JP7378291B2 - Building development system and building development method using the same - Google Patents

Description

The present invention relates to a building development system and a building development method using the same, in which a virtual design of a building without a client is performed in advance using virtual design guidelines created in advance, and the resulting virtual designed building is transmitted over a network. By making it publicly available, we are able to ensure the quality of the virtual design, and also allow general consumers to build a home according to their wishes by comparing multiple virtual designed buildings and meeting with a virtual designer. be.

Conventionally, general consumers who want information about building a house have obtained it from housing exhibition halls, sales representatives of housing manufacturers, housing magazines, television, the Internet, etc., but this is not always satisfactory, and Even if you try to use an architect's office, etc., which is a specialist in construction, it is difficult to request consultation or design supervision because there is little information and the perception that consultation fees and design supervision fees are high.

Additionally, in the past, when there were multiple heirs, the ownership of real estate such as houses was held in joint names, and disputes among the heirs occurred, especially since the decedent's spouse did not have the right to reside. was.
However, currently there are no floor plans in place that respect the "spouse right to reside" that will come into effect on April 1, 2020, i.e., floor plans that comply with the Condominium Ownership Law.

Furthermore, if we assume that in the future the government will encourage care recipients to care for people in need of care at home, we will need to secure nursing room space in advance at the floor plan planning stage, and install the nursing care unit bath and equipment needed for nursing care. However, the design that assumes the installation of various facilities is not openly carried out.

Additionally, currently, on-site management of buildings commissioned by general consumers is carried out by the commissioned architectural design firm or constructor, and general consumers do not systematically check on-site management themselves. Not yet.
Therefore, in order to prevent disputes due to poor construction after a building is completed, the builder sends the general consumer e-mail site photos of each construction process for the building in question, and the general consumer Check whether there is any doubt based on the photo, and if there is any doubt, send an email to the builder, and the builder will send an email to the general consumer to confirm that the doubt has been addressed, obtain consent, and proceed to the next step. has not been carried out.

On the other hand, there are currently several organizations in which architects and architect offices are involved, but these organizations are made up of members and supporting members, and their main activities are holding architect lectures for members and providing technical assistance. We hold seminars and on-site tours. However, if the organization develops and designs a building for general consumers, and provides information on the results to the general consumers, the virtual designer may receive an "Architectural Design and Supervision Contract" from the general consumer. There is no system in place to conclude a document.

The above-mentioned conventional form has been publicly implemented, and the applicant is not aware of any document describing this conventional form at the time of filing.
The applicant previously filed an application for a computer system and a meeting system for product selection in building construction (see Patent Document 1 and Patent Document 2).

Patent No. 4205934 Patent No. 5820264

As mentioned above, general consumers who want information about building a house obtain it from sales representatives of housing manufacturers, housing magazines, television, the Internet, etc., but they also obtain it from architect offices that are experts in house building. etc. mainly use the Internet to provide information to the general consumers concerned, but it is difficult to request them because the consultation fee and the design supervision fee for the ``Architectural Design and Supervision Outsourcing Contract'' are perceived to be high. This is the current situation, and therefore, the reality is that consumers are constructing buildings in a situation where it is difficult to obtain valid information from multiple architects who are building experts.

The present invention solves the above-mentioned problems, and its purpose is to provide a system that allows a virtual designer and the general consumer to have a meeting and build a house according to their wishes.
In other words, architecture-related organizations provide information on home construction via the Internet to general consumers who wish to receive information about building houses, with the participation of building experts such as architects, housing equipment companies, and construction companies. A "virtual designed building" created by designing multiple buildings for which there is no client (hereinafter referred to as "virtual design") is stored in a storage medium via the Internet operated and managed by the organization, and the organization ``Virtual designed buildings'' are posted on the website.

After obtaining satisfactory information from the "virtual design building", general consumers contact the organization by e-mail, fax, etc., and the organization forwards the communication to the virtual designer, who then contacts the virtual designer. This allows general consumers to hold meetings.

