JP4516267B2 - Building design support system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a building using a reusable member (hereinafter referred to as reusable material) among at least a part of a building member obtained by dismantling part or all of an existing building (hereinafter referred to as reusing). Reuse building design support system that proposes to customers. To Related.
[0002]
[Prior art]
As the need for waste reduction and reuse increases socially, building reuse technology can be either renewed and reused as it is, or it can be demolished to the level of components that make up the building. Many methods such as use as a building material have been performed, and a number of building design or building renovation support systems have been proposed for expansion or renovation or new building.
[0003]
For example, a CAD-based building renovation support system has been proposed that can perform floor plan input, finish setting, totalization, and estimate creation only in response to housing renovation (see, for example, Patent Document 1). ).
[0004]
In addition, there has been proposed a repairing member supply method determination system for housing that can manage member data in a centralized manner and display member information and analysis results to related parties (for example, see Patent Document 2).
[0005]
In addition, a system for procuring repair parts associated with damage to a house has been proposed (see, for example, Patent Document 3). According to the system, a part that can be used from a house that has been demolished or to be demolished is extracted and stored, so that the part can be used as a maintenance part for another house.
[0006]
[Patent Document 1]
Japanese Patent Application Laid-Open No. 08-077233
[Patent Document 2]
JP 2002-175451 A
[Patent Document 3]
JP 2002-197284 A
[0007]
[Problems to be solved by the invention]
Reusing part of building materials dismantled from the building is effective in reducing waste, but if the parts are used as they are, repaired, or new materials (new materials) In various cases, such as when used in combination, from the customer's standpoint, it is very difficult to understand how to use old materials that can be reused. It becomes a factor.
[0008]
Therefore, the present invention provides information on building materials to be reused in an easy-to-understand manner to customers, thereby promoting the spread and promotion of reused buildings that are partly expanded, renovated, or reused for new buildings. It is an object of the present invention to provide a design support system for a reusable building and a reusable member site confirmation that can be achieved.
[0009]
[Means for Solving the Problems]
In order to solve the above problems, the present invention Box ramen structure building unit A reusable member (hereinafter referred to as reusable material) is used for at least a part of the building members obtained by dismantling unit A reusable building design support system using a computer that proposes a building (hereinafter referred to as a reusable building) to a customer, and a dismantling member information including a building member obtained by dismantling and a degree of its aging, And the input part which inputs the repair building member information including the building member used for the newly expanded or renovated building, and the repair method information in case of reusing according to the degree of aging in relation to the building member A data storage unit in which a repair information database a is stored, the dismantling member information input from the input unit, and the repair information database a In contrast to building materials that are not exchanged for new materials Regain Material List of As Extract and regain Material Generate a list and re-use Material List and information on the repaired building materials To match building materials List of building materials to be reused As well as the building material whose response method information is replaced with new material. List of building materials that cannot be reused As An information processing unit to be extracted and an output unit that outputs whether the building member used for the reused building is the reused material or the new material in a list, and the data storage unit includes As repair information database a, repair method by elapsed years information Repair information database a1 in which is stored, and the corresponding method of repair by the assessment method information Is stored in the repair information database a2, and the information processing unit uses the input unit to determine the degree of aging due to the assessment and evaluation method. Stage of assessment evaluation result showing When information is entered Before Repair information database a2 Extract the handling method information from And Elapsed years were entered as information indicating the degree of aging in the input section. If the repair information database a1 Extract the handling method information from This is a design support system for buildings.
[0010]
If configured in this way, a reusable building using at least a part of a reusable member (reusable material) among building members obtained by dismantling part or all of an existing building is proposed to the customer. In doing so, it is possible to present in a list whether the building member to be used is a recycled material or a new material, so that information on the building member to be reused can be provided to the customer in an easily understandable manner.
[0011]
This list includes a reuse display column that displays whether the building member used for the reuse building is the reuse material or the new material, and the building member is a reuse material in the reuse display column. Yes If there is a method for repairs, etc. when reusing, the corresponding method information If a repair method display field is displayed, the customer can list whether the material is a reused material or a new material by looking at the reuse field, and the reuse material by looking at the reuse field. For repairing when using the information Can be listed.
