JP6714267B1 - Adaptive design support server, adaptive design support method, and adaptive design support program - Google Patents

Abstract

PROBLEM TO BE SOLVED: A prospective purchaser actually moves into a model house, examines the specifications of a new building, and can support the design of a building that meets his wishes. Provide a design support program. SOLUTION: A model house information storage device 25 for storing actual model house information, a tenant recruitment application display logic circuit 236 for displaying a screen of a tenant recruitment application on a communication terminal for applicants for residence, and a customer of a prospective purchaser of a building. Design for changing the design data of the selected model house via the customer information storage device 27 for storing personal information, the access authority confirmation logic circuit 231 for giving access authority to the model house resident communication terminal, and the screen of the design support application A change design drawing creation logic circuit 234 is provided for receiving the change information and creating a conforming design drawing in which the design data of the selected model house is changed. [Selection diagram]

Description

The present invention relates to an invention suitable for a business capable of selling a modified building customized (modified) to a prospective purchaser of a new house to meet the desired specifications of the prospective purchaser. A person who plans to purchase such a building will move into the model house for the time being, consider the improvement points of the model house during the period of moving into the model house, and optimize the design of the building to be purchased based on the improvement points. Server, adaptive design support method, and adaptive design support program.

Generally, a person who is considering purchasing a new house or the like transmits desired design information to a design office, a construction company, a construction company, etc., and requests for design drawing preparation and cost estimation. In order to have a more concrete design image, we often visit model houses exhibited by contractors prior to quotation. This model house is built by the design of the model house provider such as a construction company so that those who wish to build or expand or renovate the house can observe various architectural styles.

However, the design of the model house and the design of the building ideal for the prospective buyer are usually very different. Further, the model house is only visited for a few hours at the longest, and rarely there is a service to experience moving into the model house, but many of them are two days (one night). By visiting the model house for a short period of time, it is hard to say that you can have a sufficient image of occupancy even if you can have an image in part. Designing a building to meet the desired requirements is generally different from a floor plan such as a model house. It is also difficult to obtain a fully-experienced moving-in experience by spending one night with care and not in a relaxed state as one's own house. Not having a sufficient image of occupancy is a stumbling block when making a decision to purchase a new building, which leads to giving up on the purchase itself.

Patent Document 1 describes an invention of a home sales support system that allows a user to experience a simulated tour of a three-dimensional image model of a home designed by himself. The invention described in Patent Document 1 enables a simulation of moving in a house of a desired design, but since it is a simulated experience of only visual information, information based on the five senses, such as when visiting a model house, is obtained. The problem is that you cannot do it.

JP, 2005-149059, A

The present invention has been made by paying attention to the above-mentioned problems, in which a person who intends to purchase a building occupies a model house for a long period of one month or more, during which the subject of the model house is examined and the person who intends to purchase the model It is an object of the present invention to provide a conforming design support server, a conforming design supporting method, and a conforming design supporting program capable of designing a modified building modified so as to conform to the above ideal.

In order to achieve the above object, the first aspect of the present invention relates to a compatible design support server that is connected to a plurality of occupant communication terminals via a communication network. The adaptive design support server according to the first aspect is (a) a model house information storage device that stores a plurality of real model house information, which is design information of a model house that can move in as an actual model house, and (b) A resident recruitment application display logic circuit that causes a plurality of resident applicant communication terminals to display a resident recruitment application screen including a plurality of real model house information stored in a model house information storage device via a communication network, c) a customer information storage device that stores the customer personal information of the prospective building purchaser received via the resident recruitment application and the communication network; and (d) a model selected from a part of a plurality of occupant communication terminals. An access authority confirmation logic circuit that gives an access right of the model house resident communication terminal to the model house information storage device and the customer information storage device by assigning an ID number to the house resident communication terminal, and (e) model house resident The design that displays the screen of the design support application on the person communication terminal and changes the design data of the selected model house selected by the building purchaser who owns the model house resident communication terminal via the screen of the design support application The gist of the present invention is to provide a change design drawing creation logic circuit which receives change information, creates a conforming design drawing in which the design data of the selected model house is changed according to the design change information, and sends it to the model house resident communication terminal. The adaptive design support server according to the first aspect is characterized in that it supports the design of a building that meets the wishes of the prospective purchaser of the building.

According to a second aspect of the present invention, an arithmetic logic circuit having a tenant recruiting application display logic circuit, an access authority confirmation logic circuit and a modified design drawing creation logic circuit, and a conforming design having a model house information storage device and a customer information storage device. The present invention relates to an adaptive design support method using a system in which a support server and a plurality of communication terminals for occupants are connected to a communication network. The adaptive design support method according to the second aspect includes (a) a step of storing a plurality of real model house information, which is design information of a model house that can be moved in as a real model house, in the model house information storage device; b) a step for the resident recruiting application display logic circuit to read out a plurality of real model house information from the model house information storage device; and(c) a resident recruiting application display logic circuit for a plurality of occupant communication terminals. The step of displaying the screen of the resident recruitment application including the real model house information of (3), (d) the customer personal information of the prospective building purchaser received through the resident recruitment application and the communication network, the customer information storage device. And (e) the access authority confirmation logic circuit assigns an ID number to a model house resident communication terminal selected from a part of a plurality of occupant communication terminals, and the model house information storage device And (f) the change design drawing creation logic circuit displays the screen of the design support application on the model house resident communication terminal, and (g) conforming design support. The server for receiving, through the screen of the design support application and the communication network, receiving design change information for changing the design data of the selected model house selected by the prospective purchaser of the building who owns the model house resident communication terminal; , (H) The modified design drawing creation logic circuit includes a step of creating a conforming design drawing in which the design data of the selected model house is changed according to the design change information, and transmitting it to the model house resident communication terminal. The adaptive design support method according to the second aspect is characterized in that it assists the design of a building that meets the wishes of the prospective purchaser of the building.

The computer software program for realizing the adaptive design support method described in the second aspect of the present invention is stored in a computer-readable recording medium, and the recording medium is read by a computer system, thereby conforming to the present invention. A design support method can be executed. That is, the third aspect of the present invention relates to a compatible design support program for driving a compatible design support server connected to a communication network. The adaptive design support program according to the third aspect includes an arithmetic logic circuit having a tenant recruiting application display logic circuit, an access authority confirmation logic circuit, and a modified design drawing creation logic circuit, a model house information storage device, and a customer information storage device. It drives a compatible design support server, which is a computer system that it has. Specifically, the adaptive design support program according to the third aspect stores (a) a plurality of real model house information, which is design information of a model house that can move in as an actual model house, in the model house information storage device. And (b) the resident recruitment application display logic circuit reads out a plurality of real model house information from the model house information storage device, and (c) the resident recruitment application display logic circuit is connected to the communication network. A command to display the screen of the tenant recruitment application including multiple real model house information on the connected multiple communication terminals for tenants, and (d) the building received through the tenant recruitment application and the communication network. An instruction to store the customer's personal information of the prospective purchaser in the customer information storage device, and (e) the access authority confirmation logic circuit, is stored in the model house resident communication terminal selected from a part of the plurality of occupant communication terminals. On the other hand, an instruction to give an access right to the model house information storage device and the customer information storage device by giving an ID number to the model house information storage device, and (f) the modified design drawing creation logic circuit A command to display the screen, and (g) the server for adaptive design support, through the screen of the design support application and the communication network, the selected model house selected by the person who plans to purchase the building that owns the model house resident communication terminal. A command to receive design change information to change design data, and (h) a change design drawing creation logic circuit creates a conforming design drawing in which the design data of the selected model house is changed based on the design change information, and the model house resident communication The computer system is operated by a series of instructions including instructions to be sent to the terminal. The adaptive design support program according to the third aspect is characterized in that it operates a computer system to support the design of a building that meets the wishes of a prospective purchaser of the building. The “recording medium” means a medium such as an external memory device of a computer system, a semiconductor memory, a magnetic disk, an optical disk, a magneto-optical disk, or a magnetic tape, which can record a program. Specifically, a flexible disk, a CD-ROM, an MO disk, a cassette tape, an open reel tape, and the like are included in the “recording medium”, but the adaptive design support program according to the third aspect does not use a recording medium or the like. Alternatively, the program may be read directly into the program storage device of the computer system functioning as the adaptive design support server via the communication network.

According to the present invention, a person who intends to purchase a building moves into the model house for a long period of one month or more, considers the problems of the model house during that time, and modifies the building so as to adapt it to the ideal of the person who intends to purchase. An adaptive design support server capable of designing an object, an adaptive design support method, and an adaptive design support program can be provided.

3 is a schematic flowchart of a adaptive design support method according to a representative embodiment (hereinafter, referred to as “representative embodiment”) of the present invention. It is a schematic diagram of a system configuration which realizes a conforming design support method concerning a typical embodiment of the present invention. FIG. 3A is a schematic diagram illustrating the logical configuration of the hardware resources of the new house plan configuration unit that configures the management server illustrated in FIG. 2. FIG. 3B is a diagram showing an example of the internal structure of the customer information storage processing command circuit that constitutes the new house plan configuration unit. FIG. 3C is a diagram showing an example of the internal structure of the modified design drawing creation logic circuit that constitutes the new house plan configuration unit. It is an example of a flowchart of a step of presenting model house information. It is an example of a flow chart during moving in to the model house from immediately before moving in to the model house. It is an example of a flow chart from immediately before the deadline for accepting the specification change request to immediately before the contract for the construction of the modified building. 3 is an example of a recruitment information input screen presented by a tenant recruitment application software program (hereinafter abbreviated as “resident recruitment application”). This is the top page presented by the design support application software program (hereinafter abbreviated as “design support application”) to the model house residents. It is an external appearance confirmation screen that displays a schematic design drawing among the screens presented by the design support application targeting model house residents. Of the screens presented by the design support application, it is an appearance confirmation screen in which a specification display unit is displayed. Of the screens presented by the design support application, this is the internal design confirmation screen of the schematic design drawing.

Hereinafter, one representative embodiment of the present invention will be taken up and exemplarily described with reference to the drawings. In the following description of the drawings, the same or similar reference numerals are given to the same or similar parts. However, it should be noted that the drawings are schematic, and the relationship between the thickness and the plane dimension, the size ratio of each member, and the like are different from the actual ones. Therefore, specific thicknesses, dimensions, sizes, and the like should be determined more variously in consideration of the purpose of the technical idea that can be understood from the following description. Further, it is needless to say that the drawings include some parts having different dimensional relationships and ratios.

Further, the following representative embodiments exemplify a method for embodying the technical idea of the present invention, an apparatus used for the method, and the like, and the technical idea of the present invention is that the material of components is The method, shape, structure, arrangement, etc., of the method are not specified below. The technical idea of the present invention is not limited to the contents described in the representative embodiments, and various modifications can be made within the technical scope defined by the claims described in the claims.

(Compatible design support server)
The adaptive design support server according to the representative embodiment of the present invention includes a plurality of applicant communication terminals 19a, 19b, 19c,..., Which are connected to the communication network (Internet or the like) 11 illustrated in FIG. It is used in a system including a model house resident communication terminal 17, an administrator terminal 15, and a management server 13. That is, the management server 13 in the system configuration shown in FIG. 2 corresponds to the adaptive design support server according to the representative embodiment. Therefore, in the following description, the adaptive design support server according to the representative embodiment will be referred to as "management server 13". Since the model house resident communication terminal 17 of FIG. 2 is a specific terminal selected from a plurality of occupant communication terminals 19a, 19b, 19c,..., The expression of FIG. There may be a case where the sequence becomes a complicated duplicate expression. The model house resident communication terminal 17 is a terminal such as a desktop computer installed only in the model house, and the model house resident is dedicated from any of the plurality of applicant communication terminals 19a, 19b, 19c,.... In the case of switching to the model house resident communication terminal 17 after moving into the model house, the schematic expression shown in FIG. 2 does not become an overlapping expression. On the other hand, one of the plurality of communication terminals 19a, 19b, 19c,... Is a mobile terminal of a prospective model house resident, and even after the model house resident has moved into the model house, a When the mobile terminal, which is any one of the resident communication terminals 19a, 19b, 19c,..., Is continuously used as the model house resident communication terminal 17, the schematic expression shown in FIG. Become. However, a dedicated model house resident communication terminal 17 such as a desktop computer installed only in the model house has a plurality of communication terminals 19a, 19b, 19c before the model house resident obtains access authority. ........, if interpreted as fulfilling a function equivalent to that, the dedicated model house resident communication terminal 17 is selected from a plurality of occupant communication terminals 19a, 19b, 19c,. Become. In the system configuration shown in FIG. 2, the administrator terminal 15 is a communication terminal owned by the administrator. In the description of the server for adaptive design support according to the representative embodiment, the “manager” is a company that sells buildings such as new houses, makes a lease contract for a model house to sell the buildings, and Is a person who makes a contract for construction work. In the system configuration shown in FIG. 2, there may be a plurality of managers. When there are a plurality of managers, each manager has a manager terminal, so there are a plurality of manager terminals, but for simplification, one manager terminal 15 is shown in FIG. There is. When there are a plurality of managers, the management server 13 may be owned by a specific manager selected from the plurality of managers, or may be owned by an operator other than the managers. If the administrator has one system configuration, the operator of the management server 13 having the system configuration shown in FIG. 2 becomes the one administrator. A business model in which a plurality of managers configure an “ideal design network” in which one management server 13 is common and utilize the big data owned by the management server 13 is also possible.