Each invention described in each claim has been made to achieve the above-mentioned object, and will be explained below.
(Claim 1)
The invention according to claim 1 is a "building development system" and is characterized by the following points.
First, the invention according to claim 1 is a building development system premised on the following configuration.
(1) System management device A system management device is connected to a network and is managed by a system management organization.

(2) Virtual building design device The virtual building design device is connected to the system management device via a network (hereinafter referred to as “Net”), includes architectural CAD, and agrees to the system operation by the system management organization. It is managed by virtual designers including members.
(3) Data transmitting/receiving device The data transmitting/receiving device is connected to the system management device via the network and is managed by a general consumer.

Second, the system management device has the following configuration.
(4) Storage means The storage means is capable of storing virtual design requirements created by the member using the architectural CAD of the virtual building design device and including at least a plan view and an elevation view.
(5) Virtual design requirements transmission means The virtual design requirements transmission means reads out the virtual design requirements stored in the storage means in response to a request from the member, and transmits the read virtual design requirements to the relevant member via the network. This is for sending to members.

(6) Virtual data receiving means The virtual data receiving means uses the virtual design requirements transmitted by the virtual design requirements transmitting means and uses the architectural CAD of the virtual building design device managed by the virtual designer. , a virtual design of a building without a client is performed in advance, and the resulting data (hereinafter referred to as "virtual data") containing a virtual designed building that includes at least a floor plan and an elevation is transferred to the network. This is for storing the received virtual data in the storage means in association with the virtual designer who sent the virtual data.

(7) Website management means The website management means, triggered by the reception of the virtual data by the virtual data receiving means, reads out the plurality of virtual data stored in the storage means, and reads out the plurality of virtual data that has been read out. can be posted on the website.

(8) Inquiry data receiving means The inquiry data receiving means has access from the data transmitting/receiving device to the virtual data posted on the website by the website management means, and among the plurality of virtual data, When data containing an "inquiry" associated with the specific virtual data (hereinafter referred to as "inquiry data") is sent from the data transmitting/receiving device to the system management device, the inquiry data is sent to the system management device. It is for receiving and storing in the storage means.

(9) Inquiry data transfer means The inquiry data transfer means is triggered by the reception of the inquiry data by the inquiry data reception means, reads out the inquiry data stored in the storage means, and transfers the read inquiry data to the inquiry data. The information is for transferring to the virtual designer associated with the specific virtual data associated with the virtual designer.

(Claim 2)
The invention according to claim 2 is a "building development system," which is characterized by the following points in addition to the features of the invention according to claim 1 described above.
First, the system management device includes ledger management means for managing the virtual data.
Second, the ledger management means manages the virtual data in association with the name of the virtual designer and the e-mail address of the virtual designer.

Third, the website management means stores the virtual data managed by the ledger management means on a website, excluding the name of the virtual designer and the association with the e-mail address of the virtual designer. Posted above.
Fourth, the inquiry data transfer means obtains the e-mail address of the virtual designer who has virtually designed the virtual designed building related to the specific virtual data from the ledger management means, and sends the e-mail address to the obtained e-mail address. The inquiry data is transferred.

(Claim 3)
The invention according to claim 3 is a "building development system," which is characterized by the following points in addition to the features of the invention according to claim 1 or 2 above.
First, the system management device includes a reply form data transmitting means.
The response form data transmitting means stores data containing a "response form" form for the inquiry data (hereinafter referred to as "response form data") in the storage means, and also The response form data is read out from the storage means in response to a request from a person on the Internet, and the read response form data is transmitted over the Internet to the virtual designer who has made the request.

Second, the virtual designer receives the response form data transmitted from the response form data transmission means via the internet, and uses the received response form data to transfer the inquiry data. creating a response to the inquiry data transferred by the means, and directly replying data containing the created response (hereinafter referred to as "answer data") to the data transmitting/receiving device; If an agreement is reached between the virtual designer who sent the response data and the general consumer who received the response data through future meetings, an architectural design supervision contract will be signed. I am trying to conclude the agreement.