[0012]
In addition, this design support system includes a repair information database a that stores information on how to deal with repair in the case of reusing according to the degree of aging in relation to building members, and the building members obtained by dismantling And the demolished member information including the degree of aging and the renovated building member information including the building member used for the newly expanded or reconstructed building, the reusable building member is extracted and the reuse display is performed. The building material is reused in the column Material And re-use Material In the repair method display column Material The corresponding method of information Is preferably displayed.
[0013]
Also this Data storage Further, for each product type, each product type stores information by product type including building members used in that product type. information If the database c is provided, it is possible to input the details of the building member and the specification category simply by inputting the product type.
[0014]
Also this In the data storage For each product type, the basic design dimension data of the parts that will not be changed in relation to the extension / reconstruction method or the repair method used for that product type, and those that can reuse building materials and those that use new materials Memorized Product Type-specific repair information database d is stored , When the product type and the repair method are input at the input unit, the information processing unit stores the data storage unit. Said Product Type-specific repair information database d Access to And Basic design dimension data of parts that do not change, and those that can reuse building materials and those that use new materials The It is preferable that the display is divided and displayed.
[0015]
It is preferable that the above repair information database or type-specific repair information database can be modified. If it can be corrected, it can be used depending on the environment in which the building is used, and how to deal with it when it is reused depending on the damage to the recovered building components. information Can be changed. Thereby, for example, when the building is built on the seaside, it is possible to cope with a case where the damage is larger than the standard.
[0016]
Also suggest to customers unit Existing building materials used in the building Building units Reusable display column that displays whether it is a recycled material or a new material obtained by dismantling the material, and a method for repairing the recycled material when it is reused information If there is information And a confirmation column for confirming that the customer has confirmed the contents described in the reuse display column and the corresponding method display column. The If the reusable member part confirmation is used, the explanation of the reusable member to the customer is further ensured.
[0017]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, a specific embodiment of the present invention will be described with reference to the drawings by taking as an example a unit building constructed by combining a plurality of substantially box-shaped building units manufactured at a production factory in advance at a construction site.
[0018]
First, FIG. 8 shows an example of a process of dismantling a unit building and reusing a part thereof to assemble a new unit building (reuse building).
[0019]
The unit building 1 shown in (a) is dismantled for each building unit 2 as shown in (b), and the production factory (this production factory may be a repair factory) using the vehicle 3 as shown in (c), Hereinafter referred to as a production factory). In the production factory, the building unit 2 is disassembled into each member as shown in FIG. Here, reference numeral 20 indicates a structure of a box ramen structure that constitutes the building unit 2, and this structure 20 is generally composed of unit floor beams 17, unit columns 18, and unit ceiling beams 14. In the figure, reference numerals 23, 24, and 27 are outer walls constituting the building unit 2, reference numeral 23a is an opening formed in the outer wall 23, reference numeral 25 is a front door, reference numeral 26 is a window, reference numeral 35 is a bath, reference numeral Reference numeral 36 denotes a toilet, reference numeral 37 denotes a washing surface, and reference numeral 30 denotes each building member such as a care lift.
[0020]
Each of these components is distinguished from those that can be reused and those that should be discarded. Those that should be discarded are discarded (including recycling to raw materials), and those that can be reused are stored in the appropriate storage. Or subject to direct reuse. In addition, upon reuse, a predetermined repair method is set in advance, and repair is performed according to the corresponding method.
[0021]
Next, in (d), the collected building unit 2 is discarded by removing the folding roof member indicated by reference numeral 40, and an inclined roof indicated by reference numeral 41 as a new material is attached. Although not shown, building members that are discarded and replaced with new materials are procured separately and assembled. Thus, a new building unit (reused building unit) 2 ′ that has been repaired or repaired is produced.
[0022]
This reusable building unit 2 ′ including the partly reused member is then transported to the construction site using the vehicle 3 as shown in (e), and a plurality of buildings as shown in (f). Unit 2 '... is assembled and becomes a new unit building (reuse building 1') as shown in (g). Here, the reuse building 1 ′ is not limited to the reused building unit 2 ′, but the existing building unit 2 and the reused building unit 2 ′ may be combined.