In the system configuration shown in FIG. 2, for convenience of explanation, only one model house resident communication terminal 17 is illustrated, but in reality, a plurality of model houses classified by type are prepared, and therefore, each model house is prepared. A model house resident communication terminal 17 can be assigned to each house. In FIG. 2, three occupant communication terminals 19a, 19b, 19c are shown, but this is a schematic example and is not limited to three. The occupant communication terminals 19a, 19b, 19c,... Are intended for a large number of arbitrary and unspecified communication terminals all over the world connected via the communication network 11, and particularly the number of occupant communication terminals. There is no limit. In the system configuration using the adaptive design support server according to the representative embodiment, individual model house resident communication terminals 17 are selected for unspecified occupant communication terminals 19a, 19b, 19c,.... .. Therefore, as described at the beginning, the model house resident communication terminal 17 and the unspecified resident communication terminals 19a, 19b, 19c,... Are system elements equivalent to each other in terms of hardware configuration, and Duplicates are allowed in.

The management server 13 includes a model house information storage device 25 that stores a plurality of model house information, and a customer information storage device 27 that receives and stores customer personal information and design change information of a model house resident. The “plurality of model house information” stored in the model house information storage device 25 is the information of the building actually owned by the manager, and the “real model house information” that can be moved in as a real model house. The modified model house information, which is the information of the modified building customized (modified) by the adaptive design using the adaptive design support server according to the representative embodiment of the present invention, is included. Since other model house residents already live in the building subject to the “modified model house information”, it cannot be used as a new model house. The management server 13 further includes a communication control unit that realizes bidirectional communication between the management server 13 and the applicant communication terminals 19a, 19b, 19c,..., The model house resident communication terminal 17, the manager terminal 15 and the like. 21 is provided. The management server 13 further uses the design change information sent from the model house resident communication terminal 17 to create a design drawing conforming to the design change information, and the created design drawing is used by the model house resident communication terminal 17 or the management. The new house plan configuration unit 23 that executes the logical operation processing to be displayed on the worker terminal 15 is provided as a central logic control unit (CPU). In FIG. 2, the management server 13 is shown as a computer system in which the model house information storage device 25, the customer information storage device 27, the communication control unit 21, and the new house plan configuration unit 23 are contained in one box. It is only a schematic diagram. The management server 13 constituting the computer system may be a cloud computer system, or only the model house information storage device 25 may be replaced with a cloud system. Since the structure of the management server 13 shown in FIG. 2 is merely a simplified schematic diagram, illustration of a program storage device, an input device, an output device, etc. for storing the adaptive design support program according to the representative embodiment of the present invention is omitted. Has been done. The program storage device (not shown) stores a series of instructions outlined as the adaptive design support program according to the third aspect of the “means for solving the problem”.

As the logical configuration of the hardware resources of the new house plan configuration unit (CPU) 23 that configures the internal structure of the management server 13 shown in FIG. 2, as shown in FIG. Logic circuit 232, ranking creation logic circuit 233, modified design drawing creation logic circuit 234, customer design information organization logic circuit 235, resident recruiting application display logic circuit 236, customer information storage processing command circuit 237, design evaluation application display logic circuit 238. And a sequence circuit 239 and the like. The access authority confirmation logic circuit 231 of FIG. 3A assigns an ID number to the model house resident communication terminal 17 selected from the plurality of occupant communication terminals 19a, 19b, 19c,.... , And grants access authority to the model house information storage device 25 and the customer information storage device 27. In the following description, the model house resident communication terminal 17 is either a mobile terminal or a dedicated model house resident communication terminal 17 such as a desktop computer installed only in the model house. However, regardless of the model of the terminal, before the model house resident obtains the access authority, there is one of a plurality of communication terminals 19a, 19b, 19c,... It is assumed that the terminal after the confirmation logic circuit 231 gives the access right by giving the ID number to the specific terminal becomes the model house resident communication terminal 17. Therefore, the model house resident communication terminal 17 is selected from any of the plurality of resident applicant communication terminals 19a, 19b, 19c,.... That is, the access authority confirmation logic circuit 231 confirms the access authority to the model house information storage device 25 and the customer information storage device 27 of the information input from the communication control unit 21. Access to the device 25 and the customer information storage device 27 is permitted. The access authority confirmation logic circuit 231 executes different access restrictions on the model house resident communication terminal 17 and the administrator terminal 15. The classification symbol assigning logic circuit 232 assigns a classification symbol to the items whose design has been changed by the resident of the model house, and sorts the big data including the actual model house information and the modified model house information. The ranking creation logic circuit 233 displays the contents of the big data of the design change classified by the classification symbol in the order of the items with the most design changes.

The modified design drawing creation logic circuit 234 performs a logical operation for combining the actual model house information stored in the model house information storage device 25 with the modification information of each member stored in the customer information storage device 27, A new blueprint in which the items desired by the customer are changed is created as a "change blueprint". As shown in FIG. 3C, the modified design drawing creation logic circuit 234 includes a design support application display circuit 234a, a specification change target determination circuit 234b, a detailed design drawing creation circuit 234c, a schematic design drawing creation circuit 234d, and a modified design drawing. An examination warning circuit 234e and a change number management circuit 234f are included. The design support application display circuit 234a creates a design support application, transmits it to the model house resident communication terminal 17, and displays the design change information as shown in FIGS. 8 to 11 on the display of the model house resident communication terminal 17. The input screen 31b is displayed. The specification change target determination circuit 234b determines and manages the member or location for which the specification is to be changed in the design data of the selected model house selected by the prospective purchaser of the building on the design change information input screen 31b.

The detailed design drawing creation circuit 234c constituting the modified design drawing creation logic circuit 234 shown in FIG. 3C receives the design change information input screen 31b for the design data of the selected model house selected by the prospective purchaser of the building. The design change information transmitted by the above is received, and the conforming design drawing in which the design data of the selected model house is changed is created according to the design change information. The schematic design drawing creation circuit 234d performs a logical operation to change the detailed conforming design drawing created by the detailed design drawing creation circuit 234c into a schematic design drawing that is easy for an ordinary person who does not have specialized knowledge to understand. In the changed design drawing examination warning circuit 234e, whether the conformity design drawing created by the detailed design drawing creation circuit 234c is against the law such as the City Planning Law, Building Standard Law, Fire Defense Law, Housing Land Development Regulation Law, etc. The item is examined, and if there is a problem, a warning is generated on the design change information input screen 31b of the design support application. Further, for example, in the design change information input screen 31b, when the tip of the cursor 33b that has selected the position of the main structural part defined in Building Standard Act Article 2(1)(5) is overlaid, "Spec change here" Requires specialized knowledge". The change number management circuit 234f assigns a change number to the conforming design drawing sequentially created by the detailed design drawing creating circuit 234c, and manages the conforming design drawing of the necessary change number so that it can be read on the design change information input screen 31b at any time. To do.

The modified design drawing creation logic circuit 234 of FIG. 3A may perform a logical operation of an algorithm of a neural network, and has a function of deep learning such as machine learning by the neural network to construct a new house plan construction unit (CPU) 23. Preferably have. The customer design information organization logic circuit 235 organizes the relationship information between the data (big data) stored in the customer information storage device 27 and the data stored in the model house information storage device 25, and the customer information storage device 27 and the model. It is sorted and stored in the house information storage device 25. When organizing the relationship information between the data stored in the customer information storage device 27 and the data stored in the model house information storage device 25, it is preferable to use the deep learning function for the future use of big data. .. The tenant recruiting application display logic circuit 236 calls the required real model house information from the big data hierarchically classified from the model house information storage device 25 and requests the information from the desired applicant communication terminals 19a, 19b. , 19c,... Display the recruitment information input screen 31a of the tenant recruitment application. When the virtual real model house information included in the big data stored in the model house information storage device 25 is requested as the reference information by the mode selection, the tenant recruiting application display logic circuit 236 inputs the recruiting information of the tenant recruiting application. It is also possible to display it on the screen 31a.

As shown in FIG. 3B, the customer information storage processing command circuit 237 includes a scheduled date calculation circuit 237a, a reception end date calculation circuit 237b, a data storage circuit 237c, and the like. The scheduled date calculation circuit 237a receives a signal including the information on the end date of acceptance of the design change information from the manager terminal 15 and calculates the scheduled start date and scheduled completion date of the new building. The acceptance end date calculation circuit 237b of the customer information storage processing command circuit 237 receives a signal including information on the expected completion date from the administrator terminal 15 and calculates the expected construction start date and the acceptance end date of the design change information. The data storage circuit 237c of the customer information storage processing instruction circuit 237 stores in the customer information storage device 27 the data on the acceptance end date, the data on the scheduled start date and the data on the scheduled completion date, and other data related to the customer information. .. The data storage circuit 237c inputs the data of the applicant and the data of the model house resident as customer personal information via the communication control unit 21 and stores it in the customer information storage device 27.

The design evaluation application display logic circuit 238 acquires “design evaluation application software” from the former model house resident by bidirectional communication to obtain reflection points and evaluation items of the modified building modified by the former model house resident by conforming design. -Control a program (abbreviated as "design evaluation app" below). The design evaluation application is displayed on the communication terminals 19a, 19b, 19c, ... of the specific model applicant who the former model house resident has, performs two-way communication with restricted access, and receives it from the former model house resident. Data such as design failure and evaluation is stored in the customer information storage device 27 and accumulated as big data. It is possible to include the reflection points and evaluation items of the modified building in the big data of the model house information storage device 25 so that they can be browsed as reference data of other model house residents. Whether or not the reflection points and evaluation items of the modified building can be viewed as reference data of other model house resident can be determined by the business model of the manager and the contents of the contract document of the model house resident.

Access authority confirmation logic circuit 231, classification symbol giving logic circuit 232, ranking creation logic circuit 233, modified design drawing creation logic circuit 234, customer design information organization logic circuit 235, tenant recruitment application display logic circuit 236, customer information storage processing instruction The circuit 237 and the design evaluation application display logic circuit 238 form an arithmetic logic circuit (ALU) in the internal structure of the new house plan configuration unit (CPU) 23. The sequence circuit 239 constitutes a part of a control unit (not shown) in the internal structure of the new house plan configuration unit (CPU) 23. The sequence circuit 239, the access authority confirmation logic circuit 231, the classification symbol giving logic circuit 232, the ranking creation logic circuit 233, the modified design drawing creation logic circuit 234, the customer design information organization logic circuit 235, and the resident recruitment which constitute the ALU. The timing of each processing of the application display logic circuit 236, the customer information storage processing instruction circuit 237, and the design evaluation application display logic circuit 238 is sequentially controlled by the clock signal. Access authority confirmation logic circuit 231, classification symbol giving logic circuit 232, ranking creation logic circuit 233, modified design drawing creation logic circuit 234, customer design information organization logic circuit 235, tenant recruitment application display logic circuit 236, customer information storage processing instruction The circuit 237, the design evaluation application display logic circuit 238, and the sequence circuit 239 are connected to each other by the bus 230. Note that the configuration of the new house plan configuration unit 23 illustrated in FIG. 3A is a simplified schematic diagram, and a plurality of buses may exist. Therefore, the new house plan configuration unit 23 may include an interface circuit, a register, a shifter, and the like as in a normal CPU, but the illustration is omitted for simplification.

