JP4472604B2 - Building warranty judgment system - Google Patents

Description

  The present invention is used in a building guarantee method and a building guarantee system that guarantees repair or rebuilding in the event of a disaster when a building is damaged by an earthquake, and determines whether the building can be guaranteed in advance. The present invention relates to a building guarantee method and a building guarantee system.

  Conventionally, when a building such as a house is damaged by an earthquake, earthquake insurance is known in which a predetermined amount is paid according to the state of damage.

  Such earthquake insurance is accompanied by fire insurance provided by a non-life insurance company, etc., and it is necessary to join this fire insurance.

  In addition, the amount of insurance money paid is limited to 50% of the main contract, fire insurance, and can be increased up to 30% of fire insurance. 100% of the construction contract amount is not guaranteed.

  For example, as shown in FIG. 6, assuming that the contract amount when building a building is 30 million yen, in a building with earthquake insurance as shown in FIG. Even if it is not possible, you can only receive insurance payments of up to 15 million yen, up to 50% of the main contract.

  For this reason, in the case of rebuilding, if the landlord does not bear a burden of about 15 million yen, which is 50% of the main contract, a residential building cannot be obtained.

  In addition, as shown in (B) in the figure, earthquake insurance is attached to earthquake insurance, and even if it is a building that has joined, if it burns down due to a fire at the time of the earthquake, 24 million, up to 80% of the main contract The insurance money up to the yen is paid only.

  For this reason, when rebuilding, there is a problem that if the landlord does not bear about 6 million yen, which is 20% of the main contract, he cannot obtain a habitable building.

  An investment-type large-scale natural disaster insurance system has been proposed.

  In such cases, non-insurance people are invited to raise funds for paying insurance money, and the computer system pays insurance money to insurance subscribers and distributes dividends to investors. It is comprised so that it can be confirmed whether payment is possible (for example, refer patent document 1 etc.).

  Furthermore, a risk data providing system for disasters has been proposed.

In such a case, the risk against the disaster of the target object is evaluated based on various data accumulated in advance, and the data obtained by quantifying the evaluation result or the proposal for improving the risk is presented to the terminal through the computer network. (For example, see Patent Document 2).
JP 2003-58711 A Japanese Patent No. 3428949

  However, in the conventional large-scale catastrophe insurance system configured in this way, the insurance target is the owner of all buildings including ordinary houses, so the risk increases and the guarantee is completely There was a possibility that it could not be done.

  In addition, with conventional risk data provision systems for disasters, whether or not the building can guarantee repair or rebuilding in the event of a disaster is determined based on objective criteria, even if risk assessment results are obtained. It was difficult to do.

Therefore, the present invention can be easily judged whether or not the existing or planned building is a building that can guarantee repair or rebuilding in the event of a disaster caused by a future earthquake, and is guaranteed by reducing the risk. With respect to buildings, it is an object to provide a building guarantee determination system that can provide sufficient guarantees to reduce the burden on the landlord.

In order to achieve the above object, the invention described in claim 1 is an input means for inputting data relating to the structure of a building, a database for storing various data, and a database connected to the database and stored in the database. And a processing means for performing predetermined processing based on various data, and when an existing or planned building is damaged by an earthquake, it is determined whether the repair or rebuilding of the building can be guaranteed. A system,
The database registers in advance a predetermined strength standard required for the guarantee of the building, and the processing means stores the existing building or construction from data relating to the structure of the building input by the input means. A determination unit is provided for determining whether or not the planned building satisfies a predetermined standard registered in the database in advance. In the determination unit, as the predetermined standard, the building is “promoting quality assurance of a house, etc.” Whether at least one of the earthquake resistance grade (preventing collapse of the structural frame) and the earthquake resistance grade (preventing damage to the building frame) specified in the "Housing Performance Labeling System" of It is characterized by a building guarantee determination system provided with output means for determining whether or not and outputting the result of determination by the determination means.