(Claim 4)
The invention according to claim 4 is a "building development system," which is characterized by the following points in addition to the features of the invention according to claim 3 described above.
First, the system management device includes application form data transmission means.
The application form data transmission means transmits a meeting application form that can be used when the general consumer who has received the response data decides to have a future meeting and makes an application to the virtual designer. storing content data (hereinafter referred to as "application form data") in the storage means, and reading out the application form data from the storage means in response to an online request from the virtual designer ; This is for transmitting the read application form data to the virtual designer who has requested it over the internet.

Second, the virtual designer receives the response form data transmitted from the application form data transmission means via the internet, and includes the received response form data in the response data. and reply to the general consumer, and continue future meetings on the condition that data containing the meeting application form with the response form data filled in is received from the general consumer. There is.

(Claim 5)
The invention according to claim 5 is a "building development method," and is characterized by the following points.
First, the building development method is premised on the following configuration.
(1) System management device A system management device is connected to a network and is managed by a system management organization.

(2) Virtual building design device The virtual building design device is connected to the system management device via a network (hereinafter referred to as “Net”), includes architectural CAD, and agrees to the system operation by the system management organization. It is managed by virtual designers including members.
(3) Data transmitting/receiving device The data transmitting/receiving device is connected to the system management device via the network and is managed by a general consumer.

Second, the system management device includes the following steps.
(1) Virtual design requirements storage step The virtual design requirements storage step is for storing virtual design requirements created by the member using the architectural CAD of the virtual building design device and including at least a floor plan and an elevation. belongs to.
(2) Virtual design requirements transmission step The virtual design requirements transmission step reads out the virtual design requirements stored in the storage means in response to a request from the member, and transmits the read virtual design requirements to the relevant member via the network. This is for sending to members.

(3) Virtual data receiving step The virtual data receiving step uses the architectural CAD of the virtual building design device managed by the virtual designer using the virtual design guidelines transmitted in the virtual design guidelines transmitting step. , a virtual design of a building without a client is performed in advance, and the resulting data (hereinafter referred to as "virtual data") containing a virtual designed building that includes at least a floor plan and an elevation is transferred to the network. When the information is sent to the system management device via the virtual designer, the information is received and stored in the storage means in association with the virtual designer.

(4) Virtually designed building posting step The virtual designed building posting step is triggered by the reception of the virtual data by the virtual data receiving step, reads out the plurality of virtual data stored in the storage means, and reads out the plurality of virtual data stored in the storage means. Virtual data can be posted on a website.

(5) Inquiry receiving step In the inquiry receiving step, the virtual data posted on the website in the virtual designed building posting step is accessed from the data transmitting/receiving device, and a specific one of the plurality of virtual data is selected. When data containing an "inquiry" (hereinafter referred to as "inquiry data") associated with the virtual data of is transmitted from the data transmitting/receiving device to the system management device, the inquiry data is received. and is for storing in the storage means.

(6) Inquiry Transfer Step The inquiry transfer step is triggered by the reception of the inquiry data by the inquiry reception step, reads out the inquiry data stored in the storage means, and associates the read inquiry data with the inquiry data. to the virtual designer associated with the particular virtual data that has been created.

According to each of the inventions described in claims 1 to 5 , the virtual designer can grasp the outline of the building desired by the general consumer from the "virtually designed building" selected by the general consumer, and By implementing the "customer building construction photo rules", it is possible to prevent future disputes due to defective construction of the building, and it is possible to reduce the labor and time of discussions between virtual designers and general consumers.

