JP5043909B2 - Office relocation plan support system - Google Patents

Description

  The present invention relates to an office relocation plan support system that comprehensively supports an office relocation plan.

  Regarding the office relocation, a lot of work such as planning of relocation plan, cost calculation, process confirmation of construction / relocation work, restoration of original state of relocation source, etc. occurs. In the past, each of these operations was individually planned and performed. Accordingly, there is a problem that not only the work man-hours related to the planning become enormous, but also it is difficult to calculate the exact work man-hours and costs due to the defects of each plan.

  In this regard, a technique for automatically generating an office layout (for example, Patent Document 1) and a technique for supporting the planning of a relocation work among the relocation plans (for example, Patent Document 2) have been individually proposed. .

JP 2001-184375 A JP 2004-185403 A

  However, since each system is independent, there is a problem that when a discrepancy occurs between the planned plans, it is difficult to find and modify the plan.

  The present invention provides an office relocation plan support system capable of greatly shortening a planning operation without causing a conflict between the planned operations by integrating and managing a series of planning operations related to the relocation of an office. For the purpose.

The present invention relates to a desk arrangement pattern database for storing desk arrangement patterns, a legal database for storing related laws and regulations relating to layout, a standard construction cost database for storing standard construction costs for various constructions, and a standard construction period for various constructions. The standard construction period database that stores the data, the transfer source floor specification data group that is the transfer source equipment information, the transfer source database that stores the owned equipment specification data group that is the owned equipment information of the transfer source, and the transfer plan that outlines the transfer plan Each desk is identified with a summary data group, a destination floor specification data group that is destination facility information including information about the OA floor, and a layout specification data group that is information about the layout of the destination including information about the partition. Occupancy plan database to be stored in island units and move from the occupancy plan database The plan outline data group, the destination floor specification data group, and the layout specification data group are read, the desk arrangement pattern is read from the desk arrangement pattern database based on the layout specification data group, and the legal database is based on the layout specification data group. The minimum standard of the distance between the islands of the desk and the desk is read, the designated desk is placed on the designated island, and each desk is placed in the designated area so that the placement of each island meets the legal standard. Relocation destination layout that creates a relocation destination map by automatically allocating partitions according to the direction of placement, the start point of placement, and the end point of placement, and automatically placing OA floors by specifying and automatically placing in island units The preparation means, the relocation plan summary data group and the relocation destination floor specification data group from the occupancy plan database Relocation data diagram creation means that reads the Iout specification data group, searches for loads, creates power supply wiring diagrams and information wiring diagrams that connect the loads, and relocation plan summary data groups and relocation destinations Read the floor specification data group and layout specification data group, read information on the standard construction cost from the standard construction cost database based on the registered construction name, and create a rough estimate of the construction cost for moving in Read the summary plan creation method, move plan overview data group, move destination floor specification data group, and layout specification data group from the move-in plan database, and read the move source floor specification data group and owned equipment specification data group from the move source database. , Price summary table for newly purchased fixtures and information equipment and fixture moving work confirmation table based on registered construction name The moving work cost summary table creation means to create the equipment transfer plan and moving work cost summary table, and the standard construction cost information from the standard construction cost database are read, and the floor specification data group and the owned equipment specifications from the source database Read the data group, read the original restoration work cost table preparation means to create the original restoration work cost table according to the designated restoration work items, and read the information on the reference construction period from the reference construction period database Provided is an office relocation plan support system comprising relocation plan process schedule creation means for creating a process schedule related to relocation based on a schedule.

  According to the present invention, there is no inconvenience between planned plans, and it is possible to greatly shorten the planning work.