According to a second aspect of the present invention, the database is input by the input means in association with a customer data storage unit that stores customer data and customer data stored in the customer data storage unit. For each piece of plan information of each building data determined by the determination unit, and a building unit information storage unit that stores plan information of the building data when the existing building or a building to be built is constructed As the seismic performance evaluation result, the seismic performance evaluation result storage unit is stored in association with the customer data and the building data, and when the customer data and the building data are input by the input means, Plan information is called from the building unit information storage unit, and the seismic performance evaluation result is called from the seismic performance evaluation result storage unit. When the result of the determination by the determination means is determined to satisfy the criteria to be guaranteed when the output means outputs, the warranty written with the warranty details together with the data input by the input means The building warranty judging system according to claim 1, further comprising a warranty certificate output processing means for outputting.

Further, according to the third aspect of the present invention, in the determination means, as the predetermined reference, the building is a unit building formed by joining a plurality of building units having a steel frame ramen structure produced in a factory at a construction site. The building guarantee determination system according to claim 1, wherein whether or not the above is satisfied is determined .

And in what was described in Claim 4, in the said determination means , the said building is a unit building which joins the building unit of the load-bearing wall structure produced in the factory locally as a predetermined reference | standard. It is characterized by the guarantee determination system of the building as described in any one of Claims 1 thru | or 3 in which it is determined whether it is satisfy | filled .

According to a fifth aspect of the present invention, in the determination means, as a predetermined standard, the building is an earthquake-resistant grade (structure) defined in “Housing Performance Display System” of “Act on Promotion of Housing Quality Assurance”. 5. Any one of claims 1 to 4 in which it is determined whether or not at least one of a prevention of collapse of the housing and a seismic rating (a prevention of damage to the building) satisfies a certain level. It features the building warranty judgment system described in the section.

Further, according to the present invention, in the determination means, whether the required performance of the building has been confirmed by a predetermined seismic performance evaluation method or a system evaluation method as a predetermined standard. It is characterized by the building guarantee judgment system according to any one of claims 1 to 5 in which it is judged whether or not.

  In the first aspect of the present invention configured as described above, whether or not the building is a guarantee target is determined based on an objective criterion.

  For this reason, only low-risk buildings are guaranteed to be repaired or rebuilt in the event of a disaster due to a future earthquake, reducing the burden on the landlord who owns or plans to construct the low-risk building. The

In addition, the guaranteeing party only needs to provide guarantees to buildings with less risk, so, for example, the guarantees negotiated by the guarantee contract can be implemented more securely than when guaranteeing all ordinary houses. And reliability can be improved.
Further, according to the present invention, when data relating to the structure of a building is input from the input means, the determination means determines that the building corresponds to a predetermined standard from the data input by the input means. It is determined whether or not to do so.
The determination result is output by the output means, and the repair or rebuilding at the time of a disaster caused by a future earthquake is guaranteed in an existing or planned construction target to be guaranteed.
When the determination means determines that the standard is satisfied, the guarantee output processing means outputs a guarantee written with the guarantee contents together with the data input by the input means.
For this reason, since the data regarding the structure of the inputted building and the contents of the guarantee can be confirmed by comparing them with a single guarantee, the guarantee reliability can be further improved.

According to the third aspect of the present invention, when the existing or planned building is a unit building formed by joining a plurality of building units having a steel frame ramen structure produced at a factory at a construction site, Since the seismic strength of a certain level or more is secured, the predetermined standard is satisfied and the product is guaranteed.

  Therefore, it is possible to easily determine whether the building is a guarantee target.

  Also, if the owner is a landlord who plans to construct the unit building or owns the existing unit building, a guarantee can be received, and this is one of the judgment criteria when the landlord selects a building method.

  For this reason, construction cost of the unit building is encouraged, and the manufacturing cost can be reduced by increasing the factory production quantity of the building unit used for the configuration of the unit building.