This is a time chart of the building development system. 1 is a schematic diagram of a building development system. FIG. 2 is a block diagram of a system management device. FIG. 2 is a block diagram of a system management section. It is an explanatory diagram of a system management ledger, It is an explanatory diagram showing an example of various ledgers. It is an explanatory view showing other examples of various ledgers. It is an explanatory diagram of steps of a building development system. It is an explanatory diagram of an outline of virtual design requirements. FIG. 2 is an explanatory diagram showing an example of Appendix 1 of virtual design requirements. FIG. 2 is an explanatory diagram showing an example of Attached Table 2-1 of virtual design requirements. FIG. 2 is an explanatory diagram showing an example of Attached Table 2-2 of virtual design requirements. FIG. 3 is an explanatory diagram showing an example of Attachment 2-3 of virtual design requirements. FIG. 4 is an explanatory diagram showing an example of Attached Table 2-4 of virtual design requirements. It is an explanatory diagram showing an example of Appendix 3 (original diagram) of virtual design requirements. FIG. 16 is an explanatory diagram corresponding to FIG. 15 and showing an example of Appendix 3 (Example 1) of virtual design requirements. FIG. 16 is an explanatory diagram corresponding to FIG. 15 and showing an example of Appendix 3 (Example 2) of virtual design requirements. It is an explanatory view showing an example of Appendix 4 of virtual design requirements. It is an explanatory diagram showing an example of Appendix 5 (original diagram) of virtual design requirements. FIG. 20 is an explanatory diagram corresponding to FIG. 19 and showing an example of Appendix 5 (Example 1) of virtual design requirements. FIG. 20 is an explanatory diagram corresponding to FIG. 19 and showing an example of Appendix 5 (Example 2) of virtual design requirements. FIG. 2 is an explanatory diagram showing an example of posting a virtual designed building on a homepage. FIG. 2 is an explanatory diagram showing an example of displaying a list of virtual designed buildings. FIG. 3 is an explanatory diagram showing an example of displaying details of a virtual designed building. It is an explanatory diagram showing an example of a display of an inquiry form. It is an explanatory view showing an example of a response form and a meeting application form. It is an explanatory diagram showing an example of a response form. It is an explanatory diagram showing an example of a meeting application form. FIG. 3 is an explanatory diagram for explaining the process of virtual design by a virtual designer. FIG. 2 is an explanatory diagram for explaining an artificial intelligence (AI) learning process and an example of how the system is used. It is a chart for explaining example 1 of a learning data set. FIG. 3 is an explanatory diagram for explaining an example of a part of input data. FIG. 3 is a plan view showing an example of a portion of output data. It is an explanatory diagram for explaining a modification process of a virtual designed building by a virtual designer. It is a chart for explaining example 2 of a learning data set. FIG. 3 is an explanatory diagram for explaining an example of a part of input data. FIG. 3 is a plan view showing an example of a portion of output data. FIG. 3 is a plan view showing an example of output data. It is a south elevation view showing an example of output data. It is an explanatory diagram showing an example of an image of a customer building construction photo confirmation sheet. 41 is an explanatory diagram following FIG. 40. FIG. 42 is an explanatory diagram following FIG. 41. FIG. It is an explanatory view showing an example of an image of the heat insulation performance of a room. FIG. 2 is a plan view for explaining the assumption that a house will be divided. Corresponding to FIG. 44, it is a plan view at the time of renovation (dwelling unit division). Corresponding to FIG. 44, it is a plan view at the time of renovation (site division). It is an explanatory diagram showing a list of construction-related laws and regulations. 48 is an explanatory diagram following FIG. 47. FIG.

(Building development system 10)
In FIG. 2, 10 is a building development system.
As shown in FIG. 2, the building development system 10 is premised on the following configuration.
Note that the following (1) to (3) will be described later.
(1) System management device 20
(2) Virtual building design device 40
(3) Data transmitting/receiving device 50
Note that the devices of the building development system 10 are not limited to the above (1) to (3), and may include a web conference system and the like.

(System management device 20 shown in Figure 1)
As shown in FIG. 2, the system management device 20 is connected to a network 30 (hereinafter referred to as "net") and is managed by a system management organization.
The system management device 20 includes, for example, a server or a PC (computer).

(Virtual building design device 40 shown in Figure 1)
As shown in FIG. 2, the virtual building design device 40 is connected to the system management device 20 via the net 30, includes an architectural CAD, and is managed by a virtual designer including members who agree to system operation by a system management organization. It is something to do.
The virtual building design device 40 is composed of, for example, a PC (computer) with an architectural CAD installed therein, but it may also be a dedicated machine.

