changes in the usage status of the facility over time. For example, the current use of the facility at the time of opening the facility or at the peak of facility use It is possible to perform type classification that takes into account the changing situation. Therefore, in the asset management support device 4B, the basis of the type classification includes a condition indicating a change in the usage status of the facility over time, so that the surplus portion or the shortage of the facility caused by the change in the usage status of the facility over time occurs. It is possible to support the formulation of improvement plans focusing on the part.

Next, with reference to FIGS. 97 to 111, a method of determining the basic axis of type classification and an example of different type classification processing will be described.

FIG. 97 is a graph showing changes in the number of high school students in a municipality.

It can be seen that the total number of high school students in this municipality has decreased by about 45% in 50 years. In particular, the rate of decrease in agriculture is over 80% in 50 years. Also, unlike 50 years ago, high schools for fisheries and general departments have been established, and the number of schools has increased by two.

In maintaining and operating a high school managed by a local government, it is necessary to understand various factors of change in addition to understanding the current situation. For that purpose, for example, it is necessary to confirm changes in classification by school, classification of the scale of these high schools, changes in the number of student mathematics classes, regional changes, and changes in the utilization status of each school.

In order to grasp the actual situation of changes in school classification, it is necessary to clarify the building structure and room structure for each school type and department. Figure 98 shows an example of the format for confirming the building structure and room structure for each school type and department in the relevant local government. In the format shown in Fig. 98, high schools and special needs schools are classified as school types, and high schools are further classified into ordinary high schools, agricultural high schools, fisheries high schools, industrial high schools, commercial high schools, and general high schools. There is. In addition, each building is classified into a school building, a training building, a building, a bicycle parking car, a pool and annex, a greenhouse, and a dormitory, and in each classification, the type of living room included in each building can be displayed. It has become.

When the client terminal 3 or the input / output device 7 is instructed to display data for confirming the building configuration and room configurations of each department of the high school of the local government, which explained the change in the number of students using FIG. 97. The screen information generation unit 11E reads the format for generating the data shown in FIG. 98 from the format storage unit 71, and controls the third extraction unit 11D to generate information corresponding to the read format. Data necessary for the storage device 6B, that is, information indicating what kind of room is included in which building of each school is extracted from each part of the storage device 6B. The screen information generation unit 11E inserts information corresponding to each item of the format read from the format storage unit 71 and transmits the generated data to the client terminal 3 via the network 2, or the input / output device 7 Can be supplied to and displayed.

Next, FIG. 99 shows an example of a classification based on the scale of a high school in the relevant local government and a format showing information such as a school building area and an indoor playground area based on the classification. The format shown in FIG. 99 shows the total area of the school building, the area of the school building per person, the number of buildings, and the indoor playground when all the high schools of the corresponding municipalities are classified into three types according to the size, that is, the number of students. The maximum and minimum values such as the total area and the average value can be displayed.

In the client terminal 3 or the input / output device 7, the classification conditions such as the scale of the high school managed by the local government that explained the change in the number of students using FIG. 97, that is, the threshold of classification based on the current number of students are input. When the display of information based on the classification result according to the school scale is instructed, the classification information acquisition unit 51 has the name of a predetermined municipality designated as a group of facilities to be classified, and the facilities managed and operated by that municipality ( High school) The number of students (school scale) is used as the basis of type classification for type classification, and the information necessary for type classification such as the content and threshold of the classification is input / output device. Obtained from the client terminal 3 or from the client terminal 3 via the network 2, and supplied to the type classification processing unit 52. The type classification processing unit 52 refers to the information stored in each unit of the storage device 6B, and classifies the high school managed by a predetermined municipality into three using a predetermined threshold value of the number of students. The type classification processing unit 52 supplies the classification result to the information storage processing unit 12, stores it in the utilization study-related information storage unit 72, and supplies it to the screen information generation unit 11E and the calculation unit 53.

Then, the screen information generation unit 11E reads the format for generating the data shown in FIG. 99 from the format storage unit 71, and controls the third extraction unit 11D to generate information corresponding to the read format. Information necessary for this, that is, information indicating the total area of each high school building, the area of the school building per person, the number of buildings, the total area of the indoor playground, etc., is extracted from each part of the storage device 6B and calculated. The unit 53 is controlled to calculate the maximum and minimum values such as the total area of the school building, the area of the school building per person, the number of buildings, the total area of the indoor playground, and the average value for each classification. Then, the screen information generation unit 11E inserts the calculation result by the calculation unit 53 into the format read from the format storage unit 71, generates the data shown in FIG. 99, and transmits the data to the client terminal 3 via the network 2. It can be displayed or supplied to the input / output device 7. From the data shown in FIG. 99, the user of the client terminal 3 or the input / output device 7 found that the surplus area was remarkably large in the small school, and the average value was about twice that of the large school or the standard school. It turns out that there is.

Next, FIG. 100 shows an example of a format showing a change in the student math series when the classification is performed based on the scale of the high school in the relevant municipality, as in the case described with reference to FIG. 99. The format shown in FIG. 100 shows the change in the number of classes from the peak to the present and the change from the present to the future (for example, 10 years later, etc.) when all the high schools of the corresponding municipalities are classified into three types on a scale. The maximum and minimum values of the change in the number of students in), and the average value and the rate of change can be displayed.

In the client terminal 3 or the input / output device 7, the classification according to the size of the high school of the local government, which explained the change in the number of students using FIG. 97, is instructed, and the change in the number of classes from the peak time to the present and from the present. When the display of the maximum value and the minimum value of each change in the number of students in the future (for example, after 10 years), and the mean value and each rate of change is instructed, the type classification processing unit 52 displays FIG. 99. Classification based on the scale of the high school is executed in the same manner as described using, and the classification result is supplied to the information storage processing unit 12, stored in the utilization study-related information storage unit 72, and screen information generation unit. It is supplied to 11E and the calculation unit 53.

Then, the screen information generation unit 11E reads the format for generating the data shown in FIG. 100 from the format storage unit 71, and controls the third extraction unit 11D to generate information corresponding to the read format. The data necessary for this, that is, the peak time and the current number of classes in each school, and the information indicating the predicted value of the current number of students and the future number of students are extracted from each part of the storage device 6B, and the information is extracted from each part of the storage device 6B. By controlling the calculation unit 53, the maximum and minimum values of the change in the number of classes from the peak time to the present and the change in the number of students from the present to the future, and the average value and the respective rate of change are controlled for each classification. Is calculated. Then, the screen information generation unit 11E inserts the calculation result by the calculation unit 53 into the format read from the format storage unit 71, generates the data shown in FIG. 100, and transmits the data to the client terminal 3 via the network 2. It can be displayed or supplied to the input / output device 7. From the data shown in FIG. 100, the user of the client terminal 3 or the input / output device 7 can see that the number of classes is significantly reduced and the number of students is expected to be significantly reduced in a small school.

Next, FIG. 101 shows an example of a format for confirming regional changes in high schools in the relevant local government.

When the client terminal 3 or the input / output device 7 is instructed to confirm the regional change of the high school managed by the local government, which explains the change in the number of students using FIG. 97, the screen information generation unit 11E uses the format storage unit 71. The format for generating the data shown in FIG. 101, that is, the data necessary for reading map information and the like and controlling the third extraction unit 11D to generate information corresponding to the read format. That is, information indicating the location of the high school in the relevant local government, the number of students in each high school, etc. is extracted from each part of the storage device 6B, and the calculation unit 53 is controlled to per school in each area. The installation range of, that is, the calculation processing of the value obtained by dividing the area of each area by the number of schools in each area is executed. Then, the screen information generation unit 11E inserts the calculation result by the calculation unit 53 into the format read from the format storage unit 71, generates the data shown in FIG. 101, and transmits the data to the client terminal 3 via the network 2. It can be displayed or supplied to the input / output device 7. From the data shown in FIG. 101, the user of the client terminal 3 or the input / output device 7 can see that the installation range per high school is small only in the central area of the prefecture, which is significantly different from other areas.

In addition, regarding changes in the utilization status of each school, the gap between the usage status and the ownership status is created by superimposing the utilization status of each room and the status of the owned building on the change in the number of students and the curriculum. Need to be clarified. For this purpose, for example, based on the school facility ledger as described with reference to FIG. 5, various information linked to each other and stored in the facility information storage unit 31 of the storage device 6 can be used. can. In addition, it is necessary to clarify the usage status at each facility and similar functions at each facility, and consider improvements to sharing across departments. For this purpose, for example, the utilization study sheet described with reference to FIGS. 49 and 50 can be used.

As mentioned above, in order to maintain and operate a high school managed by a local government, it is necessary to grasp various factors of change from various aspects in addition to grasping the current situation. That is, it is possible to grasp various change factors from various aspects by using the factors with remarkable changes as the classification basis among these change factors. In this municipality, as described above using FIG. 99, there is a large difference in surplus of school buildings, etc. depending on the scale of the high school, and as explained using FIG. 100, student mathematics depends on the scale of the high school. It can be seen that the difference in the change in series is remarkable. Therefore, in the asset management support device 4B, it is possible to perform type classification by creating a matrix in which these two change factors are used as the basis of type classification and each of them is a row and a column.

With reference to FIGS. 102 and 103, a case where a matrix is created and type classification is performed will be described with the scale of the high school and the change in the student mathematics series as the classification basis.

Here, the total floor area is used as the first base axis of the type classification. Specifically, the standard total floor area per person is set for each department, and the result of comparing the standard total floor area with the current total floor area per student is the condition for classification based on the first classification axis. It is supposed to be. The reference total floor area may be, for example, the average value of the total floor area of the corresponding department, or may be another value considered appropriate. Here, the school whose total floor area per student is divided by the standard total floor area for each department is 1.1 or less is classified I, and the schools whose total floor area is 1.1 to 1.5 are classified II. Schools with a rating of 1.5 to 2.5 are classified as Category III, and schools with a score of 2.5 or higher are classified as Category IV. That is, the school of category I has an appropriate total floor area, and the school of category IV has a large surplus of total floor area.

Further, here, as the second basis of the type classification, the change in the number of students per class from the peak time to the present is used. As for the change in the number of students per class, the value corresponding to the number of students per class in each school is calculated and currently, assuming that the number of students per class is 50 at the peak time. In, assuming that the number of students per class is 40, the value corresponding to the number of students per class in each school is calculated, and the result of comparing the values at the peak time and the present is 1 . Class A for schools with 1 or more, Class B for schools with 0.8 to 1.0, Class C for schools with 0.6 to 0.8, and Class D for schools with 0.6 or less. It is supposed to be. That is, it can be seen that the change in the number of students is small in the schools of Category A and Category B, and the rate of decrease in the number of students is large in the schools of Category D.