It is a schematic diagram which shows the structure of an office relocation plan support system. It is a flowchart showing operation | movement of an office relocation plan support system. It is a figure which shows the registration screen of transfer origin building facility information. It is a figure which shows the specification and arrangement | positioning input screen of joinery. It is a figure which shows the example of a possession equipment information registration screen. It is a figure which shows the other example of a possession equipment information registration screen. It is a figure which shows the example of a transfer origin layout figure display screen. It is a figure which shows the example of the registration screen of transfer destination building facility information. It is a figure which shows the specification and arrangement | positioning input screen of the fitting of a transfer destination. It is a figure which shows the example of a pop-up screen. It is a figure which shows the example of the screen which performs the automatic arrangement | positioning of a desk. It is a figure which shows the example by which the desk was arrange | positioned automatically. FIG. 6 is a diagram illustrating an example of a copier and FAX registration / selection screen. It is a figure which shows the example of an OA floor laying registration screen. It is a figure which shows the example of the partition arrangement | positioning screen of a transfer destination. It is a figure which shows the example of an occupancy equipment requirement specification. It is a figure which shows the example of a transfer destination layout figure. It is a figure which shows the example of a construction condition input screen. It is a figure which shows the example of a floor power supply schematic wiring diagram. It is a figure which shows the example of an occupancy construction cost estimation table. It is a figure which shows the example of a new purchase price summary table. It is a figure which shows the example of the fixture movement work confirmation table among transfer work plan tables. It is a figure which shows the example of a fixture relocation plan figure among transfer work plan tables. It is a figure which shows the example of a moving work cost summary table among transfer work plan tables. It is a figure which shows the example of a transfer origin original state restoration construction cost table. It is a figure which shows the example of a transfer plan process schedule.

  Hereinafter, an office relocation plan support system according to an embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 is a schematic diagram showing the configuration of an office relocation plan support system. As shown in FIG. 1, the office relocation plan support system includes an input / output terminal 101, a control unit 102 including a calculation device such as a CPU, a storage device such as a memory, and an input / output interface, and a database group. The control unit 102 can use a server or a personal computer.

  The database group includes a desk arrangement pattern DB 103 for storing desk arrangement patterns (hereinafter, the database is abbreviated as DB), a legal DB 104 for storing layout-related related regulations, and a standard for storing standard construction costs for various constructions. Construction cost DB 105, standard construction period DB 106 that stores the standard construction period of various constructions, relocation source DB 107 that stores data related to the relocation source office, occupancy plan DB 108 that stores data related to the relocation destination office, and output data Output data DB 109.

  The desk arrangement pattern DB 103 stores “desk arrangement pattern name”, “desk type”, “desk top plate shape”, “desk dimensions (width mm × depth mm × height mm)”, “desk price” for each desk arrangement pattern. , “The number of desks”, and “images” are stored. Examples of stored data are “desk layout pattern name” “face-to-face island type”, “desk type” “single sleeve cabinet type”, “desk top plate shape” “rectangular top plate”, “desk dimensions ( (Width mm × depth mm × height mm) ”is“ 1200 × 700 × 700 ”,“ desk price ”is“ 50000 yen ”,“ number of desks ”is“ 2 ”, and“ image ”is for drawing creation The top view of is stored.

  The regulation DB 104 stores layout creation standard data based on laws and regulations. For example, the data of the desk island interval are “island edge size 120 cm” and “island space size 160 cm”.

The standard construction cost DB 105 stores “construction name”, “standard construction cost”, and “unit” for each construction type. As examples of stored data, “construction name” is “floor panel laying work set”, “standard construction cost” is “5000 yen”, and “unit” is “m ² ”.

The reference work period DB 106 stores “work name”, “reference work period”, and “unit” for each work type. As examples of stored data, “construction name” is “floor panel laying construction”, “standard construction period” is “2”, and “unit” is “time / m ² ”.

  The relocation source DB 107 stores a relocation source floor specification data group and a owned facility specification data group. Source floor specification data group includes, for example, “floor shape”, “floor area”, “floor height”, “joint specification, number per specification”, “interior specification”, fluorescent lamp lighting, blowing anemone, air conditioning equipment, etc. "Ceiling equipment specifications, number per specification".