And in what was described in Claim 4 , when the said existing or construction-scheduled building is a unit building formed by joining a plurality of building units having a load-bearing wall structure produced in a factory at the construction site, Since the seismic strength of a certain level or more is secured, the predetermined standard is satisfied and the product is guaranteed.

  Therefore, it is possible to easily determine whether the building is a guarantee target.

  Also, if the owner is a landlord who plans to construct the unit building or owns the existing unit building, a guarantee can be received, and this is one of the judgment criteria when the landlord selects a building method.

  For this reason, construction cost of the unit building is encouraged, and the manufacturing cost can be reduced by increasing the factory production quantity of the building unit used for the configuration of the unit building.

According to the fifth aspect of the present invention, as the predetermined standard, the building has an earthquake resistance class (such as collapse of a structural enclosure) defined in the “Housing Performance Display System” of the “Law Regarding Promotion of Housing Quality Assurance”. Prevention) and earthquake resistance grade (preventing damage to the building frame), if at least one of them satisfies a certain level, the seismic strength of a certain level or more is secured, so the predetermined standard is satisfied. And is guaranteed.

  Here, for example, the earthquake resistance grade (preventing collapse of structural enclosures) 3 defined in the “Housing Performance Labeling System” of the “Law for Promotion of Housing Quality Assurance” is extremely rare (about once every several hundred years). It has seismic strength that does not cause collapse, collapse, etc., against the force of 1.5 times the force of the earthquake that occurs (as defined in Article 88, Paragraph 3 of the Building Standards Act).

  In addition, the earthquake resistance grade (preventing damage to the building frame) 3 defined in the “Housing Performance Labeling System” of the “Law for Promotion of Housing Quality Assurance” is the power of earthquakes that occur rarely (about once every several decades). It has seismic strength that does not cause damage against 1.5 times the force (as defined in Article 88, Paragraph 2 of the Building Standards Act Construction Ordinance).

Moreover, in the thing described in Claim 6 , since the said building is the object of guarantee for the building in which required performance was confirmed by the evaluation method by a predetermined earthquake-resistant performance evaluation method or system, the earthquake-proof performance is Other than good buildings are not covered by the warranty. For this reason, a more reliable guarantee can be implemented.

  Next, a building guarantee method and a building guarantee system according to the best mode for carrying out the present invention will be described with reference to the drawings.

  1 to 5 show a building guarantee method and a building guarantee system according to an embodiment of the present invention.

  First, from the configuration, in the building guarantee system of this embodiment, in order to embody a building guarantee method for guaranteeing repair or rebuilding in the event of a disaster caused by a future earthquake of a building to be constructed or to be constructed, FIG. As shown in FIG. 1, a keyboard 1a or mouse 1b as input means 1 for inputting data relating to the structure of the building, and a processing unit 2 constituted by a CPU or the like to which the keyboard 1a or the like is connected. Is provided.

  The processing unit 2 includes a determination unit 2a that determines whether a building meets a predetermined standard from data input by the keyboard 1a and the like, and a case where the determination unit 2a determines that the standard is satisfied. In addition, a guarantee output processing means for sending a command for outputting the guarantee 10 describing the guarantee contents together with the data inputted by the keyboard 1a or the like to the output means 4 comprising the connected printer device 4a or display device 4b, etc. A warranty card output processing unit 2b is provided.

  Further, a database 3 as a large-scale storage device composed of a hard disk device or the like is connected to the processing unit 2 so that various data stored or stored can be read and written.

  A database 3 of the building guarantee system according to the first embodiment shown in FIGS. 1 to 5 is provided with a customer data storage unit 3a for storing data of owners of existing or planned buildings.

  Further, the database 3 is provided with a building unit information storage unit 3b for storing data on the structure of an existing or planned building in association with customer data stored in the customer data storage unit 3a. Yes.

  The building unit information storage unit 3b is configured by joining a plurality of building units 12 having a steel frame ramen structure produced in a factory as shown in FIG. Data on the structure of the building, such as whether it is a unit building 11 or a unit building formed by joining a plurality of building units with a load-bearing wall structure produced at a factory not shown in the drawing, performs building design. Accumulated based on data created by the CAD device.