[0023]
In the present invention, when providing a customer with a unit building (reused building 1 ′) in which such a reused building unit 2 ′ is incorporated (reused) at least in part, detailed specifications of the reused building members are provided. It is a design support system for providing information to customers.
[0024]
As shown in FIG. 1, the design support system (apparatus) 100 includes an input unit 110 as an input unit, an output unit 120 as an output unit, an information processing unit 130 including a CPU, and data storing data. The storage unit 140 is generally configured.
[0025]
The input unit 110 inputs necessary information to the information processing unit 130 by input means such as a mouse, a keyboard, and a touch panel, and may be input as digital information via or without a network.
[0026]
The output unit 120 outputs information processed by the information processing unit 130 as image information or print information by an output unit such as a display or a printer. It may be output as digital information or the like via or without a network. This digital information is displayed or printed by a display means (or presentation means) or the like, and is finally provided in an easy-to-understand form for the customer.
[0027]
Such a design support system 100 may comprise an independent computer (personal computer: including a personal computer) system including an input unit 110 and an output unit 120. In addition, as shown in FIG. 2, a terminal (client) such as a notebook personal computer 101, a desktop personal computer 102, and other portable terminals and a host (server) such as a large computer 103 are connected by a network line 104 such as an intranet or the Internet. It may be a network system. In this case, for example, the notebook personal computer 101 and the desktop personal computer 102 function as the input unit 110, and the computer 103 functions as the information processing unit 130 and the data storage unit 140. Of course, a part of the information processing unit 130 and the data storage unit 140 may be borne by the notebook personal computer 101 or the desktop personal computer 102, and a part of the input unit 110 may be borne by the computer 103 side.
[0028]
The data storage unit 140 stores databases necessary for the design support system such as the repair information database a, the product type-specific information database c, and the product type-specific repair information database d. The case where the repair information database a is stored in the data storage unit 140 will be described below, and as a modification, the case where the product type-specific information database c and the product type-specific repair information database d are stored will be described.
[0029]
The repair information database a stores a method for repairing when a building member is associated with a name and a specification category and reused in accordance with the number of years that have elapsed since the delivery of each specification category until the time of dismantling. Database.
[0030]
The use of various building members used in the building, the usable years of the building members, and the repair method in the case of deterioration are registered in advance in the information database as data. For example, what kind of material and finishing material is used for the window member, how many years after the member needs to be repaired, how to repair in that case, and repair is impossible Then, information such as how many years after a new part (new material) needs to be replaced is registered as data. Thereby, if the material of the member used for a building, a specification, and elapsed years are decided, the processing method as a building member will harden roughly.
[0031]
An example of this is shown in the repair information database a1 in FIG. In this repair information database a1, the name of the building member is described in the “part field”, and the name is divided into specification categories (material specification “material field”, finishing specification “finishing field”) after delivery. The repair method based on the number of years passed is "less than 5 years", "less than 5-10 years", "10 years to less than 20 years", "20 years to less than 30 years", "30 years or more", "40 years These are stored separately.
[0032]
Here, in the “part” column, aluminum sash, steel entrance door, wooden entrance door, aluminum entrance door, steel entrance door, aluminum entrance door, pillar, floor beam, roof beam, flooring, etc. The name of the building member is described (stored), and the material specifications such as aluminum extrusion mold material, galvanized steel plate coating amount one side 190g /, wood,. In the column, finish specifications such as anodized film composite coating, acrylic coating, synthetic resin blending paint, etc. are described (stored). Then, corresponding to each part (name of building member), for example, in the first column, the repairing method according to the number of years since the delivery corresponding to the building member is described (stored) in each column. Yes. This is because when such a building member, for example, “aluminum sash” described in the first column is reused, it can be reused only by cleaning the member as a standard if it is less than 5 years. If it is less than 10 years, it is necessary to replace consumable parts as a standard in addition to cleaning. If it is less than 10 to 20 years or less than 20 to 30 years, it is standard to replace consumable parts in addition to painting. In addition, if it is 30 years or more, it indicates that replacement with a new part is necessary as a standard.