(Data transmitting/receiving device 50 shown in Figure 1)
As shown in FIG. 2, the data transmitting/receiving device 50 is connected to the system management device 20 via the network 30 and is managed by a general consumer.
The data transmitting/receiving device 50 is comprised of, for example, a smartphone, a PC, or a tablet computer, and has communication software installed therein, but may also be a mobile phone.
Furthermore, "general consumers" are also referred to as "customers."

(Explanation of the first feature point)
Next, the building development system 10 is based on the various devices described above and has the features described below.
As a first feature, the system management device 20 (system management section 60) is equipped with the following means, as shown in FIG.
Note that the following (1) to (6) will be described later.
(1) Storage means 61
(2) Virtual design guidelines transmission means 62
(3) Virtual data receiving means 63
(4) Website management means64
(5) Inquiry data receiving means 65
(6) Inquiry data transfer means 66
Note that, in addition to the above-mentioned means, the system management device 20 may include various means described below.

(Storage means 61 in Figure 4)
The storage means 61 is capable of storing virtual design guidelines (see FIG. 9) created by the member using the architectural CAD of the virtual building design device 40 and including at least a plan view and an elevation view.

(Virtual design requirements transmission means 62 shown in Figure 4)
The virtual design requirements transmitting means 62 is for reading out the virtual design requirements stored in the storage means 61 in response to a request from a member, and transmitting it to the member via the net 30.

(Virtual data receiving means 63 in Figure 4)
The virtual data receiving means 63 uses the virtual design guidelines transmitted by the virtual design guidelines transmitting means 62 and uses the architectural CAD of the virtual building design device 40 managed by the virtual designer to create a virtual building of a building without a client in advance. The data (hereinafter referred to as "virtual data") containing a virtual designed building (see Figure 24), which is a product of the design and includes at least a floor plan and an elevation, is sent to the system via the network 30. The virtual data is received when the virtual data is sent to the management device 20, and is stored in the storage means 61 in association with the virtual designer who sent the received virtual data.

(Website management means 64 in Figure 4)
The website management means 64 is capable of reading out a plurality of virtual data stored in the storage means 61 upon reception of virtual data by the virtual data receiving means 63, and posting the read out plurality of virtual data on a website. (See FIGS. 23 and 24).
Here, the "website" is, for example, a homepage on the Internet, but any "website" may be used, and it is not limited to the "Internet" or "homepage."

(Inquiry data receiving means 65 in Figure 4)
The inquiry data receiving means 65 receives access from the data transmitting/receiving device 50 to the virtual data posted on the website by the website managing means 64, and the inquiry data receiving means 65 determines whether the virtual data posted on the website by the website management means 64 is accessed and the data is associated with specific virtual data among the plurality of virtual data. When data containing an "inquiry" (see FIG. 25) (hereinafter referred to as "inquiry data") is sent from the data transmitting/receiving device 50 to the system management device 20 , the inquiry data is received and a specific virtual This is for storing in the storage means 61 in association with data.
Note that the "inquiry" is also simply referred to as "inquiry" hereinafter.

(Inquiry data transfer means 66 in Figure 4)
The inquiry data transfer means 66 is triggered by the reception of the inquiry data by the inquiry data reception means 65, reads out the inquiry data stored in the storage means 61, and transfers the read inquiry data to the virtual designer associated with the specific virtual data. It is for transfer.

(Effect of first feature point)
According to the first characteristic point, by performing a virtual design of a building without a client in advance using virtual design guidelines created in advance, and publishing the resulting virtual design building on the network, the virtual design In addition to ensuring quality, general consumers can build a home that meets their wishes by comparing multiple virtual designed buildings and meeting with a virtual designer.

(Explanation of second feature point)
As a second characteristic point, firstly, the system management device 20 is equipped with a ledger management means 67 for managing virtual data, as shown in FIG.
The ledger management means 67 manages the virtual data in association with the name of the virtual designer and the e-mail address of the virtual designer (see FIGS. 6 and 7).