The “floor shape” is stored by the coordinate group of the grid. Examples of other data to be stored are “floor area” of “1200 m ² ”, “floor height” of “sixth floor”, “spec of fittings, number per specification” “steel single door, 6”, The “interior specification” is “non-combustible gypsum board”, and the “ceiling equipment specification, number per specification” is “lighting equipment: reverse Fuji type fluorescent lamp lighting 40W × 2 lights, 30”.

  The owned equipment specification data group includes, for example, “desk specification, number per specification”, “chair specification, number per specification”, “storage furniture specification, number per specification”, “phone / information equipment specification, number per specification. ”,“ Office equipment specifications, number per specification ”,“ Partition specifications, height, length ”,“ OA floor specifications, height, area ”,“ Business support equipment specifications, number per specification ”,“ Life "Specifications of support equipment, number per specification".

Examples of stored data are “desk specifications, number per specification” is “single sleeve cabinet type, 4”, “chair specifications, number per specification” is “chair with elbows, 4”, “storage furniture specification, “Number per specification” is “Hi-Locker, 8”, “Telephone / information equipment specification, number per specification” is “Telephone: Analog line, 20”, “Office equipment specification, number per specification” is “FAX, 1 ”,“ Partition specification, height, length ”is“ Cloth cloth low partition, 1600 mm, 400 cm ”,“ OA floor specification, height, area ”is“ Steel hollow panel / post separation type, 100 mm, 1200 m ^{2 ”} "" Specifications of business support equipment, number per specification "is" Air conditioning: Floor-mounted package type 2HP, 2 "," Specifications of life support equipment, number per specification "is" Refrigerator: Rated internal volume 130L, 1 Is.

  The occupancy plan DB 108 stores a relocation plan summary data group indicating a summary of the relocation plan, a relocation destination floor specification data group that is relocation destination facility information, and a layout specification data group that is information related to the relocation destination layout.

  The relocation plan summary data group consists of “Company name”, “Department name”, “Number of residents”, “Scheduled completion date”, “Relocation source location”, “Relocation source building name, number of floors”, “Relocation location”, "Relocation destination building name, number of floors" etc.

  The destination floor specification data group includes, for example, “floor shape”, “floor area”, “floor height”, “joint specification, number per specification”, “interior specification”, fluorescent lamp lighting, blowing anemone, air conditioning equipment, etc. "Ceiling equipment specifications, number per specification". An example of the stored data is the same as the transfer source floor specification data group.

  A layout specification data group is registered for each required equipment specification. For example, “required desk specifications, number per specification”, “desk layout pattern, layout”, “necessary number of conference rooms, capacity for each room, layout” , “Storage furniture specifications, layout”, “telephone / information equipment specifications, layout”, “OA floor specifications, height, range”, “business support equipment specifications, layout”, “life support equipment specifications, layout”, etc. It is.

  Examples of stored data include “necessary desk specifications, number per specification” as “single sleeve cabinet type, 24”, “desk layout pattern, layout” as “island type-II, (35, 10)”, “ The number of required conference rooms, the number of people accommodated in each room, and the layout are “1 conference room for 2, 8 people, 1 conference room for 12 people, (0,8), (0,17)”, “storage furniture specification, “Arrangement” is “High Locker, (7, 3)”, “Telephone / Information Equipment Specification, Arrangement” is “Telephone: Analog Line, Per Desk”, “OA Floor Specification, Height, Range” is “Steel Hollow Panel Separation type, 100 mm, (0,10)-(45,45) ”,“ specification and arrangement of business support equipment ”is“ air conditioning: floor mounted package type 2 hp, (15, 20) ”,“ life support equipment ” Is “refrigerator: rated internal volume 130L, (25, 20)”. The output data DB 109 temporarily stores output data groups.