The new house plan configuration unit (CPU) 23 can configure a computer system by using a microprocessor (MPU) or the like mounted as a microchip as a CPU. In addition, as a new house plan configuration unit 23 that constitutes the CPU of a computer system, a digital signal processor (DSP) specialized in signal processing with an enhanced arithmetic operation function, and a memory and peripheral circuits are mounted for the purpose of controlling embedded devices. A micro controller (microcomputer) or the like may be used.

Alternatively, the main CPU of the current general-purpose computer may be used for the new house plan construction unit 23. Further, a part or all of the configuration of the new house plan configuration unit 23 may be configured by a programmable logic device (PLD) such as a field programmable gate array (FPGA). When a part or all of the new house plan configuration unit 23 is configured by the PLD, the data storage device 24 can be configured as a memory element such as a memory block included in a part of the logic blocks configuring the PLD. .. Further, the new house plan configuration unit 23 may have a structure in which a CPU core-like array and a PLD-like programmable core are mounted on the same chip. This CPU-core-like array includes a hard macro CPU pre-installed inside the PLD and a soft macro CPU configured using PLD logic blocks. That is, a configuration in which software processing and hardware processing are mixed inside the PLD may be used.

An access authority confirmation logic circuit 231, a classification symbol giving logic circuit 232, a ranking creation logic circuit 233, a modified design drawing creation logic circuit 234, a customer as a hardware resource that constitutes the new house plan configuration unit 23 shown in FIG. 3A. The design information organization logic circuit 235, the resident recruiting application display logic circuit 236, the customer information storage processing instruction circuit 237, the design evaluation application display logic circuit 238, the sequence circuit 239, etc. are hardware resource formats focusing on logical functions. However, it does not always mean a functional block that exists independently as a physical area on a semiconductor chip. Therefore, the logical configuration of the access right confirmation logic circuit 231 or the like does not deny the actual configuration of a programmable logic component mounted on a semiconductor chip such as a “logic block” of a PLD. .. When a part or all of the new house plan configuration unit 23 is configured by PLD such as FPGA, the program counter 238, the data bus 239 and the like shown in FIG. 2 can be omitted.

The communication network 11 is a communication network such as the Internet, and may be any network capable of communicating information such as LAN and WAN. The communication network 11 may be a wired or wireless network including a dedicated line in part or in whole, or may be a public line network that does not include a dedicated line. Further, the communication network 11 may be a computer network realized by a broadband and high-speed communication line, that is, an internet connection system by a broadband network realized by using an optical fiber, CATV, ADSL or the like.

The administrator terminal 15 is connectable to the communication network 11 and has the authority to access the model house information storage device 25 and the customer information storage device 27 via the communication control unit 21 of the management server 13. The model house resident communication terminal 17 may be a communication terminal such as a commercially available personal computer, smartphone, or tablet that the model house resident originally possesses, or a dedicated terminal distributed by the administrator. Alternatively, it can be easily input to the design support application and a dedicated display that displays the screen of the design support application at all times so that the model house resident is equipped as a piece of equipment and can input at any time when they notice it. It may be a dedicated terminal equipped with a dedicated input device (input unit).

The dedicated display of the model house resident communication terminal 17 is adapted to a new version designed or redesigned by the detailed design drawing creation circuit 234c which constitutes the modified design drawing creation logic circuit 234 of the new house plan construction unit (CPU) 23. The blueprint is displayed. In the new version of the conforming design drawing, the change number management circuit 234f forming the change design drawing creating logic circuit 234 sequentially assigns the change number to the conforming design drawing, and the conforming design drawing of the necessary change number is displayed in the model house. The screen of the dedicated display of the resident communication terminal 17 can be read at any time. Then, the conforming design drawing is examined in detail on the screen of the dedicated display of the model house resident communication terminal 17. Therefore, the screen of the dedicated display of the model house resident communication terminal 17 is preferably a large screen of 32 inches or more. The model house resident communication terminal 17 may have a keyboard or a mouse as its dedicated input device. The design support application displayed as the default can be switched to the screen of a general-purpose personal computer by a dedicated input device. The model house resident communication terminal 17 may be provided with an output device (output unit) such as a printer. By providing a three-dimensional (3D) virtual reality (VR) headset as an output device, you can experience the designed modified building as a virtual space (cyberspace) as if it were a real building. It is also preferable to do so.

The occupant communication terminals 19a, 19b, 19c,... Are arbitrary communication terminals and are not particularly limited. In response to the request from the communication terminals 19a, 19b, 19c,... Who want to move in, the management server 13 presents the required actual model house information from the big data stored in the model house information storage device 25. It becomes possible. Big data including real model house information and modified model house information is first classified by the price range of the building. Each price range is categorized by building size and structure such as two-story, three-story, concrete construction, and wooden construction. In the classification by size and structure, the shape and type of the building, the location of each model house, the date and time when each model house can be moved, and the like are included. The shape of the building includes the shape of the roof of the building, other appearances, internal structure, specifications, and the like. However, depending on the business scale of the manager in the system configuration or the manager of the management server 13 in the system configuration shown in FIG. A method of disclosing the model house information in response to a request from the communication terminals 19a, 19b, 19c,... The applicant communication terminals 19a, 19b, 19c,... Can browse the actual model house information and the modified model house information, and have no authority to change various information.

The model house information storage device 25 stores the actual model house information and the modified model house information as big data classified and arranged in a hierarchy according to size and type by an administrator. Each of the real model house information and the modified model house information includes, for each model house, a two-dimensional floor plan, a basic design drawing created by architectural CAD, and default information such as 3DCG created from them. It also has default information such as the color and texture of the exterior and interior of the model house, material (material), size, shape and direction. The default information such as colors, textures, materials (materials), dimensions, shapes, and directions of the exterior and interior can be selected by the administrator as a popular type or a type that is usually used. Big data organized by ranking can be used to select popular types or types that are often used. Furthermore, the past utility bill information of each model house may be stored as a reference. In the model house information storage device 25, the new modified model house information designed by the new house plan configuration unit (CPU) 23 of the management server 13, together with the information such as the household composition that created the new modified model house information, The customer design information organizing logic circuit 235 of the new house plan composing unit 23 sorts and organizes the data so that they are sequentially stored, and stores them so as to form a part of the big data. Further, the classification symbol assigning logic circuit 232 of the new house plan construction unit 23 assigns a classification symbol to the items whose design is changed by the resident of the model house, and sorts and organizes the contents of the design change. The data structure of the big data stored in the device 25 is hierarchically organized.

For example, the price range of buildings is classified into zones. In each price zone, the size of the building and the structure of the two-story, three-story, etc. are classified into "categories", and a plurality of magnetic disks constituting the hard disk serving as the model house information storage device 25 are formed. It is stored in a specific one of them. If the size of big data becomes large, it is stored in a plurality of magnetic disks. Then, the shape and type of the building are classified into "classes" in categories according to size and structure, and stored in a specific track in a specific one disk that constitutes the hard disk. The specific track includes a plurality of tracks depending on the size of the big data. In the classification of the class, the shape of the building includes the shape of the roof of the building, other appearances, and design change targets (specification change targets) such as the internal structure and specifications. Ceiling height, beam thickness, window size, window height, wall structure, wall color, etc. are categorized into "main groups" in each class and assigned to a specific sector of a specific track. Stored as a file. The specific sector includes a plurality of sectors according to the size of the big data.

Then, each change content regarding the design change target (specification change target) in each main group is classified into "subgroups" and stored as a part of the page of the file. Numerical values such as ceiling height, beam thickness, window size, window height, etc. of the sub-group are given "expansion symbols" determined by the numerical range, and sorted and stored in a part of the page. To be done. Identification symbols are also given to the wall structure, wall color, and the like. In this way, the data structure in which the big data of the building is classified is formed in the hierarchy of zone/category/class/main group/subgroup. The ranking creation logic circuit 233 of the new house plan configuration unit (CPU) 23 creates the ranking by organizing the big data, which is the contents of the design change classified by the classification symbol, in the order of the items with the most design changes and displays the ranking. The list is stored in the model house information storage device 25. The hierarchical organization method described here is a simplified example, and there are various hierarchical organization methods. It has already been stated that, depending on the business scale of the manager or the operator of the management server 13, the model house information storage device 25 need not contain data of a size suitable for big data. Is not big data, but if the modified model house information is accumulated by continuing the operation of the management server 13 according to the representative embodiment, the big data is gradually accumulated, so that a hierarchical data structure is configured. preferable.

The customer information storage device 27 stores information such as the name of the resident of the model house, the family structure, the household income, the specification change history of the model house, and various deadlines such as the entering and leaving times of the model house. The customer design information organization logic circuit 235 of the new house plan configuration unit (CPU) 23 organizes the relationship information between the data stored in the customer information storage device 27 and the data stored in the model house information storage device 25 to construct a new house. It is stored in the house plan configuration unit (CPU) 23. When the relationship information between the data stored in the customer information storage device 27 and the data stored in the model house information storage device 25 is sorted out, the customer design information sorting logic circuit 235 uses the deep learning function. Proposal-type input support when resident of a model house inputs design change information becomes possible. For example, the relationship between the family composition (including age composition), household income, hobbies, and the like of past model house residents and past design change information is learned by deep learning. By using the learned results, the family structure, household income, hobbies, etc. of the model house resident are used for weighting the parameters of deep learning, and advice information when a new model house resident changes the model house design is provided. It is possible to make a proposal on the design change information input screen 31b. Weighting of various parameters of deep learning can be learned so that more effective advice can be provided with the passage of time if the customer design information organizing logic circuit 235 changes itself by using the function of AI. As the advice information, data arranged in a ranking display in the model house information storage device 25 can be used. The administrator stores the initial information from the administrator terminal 15, but the administrator or the model house resident may change the initial settings. However, it is preferable that only the administrator has the authority to change various deadlines such as the entry and exit times of the model house.

The detailed design drawing creation circuit 234c forming the modified design drawing creation logic circuit 234 of the new house plan configuration unit (CPU) 23 is a customer information storage device for the actual model house information stored in the model house information storage device 25. The logical operation that combines the latest design change information of each member stored in 27 is executed to create the latest design drawing of the modified building at that time. The design support application display circuit 234a included in the modified design drawing creation logic circuit 234 displays the modified design on the screens of various terminals via the communication control unit 21 and the communication network 11. It is also possible to refer to the data of the modified model house information when creating the latest blueprint of the modified building. Whether or not it is possible to take into account the modified model house information accumulated as big data may be determined according to the business model of the administrator. The display of the modified design may be two-dimensional, three-dimensional, or both. If the specification has not been changed even once, the default information stored in the model house information storage device 25 is displayed. The new house plan configuration unit 23 mainly operates according to a request from the administrator terminal 15 or the model house resident communication terminal 17 logged in to the design support application.

(Outline of adaptive design support method)
The adaptive design support method according to the representative embodiment of the present invention, which is schematically shown in the flowchart of FIG. 1, will be described with reference to the reference numerals of the drawing shown in FIG. First, in step S101, the resident recruiting application stored in the management server 13 is provided to the unspecified resident applicant communication terminals 19a, 19b, 19c,... Through the communication network 11. The tenant recruitment application display logic circuit 236 of the new house plan configuration unit (CPU) 23 of the management server 13 displays the recruitment information input screen 31a provided by the tenant recruitment application as shown in FIG. It is displayed on any of the communication terminals 19a, 19b, 19c,.... A plurality of pieces of real model house information are posted on the recruitment information input screen 31a. The resident recruitment application has no access restrictions, and is a page widely opened to third parties. The selection cursor 33a in FIG. 7 is a pointer that can be freely moved within the recruitment information input screen 31a using an input device such as a mouse connected to the corresponding applicant communication terminals 19a, 19b, 19c,.... is there. If the display of the corresponding applicant communication terminals 19a, 19b, 19c,... Adopts the touch screen method, the display itself functions as an input device. You may choose.

The tenant applicant B who saw the tenant recruitment application uses the management server 13 via the communication network 11 in FIG. To access. A plurality of real model house information is stored in the model house information storage device 25 in the management server 13 as big data or small-scale data. By accessing the management server 13 through any of the tenant applicant communication terminals 19a, 19b, 19c,.. Called by.