Second, the website management means 64 posts the virtual data managed by the ledger management means 67 on the website, excluding the name of the virtual designer and the association with the email address of the virtual designer. (See FIGS. 23 and 24).
Thirdly, the inquiry data transfer means 66 obtains from the ledger management means 67 the e-mail address of the virtual designer who virtually designed the virtual designed building related to the specific virtual data, and transfers the inquiry data to the obtained e-mail address. (See Figures 6 and 7).

(Effect of second feature point)
According to the second characteristic point, by posting virtual data on a website, excluding the name of the virtual designer and association with the virtual designer's email address, general consumers can identify the virtual designer. Compared to direct negotiations, by intervening a system management device managed by a system management organization, fairness between general consumers and virtual designers can be ensured, and general consumers and virtual designers are at a disadvantage. This can be prevented from happening.

(Explanation of the third feature point)
As a third characteristic point, firstly, the system management device 20 is equipped with an answer form data transmitting means 68, as shown in FIG.
The response form data transmission means 68 stores data (hereinafter referred to as "response form data") containing the form of a "response" (see FIGS. 26 and 27) for the inquiry data in the storage means 61. In addition to storing the answer form data, in response to a request from the virtual designer on the net 30, read out the answer form data from the storage means 61, and transmit the read answer form data to the requested virtual designer on the net 30. belongs to.
Note that the "Response Letter" is also simply referred to as the "Response Letter" hereinafter.

Second, the virtual designer receives the response form data transmitted from the response form data transmission means 68 via the net 30, and uses the received response form data to transmit the response form data to the inquiry data transfer means 66. A written response to the transferred inquiry data is created, and the data containing the created written response (hereinafter referred to as "answer data") is directly returned to the data transmitting/receiving device 50, and the data is sent through future meetings. If an agreement is reached between the virtual designer who sent the response data and the general consumer who received the response data, an architectural design supervision contract will be concluded.

(Effect of third feature point)
According to the third feature, by using the response form prepared by the system management organization, it is possible to not only reduce the burden on the virtual designer but also facilitate negotiations with general consumers. can.

(Explanation of the fourth feature point)
As a fourth characteristic point, firstly, the system management device 20 is equipped with an application form data transmitting means 69, as shown in FIG.
The application form data transmission means 69 sends a meeting application form (Fig. 26 and 28) is stored in the storage means 61 (hereinafter referred to as "application form data"), and the application form data is stored in the storage means 61 in response to a request from the virtual designer on the internet 30. This is for reading form data and transmitting the read application form data to the requested virtual designer over the internet 30.

Second, the virtual designer receives the response form data transmitted from the application form data transmission means 69 via the net 30, and includes the received response form data in the response data for general consumption. In addition to replying to the customer, future meetings will be continued on the condition that data containing the meeting application form with the response form data filled out is received from the general consumer.

(Action of the fourth feature point)
According to the fourth characteristic point, by using the application form prepared by the system management organization, it not only reduces the burden on general consumers who are not used to it, but also facilitates negotiations with virtual designers. be able to.

(Explanation of the fifth feature point)
As a fifth characteristic point, first, the system management device 20 is equipped with a contract form data transmitting means 70, as shown in FIG.
The contract form data transmitting means 70 stores data containing the form of the architectural design supervision, etc. outsourcing contract (hereinafter referred to as "contract form data") in the storage means 61, and also transmits data from the virtual designer to the storage means 61. This is for reading out contract form data from the storage means 61 in response to a request on the net 30, and transmitting the read contract form data over the net 30 to the requested virtual designer .
Second, the virtual designer uses the contract form data transmitted from the contract form data transmitting means 70 to create a contract for outsourcing services such as architectural design supervision.

(Action of the fifth feature point)
According to the fifth characteristic point, by using the form of the contract for architectural design supervision, etc. prepared by the system management organization, it is possible to not only reduce the burden on the virtual designer, but also to reduce the burden on the virtual designer. Fairness with consumers can be ensured.