  In addition, the database 3 is provided with a housing performance grade storage unit 3c, and is provided with an earthquake resistance grade (preventing collapse of the structural enclosure) defined in the “Housing Performance Display System” of the “Law Regarding Promotion of Housing Quality Assurance”. It is possible to register and accumulate which one of 1-3, earthquake-resistant grade (preventing damage to building frame) 1-3, and wind-resistant grade (preventing collapse and damage prevention of structural frame) 1-2 It is said.

  Here, for example, it is extremely rare (once every several hundred years) that it is an earthquake resistance grade (preventing collapse of structural enclosures) 3 stipulated in the “Housing Performance Labeling System” of the “Law on Promotion of Housing Quality Assurance”. Degree) To have a seismic strength that does not collapse, collapse, etc. for a force of 1.5 times the force of the earthquake that occurs (as defined in Article 88, Paragraph 3 of the Building Standards Act Construction Order).

  In addition, earthquake resistance (preventing collapse of structural frame, etc.) of 2 means an extremely rare (about once every several hundred years) earthquake (as defined in Article 88, Paragraph 3 of the Building Standards Act). It has a seismic strength that does not collapse, collapse, etc. for 1.25 times the force.

  Furthermore, the earthquake resistance grade (preventing damage to the building frame) 3 defined in the “Housing Performance Labeling System” of the “Law for Promotion of Housing Quality Assurance” is the power of earthquakes that occur rarely (about once every several decades). It has seismic strength that does not cause damage against 1.5 times the force (as defined in Article 88, Paragraph 2 of the Building Standards Act Construction Ordinance).

  In addition, the earthquake resistance grade (preventing damage to the building frame) 2 is the 1.25 of the power (as defined in Article 88, Paragraph 2 of the Building Ordinance of the Building Standards Act) that occurs rarely (about once every several decades). It has a seismic strength that does not cause damage to the double force.

  Furthermore, for example, the wind resistance class (preventing collapse and prevention of damage to structural enclosures) 2 stipulated in the “Housing Performance Labeling System” of the “Law on Promotion of Housing Quality Assurance” is extremely rare (about once every 500 years). ) Forces caused by storms that occur rarely (about once every 50 years) without collapsing, collapsing, etc., against 1.2 times the force caused by storms (as defined in Article 87 of the Building Standards Act Construction Order) It has wind resistance strength that does not cause damage to 1.2 times the force (as defined in Article 87 of the Building Standards Act Construction Order).

  Further, the database 3 of the first embodiment is provided with a seismic performance evaluation result storage unit 3d, and the seismic strength simulator device (Japanese Patent Application No. 2005-176750, Japanese Patent Application No. 2005-196986) previously filed by the applicant. The seismic performance evaluation results are accumulated based on the simulation results obtained by the No. etc.).

  Here, the seismic strength simulator device performs seismic diagnosis by inputting past or expected seismic waveforms based on the structure of the building and the ground data of the building site.

  Since the seismic performance evaluation results of this seismic strength simulator device are output in several stages from “no structural damage” to “significant damage to buildings”, these seismic performance evaluation results are stored in the customer data storage unit. The customer data stored in 3a and the existing or planned construction data stored in the building unit information storage unit 3b are stored in the seismic performance evaluation result storage unit 3d. It is configured.

  In the first embodiment, when building data is input by the keyboard 1a or the mouse 1b, the determination unit 2a determines whether the building meets a predetermined standard based on the input data. Determined.

  The determination result by the determination means 2a is output by the display device 4b, and the repair or rebuilding in the event of a disaster caused by a future earthquake is guaranteed in an existing or planned building to be guaranteed.

  In addition, when it is determined that the standard is satisfied, the warranty certificate output processing unit 2b as the warranty certificate output processing means outputs the warranty certificate data describing the warranty contents together with the data stored in the database 3. As shown in FIG. 1, an earthquake guarantee special guarantee certificate 10 is configured to be output from the printer device 4a.