The tenant applicant B selects the selected model house with the selection cursor 33a from the plurality of model houses displayed on the recruitment information input screen 31a of the tenant recruitment application, and the manager terminal indicates the desire to move to the selected model house. Accepted at 15. When the big data is stored in the model house information storage device 25, the classification symbol assigning logic circuit 232 displays a search page in which the classification code is given a classification code and is hierarchically arranged on the recruitment information input screen 31a of FIG. May be. Also, if the model house owned by a specific manager does not fit the model house desired by the applicant, if the ideal design network by multiple managers is configured, use the ideal design network. Then, the manager who owns the closest model house may be introduced. If the manager is a small-scale business operator who has only a small number of model houses, the manager can display the model house he has on the resident recruiting application and have the selected model house selected from them. In addition, in the following description, an administrator will explain a case where there is only one administrator (building seller) and ignore the existence of other administrators. In the following explanation, it is assumed that one administrator is A and the applicant is occupant.

Next, the adaptive design support method according to the representative embodiment proceeds to step S103 in FIG. In step S103, the administrator A who has received the request to move in to the selected model house via the tenant recruitment application moves to the stage of the examination of the move-in applicant B. Tenant applicants can use the pull-down menus and text boxes of the Recruitment Resident App to provide the customer's personal information (customer personal information), such as the model house resident's name, family composition, household income, and desired date of entering/leaving the model house. Enter. The customer personal information, which is the data input through the resident recruitment application, is stored in the examination file of the customer information storage device 27 by the data storage circuit 237c of the customer information storage processing instruction circuit 237.

The administrator A reads the customer personal information stored in the examination file of the customer information storage device 27 from the customer information storage device 27 to the screen of the administrator terminal 15, and uses the information that can be viewed on the screen of the administrator terminal 15. Perform a move-in examination. The administrator A will inform the applicant B who has passed the examination that he/she has been selected as a model house resident through the tenant recruitment application display logic circuit 236 of the new house plan configuration unit (CPU) 23. Notify on the recruitment application. As a result, the applicant B who has been notified of the decision as a model house resident moves into the selected model house and becomes a “model house resident B”. After the selection of the model house resident B for the selected model house, the data storage circuit 237c of the customer information storage processing instruction circuit 237 displays the customer personal information of the model house resident B for the examination file of the customer information storage device 27 in FIG. Move the storage location from to the resident file. The transfer of the customer personal information from the examination file to the resident file may be performed before or after the model house resident B is moved to the selected model house. It is preferable to consider the specification change.

Next, the adaptive design support method according to the representative embodiment proceeds to step S105 in FIG. In step S105, first, the customer design information organization logic circuit 235 in the management server 13 inputs a design change request item based on the inconvenience that the model house resident B feels when he or she actually moves into the model house. In order to do so, the “design support application” as shown in FIG. 8 is transmitted to the model house resident communication terminal 17. The design support application shown in FIG. 8 is a simplified schematic diagram, and actually, it is possible to move to a page having a screen presented by various architectural design tools as described later. The transmitted design support application is displayed on the display of the model house resident communication terminal 17 as an input screen for design change information. In step S105, the information (design change information) of the model house resident B's specification change request is input on the design support application of the model house resident communication terminal 17 during the occupancy period of the selected model house.

When the model house resident B desires to change the specifications, the packet signal of the design change information input on the design support application of the model house resident communication terminal 17 is transmitted through the communication network 11 and the management server 13 It is input to the communication control unit 21. As for the packet signal including the design change information received by the communication control unit 21, “design change information” as vector data is stored in the customer information storage device 27 via the customer design information organization logic circuit 235. It is possible to transmit the design change information as many times as long as the selected model house is in the occupancy period and within the acceptance period of the design change information.

When the design change information is received, the default model house design is performed in the detailed design drawing creation circuit 234c that configures the modified design drawing creation logic circuit 234 of the new house plan configuration unit (CPU) 23 in the management server 13 of FIG. A logical operation is performed to add the latest design change information to the diagram or the previously presented adaptive design diagram of the selected model house. The latest design change information is added, and the design or redesign of the modified building is sequentially performed under the control of the sequence circuit 239, and an adapted design drawing for constructing the modified building is created. The design drawing of the modified building is displayed on the screen of the design support application of the model house resident communication terminal 17 together with the change number of the compatible design drawing at any time. Further, the conforming design drawing for constructing the modified building created by the detailed design drawing creating circuit 234c is assigned the change number of the adapting design drawing by the change number management circuit 234f constituting the change design drawing creating logic circuit 234. The conforming design drawings to which the change numbers are attached are sequentially stored in the model house information storage device 25. As a result of trial and error of creating a new conforming design drawing multiple times together with the conforming design drawing of the conforming design drawing, if the model house resident B is satisfied with the conforming design drawing of the specific conforming design drawing, the representative The adaptive design support method according to the embodiment selects the adaptive design drawing with a specific change number, and proceeds to step S107 in FIG. In some cases, the model house resident B selects the conforming blueprint of the change number of the previous stage, not the final change number. In this case, if the VR headset is installed in the model house resident communication terminal 17, the modified building shown in the conforming design drawing is verified in cyberspace as if it were an actual modified building. However, it is also possible to select a conforming design drawing with a desired change number.

In step S107 of FIG. 1, the contract design contract (construction contract) is established between the model house resident B and the administrator A with the conforming design drawing of the change number selected by the model house resident B as the "contract design drawing". To do. If a construction contract based on the contract design drawing (construction contract) is concluded, the model house resident B proceeds to the stage of building a modified building based on the contract design drawing. After that, the manager A will formally order the construction of the modified building to various contractors, and build the modified building.

Finally, the adaptive design support method according to the representative embodiment proceeds to step S109 in FIG. In step S109, the model house resident B moves from the selected model house in the house to the completed modified building. In the adaptive design support method according to the representative embodiment, the period of residence in the selected model house is at least half a year, and the period from the date of residence to the deadline for receiving the design change information is at least two months.

(Compatible design support method: details)
Details of the processes of steps S101 to S109 of the adaptive design support method according to the representative embodiment shown in the flowchart of FIG. 1 will be described. As in the case of FIG. 1, the flowcharts shown in FIGS. 4 to 6 will be described with reference to the reference numerals of the drawing shown in FIG.

-Details of step S101-
First, the details of step S101 in FIG. 1 will be described using the flowchart shown in FIG. The step of presenting the real model house information shown in step S101 of FIG. 1 starts from step S11 on the communication terminal side of the applicant for residence in detail in FIG. In step S11, the adaptive design support server (shown as "management server 13" in FIGS. 4 to 6) from any of the applicant communication terminals 19a, 19b, 19c,... ) Has been accessed, the process proceeds to step S201 on the management server 13 side owned by the administrator A. In step S201, the management server 13 displays the screen of the top page of the tenant recruitment application on any of the tenant applicant communication terminals 19a, 19b, 19c,... 4 proceeds to step S13 on the communication terminal side of the applicant for occupancy. In step S13, the applicant applicant B clicks the tab on the top page of the applicant application application displayed on any of the applicant communication terminals 19a, 19b, 19c,... After the selection, the process proceeds to step S203 on the management server 13 side in FIG.

Next, in step S203 of FIG. 4, the customer design information organization logic circuit 235 of the management server 13 uses the model house information storage device 25 to extract a plurality of real model houses from the big data classified into the hierarchy of zone/category/class. Make the information callable. The customer design information arrangement logic circuit 235 is arranged in a zone/category/class on the recruitment information input screen 31a of one of the applicant communication terminals 19a, 19b, 19c,... A list or a search item that allows the desired real model house information to be searched is displayed from the obtained real model house information and modified model house information. The recruitment information input screen 31a is a screen provided by the resident recruitment application. As described above, if the manager A is a small-scale company having only a small number of model houses, the model house owned by the manager A is displayed on the recruitment information input screen 31a. After the process of step S203 on the management server 13 side, the process proceeds to step S15 on the communication terminal side of the applicant.

In step S15, the applicant applicant B clicks on the recruitment information input screen 31a while moving the selection cursor 33a in order according to the classification of zone/category/class, thereby selecting a desired price range, a desired size, or the second floor. A structure such as a building or a three-story structure, a desired roof shape, appearance, and internal structure are appropriately selected. If the manager A is a small-scale business operator who has only a small number of model houses, the manager A searches for a desired model house from a plurality of model houses he has. In step S15, a selected model house that is close to the image desired by the applicant B or wants to move in is determined on the recruitment information input screen 31a. The person who wants to move in clicks the model house he wants to move in while moving the selection cursor 33a on the recruitment information input screen 31a. The information is transmitted as a packet signal to the administrator terminal 15, and the process proceeds to step S301 on the administrator terminal 15 side in FIG.

The administrator terminal 15 receives the customer personal information transmitted as a packet signal in step S301 of FIG. Note that the customer personal information of the applicant applicant B transmitted in step S301 is not only in the form of an alert displayed as a pop-up on the standby screen of the administrator terminal 15, but also by the applicant applicant email sending. Alternatively, it may be directly delivered to the administrator terminal 15. Either format may be used, but in implementing the adaptive design support program according to the representative embodiment of the present invention, the method of displaying on the standby screen of the administrator terminal 15 using the tenant recruitment application is automatically performed by a computer software program. It is preferable because it can be processed. In any case, the first contact from the tenant applicant B is the desire to move into the selected model house via the tenant recruitment application, and the contact before sending the tenant recruitment application does not occur in principle.

When the customer personal information such as the desire to move in is transmitted as a packet signal in step S15, candidates for the interviewable schedule of the administrator are displayed in a format such as a drop-down calendar, and the candidate for the interviewable schedule for occupancy examination It may be possible for the second party to select and send the packet included in the packet signal at the same time as the desire to move in. The drop-down calendar may be displayed by displaying an icon for switching the calendar display from the drop-down menu of the tenant recruitment application. By making it possible to select an interview schedule on the recruitment information input screen 31a, it is not necessary to separately adjust the interview schedule, and the process up to the interview is further facilitated. The schedule available for the interview of the administrator A may be stored in advance in the customer information storage device 27 in the management server 13 shown in FIG.

-Details of step S103-
Details of step S103 in FIG. 1 will be described with reference to the flowchart shown in FIG. In step S103 of FIG. 1, the administrator A has an interview with the applicant B, and the administrator A conducts various examinations to determine the model house resident B for the selected model house. In addition to the customer's personal information stored in the customer information storage device 27 of FIG. 2, such as representative name, household composition, household income, etc., the motivation to move in, the desired time to move in, obtained through hearings at the examination site, etc. Based on the customer's personal information such as the desired time to move out, a resident examination will be conducted. The customer personal information used for the examination is an example, and the administrator A properly asks the applicant applicant B for the customer personal information that is considered necessary for the examination. A person who wishes to move in who has passed the examination by the administrator A will be treated as a "model house resident person B" after concluding a rental contract for the selected model house. The customer personal information additionally obtained for the model house resident B may be stored in the customer information storage device 27 in the management server 13 of FIG. 2 by the administrator A through the tenant recruitment application, or the model house resident. You may enter it by yourself using the pull-down menu or text box of the tenant recruitment application. The official expected date of occupancy of the model house resident will be negotiated between the administrator A and the model house resident B when the selected model house is rented. Similarly, the planned departure date of the model house resident B will be decided or tentatively decided between the manager A and the model house resident B. That is, the period of residence of the model house occupant B in the selected model house is decided or tentatively decided at the time of concluding the rental contract of the selected model house. Selection of Model House Resident O The planned date of departure for the model house should normally be the same as the planned completion date of the modified building. Then, the process proceeds to step S303 on the administrator terminal 15 side shown in FIG.

In step S303, the administrator A inputs the scheduled entry/exit date of the model house resident B from the administrator terminal 15 to the management server 13 using the tenant recruitment application. The recruitment information input screen 31a is displayed on the administrator terminal 15, and the manager A uses the text box or drop-down calendar of the resident recruitment application to enter the date of entering or leaving the model house resident B from the administrator terminal 15. To the management server 13. The data entered by the administrator A may be shared with the model house resident B. The planned arrival date of the model house occupant B must be determined by the year and month, but the planned departure date of the model house occupant B can be determined by at least the year and month at the time of step S103 in FIG. To do. Then, the process proceeds to step S205 on the management server 13 side in FIG. In step S205, the data storage circuit 237c built in the customer information storage processing command circuit 237 of the management server 13 uses the model house information storage device 25 and the customer information storage device 27 to store the data of the scheduled entry/exit date of the model house resident B. Stored in both. When the data is stored in the model house information storage device 25, the customer design information organization logic circuit 235 stores the data of the planned entry/exit date of the model house resident B in association with the data of the specific actual model house information. And

The design support application display circuit 234a of the modified design drawing creation logic circuit 234 individually creates different design support application tools for each resident of the model house, and provides an ID number and a password for logging in to the design support application tools. Set and notify the administrator terminal 15. Individual tools of the design support application are identified by ID numbers. The administrator may decide the ID number and password, or the resident of the model house may decide. After concluding the rental contract, move the model house resident B to the selected model house as scheduled. The model house may be either unfurnished or furnished. Storage is available even for types without furniture. In the case of the type without furniture, the furniture owned by the model house resident B will be brought in after the move-in date. Alternatively, the model house may have only the type without furniture in principle.