[0033]
The information shown in FIG. 3 is general (or standard) information, and the degree of deterioration in each building may change depending on the surrounding environment in which each building is built. In addition, there is a case where a building member that can be repaired is requested to be changed to a new member (new material) according to the customer's request or “discretion”. Therefore, the actual handling method may be changed in accordance with the degree of deterioration or customer demand. An example of such a handling method is simply that an input person can freely modify the data of the handling method according to the degree of deterioration, but another example is an application (patent application) 2002-8967). There, an assessment method for reuse and a check sheet for reuse are disclosed, and the deduction method while confirming the aging level of the existing building on-site regardless of the age and building specifications. The degree of aging in the case of reuse is evaluated in multiple stages such as large, medium, small, and no deterioration.
[0034]
When this assessment evaluation method is used, a repair handling method similar to that shown in FIG. 3 is previously stored in a database (hereinafter referred to as a repair information database a2) according to the degree of aging according to the assessment assessment method. It only has to be stored. In this repair information database a2, according to the degree of deterioration, if “no deterioration”, it can be reused only by cleaning the member as a standard. If “small to medium”, it is consumed in addition to cleaning. It is necessary to replace the part as a standard, and if “large”, information indicating that the replacement to a new part is necessary as a standard is stored.
[0035]
In this case, which database (a1 or a2) is used is free, but the repair information database a1 is used as a standard, and only when “assessment assessment” is performed, assessment assessment is given priority. The information processing unit 130 may be configured to access the repair information database a2.
[0036]
Next, details of processing in the information processing unit 130 will be described in accordance with the overall procedure of the design support system 100.
[0037]
In FIG. 1, the design support system 100 is operated, and a customer is specified by a sales person name (or person number) and a customer name (or customer number). Next, the dismantling member information regarding the building member obtained by dismantling and the renovating building member information used for renovation or extension are input. This demolished member information includes the degree of aging, and the degree of aging is input as the result of assessment evaluation when there is an assessment of the age of the building to be demolished or the like. Next, the repair building member information is input.
[0038]
Accordingly, the information processing unit extracts a list of reusable building members from the input dismantling member information and the repair information database a (a1 or a2), and generates a reusable building member list. At the same time, a list of building members to be reused and a list of building members that cannot be reused are extracted from the reusable building member list and the repaired building member information. The list of building members that cannot be reused may be combined with other wastes and output as a waste member list.
[0039]
On the other hand, a list of missing building members is extracted from the inputted building member information and a list of reusable building members, and this missing building member list should be newly procured at the time of renovation. Since it is a member, it is output to the output unit 120 as a building member purchase order and is a member to be newly procured at the refurbishment site, so it is extracted as a new material list. The output of the building member purchase order is preferably output after necessary correction as will be described later.
[0040]
Further, in the repaired building member information, the new material and the building member to be reused are distinguished and output from the output unit 120 as a reuse part member confirmation document 200.
[0041]
An example of the reuse site member confirmation 200 is shown in FIG. This reusable part member confirmation sheet 200 includes a title 201, a confirmation letter creation date 202, a customer, in addition to a display column 210 that displays a list of reusable member parts and the like so that the customer can understand the reusable part. The name column 203 of the presenter of the presenter, the building history column 204 of the demolished building, the transfer history column 205, and the customer approval column 206 are provided.
[0042]
The display column 210 is a vertical and horizontal planar tabular presentation means, and is divided in the vertical direction into parts such as a foundation, a structure,..., A roof, an outer wall,. In addition, a building member name column, a use location column, a reuse / non-use column, a specification selection column, and a remarks column are provided in the horizontal direction. In the building member name column, building member names used for this building such as a foundation main body, a structure main body, a folding plate, a tile, and the like are listed. In addition, for each member name, the presence / absence of reuse can be expressed in an easy-to-understand manner by putting a circle in either the reuse or new column. When a new material is marked with a circle, it indicates that the part is a new part that has been replaced or newly purchased. When a circle is marked for reuse, it has been disassembled. It shows that it was reused from the building. In the specification selection column, the building specification to be repaired is described. For example, in this table, it is displayed that the paint color of the outer wall is Greige Salo. And in the remarks column, the correspondence methods, such as repair of the building member to be reused, are described. For example, when the outer wall body is an aluminum sash, this remarks column displays “repaint finish”. A specific example of such a reusable part member confirmation is shown in FIG. 5, but the details thereof are substantially the same as those in FIG.