(Explanation of the sixth feature point)
As a sixth feature, the system management device 20 includes a meeting system 80, as shown in FIG.
The meeting system 80 supports meetings between virtual designers and general consumers.
The meeting system 80 is described in the following patent publication by the present applicant. The details will be described later.
(1) Patent No. 4205934 (2) Patent No. 5820264

(Effect of the 6th feature point)
According to the sixth characteristic point, by using the meeting system in meetings between virtual designers and general consumers, it is possible to efficiently plan financial plans and product selection for building construction, and to Those who sell housing can present estimates to general consumers without having salespeople visit the consumer's home, and general consumers can receive estimates from various housing companies without having to have multiple salespeople visit them. General consumers can easily compare estimates, and general consumers can voice their intentions regarding estimates and request the housing company, etc. to re-create the estimate based on their wishes, reducing the effort and time required for estimates. .

(Explanation of the seventh feature point)
As the seventh characteristic point, firstly, the ledger management means 67 manages the system operating expenses paid by the virtual designer to the system operating management organization when a contract for outsourcing of architectural design supervision, etc. is concluded. (See Figure 5).
Second, the system operating cost is determined in advance between the virtual designer and the system operating management organization.

(Effect of the seventh feature point)
According to the seventh characteristic point, by using the system operating expenses paid by the virtual designer to the system operating management organization, the system can be operated smoothly on the basis of the user's burden.

(Explanation of the 8th feature point)
As an eighth feature, the system management device 20 includes the following steps, as shown in FIG.
Note that (1) to (6) will be described later.
(1) Virtual design requirements storage step S40
(2) Virtual design requirements sending step S41
(3) Virtual data reception step S42
(4) Virtually designed building posting step S43
(5) Inquiry reception step S44
(6) Inquiry forwarding step S45
Note that the steps of the system management device 20 are not limited to the above-described steps (1) to (6), and may include other steps S46 to S48 as shown in FIG. Other steps S46 to S48 will be described later.

(Virtual design requirements storage step S40 in Figure 8)
The virtual design requirements storage step S40 is for storing virtual design requirements (see FIG. 9) that are created by the member using the architectural CAD of the virtual building design device 40 and include at least a floor plan and an elevation view. .
The virtual design requirements storage step S40 is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and the virtual design requirements are stored in the storage means 61.

(Virtual design requirements sending step S41 in Figure 8)
The virtual design requirements transmission step S41 is for reading the virtual design requirements stored in the virtual design requirements storage step S40 in response to a request from a member, and transmitting it to the member via the network 30.
The virtual design requirements transmission step S41 is executed by the system management unit 60 of the system management device 20 shown in FIGS. Sent by

(Virtual data reception step S42 in Figure 8)
The virtual data receiving step S42 uses the virtual design guidelines transmitted in the virtual design guidelines transmitting step S41, and uses the architectural CAD of the virtual building design device 40 managed by the virtual designer to create a virtual building without a client in advance. The data (hereinafter referred to as "virtual data") containing a virtual designed building (see Figure 24), which is a product of the design and includes at least a floor plan and an elevation, is sent to the system via the network 30. This information is received when transmitted to the management device 20 and is stored in association with the virtual designer.
The virtual data receiving step S42 is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, received by the virtual data receiving means 63, and stored in the storage means 61.

(Virtually designed building posting step S43 in Figure 8)
The virtual designed building posting step S43 is triggered by the reception of the virtual data in the virtual data receiving step S42, reads out the plurality of virtual data stored in the virtual data receiving step S42, and posts the plurality of read virtual data on the website. It is possible.
The virtual designed building posting step S43 is executed by the system management unit 60 of the system management device 20 shown in FIGS. Post on the website.

(Inquiry reception step S44 in Figure 8)
In the inquiry receiving step S44, the virtual data posted on the website in the virtual designed building posting step S43 is accessed from the data transmitting/receiving device 50, and the data is associated with specific virtual data among the plurality of virtual data. When data containing an "inquiry" (see FIG. 25) (hereinafter referred to as "inquiry data") is sent from the data transmitting/receiving device 50 to the system management device 20, the inquiry data is received and a specific virtual It is used to store information in association with data.
The inquiry receiving step S44 is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, received by the inquiry data receiving means 65, and stored in the storage means 61.