  Next, the effect of the building guarantee method and the building guarantee system according to the first embodiment will be described in the order from preliminary registration to guarantee certificate issuance.

  In the building guarantee system according to the first embodiment, first, as shown in FIG. 3, when preliminary registration is started in step S1, accumulation of necessary data precedes determination in steps S2 to S7. It is done.

  That is, in step S2, based on the data created by the CAD device that performs the building design, the existing or planned building of the owner is a steel ramen structure building produced in a factory as shown in FIG. The unit 12 is a unit building 11 formed by joining a plurality of units at a construction site, or a unit building formed by joining a plurality of building units having a load-bearing wall structure produced at a factory not shown in the drawings. Etc., data on the structure of the building is input.

  In step S3, these structural data of the building are stored in the building unit information storage unit 3b in association with the customer data stored in the customer data storage unit 3a of the database 3.

  Each building unit 12 of the steel frame ramen structure has a joint portion of the beam member 12b and the column member 12c of each corner portion 12a that is formed by a rigid joint by welding, and has a strength exceeding a certain standard by in-factory production. , Can be granted.

  Further, in the building unit having the load-bearing wall structure, when the load-bearing wall is formed by using 2 × 4 material or 2 × 6 material that has been machined with a certain level of accuracy, each of the inner and outer wall materials is divided into two pieces. The process of nailing into × 4 or 2 × 6 materials is performed in the factory.

  For this reason, high-precision positioning is performed, and the nail is not driven into a desired position of each 2 × 4 material or 2 × 6 material located on the back side of the inner and outer wall surface materials. The incidence can be reduced as compared to outdoor work.

  Therefore, since a strength exceeding a certain standard can be given by in-factory production, the unit building constructed by the building units 12 of the steel frame ramen structure and the building units of the load-bearing wall structure is close to the basic plan. Many plans have earthquake resistance grades (preventing collapse of structural enclosures) 1 to 3, earthquake resistance grades (preventing building enclosure damage prevention) 1 to 1 defined in the “Housing Performance Labeling System” of the “Law Regarding Promotion of Housing Quality Assurance” 3. Wind resistance rating (preventing collapse and prevention of damage to the structural frame) 1 to 2, this corresponds to a relatively high rating.

  For this reason, when inputting a house performance grade in step S4, if it is a fixed basic plan, the processing unit 2 displays the grade on the display device 4b in advance and inputs it in the input field in advance. Input from the keyboard device 1a or the like can be omitted.

  In step S5, the inputted house performance grade is associated with the customer data stored in the customer data storage section 3a of the database 3 and stored in the house performance grade storage section 3c.

  Next, in step S6, the seismic performance evaluation result of any of “no structurally harmful damage” to “significant damage to the building”, which is the seismic performance evaluation result of the seismic strength simulator device, is input.

  Then, in step S7, the seismic performance evaluation result is the customer data stored in the customer data storage unit 3a and the data on the structure of the existing or planned building stored in the building unit information storage unit 3b. It is associated and stored in the seismic performance evaluation result storage unit 3d.

  In this Example 1, even if the owner is the same, the seismic performance evaluation result may be different if the data on the building structure is different. For example, it is assumed that a plurality of construction methods are to be compared with the same plan, or that all or a partial plan change is performed in order to improve seismic performance. Even in such a case, based on the different seismic performance evaluation results, the seismic performance evaluation result storage unit 3d stores and accumulates these seismic performance evaluation results, and finishes the preliminary registration process (step S8). .

  Next, the processing procedure will be described with reference to the flowchart shown in FIG. 4 until it is determined whether or not the building is a guarantee target and a guarantee is issued.

  First, when the determination is started in step S10, customer data and building data are input from the keyboard device 1a and the like in step S11.