[0043]
Such a reusable member part confirmation sheet 200 is presented to the customer, and the contents are explained to the customer as an instructor such as a sales person or a designer. The explanation will be made in detail while presenting color samples, finishing samples, instructions for building members, etc. as necessary. At this stage, if there is a request for correction from the customer, the contents of the design document are corrected. The correction of this content is not limited to, for example, correction of the color selection of the outer wall. Material Can be corrected to a new member (new material). In this case, the contents of the building material purchase order are also corrected including the correction of the design data and the like.
[0044]
The name of the explainer is written in the explainer name field 203 and explained to the customer. When the customer has fully confirmed the contents, the customer approval field 206 is asked to confirm the name.
[0045]
After the above corrections are made as necessary, a building design document is created based on the design material and a member order form is generated to place a member order. In the case of correction, etc., the latest information can always be output, but in some cases, the entire correction history may be stored.
[0046]
By constructing as described above, by disseminating some of the building materials by expanding and remodeling or reusing them for new buildings, by providing customers with easy-to-understand information on the building materials to be reused A reusable building design support system 100 and a reusable member site confirmation 200 that can be promoted can be provided.
[0047]
In addition, if configured in this way, the customer can be told in advance how to use the member in the case of repair, extension or new construction work involving dismantling, and after receiving the approval, Customer complaints can be minimized, including during design work, delivery, and after delivery.
[0048]
[Modification]
In this modified example, a case where the product type information database c, the product type repair information database d, and the like are stored in the data storage unit 140 will be described.
[0049]
The product type-specific information database c is used when the name of the building member and the specification classification are specified by, for example, the product name (product type) of the building, and is associated with the product type and the product type. A list of building members used in the product type is stored in advance as a database. Thus, if a product type is input, a list of building members used for the product type can be easily taken out. In this case, in addition to the product type, in the case of renovation work, etc., if it is stored as a database after being classified by renovation method, such as “庇 renovation method”, “retraction entrance renovation method”, etc. Individual information input is further simplified.
[0050]
Next, in the product type repair information database d, the basic design dimension data and the building members that are not changed by extension or refurbishment in advance for each product type according to the type of renovation work, and building members are reused. It is a database that stores items separately from those using new materials. In this database d, it is possible to reuse basic design dimension data of parts that are not changed in relation to the extension / reconstruction method or the repair method used for each product type, as well as materials that can be reused and new materials. If the product type and its repair method are input and the repair information database d for each product type is accessed, the basic design dimension data of the part that does not change, In addition, the building members can be classified into those that can be reused and those that use new materials. For example, necessary information can be extracted from the lists shown in FIGS. 6 and 7 and output.
[0051]
In FIG. 6, a “graded roof system product (by age) kite repair method list” is shown, and product types are classified into product names by product category. When the product name is specified, the release date is specified in a short period of about 2 to 6 years. In addition, the basic specifications of the roof that do not need to be changed after renovation due to this refurbishment work are displayed in the columns of the roof construction method, roof shape, eaves specification / shape, and keraba specifications / shape, along with the detailed dimensions of the representative detailed drawings. Stored. In addition, the roof specification after repair corresponding to the original roof specification is described in the column of “Roof Specification of Reconstruction System”.
[0052]
For example, the product name “XXXXX” in the first column is a list of methods for repairing the bag of the product name “Avante”, and the building to be repaired was released from 1983 to 1985. Therefore, when the collection time is 2002, it is specified by specifying the product name that the age of the building member used therein is 17 to 19 years. Next, in this renovation method, the roof construction method is the same as the panel construction method, the roof shape, eaves specification / shape, keraba specification / shape, roof finishing material is not changed, and the eaves ceiling is remodeled according to the color tone The rain gutter specification and the vertical gutter specification are changed from “Kaku Top no Kidoi E100 (product name)” to “Art Face H160 (product name)” and “Maru Top UT-60 (product name): Color Silver”. To “Art Face MY60H (trade name): Tone Black” is listed.