According to the business model of the manager A The instep can be arbitrarily selected. When the model house resident B moves into the selected model house, the model house resident communication terminal 17 of FIG. 2 is defined for the model house resident B. When the model house resident communication terminal 17 is defined for the model house resident B, the process proceeds to step S17 on the model house resident communication terminal 17 side in FIG. The detailed content of the procedure for accepting the specification change request in step S105 in FIG. 1 corresponds to the flow after step S17 on the model house resident communication terminal 17 side in FIG.

-Details of step S105-
Details of step S105 in FIG. 1 will be described with reference to the flowcharts shown in FIGS. In step S17, the model house resident B can confirm the access authority to the management server 13 via the model house resident communication terminal 17 while occupying the selected model house, and the management server 13 of FIG. The process proceeds to step S207 on the side. In step S207, the management server 13 causes the display of the model house resident communication terminal 17 to display the access authority confirmation screen of the individual tool of the design support application transmitted by the management server 13 in association with the ID number. In step S207, when the access authority confirmation screen of the individual tool associated with the ID number is transmitted from the management server 13 to the model house resident communication terminal 17, the process of the adaptive design support method according to the representative embodiment is illustrated in FIG. It progresses to step S19 of 5.

In step S19, the model house occupant B inputs an ID number and a password in a predetermined part of the access authority confirmation screen in order to access from the access authority confirmation screen displayed on the display of the model house resident communication terminal 17. In order to input design change information between steps S211 to S21 described below, individual tools of different design support applications created for each model house resident who is a member are required, and different designs are used. This is because it is necessary to enter the ID number and password to access the individual tool of the support application. When this login procedure is performed, the process proceeds to step S209 on the management server 13 side. In step S209, the access authority confirmation logic circuit 231 of the management server 13 collates the combination of the ID number and the password included in the packet signal received by the communication control unit 21, with the combination stored in the customer information storage device 27. , Determine whether you have access rights. When the access authority is confirmed, the model house resident communication terminal 17 can access the individual tools of the design support application different for each model house resident. When it is confirmed that the individual tool can be accessed, the process proceeds to step S211 on the management server 13 side in FIG.

In step S211, the design change information input screen 31b of the member-only page as illustrated in FIGS. 8 to 11 is displayed on the model house resident communication terminal 17. The design change information input screen 31b is provided by the individual tools of the different design support applications created by the design support application display circuit 234a constituting the change design drawing creation logic circuit 234 for each model house resident who is a member. This is a screen, and it is necessary to input an ID number and a password in order to log in to the design change information input screen 31b in step S19. The posting items on the design change information input screen 31b illustrated in FIGS. 8 to 11 are the posting items of the design support application that are easy for an ordinary person who is unfamiliar with a professional architectural design to understand, and are schematic diagrams simplified for beginners. This is just an example. A procedure for inputting a desired design change using the design change information input screen 31b shown in FIGS. 8 to 11 will be described later.

In step S211, the design change information input screen 31b of the member-only page is displayed on the model house resident communication terminal 17, and the process on the model house resident communication terminal 17 side proceeds to step S21. In step S21, the design change information (specification change information) input using the design change information input screen 31b from the model house resident communication terminal 17 is transmitted to the management server 13 and is sent to step S213 on the management server 13 side. move on. In FIGS. 1, 5 and 6, the design change is also expressed as “specification change”. In step S213, the data storage circuit 237c built in the customer information storage processing instruction circuit 237 of the management server 13 stores the data of the design change information received by the communication control unit 21 in the customer information storage device 27, and the management server 13 Proceed to step S215 on the side.

In step S215, the detailed design drawing creation circuit 234c included in the modified design drawing creation logic circuit 234 reads the design modification information from the customer information storage device 27. Further, the detailed design drawing creation circuit 234c reads out the default detailed design drawing or the detailed design drawing changed and designed previously stored in the model house information storage device 25. Then, the detailed design drawing creation circuit 234c performs a logical operation of redesigning the default detailed design drawing or the previously designed detailed design drawing using the design change information. Further, the schematic design drawing creation circuit 234d which constitutes the modified design drawing creation logic circuit 234 converts the redesigned detailed design drawing into a schematic representation schematic drawing. In the process of step S215 of FIG. 5, for members having no design change information, the default detailed design drawing stored in the model house information storage device 25 or the information of the previously designed detailed design drawing is maintained, The structure of is redesigned. The design support application display circuit 234a included in the modified design drawing creation logic circuit 234 transmits the schematic design drawing and the detailed design drawing as the basis thereof to the model house resident communication terminal 17. Then, in step S215, the design support application display circuit 234a causes the display of the model house resident communication terminal 17 to display the schematic design drawing converted by the schematic design drawing creation circuit 234d, and if necessary, a modified design drawing creation logic. The detailed design drawing redesigned by the circuit 234 is also displayed, and the process proceeds to step S23 on the model house resident communication terminal 17 side in FIG.

In step S23, the model house resident B performs the logout operation of the individual tool of the design support application, and the management server side proceeds to step S217. In step S217, the top page of the management server 13 is displayed on the model house resident communication terminal 17 from the management server 13, and the specification change cycle of step S105 shown in FIG. 1 ends. By repeating the specification change cycle of steps S17 to S23 and steps S207 to S217 of FIG. 5 a plurality of times during the model house occupancy period after step S103 shown in FIG. 1 and by the end date of receiving the design change information of step S105. The design change information of the model house resident B is accumulated in the management server 13. Basically, there is no direct involvement of the administrator A in the specification change cycle, which is the procedure after S17 in FIG. It is possible for the resident occupant of the model house to freely reconfigure the conforming design drawing of the model house, even if the administrator A does not directly respond. Therefore, the adaptive design support method according to the representative embodiment has an advantage that it is possible to reduce the number of man-hours required for the administrator terminal 15 and the model house resident B. Of course, some members may be left with the default information without changing the specifications, or all the members whose specifications are to be changed may be left with the default information and moved to the construction of the modified building. The design change information can be sent voluntarily by the model house resident B and is not a compulsory procedure.

It is preferable that the acceptance end date of the design change information is determined when the model house resident B is determined in step S103 of FIG. When deciding the model house resident B and concluding the rental agreement for the selected model house, the planned date of departure from the selected model house is or has been tentatively decided. The scheduled construction start date and acceptance end date of the modified building are calculated back by the scheduled date calculation circuit 237a of the customer information storage processing instruction circuit 237 from the tentatively decided planned departure date from the selected model house or the planned completion date of the modified building. Can be determined automatically. Although it is possible for the administrator A to arbitrarily decide the planned completion date of the modified building, the planned construction start date of the modified building, the acceptance end date, etc., the conforming design support program according to the representative embodiment will be effective. Not desirable from the point of view of using. For example, when the construction period of the modified building changes depending on the season, the degree of the back calculation period may be changed depending on the season by the calculation program of the scheduled date calculation circuit 237a, but the administrator A decides an arbitrary value. It is also possible.

According to the representative embodiment, the acceptance end date is determined or tentatively determined, and the scheduled date calculation circuit 237a of the customer information storage processing instruction circuit 237 automatically determines the scheduled construction date and completion date of the modified building. It is preferable in terms of efficiently using the adaptive design support program. When concluding a rental contract for the selected model house, the planned completion date of the modified building, the planned construction start date of the modified building, and the acceptance end date are determined from the viewpoint of reducing the number of man-hours required for management and securing the contractor's schedule. Or, it is preferable to make a tentative decision. The acceptance end date calculation circuit 237b of the customer information storage processing instruction circuit 237 can receive the signal including the information about the expected completion date from the administrator terminal 15 and calculate the expected construction start date and the acceptance end date of the design change information. The data storage circuit 237c of the customer information storage processing command circuit 237 stores the provisionally determined date of completion of the modified building, scheduled date of construction of the modified building, and reception end date in the customer information storage device 27 of FIG. To do.

The acceptance end date of the design change information can be automatically calculated by the acceptance end date calculation circuit 237b of the customer information storage processing instruction circuit 237 receiving a signal including information on the scheduled completion date from the administrator terminal 15. For example, if the occupancy period in the selected model house is one year, the reception end date calculation circuit 237b calculates the period as about eight months from the occupancy date in consideration of the construction period of the modified building. Further, for example, if the occupancy period in the selected model house is set to half a year, the reception end date calculating circuit 237b is a program for calculating the occupancy period within a few months from the occupancy date, considering the construction period of the modified building. it can. Since the period of occupancy in the selected model house is required for at least half a year, the reception end date can be calculated as 2 months from the move-in date by the reception end date calculation circuit 237b. Depending on the construction period of the modified building, the relationship between the period of occupancy in the selected model house and the acceptance end date is determined to some extent, so the acceptance end date calculation circuit 237b calculates it appropriately.

In the flowchart shown in FIG. 6, when the reception end date of the design change information comes before the fixed period, the management server 13 indicates in step S219 that the reception end date is approaching, and the design change information input screen 31b of the individual tool is displayed. Is automatically displayed. The notification that the reception end date is approaching in step S219 is automatically displayed on the design change information input screen 31b of the individual tool, and is also a process involving human intervention such as sending by mail to the model house resident communication terminal 17. But it doesn't matter. However, in implementing the adaptive design support program according to the representative embodiment of the present invention, the process of automatically displaying on the design change information input screen 31b of the individual tool is performed only by a computer software program without human intervention. Is preferable because it enables In step S219 of FIG. 6, an example is shown in which the reception deadline is displayed as a reminder when it is three days before the reception end date. However, how long before the reception deadline is displayed is determined by the administrator A. It is possible. The indication that the reception end date is imminent may be displayed not only once, but may be set to be repeated many times on the design change information input screen 31b of the individual tool. Then, it progresses to step S221 of FIG.

When the reception end date of the design change information arrives, the management server 13 in step S221 is a schematic design drawing and a detailed design drawing of the changed and finally confirmed modified building (hereinafter, simply referred to as "new house plan"). Is displayed on the model house resident communication terminal 17. In most cases, step S221 of FIG. 6 is an operation corresponding to the process of the final iteration of step S215 of FIG. 5 that is repeatedly performed. In step S215 of FIG. 5, the detailed design drawing creation circuit 234c shown in FIG. 3C sets the default detailed design drawing stored in the model house information storage device 25 or the previously designed detailed design drawing By applying the latest data for each member of the design change information stored in the customer information storage device 27, the process of designing a new conforming design drawing is repeatedly executed.

That is, when the design change information is accepted in step S215, the latest design change information is added to the previously presented adaptive design drawing of the selected model house in the detailed design drawing creation circuit 234c shown in FIG. Is performed, the modified building is redesigned, and a conforming design drawing for constructing the modified building is created. The adapted design drawing for constructing the modified building repeatedly created in step S215 is given a change number of the adapted design drawing by the change number management circuit 234f shown in FIG. 3C. The conforming design drawing to which the change number of the conforming design drawing is attached is sequentially stored in the information storage device 25. For this reason, if the model house resident B is not the final conforming design drawing but is satisfied with the conforming design drawing of the specific change number in the previous stage, the conforming design drawing of the specific change number is moved to the model house. You can choose. Therefore, the new house plan displayed on the model house resident communication terminal 17 in step S221 of FIG. 6 may be a conforming design drawing of the specific change number created in the previous stage.

The method of displaying on the model house resident communication terminal 17 in step S221 of FIG. 6 may be a method of separately sending by email other than the method of using the alert displayed on the design change information input screen 31b of the individual tool. .. However, in implementing the adaptive design support program according to the representative embodiment of the present invention, it is preferable to display an alert on the design change information input screen 31b of the individual tool because it can be automatically processed by the computer software program. At the same time, in step S223, a notification prompting the final confirmation of the contents of the modified building, that is, a display prompting a decision as to whether or not to move to the construction contract of the modified building is sent by a method such as an email or an alert. Similar to step S221, also in step S223, in implementing the adaptive design support program according to the representative embodiment of the present invention, final confirmation of the contents of the modified building is prompted on the design change information input screen 31b of the individual tool. It is preferable to display the notification because it can be automatically processed by a computer software program without human intervention.