  FIG. 2 is a flowchart showing the operation of the office relocation plan support system. As shown in FIG. 2, in step 201, the office relocation plan support system registers the outline of the relocation plan in the occupancy plan DB. That is, the office relocation plan support system stores the relocation plan summary data group received from the input / output terminal 101 in the occupancy plan DB 106.

  In step 202, the office relocation plan support system registers the relocation source information in the relocation source DB 107. That is, the office relocation plan support system stores in the relocation source DB 107 a relocation source floor specification data group that is relocation source facility information and a relocation facility specification data group that is relocation facility information received from the input / output terminal 101. To do.

  In step 203, the office relocation plan support system reads the relocation source floor specification data group and the owned facility specification data group from the relocation source DB 107, creates a relocation source layout diagram, and stores it in the output data DB 109.

  In step 204, the office relocation plan support system registers the relocation information in the occupancy plan DB. That is, the office relocation plan support system stores the relocation destination floor specification data group and the layout specification data group received from the input / output terminal 101 in the occupancy plan DB 108.

  In step 205, the office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, creates a resident equipment requirement specification, and outputs it to the output data DB 109. To do.

  In step 206, the office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, and the desk layout “ The reference of the interval between the islands and the edge dimension is read, the desk arrangement pattern is read from the desk arrangement pattern DB 103, the transfer destination layout diagram is created, and stored in the output data DB 109.

  In step 207, the office relocation plan support system reads the relocation plan summary data group, relocation destination floor specification data group, and layout specification data group from the occupancy plan DB 108, and relocation destinations such as power supply wiring, LAN wiring, and telephone line wiring. A wiring diagram is created and stored in the output data DB 109.

  In step 208, the office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, and from the standard construction cost DB 105 based on the registered construction name. The “construction name”, “standard construction cost”, and “unit” are read, and an occupancy cost estimation table is created and stored in the output data DB 109.

  In step 209, the office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, and the relocation source floor specification data group and the owned facilities from the relocation source DB 107. Read the specification data group. Further, the office relocation plan support system extracts the item, quantity and price of the newly purchased product, creates a newly purchased product price summary table, and stores it in the output data DB 109.

  In step 210, the office relocation plan support system reads the relocation source floor specification data group and the owned facility specification data group from the relocation source DB 107, and the relocation plan summary data group, the relocation destination floor specification data group, and layout parameters from the occupancy plan DB 108. Reads the original data group, reads "construction name", "standard construction cost", and "unit" from the standard construction cost DB 105 based on the registered construction name, creates a transfer work plan table, and stores it in the output data DB 109 To do.

  In step 211, the office relocation plan support system reads “construction name”, “standard construction cost”, and “unit” from the standard construction cost DB 105, and from the relocation source DB 107 to the relocation source floor specification data group and the owned facility specification data group, , A transfer source original restoration work cost table is created according to the original restoration work item designated from the input / output terminal 101, and stored in the output data DB 109.

  In step 212, the office relocation plan support system reads “construction name”, “standard work schedule”, and “unit” from the standard work schedule DB 106, receives inputs such as schedules from the input / output terminal 101, and creates a relocation plan schedule. And stored in the output data DB 109.

  FIG. 3 is a diagram showing a registration screen of the relocation source building facility information. As shown in FIG. 3, the office relocation plan support system inputs information on the floor of the relocation source based on the grid. Here, the grid is a virtual coordinate. The dimensions of the reference grid can be set arbitrarily. The floor shape of the transfer source is input by coordinates and stored in the transfer source DB 107.

  As shown in FIG. 3, in addition to the coordinates of the floor, “ceiling height”, “interior specification”, “specification and arrangement of joinery”, and “ceiling equipment” are input.

  FIG. 4 is a diagram showing an input screen for specifications and arrangement of joinery. As shown in FIG. 4, when “specification and arrangement of joinery” is selected, a pop-up screen for inputting the specification and arrangement of the joinery is displayed. In this pop-up screen, the specifications of the joinery are selected, and the direction and the start point coordinates that are the arrangement start points are input. When “automatic arrangement” is selected, the joinery is automatically arranged according to the designated direction and the starting point coordinates. The office relocation plan support system stores the input data in the relocation source DB 107.