In the client terminal 3 or the input / output device 7, it is instructed to use the change in the total floor area and the number of students per class as the basis of the type classification of the corresponding municipal high school, and in the basis of each type classification. Various necessary information such as calculation formulas for classification, classification conditions such as thresholds, number of classifications, and which classification is recognized as an appropriate value is input, and the first classification base axis is set as the horizontal axis. When the type classification process using the matrix with the second classification axis as the vertical axis and the display of the result are instructed, the classification information acquisition unit 51 is designated as a facility group to be classified. Changes in total floor area and number of students per class are used as the basis of type classification for type classification of facility groups, and the contents of the classification, necessary calculation formulas, thresholds for classification, etc. Information necessary for performing type classification is acquired from the client terminal 3 via the input / output device 7 or the network 2 and supplied to the type classification processing unit 52. The type classification processing unit 52 refers to the information stored in each part of the storage device 6B, and divides the high schools managed by a predetermined municipality into four in each of the first classification axis and the second classification axis. Classify. Then, the type classification processing unit 52 supplies the classification results of each of the first classification axis and the second classification axis to the information storage processing unit 12, stores them in the utilization study-related information storage unit 72, and displays the screen. It is supplied to the information generation unit 11E.

The type classification processing unit 52 assigns a high school name corresponding to the classification result to each cell in a matrix having the first classification axis as the horizontal axis and the second classification axis as the vertical axis, and any of these matrices. Perform type classification based on whether each high school belongs to a cell in. The type classification processing unit 52 is, for example, a cell in which both the first classification axis and the second classification axis are appropriate in a matrix having the first classification axis as the horizontal axis and the second classification axis as the vertical axis. That is, from the group of high schools located in the upper left of the matrix, where the relationship between the number of students and the total floor area is appropriate, to the high school located in the lower right of the matrix, where the surplus of the total floor area is large with respect to the number of students. Groups can be typed as one group for each cell. Further, the type classification processing unit 52, for example, in a matrix having the first classification axis as the horizontal axis and the second classification axis as the vertical axis, classifies schools associated with a plurality of cells into one category as much as possible. The number specified by the user of the client terminal 3 or the input / output device 7 based on a predetermined rule such that the number of schools included does not vary or the number of cells does not vary. Can be typed. Then, the type classification processing unit 52 supplies the type classification result to the information storage processing unit 12, stores it in the utilization study-related information storage unit 72, and supplies it to the screen information generation unit 11E.

Then, the screen information generation unit 11E reads out the format for generating the data shown in FIG. 102 from the format storage unit 71, and classifies the classification result on the classification base axis 1 supplied from the type classification processing unit 52 on the horizontal axis. The high school name corresponding to the classification result is associated with each cell of the matrix whose vertical axis is the classification result in the base axis 2, and the data in which the school name and the type classification result are entered in each cell in the matrix is generated and the network is generated. It can be transmitted to the client terminal 3 or supplied to the input / output device 7 and displayed via 2. The user of the client terminal 3 or the input / output device 7 displaying the data shown in FIG. 102 has an appropriate total floor area for the number of students in the high school belonging to the type classification (1), and the type classification (4). It can be seen that in high schools belonging to the type classification (5), the surplus of the total floor area with respect to the number of students is large and needs to be reviewed.

Further, for example, the user of the client terminal 3 or the input / output device 7 can specify the grouping of the type classification by referring to the matrix associated with each school. The type classification processing unit 52 supplies the high school name corresponding to the classification result of the first classification axis and the second classification axis to the screen information generation unit 11E. Then, the screen information generation unit 11E reads out the format for generating the data shown in FIG. 103 from the format storage unit 71, and classifies the classification result on the classification base axis 1 supplied from the type classification processing unit 52 on the horizontal axis. Data in which only the school name is entered in each cell in the matrix as shown in FIG. 103, in which the high school name corresponding to the classification result is associated with each cell of the matrix whose vertical axis is the classification result in the base axis 2. Can be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 for display.

The user of the client terminal 3 or the input / output device 7 who referred to the display on which the data shown in FIG. 103 is displayed can refer to the data shown in FIG. 103 based on the appropriateness of the relationship between the number of students and the total floor area. It is possible to perform type classification. In the data shown in FIG. 103, the relationship between the number of students and the total floor area is appropriate in the high school corresponding to the cell located in the upper left, and the number of students in the high school corresponding to the cell located in the lower right. On the other hand, it can be seen that the surplus of the total floor area is large. The user of the client terminal 3 or the input / output device 7 can refer to the data shown in FIG. 103 and perform an operation input for classifying desired cells into the same type from the upper left cell of the matrix. The type classification result input by the user of the client terminal 3 or the input / output device 7 is transmitted to the asset management support device 4B via the network 2 and stored in the utilization study-related information storage unit 72 of the information storage processing unit 12. Will be done.

FIG. 104 shows the results of type classification and an example of a format showing the characteristics of each type.

When the client terminal 3 or the input / output device 7 is instructed to display the result of the type classification described with reference to FIGS. 102 and 103 and the characteristics of each type, the screen information generation unit 11E may use the format storage unit 71. The data required to read the format for generating the data shown in FIG. 104 and to control the third extraction unit 11D to generate the information corresponding to the read format, that is, the type classification result. Information on the number of departments and school size included in each type, the area owned by each student used as the basis of type classification, and the change in the number of students per class is extracted from each part of the storage device 6B, and is also extracted. The calculation unit 53 is controlled to control the number of high school classes classified into each type, the comparison value with the standard of the area owned per student, and the maximum change in the number of students per class from the peak to the present. Performs value, minimum, and average value arithmetic processing. Then, the screen information generation unit 11E inserts the calculation result by the calculation unit 53 into the format read from the format storage unit 71, generates the data shown in FIG. 104, and transmits the data to the client terminal 3 via the network 2. It can be displayed or supplied to the input / output device 7. The user of the client terminal 3 or the input / output device 7 can confirm the result of the type classification and the characteristics of each type from the data shown in FIG. 104.

105 and 106 show examples of formats that show detailed information for each typed school.

When the client terminal 3 or the input / output device 7 is instructed to display the detailed information of each school classified by the type classification described with reference to FIGS. 102 and 103, the screen information generation unit 11E is instructed to display the format storage unit 71. The data required to read the format for generating the data shown in FIGS. 105 and 106 and to control the third extraction unit 11D to generate the information corresponding to the read format, that is, the type. Information such as the classification result, the name of the high school included in each type, the area, whether it is an independent school or a branch school, and which is the main department, as a soft change factor, the number of students and Information on the number of classes, numerical values used as the basis of type classification 2, and as hardware factors (conditions of facilities), age, area, number of buildings owned, and basis of type classification Information such as the numerical value used as 1 is extracted from each part of the storage device 6B, and the calculation unit 53 is controlled to perform the calculation required to fill in the format for the high school classified into each type. Let the process be executed. Then, the screen information generation unit 11E inserts the calculation result by the calculation unit 53 into the format read from the format storage unit 71 to generate the data shown in FIGS. 105 and 106, and the client terminal via the network 2. It can be transmitted to 3 or supplied to the input / output device 7 for display. According to the data shown in FIGS. 105 and 106, the user of the client terminal 3 or the input / output device 7 belongs to the type classification (1), that is, the high school in which the total floor area for the number of students is appropriate is in the central district of the prefecture. It can be easily confirmed that many of the small schools in other districts, which are concentrated in large schools, have a large surplus of total floor area for the number of students and need to be reviewed.

FIG. 107 shows an example of a format showing the correspondence between the population increase / decrease rate of municipalities in a municipality and the type classification result of a high school.

When the client terminal 3 or the input / output device 7 is instructed to display information indicating the correspondence between the population increase / decrease rate of the municipality in the local government and the correspondence of each school classified by the type classification explained using FIGS. 102 and 103. The screen information generation unit 11E reads the format for generating the data shown in FIG. 107 from the format storage unit 71, and controls the third extraction unit 11D to generate information corresponding to the read format. The data necessary for this purpose, that is, the map information of the relevant local government, the population information of the municipalities in the local government, the type classification result, the location information of the high school included in each type, and the like are extracted from each part of the storage device 6B. Further, the screen information generation unit 11E controls the calculation unit 53 to calculate the population increase / decrease rate of the municipalities in the local government based on the population information read by controlling the third extraction unit 11D. Here, the population increase / decrease rate is, for example, the rate of increase / decrease in the current population when the population at a certain point in the past is 100, and the future population (after a predetermined number of years) when the population at a certain point in the past is 100. Or the rate of increase / decrease in the future (after a predetermined number of years) when the current population is 100.

Then, the screen information generation unit 11E inserts the information read by controlling the third extraction unit 11D and the calculation result by the calculation unit 53 into the format read from the format storage unit 71, and is shown in FIG. 107. The indicated data can be generated, supplied to the input / output device 7 for output, or transmitted to the client terminal 3 via the network 2 for display. According to the data shown in FIG. 107, the users of the client terminal 3 or the input / output device 7 belong to the type classification (1), that is, the high schools with the most appropriate total floor area for the number of students are concentrated in the central district of the prefecture. High schools that belong to type classification (2), that is, the next most appropriate total floor area for the number of students, are concentrated in the northern district of the prefecture, and the surplus of the total floor area for the number of students is large. Since 5) is dispersed in other areas where the population increase / decrease rate is low, it can be seen that the high schools classified into types (3) to (5) need to be reviewed for a large surplus area. ..

FIGS. 108 to 110 show an example of a format for comparing the number of students in each school with the total floor area of the school building.

When the client terminal 3 or the input / output device 7 is instructed to display information for comparing the number of students in each school with the total floor area of the school building, the screen information generation unit 11E is instructed from the format storage unit 71 to FIG. 108. The data necessary for reading the format shown in (1) and controlling the third extraction unit 11D to generate information corresponding to the read format, that is, the number of students in each school and the total floor area of the school building are stored in the storage device. Extract from each part of 6B. Then, the screen information generation unit 11E controls the third extraction unit 11D in the format read from the format storage unit 71, and based on the information read out, the corresponding points, school names, etc. are included in the format graph. The accompanying information can be inserted to generate the data shown in FIG. 109, which can be supplied to the input / output device 7 for display and output, or can be transmitted to the client terminal 3 via the network 2 for display.

The user of the client terminal 3 or the input / output device 7 refers to the data shown in FIG. 109 displayed on the display, and as shown in FIG. 110, for example, the type classification result, the number of students in each school, and the total floor area of the school building. Compare and verify the results of comparison with the area, recognize whether the relationship between the number of students in each school and the total floor area of the school building has a characteristic relationship for each type, and consider necessary reviews, etc. Is possible.

Next, the type classification process 2 which is a second example of the process executed in step S33 of FIG. 91 will be described with reference to the flowchart of FIG. 111.

In step S81, the type classification processing unit 52 classifies a predetermined facility group into a predetermined number N by using the first classification axis corresponding to the request from the client terminal 3 or the input / output device 7. For example, in the type classification described with reference to FIGS. 102 and 103, the type classification processing unit 52 classifies a predetermined facility group into four using the first classification axis.

In step S82, the type classification processing unit 52 classifies a predetermined facility group into a predetermined number M by using a second classification axis according to a request from the client terminal 3 or the input / output device 7. For example, in the type classification described with reference to FIGS. 102 and 103, the type classification processing unit 52 classifies a predetermined facility group into four using the second classification axis.