In response to this, the model house resident B examines in step S25 whether or not the contents of the modified building may be presented, and if the presented plan is acceptable, the alert or the like notified in step S223 is given. By pressing a certain OK button or the like, the process of transmitting the final decision message to the management server 13 in step S25 is performed. Similar to steps S221 and S223, also in step S25, in implementing the adaptive design support program according to the representative embodiment of the present invention, the OK button on the design change information input screen 31b of the individual tool is pressed to manage. The method of transmitting to the server 13 is preferable to the final decision contact by mail because the computer software program can perform processing without human intervention.

The management server 13 displays candidates such as contract date and time and place in step S225, and the model house resident B selects contract date and time and place in step S29. In step S227, the management server 13 stores the transmitted information such as the contract date and time and the place in the customer information storage device 27, and in step S229, displays the contract date and time and the place in the administrator terminal by mail or alert. 15, and the administrator terminal 15 receives it in step S305. In step S229, only the contract date and time may be displayed, and the model house resident B may be allowed to determine only the contract date and time. As shown in FIGS. 5 and 6, the manager A receives no notice of the contract date and time, the place, etc. Until step S305, the model house resident, in principle, does not communicate with each other after the occupant moves into the model house. Therefore, the burden of dealing with both the model house resident B and the administrator can be greatly reduced.

On the other hand, as a result of examining whether the contents of the modified building may be the proposed plan in step S25, if the model house resident B desires to further change the specifications from the proposed plan, in step S223. Without pressing the OK button in the notified alert or the like, the process proceeds to the specification change cycle with a deadline in step S31. Similar to step S221 and the like, in step S25, a reply by e-mail should be avoided in the sense that only the computer software program is processed and no human intervention is performed. This deadline can be freely set by the administrator, but it is generally 1 to 2 weeks.

The "specification change cycle" of step S31 is a process equivalent to the specification change cycle of steps S17 to S23 and steps S207 to S217 of FIG. 5 already described. When the deadline of the specification change cycle comes, the processing of steps S221 and S223 of FIG. 6 is executed again by the software program on the management server 13 side, and the contents of the modified building may be presented again in step S25. I will consider. If the presentation plan is acceptable, the process proceeds to step S305 according to the flow of the process transition of step S27. If you would like to change the specifications again even with the proposal, you can move to a specification change cycle with a further deadline, or move to direct consultation with the administrator A. The administrator A can freely decide the allowable number of times in step S31 and the response when the allowable number of times is exceeded.

-Details of step S107-
Next, the details of step S107 of FIG. 1 will be described using the flowchart shown in FIG. In step S107 of FIG. 1, the process shifts to a construction contract contract for a modified building based on the new house plan approved in step S25 of FIG. The date and time and place of the construction contract contract are as the contract date and time and place received by the administrator terminal 15 in step S305 of FIG. The “contract design drawing” is a conforming design drawing showing the new house proposal that was finally confirmed in step S223 and approved in step S25. The contract document, the specification document, the contract design drawing, etc. at the time of the construction contract contract are managed in FIG. 2 at the same time as the manager terminal 15 receives the contact such as the contract date and time and the place in step S305 in FIG. It may be automatically output from the server 13. The contract, specifications, contract design drawing, etc. may be printed on paper, or may be stored in the management server 13 in the form of an electronic contract or the like. The cost of building the modified building may also be automatically calculated from the contract design drawing and the location of the modified building, and a quote may be created. The contract, specifications, contract design drawing, estimate, etc. may be made available to the model house resident B by data storage or printing after step S305. A contract contract is concluded by having a direct interview between the model house resident B and the administrator A. If the model house resident B wishes to make a final specification change at the time of contract, the administrator A may enter the specification change cycle so that the administrator can change the specification. The contract start date and the planned completion date (delivery scheduled date) are specified in the contract, but the planned start date and the expected completion date stored in the management server 13 may be written as they are, or otherwise. I don't mind. After the construction contract contract, the manager A will formally order the construction of the modified building from various contractors, and the modified building will be built.

-Details of step S109-
Finally, the details of step S109 in FIG. 1 will be described. In step S109, the model house resident B is moved from the selected model house in the house to the completed modified building. Selection of model house resident B. The period of residence in the model house is more than half a year, preferably one year to one and a half years. Considering the construction period of the modified building in the selection model house, it is preferable to secure the specification changeable period of at least 2-3 months. To do. Of these, it is preferable to have the four seasons experienced during the move-in to the selected model house and experience the comfort of the selected model house for each season. Half and half. After step S109, the selected model house is cleaned and cleaned to prepare for the next occupant.

(Design change using the design change information input screen)
Here, an example of a specific process between steps S211 to S21 of FIG. 5 will be described using the design change information input screen 31b illustrated in FIGS. explain. That is, in step S211 of FIG. 5, the model house resident communication terminal 17 displays the design change information input screen 31b which is a member-only page. While the design change information is transmitted from the model house resident communication terminal 17 to the management server 13 in step S21 of FIG. 5, a desired design change is made using the design change information input screen 31b illustrated in FIGS. Information is entered.

On the top page of the member-only page provided by the design support application shown in FIG. 8, the title 51 of the individual tool of the design support application is displayed at the top, and the planned start date and completion date of the new house of the model house resident O are displayed. It is easy to understand if there is the display column 53. The content of the display column 53 may be automatically displayed at a time calculated backward from the scheduled departure date from the selected model house, or may be displayed at any time determined by the administrator A. Good. In the case of automatic display, it may be calculated backward from the planned departure date stored in the model house information storage device 25 or the customer information storage device 27, or may be selected using a drop-down calendar or the like.

As shown in FIG. 8, the schematic display section 55 of FIG. 8 shows the latest version of the schematic design drawing for an ideal new house, but the schematic design drawing is modified several times. It is possible to display the previous schematic design drawing by designating the change number of the schematic design drawing. "Schematic blueprint" is a simplified schematic view of a blueprint drawn by a first-class architect, etc., and is a simple drawing for making an ordinary person who is not familiar with blueprints of experts recognize the features of the design. Thus, the schematic design drawing creation circuit 234d included in the modified design drawing creation logic circuit 234 is a drawing converted. Although the bird's-eye view as shown in FIG. 8 makes it easy to understand the features displayed on the schematic display unit 55, a radio button or the like is provided along with the bird's-eye view to show the outside front of the house other than the bird's-eye view, the inside of the house, or the like. The detailed design drawings for each room are available for viewing. The schematic design drawing is not limited to the one static drawing, and a plurality of drawings may be displayed in a slide show format, and the viewpoint of the static drawing may be arbitrarily moved/rotated. To move/rotate the schematic design drawing displayed on the schematic display unit 55, a keyboard or a mouse may be used as an input device connected to the model house resident communication terminal 17.

The selection cursor 33b in FIG. 8 is a pointer that can be freely moved within the design change information input screen 31b using an input device such as a mouse connected to the model house resident communication terminal 17. On the design change information input screen 31b of FIG. 8, an icon button 57a indicating "confirm design contents (design modification from here)", an icon button 57b indicating "confirm undecided contents", and "confirm customer information" There is an icon button 57c indicating "change", an icon button 57d indicating "other" for requesting change of various deadlines, an icon button 57e indicating "logout", and an icon button 57f indicating "direct inquiry". The type, number, arrangement, etc. of the rounded icon buttons are merely examples, and are not limited to those shown in FIG. A desired icon button can be selected by moving the selection cursor 33b freely on the design change information input screen 31b, and clicking and overlapping at a desired place. If it is a touch screen method, you can select by tapping various buttons directly with your finger. In the lower part of the design change information input screen 31b of FIG. 8, a text sentence display portion 59 for displaying notices and a comment for transmitting a comment to the selected model house in the occupancy to the administrator terminal 15 can be input. A text box 61 is provided.

When the icon button 57a indicating "Confirm design contents (design change from here)" of FIG. 8 is selected, the screen for appearance confirmation of the schematic design drawing shown in FIG. 9 is displayed. The selection cursor 33b in FIG. 9 is a pointer that can be freely moved within the design change information input screen 31b using an input device such as a mouse, as in FIG. In the selection area 63 at the center of the design change information input screen 31b, the default schematic design or the external appearance (exterior) of the previously modified schematic design is displayed, and the selected area name display section 77 displays "Appearance". Is displayed. A direction display unit 79 may be provided so that the direction of display of the schematic design drawing in the selection area 63 can be known. The irradiation angle of the sun may be changed every time depending on the direction of the direction display unit 79.

The viewpoint showing the display direction in the selection area 63 is the icon button 65 indicating “move left”, the icon button 69 indicating “move right”, and “up” using the input device connected to the model house resident communication terminal 17. It can be freely moved by the icon button 71 indicating “move”, the icon button 73 indicating “move down”, and the icon button 67 indicating “rotate”. Further, by using the icon button 75, which is arranged in the lower right of the selection area 63 and indicates “enlargement/reduction” of the inverted triangle, the operation of enlarging or reducing the center of the display portion of the selection area 63 can be performed. .. Of the vertically divided portions of the enlarge/reduce button 75, the display is enlarged by clicking and selecting the upper portion, while the display is reduced by clicking and selecting the lower portion. .. Further, a display indicating the current stage of enlargement/reduction may be made. At the bottom of the design change information input screen 31b, an icon button 81d indicating “end” for logging out from the individual tool itself of the design support application, a design change information of the individual tool from the appearance/inside view confirmation screen of the schematic design drawing An icon button 81a indicating "return to main menu" for returning to the input screen 31b, an icon button 81b indicating "to the first floor room" for displaying the first floor interior confirmation screen of the schematic design drawing, and a schematic design drawing An icon button 81c indicating "to the room on the second floor" for displaying the second floor interior confirmation screen is provided.

The selection cursor 33b in FIG. 9 is selected by performing an operation such as clicking by placing it on various buttons, or by overlaying it on one member of the appearance of the schematic design drawing in the selection area 63, for example, on the window frame 91 on the second floor. It is possible to display the specification display section 83 as shown in FIG. If the display of the model house resident communication terminal 17 adopts the touch screen system, the various buttons function as an input device, so that the buttons can be selected by directly touching the touch screen with a finger or the like. Good. The specification display unit 83 may be caused to appear by simply placing the selection cursor 33b on one member of the schematic design drawing, for example, the window frame 91, or when the selection cursor 33b is placed on the window frame 91 and clicked. The pull-down menu may be selected. A sound effect may be output to call attention when the specification display unit 83 appears.

In the specification display section 83, as described in “2nd floor east side FIX window window frame” shown in FIG. 10, the position, type, etc. of the selected member are displayed as a subheading of the specification display section 83, and at the present time, below them. The specifications and specification change history are displayed. The selection cursor 33b in FIG. 10 is a pointer that can be freely moved within the design change information input screen 31b using an input device such as a mouse, as in FIGS. 8 and 9. When the subheading of the selected member is clicked while moving the selection cursor 33b, the detailed design drawing of the selected member is displayed. When it is desired to change the default or the previously designed color, by selecting the specification change button 85 in the specification display section 83, for example, a pull-down menu appears, and a desired color can be selected from the pull-down menu. When it is desired to change the material of the member designed by default or previously changed, by selecting the specification change button 85 in the specification display section 83, the desired material can be selected from the pull-down menu, for example. If you want to change the shape or size of the designed member, click the subheading in the specification display section 83 to display the detailed design drawing of the selected member, and change the shape or size of the selected member. You can

In the case of FIG. 10, the specification display section 83 provided above the selection area 63 displayed on the model house resident communication terminal 17 is used to display the window frame 91 of the schematic design drawing displayed on the selection area 63. It is displayed that the color has been changed to black. The specification display portion 83 shows that the selected member is the window frame of the FIX window on the east side of the second floor, and the color of the window frame 91 is dark brown (2018.4.1) and silver (2018) as the change history. It is displayed that it was 2018.2.12). It can be seen from the display content of the specification display section 83 that the shape and dimensions of the window frame 91 in the schematic design drawing displayed in the selection area 63 of FIG. 10 are not changed.