  In step S12, based on the customer data and building data, the determination unit 2a of the processing unit 2 obtains the plan information of the corresponding building data and the pre-registered house performance grade and seismic performance evaluation result as the database 3. The building unit information storage unit 3b, the house performance grade storage unit 3c, and the seismic performance evaluation result storage unit 3d are called.

  In step S13, the determination unit 2a of the processing unit 2 determines whether the building of the called plan satisfies the standard as a unit building.

  That is, the existing or planned building is a unit building 11 constructed by joining a plurality of steel ramen structure building units 12 produced in a factory as shown in FIG. In the case of a unit building in which a plurality of building units having a load-bearing wall structure produced in a factory not shown in the drawings are joined locally, the process proceeds to the next step S14, and in the case of a different building structure, the process proceeds to step S20. move on.

  In step S14, it is determined by the determination means 2a of the processing unit 2 whether the house performance grade of the existing or planned building satisfies the standard so as to be guaranteed.

  For example, the earthquake resistance grade (prevention of collapse of the structural frame) specified in the “House Performance Labeling System” of the “Law on Promotion of Housing Quality Assurance” is 3, and the earthquake resistance grade (prevention of damage to the building frame) is 3. Further, when the wind resistance rating (prevention of collapse of structural frame and prevention of damage) is 2, the process proceeds to the next step S15 as satisfying the standard, and otherwise the process proceeds to step S20. .

  Next, in step S15, it is determined whether or not the existing or planned building satisfies the seismic performance.

  That is, in the seismic performance evaluation result storage unit 3d, the evaluation corresponding to any of “no structurally harmful damage” to “significant damage to the building” which is the seismic performance evaluation result of the seismic strength simulator device accumulated. The result is called and determined by the determination means 2a of the processing unit 2.

  In the first embodiment, when “no structurally harmful damage” is satisfied, it is determined that the standard is satisfied, and the process proceeds to the next step S16. Otherwise, the process proceeds to step S20.

  In step S16, when the guarantee output processing unit 2b of the processing unit 2 determines that all the criteria are satisfied by the determination means 2a, the input is performed by the keyboard 1a or the like and stored in the database 3. An output command for printing out the warranty card 10 in which the warranty content is written is sent to the printer device 4a connected to the processing unit 2 together with the written data.

  For this reason, as shown in FIG. 1, the printer device 4a prints the warranty certificate data describing the warranty contents together with these data stored in the database 3 on the earthquake warranty special warranty certificate 10, Output from the printer device 4a.

  For example, in the first embodiment, in the earthquake guarantee special guarantee certificate 10 shown in FIG. 1, it is “steel frame structure” that is data related to the structure of the building, and the promotion of ensuring the quality of the house. Seismic rating (preventing collapse of structural frame) 3, seismic rating (preventing damage to building frame) 3, wind resistance rating (preventing collapse and prevention of structural frame) 2 The fact that the result of the seismic evaluation is “no harmful damage” is printed.

  As described above, in the first embodiment, the objective standard satisfying the compensation standard and the guarantee contents can be confirmed by comparing them with one guarantee card, so that the guarantee reliability can be further improved.

  If the compensation standard is not satisfied, the design change instruction display output is displayed on the screen of the display device 4b of the output means 4 in step S20.

  For example, in the first embodiment, when the existing or planned building is a conventional wooden construction method or an RC mixed construction method, the building is not a unit building, so the process proceeds from step S13 to step S20, and the display device 4b. On the screen. For example, a message such as “Not a unit house. Please change the design” is displayed.

  A person who is involved in the construction of the building, such as the owner or the designer, sees this display and determines whether or not to change the design in the next step S21.

  When making a design change, the process returns to the step S11, the building data is re-input, the process in accordance with the order until the guarantee issuance is performed again, and the design change is not made. In step S22, the process is terminated as it is. In this case, the earthquake guarantee special guarantee certificate 10 shown in FIG. 1 is not issued.

  In this way, the determination determines whether or not the building is a guarantee target based on an objective standard, and determines whether or not the earthquake guarantee special guarantee certificate 10 can be issued.