In step S83, the type classification processing unit 52 adapts the classification results of steps S81 and S82 to the N × M matrix.

In step S84, the type classification processing unit 52 assigns a classification name to each of the N × M matrices based on a predetermined rule or a user's operation input, and the process proceeds to step S34 in FIG. For example, in the type classification described with reference to FIGS. 102 and 103, the type classification processing unit 52 may have a plurality of types, for example, in a matrix having a first classification base axis as a horizontal axis and a second classification base axis as a vertical axis. The client terminal is based on a predetermined rule such that the number of schools included in one category does not vary as much as possible, or the number of cells does not vary. Type classification is performed according to the number specified by the user of 3 or the input / output device 7, or based on the operation input of the user of the client terminal 3 or the input / output device 7 on which the data shown in FIG. 103 is displayed. Can be executed.

By such a process, it is possible to perform type classification using a matrix using two change factors showing remarkable changes as the classification basis.

In the process described above, type classification is executed based on the detailed information of each facility, and the information necessary for the maintenance of the facility is generated by using the deterioration status and usage status of the facility. He explained support for planning measures such as remodeling, rebuilding, reorganization, and sharing. On the other hand, in the asset management support device 4B, in order to further formulate measures such as facility renovation, rebuilding, reorganization, and sharing, each from an overall perspective, in other words, from a macro perspective. It is also possible to provide support for maintaining and managing the facility in a high-performance state while keeping the cost as low as possible.

For example, the asset management support device 4B has a peak number of students as shown in FIG. 112 based on various information stored in each part of the storage device 6B in a high school managed and operated by a predetermined municipality. Changes in the composition of time, present, and future departments can be obtained from the overall perspective of the municipality.

Further, for example, the asset management support device 4B has a peak time as shown in FIG. 113 based on various information stored in each part of the storage device 6B in a high school managed and operated by a predetermined local government. The current changes in the number of students and classes, and the total floor area of owned buildings such as school buildings and gymnasiums can be obtained from the overall perspective of the local government.

Further, for example, the asset management support device 4B has a peak time as shown in FIG. 114 based on various information stored in each part of the storage device 6B in a high school managed and operated by a predetermined local government. It is possible to obtain the current changes in the number of students and classes, and the total floor area of owned buildings such as school buildings and gymnasiums from the perspective of each region of the local government.

Based on the detailed current situation of each school, if the information necessary for facility maintenance is generated, or if measures such as facility renovation, rebuilding, reorganization, and sharing are planned, the current situation of the facility will be. In many cases, the number of owned buildings and classrooms required at the peak of the number of students is the base, so when the number of students is declining, there is a strong tendency for surplus areas and classrooms to be large. For this reason, in the measures calculated based on the detailed current situation of each school, the calculation result of the required cost will be large, and the plan contents of improving the function of the facility within the available funds will be. It will be limited. Therefore, by calculating the appropriate scale such as the number of buildings owned by each school and the number of classrooms based on the current number of students and the forecast of the number of students in the future, the calculation result of the cost related to these measures should be optimized. Or, it is necessary to aim to properly plan the functional improvement of the facility within the limited funds.

Therefore, the asset management support device 4B can set a calculation formula such as an appropriate area for each department and each scale based on the information from the macro viewpoint explained with reference to FIGS. 112 to 114. For example, the asset management support device 4B establishes a calculation standard formula for the site area in each of a small school, a medium-sized school, and a large-scale school using the number of students P and a predetermined constant, and is the current and future site. The appropriate amount of area can be calculated. That is, the asset management support device 4B can calculate the number of schools, the number of students, the number of schools for each region, and the standard of the amount of facilities owned for the change from a macro perspective.

That is, the asset management support device 4B has a site area for facility management and operation from both the various calculation results by type classification processing using detailed information for each facility and the calculation formula obtained from a macro perspective. Since it is possible to calculate the appropriate amount for living rooms, etc., by comparing the values calculated from both sides, the accuracy of calculating the appropriate amount will be improved, and more surely, measures for the management and operation of the facility will be established. Can be supported.

(Evaluation of the current state of the facility and evaluation of improvement plans)
In response to the above-mentioned efforts such as comprehensive longevity renovation aimed at optimizing the facility, an alarm is generated for the numerical value that requires attention in each information of the facility, and the current state of the facility is evaluated. By indexing for the evaluation of improvement plans, it is possible to further provide users with specific and easy-to-understand information and improve the quality of asset management support.

(Functional configuration of asset management support device 4C)
FIG. 115 shows an asset management support system that can generate an alarm for a numerical value that requires attention from each information of the facility, and can perform indexing for evaluation of the current state of the facility and evaluation of improvement plans. The functional configuration of the asset management support device 4C and the storage device 6C of 1C will be described. In FIG. 115, the same functions as the asset management support device 4 and storage device 6 shown in FIG. 1, the asset management support device 4A shown in FIG. 46, or the asset management support device 4B and storage device 6B shown in FIG. 48 are shown. The same reference numerals are used, and detailed description of their functions will be omitted.

That is, the asset management support device 4C further includes a threshold value setting processing unit 81, an alarm generation processing unit 82, an evaluation reference value setting unit 83, an indexing processing unit 84, a problem extraction unit 85, an improvement example extraction unit 86, and an improvement. It has the same functional configuration as the asset management support device 4B shown in FIG. 46 except that the expected result calculation unit 87 is provided. Further, the storage device 6C has the same functional configuration as the storage device 6B shown in FIG. 48, except that the information storage unit 91 related to the plan proposal is further provided.

The threshold value setting processing unit 81 executes a process of setting a threshold value for generating an alarm for a numerical value requiring attention among each information of the facility. The threshold value for generating an alarm may be a value input from the client terminal 3 or the input / output device 7, or is based on the value of the review standard at the time of rebuilding in each class classification obtained by the above-mentioned class classification process. It may be a numerical value that deviates by a predetermined ratio, or various reference values such as a minimum school building area per student stored in one of the storage devices 6C, for example, preset by law or the like, are used. It may be a thing. Further, the threshold value set by the threshold value setting processing unit 81 may be any one of the four-step evaluations in the facility deterioration information described above. Further, the threshold value set by the threshold value setting processing unit 81 may be only an upper limit value, only a lower limit value, or an upper limit value and a lower limit value. The threshold value setting processing unit 81 supplies the set threshold value to the alarm generation processing unit 82, and also supplies and stores the set threshold value to the plan proposal-related information storage unit 91 of the storage device 6C, which will be described later.

When the alarm generation processing unit 82 has a value that deviates from the threshold value set by the threshold value setting processing unit 81 among the numerical values included in the display image data generated by the processing of the screen information generation unit 11E, the display image data. Executes a process to generate an alarm to call attention to the user who referred to. The alarm may be in any form as long as it can sufficiently alert the user, for example, by controlling the screen information generation unit 11E, some symbol, highlighting of a corresponding numerical value, text information, or the like. Is displayed, but by generating a control signal to the client terminal 3 or the input / output device 7, the client terminal 3 or the input / output device 7 executes voice output such as a buzzer sound or a chime sound. May be.

Further, as described above, the threshold value set by the threshold value setting processing unit 81 may be any one of the four-stage evaluations in the facility deterioration information stored in the deterioration information storage unit 32 of the storage device 6C. As a result, for example, when display image data including information on a portion to which "immediate action is required (D)" is added as facility deterioration information is generated, the alarm generation processing unit 82 informs the user. It is possible to output an alarm that emphasizes the need for immediate response at the same time.

A specific example of the alarm generation processing by the processing of the alarm generation processing unit 82 will be described with reference to FIG. 116. FIG. 116 shows the type of high school in a given municipality, as described by the operator of the client terminal 3 or the user of the asset management support device 4C, eg, using FIGS. 54 and 55. This is an example of display image data generated by the processing of the screen information generation unit 11E and the alarm generation processing unit 82 when the display of the classification result list is instructed. In FIG. 116, since there are many items in the corresponding formats, some of them will be illustrated and described. In the list of the type classification results of the high schools in the predetermined municipality illustrated in FIG. 116, the classification names of the type classifications, the names of the high schools belonging to each type, and the type classification results in each high school are shown. Information corresponding to each item of the format corresponding to the list is described.

The screen information generation unit 11E reads the format corresponding to the list of type classification results from the format storage unit 71, and controls the third extraction unit 11D to generate information corresponding to the read format. Necessary data is extracted from each part of the storage device 6C. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. For example, when each part of the storage device 6C does not include the information of "change in the number of classes or change prediction from the peak time to a certain time", the screen information generation unit 11E controls the calculation unit 53. , The number of classes at the peak time stored in each part of the storage device 6C, the number of classes at a certain time, or the numerical value of the class number prediction at a certain time in the future can be acquired, and the numerical value representing these changes can be calculated. can.

The alarm generation processing unit 82 sets the threshold value corresponding to each item included in the display image data exemplified in FIG. 116 generated by the processing of the screen information generation unit 11E to the threshold value setting processing unit 81 or the plan proposal related information. Read from the storage unit 91. Then, the alarm generation processing unit 82 is set by the threshold value setting processing unit 81 among the numerical values corresponding to each item included in the display image data exemplified in FIG. 116 generated by the processing of the screen information generation unit 11E. If there is a value that deviates from the threshold value, a process for generating an alarm for calling attention to the user who has referred to the displayed image data is executed. Here, the alarm generation processing unit 82 controls the screen information generation unit 11E to display a “!” Symbol for attracting the user's attention in the portion corresponding to the value exceeding the threshold value, and corresponds to the corresponding value. Highlight the number.

Returning to FIG. 115 again, the evaluation standard value setting unit 83 sets the target values such as the site area, the total area of the school building, the ground, the gymnasium, the number of buildings, the number of rooms, the parking lot ownership rate, and the degree of distribution of the building layout. In the case of renovation or renovation, a numerical value that is considered to be optimal, that is, a numerical value suitable for setting as a target is set as an evaluation reference value. Further, the evaluation reference value setting unit 83 supplies and stores the evaluation reference value set in each item to the plan proposal-related information storage unit 91.

The evaluation reference value set by the evaluation reference value setting unit 83 may be a value input from the client terminal 3 or the input / output device 7, or at the time of rebuilding in each class classification obtained by the above-mentioned classification process. It may be used as the value of the review standard, or various standard values such as the optimum school building area per student stored in one of the storage devices 6C, for example, preset by law or the like, may be used. May be good. As mentioned above, the basis of type classification is, for example, a condition indicating a time-dependent change in facility usage, such as from a predetermined time in the past to the present, or from a peak time such as the number of students to the present, for example, a student. It is possible to include conditions that indicate changes in the number of classes, the number of classes, and so on. By using the value of the review standard obtained by the classification process as the evaluation standard value set by the evaluation standard value setting unit 83, it is possible to perform evaluation according to the change with time.