[0053]
Thus, the customer may be presented with a list showing this and a new eaves member, a product sample of the cage member, or a product description as necessary.
[0054]
Similarly, in FIG. 7, “a list of methods for repairing entrances to sloped roof products (by age)” is shown, and product types are classified into product names. When the product name is specified, the release date is specified in a short period of about 2 to 6 years. In addition, the basic specifications of the service entrance that does not need to be changed after the renovation work are stored in the columns of type, form, eave height, parting material, etc., along with the detailed dimensions of each drawing. ing. Corresponding to the original roof specification, the repaired entrance specification is described in the “reconstruction system entrance specification” column.
[0055]
For example, the product name “XXXXX” in the first column is a list of methods for repairing the bag of the product name “Avante”, and the building to be repaired was released from 1983 to 1985. Therefore, when the renovation time is 2002, it is specified by specifying the product name that the age of the building member used therein is 17 to 19 years. Next, in this renovation method, there is no change in the form of the entrance to the wife, and there is no change in the outer wall of the pull-in part, eaves roofing material, and the entrance mall parting material, but the outer wall of the pulling-in part, eaves roofing material, entrance mall, etc. are renovated It is painted and the color is changed to master beige.
[0056]
The product name “△△△△” in the fourth row is the product name “Domani”, which is a building sold after 1988, and its elapse time is less than 14 years. Since rock wool sound-absorbing plates are used, the building members have a short useful life and are replaced with new parts. If it is preset in the repair information database d for each product whether it should be replaced with such a new material or whether it should be renovated without replacement, if the product name type and its repair method are specified, the new material will be repaired. Can be immediately classified into a part using and a part (building material to be reused). Such a database can be used even if it is output as it is, but it may also be output for each building member in the form of the reuse member part confirmation 200 shown in FIG. 4 (or FIG. 5). In this case, the customer's approval can be obtained prior to the repair.
[0057]
As described above, the case where the building member is immediately reused has been described. However, the demolished building member can be stored in a central location and a new building can be built from the building member as necessary. Such building members can be separately collected and managed as an independent database (for example, reuse information database b).
[0058]
This reuse information database b is the name of the building member dismantled in relation to the age of the building member obtained after dismantling from the time it was delivered to the time of dismantling or the degree of aging such as evaluation by the assessment method. And the specification category. This reuse information database b is used when building members are temporarily concentrated in a stock yard or the like, stored in a distributed manner, and shortage members of reused buildings are supplied to a necessary factory. . The building members procured from this reuse information database b are replacement members, but they are all reused. Material It is configured to be classified into Thereby, the further effective use of the demolished building member can be aimed at.
[0059]
The databases a to c shown in FIG. 3, FIG. 6, FIG. 7 and the like can be printed out and used as they are as know-how as hand-held materials for sales representatives as well as databases as electronic data. .
[0060]
In the above embodiment, the unit building has been described as an example. However, the present invention is not limited to the unit building, but also to other prefab buildings, and regardless of the construction method such as a general wooden conventional construction method and a two-by-four construction method. This design support system can also be used.
[0061]
【The invention's effect】
As described above, according to the present invention, by providing information about building materials to be reused in an easy-to-understand manner to customers, a part of the building members can be reused in an extension, renovation or new building. It is possible to provide a practically beneficial effect that it is possible to provide a reuse building design support system and a reuse member part confirmation document that can promote and promote reuse buildings.
[Brief description of the drawings]
FIG. 1 is a system diagram illustrating a schematic configuration of a design support system 100 according to an embodiment of the present invention.
FIG. 2 is a system diagram illustrating a schematic configuration of a design support system 100 according to an embodiment of the present invention.
FIG. 3 is a diagram for explaining information stored in a repair information database a1.
FIG. 4 is a diagram illustrating an example of a reuse member part confirmation document according to an embodiment of the present invention.
FIG. 5 is a diagram for explaining an example of a reusable member part confirmation document according to an embodiment of the present invention.