  For this reason, it is the unit building 11 comprised by joining a building with few risks, for example, the building unit 12 ... of the steel frame ramen structure produced in the factory as shown in FIG. 2 in a construction site. Or, if it is a unit building made by joining multiple bearing wall building units produced at a factory not shown in the field, repair or rebuilding in the event of a disaster due to a future earthquake is guaranteed, This will reduce the burden on the landlord who owns or plans to construct a small building.

  In addition, the guaranteeing side only needs to guarantee the unit building 11 or the like with less risk, so for example, the guarantee negotiated by the guarantee contract is more than when guaranteeing all ordinary houses. It can be implemented reliably and reliability can be improved.

  When the existing or planned building is a unit building 11 formed by joining a plurality of building units 12 having a steel frame structure produced at a factory at the construction site, the influence of the construction status at the construction site is affected. Since the seismic strength of a certain level or less is secured, the predetermined standard is satisfied and the product is guaranteed.

  Therefore, it is possible to easily determine whether the building is a guarantee target.

  In addition, if a landlord plans to construct a unit building or owns an existing unit building, a guarantee can be received, and this is one of the judgment criteria when the landlord selects a building method.

  For this reason, construction of the unit building 11 is promoted, and the manufacturing cost can be reduced by increasing the factory production quantity of the building units 12... Used for the configuration of the unit building 11.

  Furthermore, as the above-mentioned predetermined standards, the earthquake resistance grade (preventing collapse of the structural frame, etc.) 3 stipulated in the “house performance display system” of the publicly known “Law on Promotion of Housing Quality Assurance,” etc. In the case of a building that satisfies at least one of the three (prevention of damage to the frame), since the seismic strength of a certain level or more is secured, the predetermined standard becomes an objective standard and guarantees reliability. Good properties.

  And in this Example 1, since the building in which required performance was confirmed by the evaluation method based on the seismic performance evaluation result of the above-mentioned predetermined seismic strength simulator device, it is an object of guarantee, Other than good buildings are not covered by the warranty. For this reason, a more reliable guarantee can be implemented.

  As described above, when data on the structure of an existing or planned building is input from the keyboard device 1a or the like, the determination unit 2a determines that the building corresponds to a predetermined standard from the input data. It is determined whether or not.

  The judgment result is output as an earthquake guarantee special guarantee certificate by the printer device 4a and the like, and is conventionally added to the earthquake insurance and the house fire insurance as shown in FIG. As shown in Fig. 5, the guarantor bears the amount of money that the owner has incurred due to the earthquake fire contract that is guaranteed, so that repair or rebuilding in the event of a disaster due to a future earthquake is guaranteed. Is done.

  The embodiment of the present invention has been described in detail above with reference to the drawings. However, the specific configuration is not limited to this embodiment, and design changes that do not depart from the gist of the present invention are not limited to this embodiment. Included in the invention.

  That is, in the first embodiment, the earthquake resistance grades (preventing collapse of the structural frame) 1 to 3 and the earthquake resistance grades (preventing damage to the building frame) defined in the “House Performance Display System” of the “Law on Promotion of Housing Quality Assurance” etc. 1-3, which of wind resistance grades (preventing collapse and prevention of damage to the structural frame and preventing damage) 1-2 is registered and can be stored, but not limited to this, for example, As long as it meets at least one of earthquake-resistant grade (preventing collapse of structural frame) 3 and earthquake-resistant grade (preventing damage to building frame) 3, it may be subject to warranty and the guaranteed level is 3 Not limited to 1 or 2.