The indexing processing unit 84 indexes the current value of each facility or the expected improvement result value expected to be obtained by the improvement plan based on the evaluation standard value set by the evaluation standard value setting unit 83. Execute the process to be performed. The indexing processing unit 84 can perform five-step indexing processing, for example, with the evaluation reference value set by the evaluation reference value setting unit 83 as the median value, that is, 3. It should be noted that the indexing by the indexing processing unit 84 may be performed in any number of stages other than the five stages, and the range of numerical values to be given to each stage of indexing is appropriately empirically and experimentally optimal. It is a matter for which the value can be designed. The standardization processing unit supplies the obtained indexing result to the screen information generation unit 11E and the problem extraction unit 85, and also supplies and stores the plan proposal-related information storage unit 91.

By storing the format for presenting the indexing result by the indexing process to the operator of the client terminal 3 or the user of the asset management support device 4C in the format storage unit 71 of the storage device 6C. It is possible to present the current indexing results of a predetermined facility to the operator of the client terminal 3 or the user of the asset management support device 4C, and provide support when planning repairs and improvements. .. A specific example of the display image data presented to the user as a result of the indexing process by the processing of the evaluation reference value setting unit 83 and the indexing processing unit 84 will be described with reference to FIG. 117.

FIG. 117 shows the screen information generation unit 11E when the operator of the client terminal 3 or the user of the asset management support device 4C orders the display of the current indexing result of a high school in a predetermined municipality. This is an example of display image data generated by the processing of the evaluation reference value setting unit 83 and the indexing processing unit 84.

The screen information generation unit 11E reads the format corresponding to the indexing result from the format storage unit 71, and controls the third extraction unit 11D to generate the data necessary for generating the information corresponding to the read format. , Extracted from each part of the storage device 6C. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. For example, in the format shown in FIG. 117, the indexed items are site area, ground area, ground ownership rate (ground site area / number of students), parking lot ownership rate (number of parkable units / number of faculty members), and building layout. Degree of dispersion, number of school buildings, ordinary classroom area (total floor area / number of students), special classroom area (total floor area / number of students), management room area (total floor area / number of students), gymnasium scale, number of gymnasium buildings Etc. are used.

The evaluation standard value setting unit 83 sets a numerical value considered to be optimal for each of these items, that is, a numerical value suitable for setting as a target in the case of renovation or remodeling, as an index. It is supplied to the chemical processing unit 84 and is supplied to and stored in the plan proposal-related information storage unit 91. The evaluation reference value may be set in advance by the evaluation reference value setting unit 83.

The indexing processing unit 84 reads the value set as the evaluation reference value of each corresponding item from the evaluation standard value setting unit 83 or the plan proposal-related information storage unit 91, and sets the value of each item as the third value. The data extracted by the extraction unit 11D or the calculation result by the calculation unit 53 is acquired. The indexing processing unit 84 indexes the acquired value of each item, that is, the data extracted by the third extraction unit 11D, or the calculation result by the calculation unit 53. Specifically, the indexing processing unit 84 indexes the value of each item by using, for example, a five-step evaluation in which the evaluation reference value is the median value, that is, 3, and the indexing result is generated as screen information. Supply to unit 11E. The screen information generation unit 11E uses, for example, the data extracted by the third extraction unit 11D, the calculation result by the calculation unit 53, and the indexing result supplied from the indexing processing unit 84, for example, FIG. 117. The display image data shown in the above can be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 to execute output processing such as display. Further, the display image data shown in FIG. 117 is supplied to and stored in the plan proposal-related information storage unit 91.

Returning to FIG. 115, the problem extraction unit 85 is a value that is different from the evaluation reference value by the data in which the alarm is generated by the alarm generation processing unit 82 and the indexing processing unit 84 when analyzing the current state of a certain facility. Extract the data for which the indexing result indicating that is obtained.

The format storage unit 71 of the storage device 6C presents the current layout of the facility to be examined and the problems extracted from it to the operator of the client terminal 3 or the user of the asset management support device 4C. By memorizing the format for the purpose, the operator of the client terminal 3 or the user of the asset management support device 4C is presented with the current problems in the predetermined facility to plan repairs and improvements. It will be possible to provide support. A specific example of the display image data presented to the user as a result of problem extraction by the processing of the problem extraction unit 85 will be described with reference to FIG. 118.

FIG. 118 shows a screen information generation unit when the operator of the client terminal 3 or the user of the asset management support device 4C orders the display of the extraction result of the current problem of a high school in a predetermined municipality. This is an example of display image data generated by the processing of 11E and the task extraction unit 85.

The screen information generation unit 11E reads out the format corresponding to the current layout of the facility to be examined and the problem extraction result from the format storage unit 71, and controls the third extraction unit 11D to correspond to the read format. The data necessary for generating the information is extracted from each part of the storage device 6C.

Specifically, the floor plan of the entire school facility included in the basic building information stored in the facility information storage unit 31 of the storage device 6 and the floor plan of each floor of the building include the school building and the gymnasium included in the layout plan. , Playgrounds, parking lots, etc. are given as information such as properties. The third extraction unit 11D extracts the current layout of the facility to be examined (here, the plan layout of the entire school facility), and refers to the properties given to the read current layout. Necessary information is extracted from each item of the basic building information stored in the facility information storage unit 31 of the storage device 6, for example, as described with reference to FIG. 5, and the screen information generation unit 11E and the alarm generation processing unit are used. It is supplied to 82 and the indexing processing unit 84.

The screen information generation unit 11E is a building basic supplied from the third extraction unit 11D based on the properties of the current layout diagram (here, the plan layout of the entire school facility) supplied from the third extraction unit 11D. The information of each item of information is linked to the current layout map. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format.

The alarm generation processing unit 82 is the current arrangement of the display image data exemplified in FIG. 118 generated by the processing of each item of the building basic information supplied from the third extraction unit 11D, that is, the screen information generation unit 11E. The threshold value corresponding to each item associated based on the property of the figure is read from the threshold value setting processing unit 81 or the plan plan related information storage unit 91 of the storage device 6C. Then, the alarm generation processing unit 82 is set by the threshold value setting processing unit 81 among the numerical values corresponding to each item included in the display image data exemplified in FIG. 118 generated by the processing of the screen information generation unit 11E. If there is a value that deviates from the threshold value, information about the item that deviates from the threshold value is supplied to the task extraction unit 85.

The indexing processing unit 84 is the current arrangement of the display image data exemplified in FIG. 118 generated by the processing of each item of the building basic information supplied from the third extraction unit 11D, that is, the screen information generation unit 11E. From each item associated based on the properties in the figure, the item in which the evaluation standard value set by the evaluation standard value setting unit 83 exists is extracted, and the process of indexing the current value of each facility is executed. The indexing processing unit 84 supplies the indexing result to the problem extraction unit 85.

Of the various data associated with the facility to be examined, the problem extraction unit 85 includes data for which an alarm has been generated by the alarm generation processing unit 82 and values separated from the evaluation reference value by the indexing processing unit 84. If there is data for which an indexing result indicating that the data is obtained is available, the information that is the current issue can be obtained by controlling the third extraction unit 11D to extract the information associated with the data. It is extracted, summarized, and supplied to the screen information generation unit 11E.

Specifically, the problem extraction unit 85 is out of the threshold value set by the alarm generation processing unit 82, that is, the value of the facility deterioration information associated with the special classroom building and the pool, that is, aging. If the third extraction unit 11D provides information indicating that the pool is currently unused due to aging, it will be "special". Information such as "the classroom building is aging" and "the pool is not used" is supplied to the screen information generation unit 11E. Further, in the task extraction unit 85, for example, the indexing result indicating that the value is different from the evaluation reference value is obtained from the indexing processing unit 84, such as the total area of the athletic field, the total floor area of the gymnasium, When notification such as the number of bicycle parking lots is received and information indicating that the number of gymnasiums is 3 is supplied from the third extraction unit 11D, "the gymnasium is narrow", "bicycle parking lots are scattered", and "the gymnasium is 3". Information such as "there is a building and the number of possessions is large" is supplied to the screen information generation unit 11E and the improvement example extraction unit 86.

The screen information generation unit 11E is a problem extracted in the current layout diagram as shown in FIG. 118 based on the information supplied from the third extraction unit 11D, the calculation unit 53, and the task extraction unit 85. Display image data on which information indicating the above is superimposed can be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 to execute output processing such as display. Further, the display image data shown in FIG. 118 is supplied to and stored in the plan proposal-related information storage unit 91.

By referring to the display image data shown in FIG. 118, the user of the client terminal 3 or the input / output device 7 can confirm the problem in the facility to be examined together with the current layout diagram and easily recognize it. Therefore, the asset management support device 4C can support the planning of measures for solving problems.

Further, the user of the client terminal 3 or the input / output device 7 can add arbitrary information to the display image data shown in FIG. 118. Specifically, for example, as shown in FIG. 119, for the current problem of "the playground is narrow", detailed information such as "separation of soccer, baseball and handball by a movable net" is added, or " The plan view makes it easier to recognize, such as "the courtyard is wide", "the extension part obstructs the flow line of students", "the distance between school buildings and the gymnasium is long", and "the flow line is the same for people and cars". Or, additional information that needs to be considered when considering the plan view of the improvement plan can be described. Further, as shown in FIG. 119, as a task of building arrangement, it is also possible to describe the task in text separately from the plan view. In this way, the client terminal 3 or the input / output device with reference to the information in FIG. 119 can be displayed by superimposing the problem points on the current layout diagram and allowing the user to make additional descriptions as appropriate. The user of 7 can easily consider measures for solving the problem. The arbitrarily added information shown in FIG. 119 is supplied to and stored in the plan proposal-related information storage unit 91.

Returning to FIG. 115 again, the improvement example extraction unit 86 extracts improvement examples for improving each problem extracted by the problem extraction unit 85 from the past improvement cases stored in each part of the storage device 6C. , Supply to the screen information generation unit 11E. Specifically, when the improvement example extraction unit 86 receives a command to extract an improvement example for the problem of "the playground is narrow" extracted by the task extraction unit 85, the information stored in each part of the storage device 6C. For example, "Improvement example of expanding the playground area by integrating the school building" "Improvement example of expanding the playground area by sharing the pool and gymnasium with neighboring facilities and abolishing it" "By relocating the parking lot and bicycle parking lot, etc." "Examples of improvement in expanding the playground area" are extracted and supplied to the screen information generation unit 11E. The screen information generation unit 11E generates display image data for presenting the improvement example to the user based on the information supplied from the improvement example extraction unit 86, and transmits the display image data to the client terminal 3 via the network 2. Or, it can be supplied to the input / output device 7 to execute output processing such as display. The display image data for presenting the improvement example to the user is supplied to and stored in the plan proposal-related information storage unit 91.

The improvement result expected value calculation unit 87 responds to the improvement plan examined by the user of the client terminal 3 or the input / output device 7, for example, by the user such as the indexing item by the indexing processing unit 84 described above. Calculate the expected value of how the numerical value corresponding to each item described in the format instructed to be displayed changes, that is, what kind of improvement effect can be obtained.