FIG. 6 is a diagram for explaining information stored in a product type-specific repair information database d according to the embodiment of the present invention.
FIG. 7 is a diagram for explaining information stored in a product type-specific repair information database d according to the embodiment of the present invention.
FIG. 8 is a diagram showing an example of a procedure for renovating a new building by reusing at least part of the building members from an existing building.
[Explanation of symbols]
1: Existing unit building (existing building)
1 ': Newly built or refurbished unit building (reuse building)
2: Building unit (existing building unit)
2 ': Reuse building unit
3: Vehicle
100: Design support system
110: Input unit (input means)
120: Output unit (output means: display means: presentation means)
130: Information processing unit (calculation means)
140: Data storage unit (data storage means)
a: Repair information database
a1: Repair information database (standard)
a2: Repair information database (assessment evaluation)
d: Repair information database by product type
c: Information database by product type
200: Reuse material part confirmation
201: Title
202: Confirmation date
203: Explainer name field
204: Building history column
205: Relocation history column
206: Customer approval column
210: Display column

Claims (7)

A unit building (hereinafter referred to as a reusable building) that at least partially uses a reusable member (hereinafter referred to as a reusable material) among building members obtained by dismantling an existing box ramen structure building unit . )) To a customer, a reusable building design support system using a computer,
An input unit for inputting building member information obtained by dismantling and demolishing member information including the degree of aging, and repaired building member information including building members used for a newly expanded or reconstructed building;
A data storage unit that stores a repair information database a that stores information on how to handle repairs in the case of reusing according to the degree of aging in relation to building members;
Reuse extracts building member in which the corresponding process information by comparing the dismantling member information input and said repair information database a from the input unit is not the exchange into new material as a list of reuse timber generates a timber list, is extracted as a list building members to be re-building members that match by comparison with the reuse timber list and the renovation building member information, exchange the corresponding method information to new material and an information processing unit that extracts a list of buildings member that is not achieved in recycled building members has become,
The building member used for the reusable building comprises an output unit that outputs in a list whether the reusable material or the new material,
In the data storage section, as the repair information database a, a repair information database a1 storing repair method information based on elapsed years, and a repair information database a2 storing repair method information based on the assessment evaluation method, Is stored,
Wherein the information processing unit, when the phase information of the assessment evaluation results indicating the degree of aging by the assessment evaluation method by the input portion is input to eject the said corresponding method information from the previous SL repair information database a2, the A building design support system characterized in that, when an age is input as information indicating the degree of aging in the input unit, the handling method information is extracted from the repair information database a1. The list includes a reuse display column that displays whether the building member used for the reuse building is the reuse material or the new material, and the building member is a reuse material in the reuse display column. The building design support system according to claim 1, further comprising a repair method display field for displaying the corresponding method information when there is information about the corresponding method for repair when the unit is reused. The corresponding該再interest timber in the repair method display column wear associated with該再interest timber with its building member on the reuse display column to extract reusable building member is displayed indicating that reuse timber 3. The building design support system according to claim 2, wherein method information is displayed.   4. The product type-specific information database c storing product type-specific building member information including building members used for the product type for each product type is stored in the data storage unit. The building design support system described. In the data storage unit, for each product type, basic design dimension data of a part that is not changed in relation to the extension / reconstruction method or the repair method used in the product type, and the building member can be reused. Stores a repair information database d for each product type that is stored separately from those using new materials.
When the product type and the repair method thereof are input at the input unit, the information processing unit accesses the product type repair information database d of the data storage unit, and the basic design dimension data of the part that does not change, 3. The building design support system according to claim 2, wherein the building member is displayed separately from those that can be reused and those that use new materials.   6. The design support system according to claim 1, wherein the repair information database a or the product type repair information database d can be modified. The output unit is a reuse display column that displays whether a building member used in a unit building proposed to a customer is a reused material or a new material obtained by dismantling an existing building unit ; When there is response method information such as repair when reusing the reuse material, the response method display column for displaying the response method information , and the contents described in the reuse display column and the response method display column The building design support system according to claim 1, wherein a reusable member part confirmation form including a confirmation column for confirming that the structure has been confirmed is output.

Images