In FIG. 9 and FIG. 10, the window frame 91 on the second floor is exemplarily described as the display content on the specification display section 83 arranged above the selection area 63. However, the member whose specification is to be changed displayed on the specification display section 83 of the design change information input screen 31b is not limited to the window frame 91, but is managed by the specification change target determining circuit 234b that constitutes the changed design drawing creation logic circuit 234. By doing so, it is possible to set any member or location such as a door, an outer wall, or a window glass as a target. The specification change target determination circuit 234b can also present a mode in which the model house occupant B can arbitrarily select the member or location whose specification is to be changed, but in general, the specification change target determination circuit 234b manages According to the business model of the company A, the mode will be adopted in which the administrator A restrictively sets the parts and the like whose specifications are to be changed. Based on the past performance data by ranking display, in various modes, such as changing the displayable parts on the specification display unit 83 after a certain period of time, to members and the like that are popular in the past performance, The specification change target determination circuit 234b can be freely set. The locations that can be displayed on the specification display unit 83 may be updated regularly by the specification change target determination circuit 234b by taking into consideration the actual data of the ranking display.

In FIG. 11, as another example displayed in the selection area 63, a schematic design drawing of a part of the first floor interior view is illustrated. In the design change information input screen 31b, the specification change target determination circuit 234b allows the place, position, member, and the like to be displayed in the selection area 63 to be selected from, for example, a handrail of a staircase, an inner wall, a ceiling, a floor, or the like. It is also possible to present the mode. However, according to the business model of the administrator A, the specification change target determination circuit 234b may be set so that the administrator A may set the places and members to be displayed in the selection area 63 in a limited manner. Various modes, such as changing the place, position, member, etc. to be displayed in the selection area 63 after a certain period of time, based on the past performance data by ranking display, for members and the like that have been popular in the past Can be set freely. The place, position, member, etc. to be displayed in the selection area 63 may be updated regularly by taking into consideration the actual data of the ranking display.

In the example of FIG. 11, the specification change target determination circuit 234b can be set so that the interiors such as the handrail of the stairs, the inner wall, the ceiling, and the floor displayed in the interior view of the first floor are the target of design change (design change target). Although illustration is omitted, in the example of FIG. 11, the setting of the design change information input screen 31b provided by the design support application may be designed such that the floor plan display unit 87 is provided in the selection area 63. It is easy for the resident of the model house to understand by providing the floor plan display section 87 with a viewing point display 89 indicating the current position of the viewing point. The viewpoint display 89 may be freely operated in the floor plan display unit 87 so that the display in the selection area 63 can be freely changed. In FIG. 11, an icon button 81e indicating “to the appearance” for moving to the appearance confirmation screen as shown in FIG. 11 and an icon indicating “to the second floor room” for moving to the second floor interior confirmation screen. A button 81c is provided.

As the contents whose specifications can be changed on the design change information input screen 31b, the specification change target determination circuit 234b can determine the color, texture, material (material), size, shape, direction, etc. of each member. The color, texture, material (material), size, shape, and direction of each member are relatively easy to freely select as a specification change target because they relate to the visible parts of the appearance and the internal appearance in the construction of a new house. In addition, for those who are considering purchasing a new house, the part that can be seen on the surface is highly important, so it is often the part where decisions are made by repeatedly making changes while confirming the actual color and texture of the sample.

Further, as the contents whose specifications can be changed on the design change information input screen 31b, in the case of a general occupant who has little knowledge about architecture, it is preferable to target the presence/absence and arrangement of parts other than the main structure part. The "main structure part" in the adaptive design support method according to the representative embodiment of the present invention refers to the "main structure part" defined in Article 2, Paragraph 1, Item 5 of the Building Standards Act, and includes walls, columns, and floors. , Beams, roofs or stairs. Other than that, storage, partition walls, studs, stanchions, raised floors, floors on the lowest floors, floors around the stage, barbs, eaves, local stairs, outdoor stairs and other similar building parts Since it is not a main structure part, the specification change target determination circuit 234b can set the presence or absence and layout of a general resident who has little knowledge about architecture as the target of the specification change. However, if the presence or absence and changes in the layout are not in accordance with the Building Standards Law, the specifications should not be changed. When the tip of the selection cursor 33b shown in FIG. 8 to FIG. 11 or the like is overlaid on the incompatible portion, the design support application display circuit 234a displays “ The specification cannot be changed." may be displayed.

Of course, even in the main structural portion, the specification change target determination circuit 234b can set the surface change portion such as the color as the target for the specification change, but in the case of a general resident who has little knowledge about architecture, Since it is difficult to change the material of the structural part due to the structural strength, it is not preferable to change the specification. That is, the specification change target determination circuit 234b sets the part whose specifications may be freely changed by a person who is not familiar with various laws such as the Building Standards Act. For general residents who have little knowledge about architecture, the administrator A can dispatch a specialist such as a first-class architect as an advisor to work with the advisor to change the design of the main structural parts. When a tip of the selection cursor 33b is overlaid on a portion where the expert's knowledge is required, a portion requiring the expert's knowledge to change the design of the main structure portion is displayed by the instruction of the specification change target determination circuit 234b. The circuit 234a may display on the design change information input screen 31b, "Expert advice is required to change the specifications here." For this purpose, a radio button such as "Request for dispatch of construction expert" may be provided on the design change information input screen 31b of the individual tool.

In the case of a resident having knowledge of architecture such as structural mechanics, even if the material of the main structural portion can be changed in step S21 of FIG. 5, the specification change target determination circuit 234b manages it. It can be subject to specification changes. When the tip of the selection cursor 33b is overlaid on the position of the main structure portion, the design support application display circuit 234a changes the design by saying that "special knowledge is required to change the specifications here" according to the instruction of the specification change target determination circuit 234b. You may make it display on the information input screen 31b. In the case of a change contrary to various laws such as the Building Standards Law or a change that causes a problem in terms of structural mechanics, the design support application is displayed by the instruction of the change design drawing examination warning circuit 234e that constitutes the change design drawing creation logic circuit 234. The circuit 234a may display a warning on the design change information input screen 31b. In any case, before building the new house in step S107 shown in FIG. 1, items such as whether the new house does not violate laws such as the City Planning Law, Building Standard Law, Fire Defense Law, Housing Land Development Regulation Law, etc. It is necessary to submit the building confirmation application to be confirmed to each local government. Structural inspection is required for wooden 3-story and above, so it is necessary to discuss details with the experts such as first-class architects in detail.

The most common design mistakes in new houses are failures in storage, such as things that can't be put in, things that are hard to put in and out, and things that are hard to put away. According to the adaptive design support method according to the representative embodiment, the model house occupant B can actually determine whether the model house has a sufficient size and storage capacity, whether the interior of the storage and the storage location are appropriate. The storage design can be examined by taking out or using the from the storage of the model house. Therefore, on the design change information input screen 31b of the individual tool, place the selection cursor 33b on the storage space and right-click the mouse to display "Change storage space design". The system may display a menu for changing the depth and the like as appropriate. Alternatively, the model house occupant B can examine whether or not the size of the item to be actually stored matches the width/depth/height of the storage space, and can change it to the optimum value on the design change information input screen 31b of the individual tool. Further, whether or not the storage of the model house is close to the place where the product is used and whether or not the flow line is smooth can be specifically determined by actually living in the model house for several months. In addition, it is possible to consider whether there is enough space for the closet, shoe storage, etc. installed in the model house. In particular, it is possible to consider which one of the open door, the sliding door, the folding door, etc. is easy to use as the storage door, and change the storage door on the design change information input screen 31b of the individual tool if necessary.

The situation such as whether the open storage is completely visible from other rooms or the like can be accurately and concretely determined by actually living in the model house for several months. Also, whether things that you often use and put in and out can be stored at a height that is easy to reach, whether it is better to install lighting and outlets inside the storage, where to do what, how to make it easy for the whole family to understand The above can be judged by actually living in the model house for several months. Therefore, the menu of design change of the storage space may include "Do you need lighting or outlet?" In this way, if you prepare various design change menus, you can actually change the design change information that you feel was inconvenient by living in the model house for several months and using the design change menu. By inputting on the information input screen 31b and transmitting to the management server 13, it becomes possible to make a desired change.

A common problem in the design of new homes is the failure of the floor plan. Regarding the floor plan, it is sufficient to prepare a menu for design changes such as "Is it too wide?" or "Is it too narrow?" According to the adaptive design support method according to the representative embodiment, if an inconvenience is found by actually living in the model house and living for several months, and the furniture or household appliances actually placed in the floor plan room, it is possible to use individual tools. The layout can be changed to an optimum floor plan by using the design change menu of the design change information input screen 31b. By actually living in the model house for a few months, there is plenty of space to put furniture to use with the doors and storage doors open, or a space where the family spends a long time. It is also possible to judge whether there is a sufficient width in the aisle part where people often pass each other, so in addition to the design change menu, if there is inconvenience, you can change it with the design change menu You may do it. By actually living in the model house for several months, the aisle from the washing machine to the clothesline is large enough to hold a laundry basket, etc., or the floor plan is too wide to pick up things, and it is difficult to do housework. There may be cases where there is no such thing, so if necessary, use the design change menu on the design change information input screen 31b, etc., and send it to the management server 13 to make the desired changes. Will be possible.

By actually living in the model house for a few months, we were able to determine the location of sound sources such as indoor footsteps, talking voice, TV sound, dishwasher and washing machine sounds, and outside car sounds. In relation to this, problems such as the difficulty of sleeping slowly and the noisy equipment are transmitted. In the design change information input screen 31b of the individual tool, if the footstep passage or room is located on the upper floor of the living room or bedroom, the design change menu on the design change information input screen 31b displays "move to place". Is it necessary?", etc., and a change design for moving the place may be added. In this case, the design change may be prepared with reference to the "modified model house information" which is a past design example stored as big data in the model house information storage device 25. In addition, if there is a relaxing space near the kitchen or toilet that emits mechanical noise or drainage sound, add the item "Move relaxing space" to the design change menu of the design change information input screen 31b of the individual tool to add a relaxing space. You can change the position of. In addition, problems such as insufficient outlets and inconvenient location can be found by actually living in the model house. If there is a problem by adding items such as "Change the number of outlets" or "Move the location of outlets" to the menu of design change, while considering the placement of furniture and home appliances on the design change information input screen 31b of the individual tool, You can change to the required number of outlets. Also, when vacuuming, you need to plug and unplug the outlet less often, is it not installed in a place hidden behind the door with the light switch open, or when you go home or go to bed when you are on the activity line? Problems such as whether or not there is a switch can be found by actually living in a model house.

Whether the windows and doors are facing the windows and doors of the next house, or whether the windows and large openings along the road do not bother you to look from the outside or when you open the front door The fact that there is no space in front of you that you do not want to be found will be revealed by actually living in a model house. The way the light enters changes depending on the size of the windows, the surrounding buildings, etc., and also changes depending on the season. According to the adaptive design support method according to the representative embodiment, by actually moving into the model house and feeling the change of each season, the way of entering light is judged by living, and if there is any inconvenience, the design is changed. A change design can be made on the information input screen 31b. In the case of a space where it is desired to let in light while blocking the line of sight, it may be changed to a slit window or the like, or a change may be made to take natural light into a room or passage that is not in contact with the outer wall.

In addition, in the case where there is inconvenience, the design change information input screen of FIG. The design may be changed at 31b. If you actually move into the model house and find that the warm air rising from the stairwell and the loft, which tends to be warm, tend to be a problem, you can install a window to remove heat from the design change information input screen 31b of the individual tool. It is possible to change the design such as. Also, if the design is such that the summer is easy to enter and the winter is difficult to enter, evacuation of the eaves and the like may be changed and designed on the design change information input screen 31b of the individual tool of the total support application.

In addition, the model house resident B may be allowed to input a comment on the selected model house in which the comment of the design support application shown in FIG. 8 can be input. The input comment may be displayed on the comment display section 47 of the recruitment information input screen 31a as shown in FIG. 7 after being reviewed by the administrator A. This comment can serve as reference information for those considering moving into a model house of the same type. In addition, a design evaluation application is created by the design evaluation application display logic circuit 238, and a communication terminal 19a, 19b, 19c,... May be displayed on the screen to enable bidirectional communication. The design evaluation application stores, in the customer information storage device 27, data such as design failure and evaluation received from the former model house resident B.