  Further, in the first embodiment, in addition to the building structure being a unit building, whether the house performance grade standard is satisfied or whether the earthquake resistance is satisfied is used as an objective warranty judgment standard. However, the present invention is not limited to this. For example, any one or a combination of the two may be used, and the guaranteed building is determined so that only the building whose building structure satisfies the predetermined standard is covered by the guarantee. Any guarantee criteria may be used.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic block diagram illustrating an overall configuration of a building guarantee method and a building guarantee system according to a best embodiment of the present invention. It is a partially transparent perspective view which shows an example of the building unit of the steel frame ramen structure guaranteed by the building guarantee system of Example 1. FIG. It is a flowchart figure explaining the process of pre-registration in the guarantee method and building guarantee system of Example 1. FIG. It is a flowchart figure explaining the guarantee judgment process in the building guarantee method and building guarantee system of the first embodiment. It is a table | surface figure which shows the guarantor's burden in the building guarantee method and building guarantee system of Example 1, and shows a specific amount of money. It is a table | surface figure explaining the guarantee range of the conventional earthquake insurance and the added earthquake fire special provision, and showing the specific amount of money of an owner.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Input means 1a Keyboard 2 Processing part 2a Judgment means 2b Guarantee output process part (guarantee output process means)
3 Database 3a Customer data storage unit 3b Building unit information storage unit 3c Housing performance grade storage unit 3d Seismic performance evaluation result storage unit 4 Output means 4a Printer device 4b Display device 10 Earthquake warranty special guarantee (warranty)
11 Unit building 12 Building unit

Claims (6)

An input means for inputting data relating to the structure of the building, a database for storing various data, and a processing means connected to the database and performing predetermined processing based on the various data stored in the database, Or a building guarantee judgment system for judging whether repair or rebuilding of the building can be guaranteed when the building to be constructed is damaged by an earthquake,
The database registers in advance a predetermined strength standard required for the guarantee of the building, and the processing means stores the existing building or construction from data relating to the structure of the building input by the input means. A determination unit is provided for determining whether or not the planned building satisfies a predetermined standard registered in the database in advance. In the determination unit, as the predetermined standard, the building is “promoting quality assurance of a house, etc.” Whether at least one of the earthquake resistance grade (preventing collapse of the structural frame) and the earthquake resistance grade (preventing damage to the building frame) specified in the "Housing Performance Labeling System" of A building guarantee determination system comprising: output means for determining whether or not and outputting a result of determination by the determination means.   In the database, a customer data storage unit for storing customer data, and customer data stored in the customer data storage unit are associated with the existing building or construction from the data input by the input means. The building unit information storage unit that stores the plan information of the building data when the planned building is constructed, and the determination result for each plan information of each building data determined by the determination unit as the seismic performance evaluation result, the customer Data and building data is stored in association with the seismic performance evaluation result storage unit. When customer data and building data are input by the input means, the corresponding plan information is read from the building unit information storage unit. When the seismic performance evaluation result is called from the seismic performance evaluation result storage unit and output by the output means, When it is determined that the result of determination by the determination means satisfies the criteria to be guaranteed, a warranty output processing means is provided for outputting a warranty written with the contents of the warranty together with the data input by the input means. The building security judgment system according to claim 1, wherein:   In the determination means, it is determined as a predetermined criterion whether or not the building satisfies a unit building formed by joining a plurality of building units of a steel frame ramen structure produced in a factory at a construction site. The building guarantee determination system according to claim 1 or 2, characterized in that:   In the determination means, as a predetermined standard, it is determined whether or not the building satisfies that the building is a unit building formed by joining a plurality of building units having a load-bearing wall structure produced in a factory. The building security judgment system according to any one of claims 1 to 3, wherein the building security judgment system is any one of claims 1 to 3.   In the determination means, as a predetermined standard, the building has an earthquake resistance class (preventing collapse of the structural frame), an earthquake resistance class (building frame) determined by the “house performance display system” of the “Law on Promotion of Housing Quality Assurance”, etc. Whether or not at least one of them satisfies a certain level of grade, wherein the guarantee of building is determined according to any one of claims 1 to 4. system.   The determination means determines, as a predetermined criterion, whether or not the building has a required performance confirmed by a predetermined seismic performance evaluation method or an evaluation method by a system. Item 6. The building guarantee determination system according to any one of Items 1 to 5.

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