  FIG. 5 is a diagram illustrating an example of the owned facility information registration screen. As shown in FIG. 5, the office relocation plan support system includes “work desk registration / selection”, “copier / fax registration / selection”, “PC registration / selection”, “phone registration / selection”, “additional air conditioning registration / selection”. Each function of “select”.

  When “work desk registration / selection” is selected, the office relocation plan support system displays a “work desk registration / selection” pop-up screen. In this pop-up screen, the registration number, desk dimensions, arrangement angle, general / manager positions, and arrangement reference point are input. Also, the desk type and desk top plate shape can be selected from pre-registered data. The desk type and desk shape can be confirmed by images. The office relocation plan support system stores the input data in the relocation source DB 107.

  When “automatic arrangement” is selected after inputting the above items, the desk is displayed on the screen according to the input items.

  FIG. 6 is a diagram illustrating another example of the owned facility information registration screen. As shown in FIG. 6, the office relocation plan support system has the functions of “high partition arrangement”, “low partition arrangement”, “entrance door arrangement”, “entrance / exit management system”, and “OA floor laying”.

  Here, when “high partition placement” is selected, the office relocation plan support system displays a “high partition placement” pop-up screen. In this pop-up screen, a partition type is selected, and an arrangement direction, an arrangement start point coordinate, and an end point coordinate are input. When a partition type is selected, a prestored image is displayed. The office relocation plan support system stores the input data in the relocation source DB 107.

  When “automatic arrangement” is selected after inputting the above items, the partition is displayed on the screen according to the input items.

  FIG. 7 is a diagram illustrating an example of a transfer source layout diagram display screen. As shown in FIG. 7, the office relocation plan support system reads the relocation source floor specification data group and the owned facility specification data group from the relocation source DB 107 and creates a relocation source layout diagram.

  The transfer source layout diagram display screen further includes buttons for “print layout diagram” for instructing output of the layout diagram and “calculation of approximate original state restoration work cost” for instructing calculation of the rough state restoration work.

  FIG. 8 is a diagram illustrating an example of a registration screen for relocation destination building facility information. As shown in FIG. 8, the office relocation plan support system inputs information regarding the relocation destination floor based on the grid. The details of the input screen are the same as the registration screen of the transfer source building facility information shown in FIG.

  FIG. 9 is a diagram illustrating an input screen for the specification and arrangement of the joinery of the relocation destination. The details of the input screen are the same as the input screen for the specification and arrangement of the transfer-source joinery shown in FIG.

  The office relocation plan support system has a function of automatically generating a layout drawing of a relocation destination desk.

  FIG. 10 is a diagram illustrating an example of a pop-up screen. FIG. 10A shows an example of a screen for selecting the type of desk layout. As shown in FIG. 10A, either “general-purpose desk layout” or “manager desk layout” can be selected.

  FIG. 10B is an example of a screen for registering each desk. As shown in FIG. 10B, a registered desk stored in the transfer source DB 107 can be selected, or a desk to be newly purchased can be selected.

  FIG. 10C shows an example of a screen for registering information on each desk. As shown in FIG. 10 (c), when the desk stored in the occupancy plan DB 108 is displayed, the registered desk type, top plate shape type, and desk dimensions are displayed, and if replacement, disposal or warehouse storage is desired. The office relocation plan support system stores the input data in the occupancy plan DB 108.

  FIG. 10D is a diagram showing a state when an island is selected on a screen for registering each desk. As shown in FIG. 10D, when an island is selected, the fact that the desk belongs to the island is stored in the occupancy plan DB.

  FIG. 10E is an example of a screen used when a desk is newly purchased. As shown in FIG. 10E, when a desk is newly purchased, the desk name is entered in the “new purchase desk registration” field.