For example, when the improvement plan examined by the user of the client terminal 3 or the input / output device 7 is as shown in FIG. 120, the improvement result expected value calculation unit 87 may use the client terminal 3 or Based on the information about the improvement plan supplied from the input / output device 7 or stored in the information storage unit 91 related to the plan plan of the storage device 6C, the special classroom building, the pool, and the auditorium were dismantled and a part of the courtyard. When a handball court is set up in the auditorium and a special classroom building is newly built in the place where the auditorium was located, the indexing processing unit 84 calculates the expected values for the indexing items (for example, each site area, etc.) and the screen information generation unit. It is supplied to 11E and the indexing processing unit 84.

The indexing processing unit 84 reads the value set as the evaluation reference value of each corresponding item from the evaluation standard value setting unit 83 or the plan proposal-related information storage unit 91, and improves the value of each item. Using the value predicted by the expected result calculation unit 87, for example, using a 5-step evaluation with the evaluation reference value as the median, that is, 3, the value of each item is indexed, and the indexed result is obtained. It is supplied to the screen information generation unit 11E. The screen information generation unit 11E generates, for example, the display image data shown in FIG. 121, transmits it to the client terminal 3 via the network 2, or supplies it to the input / output device 7, and outputs processing such as display. Can be executed. Further, the display image data shown in FIG. 121 is supplied to and stored in the plan proposal-related information storage unit 91. The operator of the client terminal 3 or the user of the asset management support device 4C refers to the information shown in FIG. 121, and the improvement plan under consideration is directed toward the target value (that is, the index value 3). It is possible to correctly evaluate the effect of whether or not it has been improved.

Further, since the simulation unit 22B can simulate the cost required when the improvement plan is executed and the cost required for maintaining the improvement plan, the operator of the client terminal 3 or the asset management support device can be used. The user of 4C can correctly evaluate the effect by the indexed information as shown in FIG. 121 while appropriately changing the improvement plan based on the required cost condition.

Further, even when the improvement plan is implemented not in the first period but in two periods, the improvement effect prediction by the improvement result prediction value calculation unit 87, the indexing process by the indexing processing unit 84, and the simulation unit 22B. The cost simulation can be performed for each of the 1st and 2nd periods.

For example, the improvement plan described with reference to FIGS. 120 and 121 is regarded as the first-stage improvement plan, and further, the second-stage improvement plan examined by the user of the client terminal 3 or the input / output device 7 is shown in FIG. 122. In such a case, the improvement result prediction value calculation unit 87 demolishes the first gymnasium and the gymnasium 3 based on the information regarding the improvement plan supplied from the client terminal 3 or the input / output device 7, and the handball court. And the parking lot was relocated to the place where the gymnasium 3 was, and the expected value in the indexing item by the indexing processing unit 84 when a new gymnasium was built in the place where the parking lot and the handball court were, was calculated and indexed. Supply to unit 84.

The indexing processing unit 84 reads the value set as the evaluation reference value of each corresponding item from the evaluation standard value setting unit 83 or the plan proposal-related information storage unit 91, and improves the value of each item. Using the value predicted by the expected result calculation unit 87, for example, using a 5-step evaluation with the evaluation reference value as the median, that is, 3, the value of each item is indexed, and the indexed result is obtained. It is supplied to the screen information generation unit 11E. The screen information generation unit 11E generates, for example, the display image data shown in FIG. 123, transmits it to the client terminal 3 via the network 2, or supplies it to the input / output device 7, and outputs processing such as display. Can be executed. Further, the display image data shown in FIG. 123 is supplied to and stored in the plan proposal-related information storage unit 91. The operator of the client terminal 3 or the user of the asset management support device 4C can refer to the information shown in FIG. , It is possible to correctly evaluate the effect of whether or not the target value is reached or is approaching the target value even in the portion that is not improved toward the indexed value 3).

Further, since the simulation unit 22B can simulate the cost required when the improvement plan is executed and the cost required for maintaining the improvement plan, the operator of the client terminal 3 or the asset management support device can be used. The user of 4C can correctly evaluate the effect by the indexed information as shown in FIG. 123 while appropriately changing the improvement plan based on the required cost condition.

Returning to FIG. 115, the plan proposal-related information storage unit 91 of the storage device 6C inputs the threshold value set by the threshold value setting processing unit 81, the display image data generated by the screen information generation unit 11E, and the display image data. Information related to planning, such as the information set and the evaluation reference value set by the evaluation reference value setting unit 83, is stored in association with each information stored in other storage units of the storage device 6C.

Next, with reference to FIGS. 124 to 134, a series of flows from grasping the current situation to the concept of improvement, confirmation of the effect of the improvement plan, and finalization of the maintenance plan, which are performed in the asset management support system 1C, will be described.

FIG. 124 shows a format for displaying a list of data that assists in grasping the current situation. In this format, for example, there are columns for describing the site status and the building information list included in the basic building information stored in the facility information storage unit 31, information on the surrounding map and the surrounding environment, and aerial photographs. It is provided. The format storage unit 71 of the storage device 6C stores the format shown in FIG. 124.

When the user of the client terminal 3 or the input / output device 7 orders the display of data for displaying a list of data that assists in grasping the current situation in a predetermined facility, the screen information generation unit 11E formats the data. The format shown in FIG. 124 is read from the storage unit 71, and the data necessary for controlling the third extraction unit 11D to generate information corresponding to the read format associated with the predetermined facility is generated. , Extracted from each part of the storage device 6C. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. The screen information generation unit 11E generates the display image data supported by FIG. 125 based on the information supplied from the third extraction unit 11D and the calculation unit 53, and transmits the display image data to the client terminal 3 via the network 2. Or, it can be supplied to the input / output device 7 to execute output processing such as display.

FIG. 126 shows a format for displaying data that assists in analyzing the current situation. This format is provided with, for example, a column for describing the current floor plan and the current floor plan of each floor stored in the facility information storage unit 31, and related information in each. The format storage unit 71 of the storage device 6C stores the format shown in FIG. 126.

When the user of the client terminal 3 or the input / output device 7 commands the display of data that assists in analyzing the current situation in a predetermined facility, the screen information generation unit 11E is instructed by the format storage unit 71 to display FIG. 126. In addition to reading the format shown in the above, the third extraction unit 11D is controlled to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6C. The third extraction unit 11D extracts the current layout of the facility to be examined (here, the plan layout of the entire school facility and the current floor plan of each floor), and is attached to the read current layout. With reference to the property, necessary information is extracted from each item of the basic building information stored in the facility information storage unit 31 of the storage device 6, for example, as described with reference to FIG. 5, and the screen information generation unit is used. It is supplied to 11E, the alarm generation processing unit 82, and the indexing processing unit 84.

The screen information generation unit 11E is from the third extraction unit 11D based on the properties of the current layout drawing (here, the floor plan of the entire school facility and the floor plan of each floor) supplied from the third extraction unit 11D. The information of each item of the supplied building basic information is linked to the current layout plan. Further, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format.

The alarm generation processing unit 82 is read for each item of the building basic information supplied from the third extraction unit 11D, that is, for the format exemplified in FIG. 126 generated by the processing of the screen information generation unit 11E. The threshold value corresponding to each item associated with the property of the current layout diagram of the corresponding facility is read from the threshold value setting processing unit 81 or the plan proposal related information storage unit 91 of the storage device 6C. Then, when the alarm generation processing unit 82 has a value deviating from the threshold value set by the threshold value setting processing unit 81 among the numerical values corresponding to each item, the problem extraction unit 85 is provided with information regarding the item deviating from the threshold value. Supply.

The indexing processing unit 84 acquires the evaluation standard value from the evaluation standard value setting unit 83 or the plan plan related information storage unit 91 of the storage device 6C, and the building basic information supplied from the third extraction unit 11D. Of each item, that is, each item associated based on the properties of the current layout of the corresponding facility read for the format exemplified in FIG. 126, the evaluation standard set by the evaluation standard value setting unit 83. Extract the ones that have values and execute the process to index the current values of each facility. The indexing processing unit 84 supplies the indexing result to the problem extraction unit 85.

Of the various data associated with the facility to be examined, the problem extraction unit 85 includes data for which an alarm has been generated by the alarm generation processing unit 82 and values separated from the evaluation reference value by the indexing processing unit 84. If there is data for which an indexing result indicating that the data is obtained is available, the information that is the current issue can be obtained by controlling the third extraction unit 11D to extract the information associated with the data. It is extracted, summarized, and supplied to the screen information generation unit 11E.

The screen information generation unit 11E has a problem extracted in the current layout diagram as shown in FIG. 127 based on the information supplied from the third extraction unit 11D, the calculation unit 53, and the task extraction unit 85. Display image data on which information indicating the above is superimposed can be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 to execute output processing such as display. Further, the user of the client terminal 3 or the input / output device 7 can add arbitrary information to the display image data in the same manner as described with reference to FIG. 119. The display image data shown in FIG. 127 and any added information are supplied to and stored in the plan proposal-related information storage unit 91 of the storage device 6C.

FIG. 128 shows a format for displaying data that assists in improvement study. In this format, for example, a radar chart showing the indexing result by the indexing processing unit 84, various information used for indexing, a current plan view stored in the facility information storage unit 31, and each of them. There is a column for describing related information. The format storage unit 71 of the storage device 6C stores the format shown in FIG. 128.

When the user of the client terminal 3 or the input / output device 7 commands the display of data for displaying data that assists in the improvement study in a predetermined facility, the screen information generation unit 11E stores the format. The format shown in FIG. 128 is read from the unit 71, and the third extraction unit 11D is controlled to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6C. .. The third extraction unit 11D extracts the current layout of the facility to be examined (here, the plan layout of the entire school facility), and refers to the properties given to the read current layout. Necessary information is extracted from each item of the basic building information stored in the facility information storage unit 31 of the storage device 6, for example, as described with reference to FIG. 5, and the screen information generation unit 11E and the alarm generation processing unit are used. It is supplied to 82 and the indexing processing unit 84.

The indexing processing unit 84 reads the value set as the evaluation reference value of each corresponding item from the evaluation reference value setting unit 83 or the plan proposal-related information storage unit 91 of the storage device 6C, and sets the value as the value of each item. , The data extracted by the third extraction unit 11D, or the calculation result by the calculation unit 53 is acquired. The indexing processing unit 84 indexes the acquired value of each item, that is, the data extracted by the third extraction unit 11D, or the calculation result by the calculation unit 53, using the evaluation reference value. Specifically, the indexing processing unit 84 indexes the value of each item by using, for example, a five-step evaluation in which the evaluation reference value is the median value, that is, 3, and the indexing result is generated as screen information. It is supplied to the unit 11E and the problem extraction unit 85.