Big data such as design failures and evaluations stored in the customer information storage device 27 can be utilized as reference data necessary for creating ideas when a new model house resident subsequently changes the design. Therefore, the classification code addition logic circuit 232 of the new house plan configuration unit (CPU) 23 of the management server 13 attaches a classification code to the big data such as design failure or evaluation, and the ranking creation logic circuit 233 fails the design. It is preferable to organize big data such as data and evaluation.

According to the adaptive design support method according to the representative embodiment, a person who is planning to purchase a building can have a concrete image of moving into the building to be purchased by occupying the selected model house for a long time. The design of the building can be thoroughly considered. Furthermore, since it is possible to experience a plurality of seasons, it is also an advantage that it is possible to have an image of moving in for each season. Another advantage is that the design change information can be sent at any time within the set deadline and the simulation can be sufficiently performed. Furthermore, if it is possible to move into the model house with the furniture brought in by the user, it becomes easier to have a concrete image of moving into the building to be purchased. In addition, it is possible to keep pets and park cars at the selected model house, which makes it easier to have an image of living life. Since it will be easier to have a moving image, it will be easier to smoothly consider purchasing an ideally designed building.

According to the adaptive design support method according to the representative embodiment, for the manager, the person who intends to move in selects a desired model house from a plurality of model houses, and the person who intends to purchase the building leaves the building Until the prospective purchaser moves to the modified building, the manager who is the building seller rarely directly responds to the prospective purchaser of the building, and the number of man-hours required for the manager can be greatly reduced. Since the building purchased by the person who intends to purchase the building is designed based on the selected model house in which the person who intends to purchase the building is resident, the building usually has a structure similar to that of the selected model house. Therefore, according to the adaptive design support method according to the representative embodiment, it is easy to make a construction schedule of the building to be sold, and it is easy to place an order with various contractors. In addition, it is easy to make a construction schedule for the building to be sold, and it is easy to place an order with various contractors, because the time when the person planning to purchase the building will leave the model house is decided in advance. .. Since the time when the person who intends to purchase the building will move out has been decided (tentatively decided), it will be extremely easy to manage the move-in/out.

According to the adaptive design support method according to the representative embodiment, a person who is actually planning to purchase a new building actually moves into a model house, and a model of the same level as a building with a design ideal for the person who is planning to purchase a new building. Since the house is experienced, the building seller can reduce the number of man-hours required to explain to the prospective buyer of the new building through verbal or pamphlets.

According to the adaptive design support method according to the representative embodiment, it is easy for various contractors to make a construction schedule for a new building. Since the construction schedule of the new building of the person who intends to purchase the building is decided (tentatively decided) in advance, it is easy to forecast the future and it is possible to prepare the members of the new building with a margin. Also, since the same materials are used in each model house, a large number of orders can be placed, which leads to cost reduction. Furthermore, since the construction is performed in the same process by using substantially the same members in each model house, the construction can be performed quickly, the prospect can be easily made, and the construction period can be shortened. Furthermore, since the same steps are used in each model house to perform the same steps, it is easy to make the steps manual, and it is also possible to work without worrying about the skill level of the person doing the work. Is. By preparing stocks in order of the highest ordering rate up to that point, it is possible to easily control the stock quantity and keep the stocks small even for the specification changeable parts managed by the specification change target determination circuit 234b. Even if the ordering rate is not used, it is easy to control the inventory quantity by estimating the required quantity by referring to the comments to the model house.

According to the adaptive design support method according to the representative embodiment, by actually moving into the latest high-spec house, it is possible to utilize the performance and quality with the five senses and make use of it in the specification study of the new building. .. Even if it is a new building with the same exterior and interior as the model house you are moving in, whether or not you can actually move in for a trial will greatly affect the decision to purchase a new building. By actually moving in and experiencing the new building, the examination of the new building can be proceeded more smoothly, and the decision to purchase the new building can be made without any anxiety.

(Other embodiments)
As mentioned above, the present invention has been described by the above representative embodiments, but it should not be understood that the descriptions and drawings forming a part of this disclosure limit the present invention. From this disclosure, various alternative embodiments, examples and operational techniques will be apparent to those skilled in the art. Although a new house has been mainly described as a new building, the new building is not limited to a new house and may be a shed, a warehouse, an office, or the like.

The processing of the adaptive design support method shown in FIGS. 4 to 6 can be executed by controlling the system including the adaptive design support server shown in FIGS. 2 and 3 by a program of an algorithm equivalent to FIGS. .. This program may be stored in a program storage device (not shown) of a computer system that constitutes the adaptive design support server of the present invention. Further, this program can be stored in a computer-readable recording medium, and the recording medium can be read into the program storage device of the adaptive design support server to execute the series of processes of the adaptive design support method of the present invention. it can.

Here, the "computer-readable recording medium" means, for example, a medium such as an external memory device of a computer, a semiconductor memory, a magnetic disk, an optical disk, a magneto-optical disk, or a magnetic tape, which can record a program. To do. Specifically, a flexible disk, a CD-ROM, an MO disk, a cassette tape, an open reel tape and the like are included in the "computer readable recording medium". For example, the main body of the adaptive design support server can be configured to have a flexible disk device (flexible disk drive) and an optical disk device (optical disk drive) built-in or externally connected. A flexible disk is inserted into the flexible disk drive, and a CD-ROM is inserted into the optical disk drive from its insertion slot, and a predetermined read operation is performed to adapt the programs stored in these recording media. It can be installed in the program storage device that constitutes the design support server. Further, by connecting a predetermined drive device, for example, a ROM as a memory device used in a game pack or the like, or a cassette tape as a magnetic tape device can be used. Further, this program can be stored in the program storage device via a communication network such as the Internet.

Further, some of the technical ideas described in the representative embodiments can be appropriately combined with each other. As described above, it goes without saying that the present invention includes various embodiments and the like not described here. Therefore, the technical scope of the present invention is defined only by the matters specifying the invention according to the claims, which can be construed as appropriate from the above description.

11...communication network, 13...management server, 15...administrator terminal, 17...model house resident communication terminal, 19a, 19b, 19c... occupant communication terminal, 21...communication control section, 23...new house plan composition section , 25... Model house information storage device, 27... Customer information storage device, 31a... Recruitment information input screen, 31b... Design change information input screen, 33a, 33b... Selection cursor, 41a, 41b, 41c, 41d... Model house appearance, 43a... 1st floor layout display part, 43b... 2nd floor layout display part, 45a... 1st floor specification display part, 45b... 2nd floor specification display part, 47... Comment display part, 51... (Design support application) title, 53... Start-up schedule and completion schedule display fields, 55... Outline display section, 57a... Icon button indicating "Confirm design contents (design change from here)", 57b... Icon button indicating "Confirm undecided contents" , 57c... Icon button indicating "confirm and change customer information", 57d... Icon button indicating "others", 57e... Icon button indicating "logout", 57f... Icon button indicating "contact directly", 59... Notice Part, 61... Comment input area, 63... Selection area, 65... Icon button indicating "move left", 67... Icon button indicating "rotate", 69... Icon button indicating "move right", 71... "Move up" , 73... "Move down" icon button, 75... "Enlarge/reduce" icon button, 77... Selected area name display area, 79... Direction display area, 81a... "Return to main menu" 81b... Icon button indicating “toward first floor room”, 81c... Icon button indicating “to second floor room”, 81d... Icon button indicating “end”, 81e... Icon indicating “to exterior” Buttons, 83... Specification display section, 85... Specification change button, 87... Floor plan display section, 89... View point display, 230... Bus, 231... Access right confirmation logic circuit, 232... Classification symbol giving logic circuit, 233... Ranking creation logic Circuit 234... Change design drawing creation logic circuit, 235... Customer design information organization logic circuit, 236... Resident recruitment application display logic circuit, 237... Customer information storage processing instruction circuit, 238... Design evaluation application display logic circuit, 239... Sequence circuit 237a...Scheduled date calculation circuit, 237b...Reception end date calculation circuit, 237c...Data storage circuit 237c, 234a...Design support application display circuit, 234b...Specification change target determination circuit, 234c... Detailed design drawing creation circuit, 234d... Schematic design drawing creation circuit, 234e... Change design drawing examination warning circuit, 234f... Change number management circuit

Claims (5)

A compatible design support server connected to a plurality of occupant communication terminals via a communication network,
A model house information storage device that stores a plurality of real model house information, which is design information of a model house that can move in as an actual model house,
Resident recruitment application display logic for causing the plurality of tenant applicant communication terminals to display a screen of a tenant recruitment application including the plurality of actual model house information stored in the model house information storage device via the communication network. Circuit,
A customer information storage device for storing customer personal information of a prospective building purchaser received through the tenant recruitment application and the communication network,
The model house resident communication terminal for the model house information storage device and the customer information storage device by assigning an ID number to the model house resident communication terminal selected from some of the plurality of resident applicant communication terminals Access authority confirmation logic circuit that grants the access authority of
Display the screen of the design support application on the model house resident communication terminal, and through the screen of the design support application, the selected model house selected by the prospective purchaser of the building who owns the model house resident communication terminal Change design drawing creation logic for receiving design change information for changing the design data of the model house, creating a conforming design drawing in which the design data of the selected model house is changed according to the design change information, and transmitting it to the model house resident communication terminal Circuit,
An adaptive design support server, comprising: and supporting the design of a building that meets the wishes of the prospective purchaser of the building. The adaptive design support server according to claim 1, wherein the design change information includes data of respective colors and materials of an interior member and an exterior member of the selected model house. Recruitment application application Arithmetic logic circuit with display logic circuit, access authority confirmation logic circuit and change design drawing creation logic circuit, compatible design support server with model house information storage device and customer information storage device, and a plurality of applicants A adaptive design support method using a system in which a communication terminal is connected to a communication network,
In the model house information storage device, a step of storing a plurality of real model house information, which is design information of a model house that can move in as a real model house,
The resident recruitment application display logic circuit reads the plurality of real model house information from the model house information storage device;
A step in which the tenant recruitment application display logic circuit displays a screen of a tenant recruitment application including the plurality of real model house information on the plurality of tenant applicant communication terminals;
A step of storing customer personal information of a person who is planning to purchase a building in the customer information storage device, which is received via the resident recruiting application and the communication network;
The access authority confirmation logic circuit assigns an ID number to a model house resident communication terminal selected from a part of the plurality of resident applicant communication terminals, and the model house information storage device and the customer information storage device. Granting access to
The modified design drawing creation logic circuit displays a screen of a design support application on the model house resident communication terminal;
The adaptive design support server changes the design data of the selected model house selected by the prospective purchaser of the building who owns the model house resident communication terminal via the screen of the design support application and the communication network. Receiving design change information,
The modified design drawing creation logic circuit creates a conforming design drawing in which the design data of the selected model house is modified according to the design modification information, and sends the adapted design drawing to the model house resident communication terminal;
And a method for supporting a conforming design, comprising supporting the design of a building conforming to the wishes of the prospective purchaser of the building. The adaptive design support method according to claim 3, wherein the design change information includes data of respective colors and materials of an interior member and an exterior member of the selected model house. A compatible design support server connected to a communication network, which has an arithmetic logic circuit having a tenant recruitment application display logic circuit, an access authority confirmation logic circuit, and a modified design drawing creation logic circuit, a model house information storage device, and customer information. A compatible design support program for driving the compatible design support server, which is a computer system having a storage device,
In the model house information storage device, a command to store a plurality of real model house information, which is design information of a model house that can move in as an actual model house,
The resident recruitment application display logic circuit, an instruction to read the plurality of real model house information from the model house information storage device,
The resident recruitment application display logic circuit causes a plurality of resident applicant communication terminals connected to the communication network to display a screen of a resident recruitment application including the plurality of actual model house information,
An instruction to store the customer personal information of the prospective purchaser of the building, which is received via the tenant recruitment application and the communication network, in the customer information storage device,
The access authority confirmation logic circuit assigns an ID number to a model house resident communication terminal selected from a part of the plurality of resident applicant communication terminals, and the model house information storage device and the customer information storage device. An instruction to grant access to
The change design drawing creation logic circuit causes the model house resident communication terminal to display a screen of a design support application,
The design data of the selected model house selected by the prospective purchaser of the building who owns the model house resident communication terminal is changed to the adaptive design support server via the screen of the design support application and the communication network. An instruction to receive design change information,
The change design drawing creation logic circuit creates a conforming design drawing in which the design data of the selected model house is changed according to the design change information, and sends it to the model house resident communication terminal,
A conforming design support program for operating the computer system by a series of instructions including, to support the design of a building that meets the wishes of the prospective purchaser of the building.

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