  FIG. 10F is an example of a details input screen for a new purchase desk. As shown in FIG. 10F, for each newly purchased desk, a desk type, a top board shape, a size, and the like are input. The office relocation plan support system stores the input data in the occupancy plan DB 108.

  FIG. 11 is a diagram illustrating an example of a screen on which desks are automatically arranged. As shown in FIG. 11, when automatic placement is selected, the start point and end point of the range in which the desk is placed are designated on the screen. A mouse or the like can be used for designation.

  The office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, and between the “islands” of the desk layout based on the laws and regulations from the legal DB 104. Are read from the desk arrangement pattern DB 103, and the layout of the designated desk is created after ensuring the minimum interval within the arrangement range.

  Since the occupancy plan DB 108 stores the desks belonging to each island and the orientation of the desk, the office relocation plan support system first generates each island from these. The tenant plan DB 108 stores the order from the left side for each island. The office relocation plan support system arranges islands from the left side, arranges the next islands at standard intervals, and repeats this in order to automatically arrange the desks. If the designated desk does not fit within the placement area, it is rearranged while reducing the interval to the legal minimum interval. If the designated desk still does not fit within the placement area, an error message is displayed.

  FIG. 12 is a diagram illustrating an example in which desks are automatically arranged. As shown in FIG. 12, the office relocation plan support system places the designated desk in the placement area and the designated desk on the group-designated island.

  FIG. 13 is a diagram showing an example of a copying machine and FAX registration / selection screen. As shown in FIG. 13, when “copier / fax registration / selection” is selected, a pop-up screen for designating the arrangement of the copier / fax / printer is displayed. On this pop-up screen, the type of copier, FAX, or printer is selected. Copier, FAX, printer type and image can be selected from pre-stored or newly registered. Furthermore, an arrangement reference point is input. The office relocation plan support system stores the input data in the occupancy plan DB 108.

  FIG. 14 is a diagram illustrating an example of the OA floor laying registration screen. As shown in FIG. 14, when “OA floor laying” is selected, a pop-up screen for registering the OA floor arrangement is displayed. On this pop-up screen, the OA floor type is selected. The type and image of the OA floor can be selected in advance or newly registered.

  Furthermore, the laying range is input by the grid coordinates. The laying range is displayed with a different color. The office relocation plan support system stores the input data in the occupancy plan DB 108.

  FIG. 15 is a diagram illustrating an example of the partition arrangement screen of the transfer destination. As shown in FIG. 15, when “high partition placement” is selected, the office relocation plan support system reads the floor shape stored in the occupancy plan DB 108 and displays it on the screen, and registers the high partition placement. To display a pop-up screen.

  In this pop-up screen, the partition type is selected, and the direction in which the partition is to be placed and the start point coordinate and end point coordinate to be placed are input. The partition type and image stored in advance are displayed. The office relocation plan support system stores the input data in the occupancy plan DB 108.

  FIG. 16 is a diagram illustrating an example of a tenant facility requirement specification. As shown in FIG. 16, the office relocation plan support system reads a relocation plan summary data group, a relocation destination floor specification data group, and a layout specification data group from the occupancy plan DB 108, and creates a occupancy facility requirement specification.

  The items to be output include, for example, accommodation personnel, work desk details, locker details, partition details, necessary power outlet details, necessary information outlet details, work support facility details, life support facility details, and the like.

  FIG. 17 is a diagram illustrating an example of a destination layout diagram. As shown in FIG. 17, the office relocation plan support system creates a relocation destination diagram by arranging other input furniture at a designated position in addition to the automatically arranged desk.

  FIG. 18 is a diagram illustrating an example of a construction condition input screen. As shown in FIG. 18, when “approximate occupancy cost calculation / schematic floor wiring diagram” is selected, the office relocation plan support system reads the layout diagram stored in the occupancy plan DB 108 and displays it on the screen. A pop-up screen for entering construction conditions is displayed.