The alarm generation processing unit 82 is based on each item of the building basic information supplied from the third extraction unit 11D, that is, the property of the current layout of the corresponding facility read for the format exemplified in FIG. 128. The threshold value corresponding to each item associated with the above is read from the threshold value setting processing unit 81. Then, when the alarm generation processing unit 82 has a value deviating from the threshold value set by the threshold value setting processing unit 81 among the numerical values corresponding to each item, the problem extraction unit 85 is provided with information regarding the item deviating from the threshold value. Supply.

Of the various data associated with the facility to be examined, the problem extraction unit 85 includes data for which an alarm has been generated by the alarm generation processing unit 82 and values separated from the evaluation reference value by the indexing processing unit 84. If there is data for which an indexing result indicating that the data is obtained is available, the information that is the current issue can be obtained by controlling the third extraction unit 11D to extract the information associated with the data. It is extracted, summarized, and supplied to the screen information generation unit 11E.

The screen information generation unit 11E is indexed as shown in FIG. 129 based on the information supplied from the third extraction unit 11D, the calculation unit 53, the indexing processing unit 84, and the problem extracting unit 85. A radar chart showing the indexing result by the unit 84, various information used for the indexing, and a display image data in which the information indicating the extracted problem is superimposed on the current layout map are generated, and the display image data is generated via the network 2. , Can be transmitted to the client terminal 3 or supplied to the input / output device 7 to execute output processing such as display. Further, the user of the client terminal 3 or the input / output device 7 can add arbitrary information to the display image data in the same manner as described with reference to FIG. 119. The display image data shown in FIG. 129 and optionally added information are supplied to and stored in the plan proposal-related information storage unit 91 of the storage device 6C.

FIG. 130 shows a format for displaying a list of data that assists in examining the basic concept of the facility layout. In this format, for example, a column for describing the basic concept of the building layout and the information accompanying it is provided. The format storage unit 71 of the storage device 6C stores the format shown in FIG. 130.

When the user of the client terminal 3 or the input / output device 7 orders the display of data for displaying a list of data that assists in examining the basic concept of the layout plan in a predetermined facility, screen information is generated. The unit 11E reads out the format shown in FIG. 130 from the format storage unit 71, and controls the third extraction unit 11D as necessary to store the current plan view of the corresponding facility of the predetermined facility. It is possible to extract from each part of the device 6C, generate display image data, transmit it to the client terminal 3 via the network 2, or supply it to the input / output device 7 to execute output processing such as display. ..

The user of the client terminal 3 or the input / output device 7 can add arbitrary information to the display image data in the same manner as described with reference to FIG. 119. The user of the client terminal 3 or the input / output device 7 refers to the blank format shown in FIG. 130 or the format in which the current plan view and the like are displayed while referring to the above-mentioned various information. As shown in FIG. 131, the basic information of the layout drawing can be designed.

FIG. 132 shows a format for displaying a list of data that assists in examining the basic concept of each floor plan of the facility. In this format, for example, a column for describing the basic concept of each floor plan and the accompanying information on the area table of various rooms for each building is provided. The format storage unit 71 of the storage device 6C stores the format shown in FIG. 132.

When the user of the client terminal 3 or the input / output device 7 orders the display of data for displaying a list of data that assists in examining the basic concept of each floor plan in a predetermined facility, the screen is displayed. The information generation unit 11E reads the format shown in FIG. 132 from the format storage unit 71, and controls the third extraction unit 11D to provide information on the areas of the rooms included in the corresponding facility and, if necessary. Then, the floor plan and the like of each floor in the current state of the facility corresponding to the predetermined facility are extracted from each part of the storage device 6C. Then, the screen information generation unit 11E controls the calculation unit 53 to calculate the information required for the items of the current portion of the room area table. The screen information generation unit 11E generates display image data using the information extracted by the third extraction unit 11D and the calculation result by the calculation unit 53, and transmits the display image data to the client terminal 3 via the network 2. Or, it can be supplied to the input / output device 7 to execute output processing such as display.

The user of the client terminal 3 or the input / output device 7 can add arbitrary information to the display image data in the same manner as described with reference to FIG. 119. The user of the client terminal 3 or the input / output device 7 refers to the blank portion on the left side of the format in FIG. 132 or the format in which the current floor plan and the like are displayed while referring to the above-mentioned various information. , Can design basic information of layout plan.

When the improvement plan examined by the user of the client terminal 3 or the input / output device 7 is described on the left side of the format, the improvement result expected value calculation unit 87 is supplied from the client terminal 3 or the input / output device 7. Based on the information regarding the improvement plan, the expected values in the indexing items (for example, each site area, etc.) by the indexing processing unit 84 described above are calculated, and the screen information generation unit 11E and the indexing processing unit 84 are used. Supply.

The screen information generation unit 11E receives the supply of the expected value of each item calculated by the improvement result expected value calculation unit 87, fills in the necessary information in the item of the post-maintenance part of the room area table, and shows it in FIG. 133. Display image data can be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 to execute output processing such as display. The display image data shown in FIG. 133 is supplied to and stored in the plan proposal-related information storage unit 91 of the storage device 6C.

Further, when the improvement plan is divided into the first period and the second period, the formats described with reference to FIGS. 132 and 133 may be prepared for each of the first period and the second period, and for example, the format storage of the storage device 6C may be prepared. A unit 71 may store a plan view of each of the first period and the second period, a plan view of each floor, and a format in which accompanying information can be described, as shown in FIG. 134. Then, by performing the same processing as described above, the display image data shown in FIG. 135 is generated and transmitted to the client terminal 3 or supplied to the input / output device 7 via the network 2. Output processing such as display can be executed. The display image data shown in FIG. 135 is supplied to and stored in the plan proposal-related information storage unit 91 of the storage device 6C.

FIG. 136 shows a format for displaying data that assists in analyzing and verifying the improvement effect. In this format, for example, a list of costs related to improvement, indexing results of each item at the time of executing the improvement plan, and a column for describing related information in each are provided. The format storage unit 71 of the storage device 6C stores the format shown in FIG. 136. Here, the format when the improvement plan is divided into the 1st term and the 2nd term is shown, but the format when there is only one improvement plan or when the improvement plan extends over 3 terms is individually shown. You may prepare it.

When the user of the client terminal 3 or the input / output device 7 commands the display of data that assists in analyzing and verifying the improvement effect in a predetermined facility, the screen information generation unit 11E is instructed by the format storage unit 71. From the above, the format shown in FIG. 136 is read out, and the third extraction unit 11D is controlled to extract the costs and the like related to the improvement of the corresponding facility from each unit of the storage device 6C. Then, the screen information generation unit 11E controls the calculation unit 53 to calculate necessary information. The improvement result expected value calculation unit 87 is based on the information regarding the improvement plan supplied from the client terminal 3 or the input / output device 7 or stored in the plan plan related information storage unit 91 of the storage device 6C. For the indexing items (for example, each site area, etc.) by the indexing processing unit 84, the predicted values for each of the first and second periods are calculated and supplied to the screen information generation unit 11E and the indexing processing unit 84.

The indexing processing unit 84 reads the value set as the evaluation reference value of each corresponding item from the evaluation standard value setting unit 83 or the plan proposal-related information storage unit 91, and improves the value of each item. Using the value predicted by the expected result calculation unit 87, for example, using a 5-step evaluation with the evaluation reference value as the median, that is, 3, indexing the value of each item in the 1st and 2nd periods is performed. , The indexing result is supplied to the screen information generation unit 11E. The screen information generation unit 11E uses the information extracted by the third extraction unit 11D, the calculation result by the calculation unit 53, and the indexing result of the value of each item in the first and second periods by the indexing processing unit 84. For example, the display image data shown in FIG. 137 may be generated and transmitted to the client terminal 3 via the network 2 or supplied to the input / output device 7 to execute output processing such as display. can.

By appropriately executing or repeating the above-mentioned processing, the operator of the client terminal 3 or the user of the asset management support device 4C appropriately changes the improvement plan based on the required cost conditions, and the effect thereof. Can be confirmed and the maintenance plan can be finalized. The finalized maintenance plan is supplied to the facility information storage unit 31 of the storage device 6C and the plan plan-related information storage unit 91, and is associated with other related information and stored.

As explained with reference to FIGS. 124 to 134, in the asset management support system 1C, a concrete understanding of a series of flows from grasping the current situation to the concept of improvement, confirmation of the effect of the improvement plan, and finalization of the maintenance plan. Easy-to-use information can be provided to the operator of the client terminal 3 or the user of the asset management support device 4C. By providing such information, the quality of asset management support can be improved.

Next, the asset management support information generation process executed by the asset management support system 1C will be described with reference to the flowcharts of FIGS. 138 and 139.

In step 101, the threshold value setting processing unit 81 determines whether or not an input for setting a threshold value has been received from the client terminal 3 or the input / output device 7. If it is determined in step 101 that the threshold value has not been set, the process proceeds to step S103, which will be described later.

When it is determined in step 101 that the threshold value has been set, in step 102, the threshold value setting processing unit 81 sets the input threshold value, supplies the set threshold value to the alarm generation processing unit 82, and sets the threshold value. The threshold value is supplied to the information storage unit 91 related to the plan proposal of the storage device 6C and stored.

In step 103, the screen information generation unit 11E determines whether or not the format has been specified. If it is determined in step 103 that the format has not been specified, the process returns to step S101, and the subsequent processes are repeated.

When it is determined in step 103 that the format has been specified, in step 104, the screen information generation unit 11E reads out the format corresponding to the list of type classification results from the format storage unit 71 and extracts the third. The unit 11D is controlled to extract data necessary for generating information corresponding to the read format from each unit of the storage device 6C. The third extraction unit 11D extracts the information necessary for generating the information corresponding to the format.

In step 105, the screen information generation unit 11E instructs the calculation unit 53 to calculate the data necessary for generating the information corresponding to the read format. The arithmetic unit 53 executes arithmetic processing necessary for generating information corresponding to the format.

In step 106, the screen information generation unit 11E determines whether or not the format requires alarm generation. If it is determined in step 106 that the format does not require alarm generation, the process proceeds to step S108 described later.

If it is determined in step 106 that the format requires alarm generation, in step S107, the alarm generation process described later is executed using the flowchart of FIG. 140.

If it is determined in step 106 that the format does not require alarm generation, or after the processing in step S107 is completed, in step 108, the screen information generation unit 11E determines whether or not the format requires indexing. do. If it is determined in step 108 that the format does not require indexing, the process proceeds to step S110 described later.

In step 108, when the screen information generation unit 11E determines that the format requires indexing, in step S109, the indexing process described later is executed using the flowchart of FIG. 141.

If it is determined in step 108 that the format does not require indexing, or after the processing in step S109 is completed, in step 110, the screen information generation unit 11E is the data extracted by the third extraction unit 11D. , And, if necessary, the information supplied from the alarm generation processing unit 82, the indexing result supplied from the indexing processing unit 84, or the problem extraction by the problem extraction unit 85. Results and improvement examples Using the improvement example extraction results extracted by the extraction unit 86, information corresponding to the format is generated, transmitted to the client terminal 3 via the network 2, or supplied to the input / output device 7 for display. Etc. are executed.