  On this pop-up screen, details of floor wiring, details of LAN wiring, and details of telephone wiring are input.

  FIG. 19 is a diagram illustrating an example of a floor power supply schematic wiring diagram. As shown in FIG. 19, the office relocation plan support system reads the layout diagram stored in the occupancy plan DB 108 and searches for loads such as a personal computer and a copy machine. The relocation plan support system aggregates the retrieved loads and generates the required number and location of outlets.

  The relocation plan support system registers a joint box that is connected to the wiring from each outlet. The relocation plan support system generates 2 to 3 transition wirings according to the allowable load and couples the joint box to the outlet distribution board. The relocation plan support system generates a floor power supply schematic wiring diagram by adding the generated outlet, wiring and joint box to the layout diagram.

  FIG. 20 is a diagram illustrating an example of a moving-in work cost estimation table. As shown in FIG. 20, the office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, and reads “construction name”, Read the “standard construction cost” and “unit”, and create the occupancy cost approximate table. Details of construction items and the estimated amount of money are listed in the occupancy work cost estimate table.

  FIG. 21 is a diagram showing an example of a newly purchased product price tabulation table. As shown in FIG. 21, the office relocation plan support system reads the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan DB 108, and the relocation source floor specification data group from the relocation source DB 107. And owned equipment specification data group. Further, the office relocation plan support system compares the owned facilities with the relocation plan facilities, extracts newly purchased items, and creates a new purchased item price summary table.

  Specifically, the office relocation plan support system extracts the equipment that has been registered for replacement purchase in the relocation plan and the equipment that has been newly registered for additional purchase, and totals the registered purchase amounts.

  The office relocation plan support system records the manufacturer, model number, price, number of units, and amount of money in the newly purchased product price summary table for each purchase fixture and purchase information device.

  FIG. 22 is a diagram illustrating an example of the fixture movement work confirmation table in the transfer work plan table. As shown in FIG. 22, the office relocation plan support system reads the relocation source floor specification data group and the owned facility specification data group from the relocation source DB 107, and the relocation plan summary data group and relocation destination floor specification data group from the occupancy plan DB 108. Read layout specification data group and create fixture movement work confirmation table.

  As shown in FIG. 22, the office relocation plan support system describes the work confirmation for each article registration number for each type of article to be moved in the furniture movement work confirmation table.

  FIG. 23 is a diagram illustrating an example of a fixture relocation plan diagram in the relocation work plan table. As shown in FIG. 23, the office relocation plan support system reads the relocation source floor specification data group and the owned facility specification data group from the relocation source DB 107, and the relocation plan summary data group and relocation destination floor specification data group from the occupancy plan DB 108. The layout specification data group is read, and a fixture relocation plan drawing with the article number is created so that the moving position of the fixture can be easily confirmed.

  As shown in FIG. 23, the office relocation plan support system describes the relocation source fixture arrangement and the relocation destination fixture arrangement in which the article number is entered in the fixture relocation plan diagram.

  FIG. 24 is a diagram illustrating an example of a moving work cost summary table in the transfer work plan table. As shown in FIG. 24, the office relocation plan support system reads the relocation source floor specification data group and the owned facility specification data group from the relocation source DB 107, and the relocation plan summary data group and relocation destination floor specification data group from the occupancy plan DB 108. And the layout specification data group, “construction name”, “standard construction cost”, and “unit” are read from the standard construction cost DB 105 to create a moving work cost summary table.

  As shown in FIG. 24, the office relocation plan support system describes the details of the construction items and the estimated amount for each schedule in the moving work cost summary table.

  FIG. 25 is a diagram showing an example of the original restoration work cost table. As shown in FIG. 25, the office relocation plan support system reads “construction name”, “standard construction cost”, and “unit” from the standard construction cost DB 105, and moves from the source DB 107 to the source floor specification data group and the owned facility specifications. Read the data group and create the original restoration work cost table.