In step 111, the screen information generation unit 11E determines whether or not the input for the output information has been received from the client terminal 3 or the input / output device 7. If it is determined in step 111 that the input for the output information has not been received, the process is terminated.

If it is determined in step 111 that the input for the output information has been received, in step 112, the screen information generation unit 11E stores the input information in the corresponding location of the storage device 6C.

In step 113, the screen information generation unit 11E reflects the information input to the information corresponding to the format, for example, generates display image data as described with reference to FIG. 119, and via the network 2, the screen information generation unit 11E generates the display image data. It is transmitted to the client terminal 3 or supplied to the input / output device 7 to execute output processing such as display, and the processing is completed.

In this way, in the asset management support system 1C, various formats are used to generate alarms for numerical values that require attention, and to index for the evaluation of the current state of facilities and the evaluation of improvement plans. By doing so, the operator of the client terminal 3 or the asset management support device 4C can provide information that is easy to understand concretely about the series of flow from grasping the current situation to the concept of improvement, confirmation of the effect of the improvement plan, and finalization of the maintenance plan. It can be provided to the user.

Next, the alarm generation process executed in step S107 of FIG. 138 will be described with reference to the flowchart of FIG. 140.

In step S131, the alarm generation processing unit 82 acquires the extraction result of each numerical value corresponding to the format extracted from each unit of the storage device 6C and the calculation result by the calculation unit 53 by the processing of the third extraction unit 11D. do.

In step S132, the alarm generation processing unit 82 receives the threshold information related to the item corresponding to the format set by the threshold setting processing unit 81 from the threshold setting processing unit 81 or the plan proposal related information storage unit 91. get.

In step S133, the alarm generation processing unit 82 determines whether or not there is a value exceeding the threshold value. If it is determined in step S133 that there is no value exceeding the threshold value, the process proceeds to step S108 of FIG. 138.

When it is determined in step S133 that there is a value exceeding the threshold value, in step S134, the alarm generation processing unit 82 performs the processing necessary for generating an alarm, for example, as described with reference to FIG. 116. Execute and control the screen information generation unit 11E to display, for example, a "!" Symbol for attracting the user's attention in the part corresponding to the value exceeding the threshold value, and highlight the corresponding numerical value. The process proceeds to step S108 of FIG. 138.

By such processing, for example, when display image data including information on a portion to which "immediate action is required (D)" is added as facility deterioration information is generated, the alarm generation processing unit 82 uses the user. It is possible to simultaneously output an alarm that emphasizes the need to respond immediately. Therefore, the operator of the client terminal 3 or the user of the asset management support device 4C can easily recognize the points that need to be dealt with immediately.

Next, the indexing process executed in step S109 of FIG. 139 will be described with reference to the flowchart of FIG. 141.

In step S151, the indexing processing unit 84 acquires the evaluation reference value of each corresponding item from the evaluation reference value setting unit 83 or the plan proposal related information storage unit 91. The evaluation reference value is a value set by the evaluation reference value setting unit 83. The evaluation reference value setting unit 83 sets a numerical value considered to be optimal in each item of indexing included in the format read by the screen information generation unit 11E, that is, as a target when performing repair or remodeling. A numerical value suitable for this is set as an evaluation reference value, supplied to the indexing processing unit 84, and supplied to the plan proposal-related information storage unit 91 for storage.

In step S152, the indexing processing unit 84 calculates a value to be used for the stage evaluation for indexing based on the evaluation reference value. Specifically, the indexing processing unit 84 can perform a five-step evaluation with the evaluation reference value as the median value, that is, 3. It should be noted that the indexing by the indexing processing unit 84 may be performed in any number of stages other than the five stages, and the range of numerical values to be given to each stage of indexing is appropriately empirically and experimentally optimal. It is a matter for which the value can be designed.

In step S153, the indexing processing unit 84 acquires the indexed numerical value, that is, the data extracted by the third extraction unit 11D, or the calculation result by the calculation unit 53.

In step S154, the indexing processing unit 84 indexes the acquired numerical value based on the calculation result of the evaluation reference value and the value used for the step evaluation for indexing.

In step S155, the indexing processing unit 84 supplies the indexing result to the screen information generation unit 11E, and the processing proceeds to step S110 of FIG. 139.

By such processing, indexing can be performed for the evaluation of the current state of the facility and the evaluation of the improvement plan. Therefore, the asset management support device 4C provides the user with specific and easy-to-understand information. The quality of asset management support can be improved.

As explained above, in the asset management support device 4C, by generating an alarm for numerical values that require attention, and by indexing for the evaluation of the current state of the facility and the evaluation of improvement plans, further It is possible to provide users with specific and easy-to-understand information and improve the quality of asset management support.

A part or all of the series of processes described in the embodiment of the present invention may be executed by hardware or may be executed by software. Further, the program executed by the computer may be a program in which processing is performed in chronological order according to the order described in the present specification, in parallel, or at a necessary timing such as when a call is made. It may be a program in which processing is performed.

In the present invention, for example, an organization that manages a school facility can easily grasp the deterioration status of the school facility that is the management target, and the future maintenance / renewal cost can be determined according to the deterioration status and the financial constraint line. It can be calculated and support the management and operation of the facility.

1,1A, 1B, 1C ... Asset management support system, 2 ... Network, 3 ... Client terminal, 4,4A, 4B, 4C ... Asset management support device, 5 ... Communication device, 6,6B, 6C ... Storage device, 7 ... Input / output device, 11, 11A, 11E ... Screen information generation unit, 11B ... First extraction unit, 11C ... Second extraction unit, 11D ... Third extraction unit, 12 ... Information storage processing unit, 13 ... Deterioration Situation evaluation department, 14 ... financial constraint line setting department, 15 ... maintenance standard value setting department, 16 ... maintenance policy decision department, 17 ... business content setting department, 18 ... site-specific identification department, 19 ... site-specific cost calculation department, 20 ... Maintenance standard value update unit, 21 ... Accounting interlocking unit, 22, 22B ... Simulation unit, 31 ... Facility information storage unit, 32 ... Deterioration information storage unit, 33 ... Evaluation information storage unit, 34 ... Maintenance policy information storage unit, 51 ... Classification information acquisition unit, 52 ... Type classification processing unit, 53 ... Calculation unit, 71 ... Format storage unit, 72 ... Utilization study related information storage unit, 81 ... Threshold setting processing unit, 82 ... Alarm generation processing unit, 83 ... Evaluation Reference value setting unit, 84 ... Indexing processing unit, 85 ... Problem extraction unit, 86 ... Improvement example extraction unit, 87 ... Improvement result expected value calculation unit, 91 ... Plan proposal related information storage unit

Claims (13)

An information storage processing unit that links basic information of school facilities, facility ledgers, and fixed asset ledgers and stores them in the storage unit.
A calculation unit that calculates a numerical value for expressing the usage status of the school facility by using the value of each item stored in the storage unit.
A classification information acquisition unit that acquires multiple classification information that is the basis of type classification,
A type classification processing unit that classifies the school facility according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit.
The type classification result of the school facility by the type classification processing unit and a format capable of displaying a plurality of the items corresponding to the school facilities classified into the respective types are stored and stored in the storage unit. Format storage processing unit to be made to
A screen information generation unit that generates display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result by the calculation unit.
The school facility classified into the predetermined type, which is input by a user who has referred to the display data regarding a plurality of the school facilities classified into the predetermined type generated and displayed by the screen information generation unit. This is an evaluation standard value for evaluating one of the school facilities classified into the predetermined type based on the value as a review standard at the time of rebuilding, and is 2 of the one school facility. An evaluation standard value setting unit that sets the evaluation standard value for each predetermined item related to one or more evaluation item categories, and an evaluation standard value setting unit.
A value used for grade evaluation for indexing N steps (N is an integer of 1 or more) with the evaluation reference value set by the evaluation reference value setting unit as the median is calculated, and based on the calculation result, the value is calculated. A value of a predetermined item among the items of the school facility stored in the storage unit, or an indexing processing unit that calculates an indexing result obtained by indexing the calculation result by the calculation unit into N stages. An asset management support system characterized by having. The asset management support system according to claim 1.
A threshold setting processing unit that sets a numerical value deviating from the evaluation reference value set by the evaluation reference value setting unit by a predetermined ratio as a threshold value, and a threshold value setting processing unit.
When there is a value exceeding the threshold value set by the threshold value setting processing unit among the display data generated by the screen information generation unit, the screen information generation unit is controlled to browse the display data. An asset management support system further comprising a display control unit that alerts the user to a value exceeding the threshold value. The asset management support system according to claim 1.
A threshold setting processing unit that sets a numerical value deviating from the evaluation reference value set by the evaluation reference value setting unit by a predetermined ratio as a threshold value, and a threshold value setting processing unit.
Among the items associated with the school facility to be examined, the item or the item whose indexing result indicates that the value is different from the evaluation reference value in the processing of the indexing processing unit. When the item exceeding the threshold value set by the threshold value setting processing unit exists, the problem extraction to extract the information associated with the predetermined item from the storage unit as the information to be the current problem. An asset management support system characterized by having more departments. The asset management support system according to claim 1.
By the processing of the information storage processing unit, the storage unit further stores a value stipulated by law as a numerical value suitable for setting as a target when renovating or remodeling the school facility.
A threshold setting processing unit that sets a numerical value that deviates from the value specified by the law by a predetermined ratio as a threshold, and
When there is a value exceeding the threshold value set by the threshold value setting processing unit among the display data generated by the screen information generation unit, the screen information generation unit is controlled to view the display data. An asset management support system further comprising a display control unit that alerts the user to a value exceeding the threshold value. The asset management support system according to claim 1.
By the processing of the information storage processing unit, the storage unit further stores a value stipulated by law as a numerical value suitable for setting as a target when renovating or remodeling the school facility.
A threshold setting processing unit that sets a numerical value that deviates from the value specified by the law by a predetermined ratio as a threshold, and
Among the items associated with the school facility to be examined, the item or the item whose indexing result indicates that the value is different from the evaluation reference value in the processing of the indexing processing unit. When the item exceeding the threshold value set by the threshold value setting processing unit exists, the problem extraction to extract the information associated with the predetermined item from the storage unit as the information to be the current problem. An asset management support system characterized by having more departments. The asset management support system according to claim 1.
A threshold setting processing unit that sets a predetermined numerical value input by the user as a threshold value, and
When there is a value exceeding the threshold value set by the threshold value setting processing unit among the display data generated by the screen information generation unit, the screen information generation unit is controlled to view the display data. An asset management support system further comprising a display control unit that alerts the user to a value exceeding the threshold value. The asset management support system according to claim 1.
A threshold setting processing unit that sets a predetermined numerical value input by the user as a threshold value, and
Among the items associated with the school facility to be examined, the item or the item whose indexing result indicates that the value is different from the evaluation reference value in the processing of the indexing processing unit. When the item exceeding the threshold value set by the threshold value setting processing unit exists, the problem extraction to extract the information associated with the predetermined item from the storage unit as the information to be the current problem. An asset management support system characterized by having more departments. Basic information on school facilities, facility ledgers, and fixed asset ledgers, as well as values stipulated by law as numerical values suitable for setting targets when renovating or remodeling the school facilities. An information storage processing unit that is attached and stored in the storage unit to store it,
A calculation unit that calculates a numerical value for expressing the usage status of the school facility by using the value of each item stored in the storage unit.
An evaluation standard value setting unit that sets an evaluation standard value for each predetermined item related to the school facility based on the value stored in the storage unit and defined by the law.
A value used for grade evaluation for indexing N steps (N is an integer of 2 or more) with the evaluation reference value set by the evaluation reference value setting unit as the median is calculated, and based on the calculation result, the value is calculated. An indexing processing unit that calculates the value of a predetermined item among the items of the school facility stored in the storage unit, or an indexing result obtained by indexing the calculation result by the calculation unit into N stages.
A classification information acquisition unit that acquires multiple classification information that is the basis of type classification,
A type classification processing unit that classifies the school facility according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit.
The type classification result of the school facility by the type classification processing unit and a format capable of displaying a plurality of the items corresponding to the school facilities classified into the respective types are stored and stored in the storage unit. Format storage processing unit to be made to
A screen information generation unit that generates display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result by the calculation unit.
It is a threshold for managing the value of the item corresponding to each of the school facilities classified into the predetermined type, and is classified into the predetermined type generated and displayed by the screen information generation unit. The threshold value is a value input by a user who has referred to the display data regarding the plurality of the school facilities and deviates by a predetermined ratio from the value which is a reference value for review at the time of rebuilding the school facility classified into the predetermined type. The threshold setting processing unit to be set as
Among the display data generated by the screen information generation unit, the value corresponding to the item of the school facility of one of the display data classified into the predetermined type is set by the threshold value setting processing unit. When a value exceeding the threshold value is present, the screen information generation unit is controlled to have a display control unit that alerts a user viewing the display data to pay attention to the value exceeding the threshold value. An asset management support system characterized by this. Basic information on school facilities, facility ledgers, and fixed asset ledgers, as well as values stipulated by law as numerical values suitable for setting targets when renovating or remodeling the school facilities. An information storage processing unit that is attached and stored in the storage unit to store it,
A calculation unit that calculates a numerical value for expressing the usage status of the school facility by using the value of each item stored in the storage unit.
An evaluation standard value setting unit that sets an evaluation standard value for each predetermined item related to the school facility based on the value stored in the storage unit and defined by the law.
A value used for grade evaluation for indexing N steps (N is an integer of 2 or more) with the evaluation reference value set by the evaluation reference value setting unit as the median is calculated, and based on the calculation result, the value is calculated. An indexing processing unit that calculates the value of a predetermined item among the items of the school facility stored in the storage unit, or an indexing result obtained by indexing the calculation result by the calculation unit into N stages.
A classification information acquisition unit that acquires multiple classification information that is the basis of type classification,
A type classification processing unit that classifies the school facility according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit.
The type classification result of the school facility by the type classification processing unit and a format capable of displaying a plurality of the items corresponding to the school facilities classified into the respective types are stored and stored in the storage unit. Format storage processing unit to be made to
A screen information generation unit that generates display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result by the calculation unit.
It is a threshold for managing the value of the item corresponding to each of the school facilities classified into the predetermined type, and is classified into the predetermined type generated and displayed by the screen information generation unit. The threshold value is a value input by a user who has referred to the display data regarding the plurality of the school facilities and deviates by a predetermined ratio from the value which is a reference value for review at the time of rebuilding the school facility classified into the predetermined type. The threshold setting processing unit to be set as
Among the items associated with the school facility, which is one of the items classified into the predetermined type classification, the value is different from the evaluation reference value in the processing of the indexing processing unit. When there is an item that exceeds the predetermined value or the threshold value set by the threshold value setting processing unit, which is the indexing result shown, the information associated with the predetermined item is stored in the storage unit. An asset management support system characterized by having an issue extraction unit that extracts information that is the current issue. An information storage processing unit that links basic information of school facilities, facility ledgers, and fixed asset ledgers and stores them in the storage unit.
A calculation unit that calculates a numerical value for expressing the usage status of the school facility by using the value of each item stored in the storage unit.
An evaluation standard value setting unit that sets an evaluation standard value for each predetermined item related to the school facility based on a value input by the user, and an evaluation standard value setting unit.
A value used for grade evaluation for indexing N steps (N is an integer of 2 or more) with the evaluation reference value set by the evaluation reference value setting unit as the median is calculated, and based on the calculation result, the value is calculated. An indexing processing unit that calculates the value of a predetermined item among the items of the school facility stored in the storage unit, or an indexing result obtained by indexing the calculation result by the calculation unit into N stages.
A classification information acquisition unit that acquires multiple classification information that is the basis of type classification,
A type classification processing unit that classifies the school facility according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit.
The type classification result of the school facility by the type classification processing unit and a format capable of displaying a plurality of the items corresponding to the school facilities classified into the respective types are stored and stored in the storage unit. Format storage processing unit to be made to
A screen information generation unit that generates display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result by the calculation unit.
It is a threshold for managing the value of the item corresponding to each of the school facilities classified into the predetermined type, and is classified into the predetermined type generated and displayed by the screen information generation unit. A numerical value deviated by a predetermined ratio from a value input by the user who referred to the display data regarding the plurality of the school facilities and which is a reference value for review at the time of rebuilding the school facility classified into the predetermined type. The threshold setting processing unit that sets as a threshold, and
Among the display data generated by the screen information generation unit, the value corresponding to the item of the school facility of one of the display data classified into the predetermined type is set by the threshold value setting processing unit. When a value exceeding the threshold value is present, a display control unit that controls the screen information generation unit and causes the user who browses the display data to pay attention to the value exceeding the threshold value. An asset management support system characterized by having. An information storage processing unit that links basic information of school facilities, facility ledgers, and fixed asset ledgers and stores them in the storage unit.
A calculation unit that calculates a numerical value for expressing the usage status of the school facility by using the value of each item stored in the storage unit.
An evaluation standard value setting unit that sets an evaluation standard value for each predetermined item related to the school facility based on a value input by the user, and an evaluation standard value setting unit.
A value used for grade evaluation for indexing N steps (N is an integer of 2 or more) with the evaluation reference value set by the evaluation reference value setting unit as the median is calculated, and based on the calculation result, the value is calculated. An indexing processing unit that calculates the value of a predetermined item among the items of the school facility stored in the storage unit, or an indexing result obtained by indexing the calculation result by the calculation unit into N stages.
A classification information acquisition unit that acquires multiple classification information that is the basis of type classification,
A type classification processing unit that classifies the school facility according to the classification information acquired by the classification information acquisition unit based on the information stored in the storage unit or the calculation result by the calculation unit.
The type classification result of the school facility by the type classification processing unit and a format capable of displaying a plurality of the items corresponding to the school facilities classified into the respective types are stored and stored in the storage unit. Format storage processing unit to be made to
A screen information generation unit that generates display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result by the calculation unit.
It is a threshold for managing the value of the item corresponding to each of the school facilities classified into the predetermined type, and is classified into the predetermined type generated and displayed by the screen information generation unit. The threshold value is a value input by a user who has referred to the display data regarding the plurality of the school facilities and deviates by a predetermined ratio from the value which is a reference value for review at the time of rebuilding the school facility classified into the predetermined type. The threshold setting processing unit to be set as
Among the items associated with the school facility, which is one of the items classified into the predetermined type classification, the value is different from the evaluation reference value in the processing of the indexing processing unit. When there is an item that exceeds the predetermined value or the threshold value set by the threshold value setting processing unit, which is the indexing result shown, the information associated with the predetermined item is stored in the storage unit. An asset management support system characterized by having an issue extraction unit that extracts information that is the current issue. It is an asset management support method by an asset management support system that has an information storage processing unit that links basic information of school facilities, facility ledgers, and fixed asset ledgers and stores them in the storage unit.
A calculation step for calculating a numerical value for expressing the usage status of the school facility using the value of each item stored in the storage unit, and
Classification information acquisition step to acquire multiple classification information that is the basis of type classification,
Type classification processing for classifying the school facility according to the classification information acquired by the processing of the classification information acquisition step based on the information stored in the storage unit or the calculation result of the processing of the calculation step. Steps and
The storage unit stores the type classification result of the school facility by the processing of the type classification processing step and a format capable of displaying a plurality of the items corresponding to the school facility classified into each of the types. Format storage processing step to store
A screen information generation step for generating display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result obtained by the processing of the calculation step.
The school facility classified into the predetermined type, which is input by the user who referred to the display data regarding the plurality of the school facilities classified into the predetermined type displayed by the process of the screen information generation step. It is an evaluation standard value for evaluating one of the said school facilities classified into the said predetermined type based on the value which becomes the review standard at the time of rebuilding, and two of the said one said school facilities. The evaluation standard value setting step for setting the evaluation standard value for each predetermined item related to the above evaluation item classification, and
The value used for the stage evaluation for indexing the N stage (N is an integer of 2 or more) with the evaluation standard value set by the processing of the evaluation standard value setting step as the median is calculated, and based on the calculation result. Then, the value of a predetermined item among the items of the school facility stored in the storage unit, or the indexing process step of calculating the indexing result obtained by indexing the calculation result by the calculation step into N stages. An asset management support method characterized by including and. An asset management support system that has an information storage processing unit that links basic information of school facilities, facility ledgers, and fixed asset ledgers and stores them in the storage unit.
A calculation step for calculating a numerical value for expressing the usage status of the school facility using the value of each item stored in the storage unit, and
Classification information acquisition step to acquire multiple classification information that is the basis of type classification,
Type classification processing for classifying the school facility according to the classification information acquired by the processing of the classification information acquisition step based on the information stored in the storage unit or the calculation result of the processing of the calculation step. Steps and
The storage unit stores the type classification result of the school facility by the processing of the type classification processing step and a format capable of displaying a plurality of the items corresponding to the school facility classified into each of the types. Format storage processing step to store
A screen information generation step for generating display data based on the format stored in the storage unit by using the information stored in the storage unit or the calculation result obtained by the processing of the calculation step.
The school facility classified into the predetermined type, which is input by the user who referred to the display data regarding the plurality of the school facilities classified into the predetermined type displayed by the process of the screen information generation step. It is an evaluation standard value for evaluating one of the said school facilities classified into the said predetermined type based on the value which becomes the review standard at the time of rebuilding, and two of the said one said school facilities. The evaluation standard value setting step for setting the evaluation standard value for each predetermined item related to the above evaluation item classification, and
The value used for the stage evaluation for indexing the N stage (N is an integer of 2 or more) with the evaluation standard value set by the processing of the evaluation standard value setting step as the median is calculated, and based on the calculation result. Then, the value of a predetermined item among the items of the school facility stored in the storage unit, or the indexing process step of calculating the indexing result obtained by indexing the calculation result by the calculation step into N stages. A program that executes a process characterized by including and.

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