  As shown in FIG. 25, the office relocation plan support system describes the details of the work items and the estimated approximate amount in the original restoration work cost table.

  FIG. 26 is a diagram illustrating an example of a relocation plan process chart. As shown in FIG. 26, the office relocation plan support system reads “construction name”, “standard work period”, and “unit” from the standard work schedule DB 106, accepts inputs such as schedules from the input / output terminal 101, and relocation plan process chart Create

  As shown in FIG. 26, the office relocation plan support system describes the start time and period for each process in the relocation plan process table.

  As described above, the office relocation plan support system of the present embodiment includes the desk arrangement pattern DB 103, the regulation DB 104, the standard construction cost DB 105, the standard construction period DB 106, the relocation source DB 107, and the occupancy plan DB 108. Centrally manage information on office relocation and output various data. Therefore, there is no effect between the planned plans, and the planning work can be greatly shortened.

103: Desk arrangement pattern DB
104: Legal DB
105: Standard construction cost DB,
106: Standard work period DB,
107: Relocation source DB,
108: Move-in plan DB.

Claims (4)

A desk layout pattern database for storing desk layout patterns;
A legal database that stores relevant laws related to layout;
A standard construction cost database that stores standard construction costs for various constructions,
A standard work schedule database that stores the standard work schedule of various constructions,
Relocation source database that stores the relocation source floor specification data group that is the relocation source facility information and the retained facility specification data group that is the relocation facility possession information,
Relocation plan summary data group indicating the outline of the relocation plan, relocation destination floor specification data group that is relocation destination facility information including information on the OA floor, and layout specification data group that is information regarding the relocation destination layout including information on partition Occupancy plan database that stores each island by specifying each desk,
Read the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan database, and read the desk arrangement pattern from the desk arrangement pattern database based on the layout specification data group Based on the layout specification data group, the legal standard is read from the legal database in an arbitrarily designated area, and each desk is identified and specified so that the arrangement of the islands of the desk satisfies the legal standard. A destination layout creation means for automatically creating a destination layout diagram by automatically placing a partition according to the input placement direction, placement start point and placement end point, and automatically placing an OA floor;
Reading the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan database, searching for loads, and connecting a power supply wiring diagram and an information wiring diagram to each other. Relocation destination wiring diagram creation means to create,
Read the relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group from the occupancy plan database, and information on the standard construction cost from the standard construction cost database based on the registered construction name. A means for creating a construction cost estimation table for creating a construction cost estimation table for reading and moving in,
Read information on standard construction cost from the standard construction cost database, read the relocation source floor specification data group and the owned equipment specification data group from the relocation source database, and restore the original restoration work cost according to the designated original restoration work items The original restoration work cost table preparation means to prepare the rough estimate table,
Relocation plan process schedule creation means for reading information on the standard schedule from the standard schedule database and creating a schedule for the transfer based on the specified schedule;
An office relocation plan support system.   Read the relocation source floor specification data group and the possessed equipment specification data group from the relocation source database, create a relocation source layout diagram, and arrange the fixture relocation plan diagram, fixture movement work confirmation table and moving side by side with the relocation destination layout diagram 2. The office relocation plan support system according to claim 1, further comprising a relocation work plan table creation means for creating a work cost summary table.   The relocation plan summary data group, the relocation destination floor specification data group, and the layout specification data group are read from the occupancy plan database, and the relocation source floor specification data group and the possessed facility specification data group from the relocation source database. , Extract the equipment that was registered for replacement purchase in the relocation plan and the equipment that was newly registered for additional purchase, total the registered purchase price, and create a new purchase price summary table 2. The office relocation plan support system according to claim 1, further comprising purchase price summary table creation means.   2. The office relocation plan support system according to claim 1, further comprising image display selection input means for displaying an image corresponding to an item selected when information related to office equipment is selected and input.