(Inquiry forwarding step S45 in Figure 8)
The inquiry transfer step S45 is triggered by the reception of the inquiry data by the inquiry reception step, reads out the inquiry data stored in the inquiry reception step S44, and transfers the read inquiry data to the virtual designer associated with the specific virtual data. It is for.
The inquiry transfer step S45 is executed by the system management unit 60 of the system management device 20, reads out the inquiry data stored in the storage means 61, and transfers it to the virtual designer by the inquiry data transfer means 66.

(Effect of the 8th feature point)
According to the eighth feature point, similarly to the first feature point, a virtual design of a building without a client is performed in advance using virtual design guidelines created in advance, and the virtual designed building that is the result is networked. By making the virtual design public, the quality of the virtual design can be guaranteed, and general consumers can build a home according to their wishes by comparing multiple virtual designed buildings and meeting with a virtual designer.

(Explanation of the ninth feature point)
As a ninth characteristic point, first, the virtual design guidelines include an option 90 for determining the floor plan of the virtual designed building (see FIGS. 11 to 14).
Second, the system management device 20 includes a virtual floor plan creation support system 200, as shown in FIG.
The virtual floor plan creation support system 200 outputs a virtual floor plan and uses artificial intelligence (hereinafter also referred to as "AI") 222 on the condition that the virtual designer inputs selection data after selecting the option 90. (See Figures 29 to 33).

(Effect of the ninth feature point)
According to the ninth characteristic point, by using a virtual floor plan creation support system using artificial intelligence (AI), it is possible to reduce the burden of virtual design on virtual designers, and improve the quality of virtual designed buildings as a whole. be able to.

(Explanation of the 10th feature point)
As a tenth characteristic point, first, the virtual design guidelines include an option 90 for determining the floor plan of the virtual designed building (see FIGS. 11 to 14).
Second, the system management device 20 includes a design change support system 210, as shown in FIG.
The design change support system 210 provides, on the condition that, when a change in the selection of the option 90 occurs in the virtual design guidelines used for the virtual design of the virtual design building after creation, the change data after the change is input. Among the plan views and elevation views included in the virtual data, at least a design change drawing of the plan view is output and AI222 is used (see FIGS. 30 and 34 to 39).

(Effect of the 10th feature point)
According to the tenth characteristic point, by using a design change support system using artificial intelligence (AI), it is possible to not only reduce the virtual design burden on virtual designers, but also reduce the burden of virtual design on virtual designers. It is possible to reduce the amount of time required, and to smoothly proceed with meetings with general consumers, thereby improving the quality of the virtual designed building as a whole.

(Explanation of the 11th feature point)
As an eleventh characteristic point, first, the virtual design guidelines include an option 90 for determining the floor plan of the virtual designed building (see FIGS. 11 to 14).
Second, the system management device 20 includes a first support system 300, as shown in FIG.
The first support system 300 selects appropriate positions of parting walls and parting floors using a computer (for example, system management device 20) that stores various information in order to separately own a virtual designed building.

(Effect of the 11th feature point)
According to the twelfth feature point, it is possible to support the selection of appropriate positions of boundary walls and boundaries.

(Explanation of the 12th feature point)
As a twelfth characteristic point, first, the virtual design guidelines include an option 90 for determining the floor plan of the virtual designed building (see FIGS. 11 to 14).
Second, the system management device includes a second support system 310, as shown in FIG.
The second support system 310 uses a computer (for example, the system management device 20) to divide the virtual building, reduce the size of the building into two buildings, or make it into one building, as shown in FIGS. 44 to 46. The purpose is to select the appropriate placement of walls, fittings, and foundations.

(Action of the 12th feature point)
If a general consumer who is the owner of a private residence will own the building in the future under the civil law, and the spouse's children (family members) who are the legal heirs of that spouse live together, the parties concerned will own the building. We will consider this in advance so that the ownership rights can be registered (compartmental ownership).
For example, if the building is to be divided into sections in terms of elevation, parting walls that comply with building laws and regulations will be installed at the predetermined locations.
In addition, if the first and second floors are to be owned separately, a boundary floor will be provided in a pre-specified location that complies with building laws and regulations.
The assumed portion of the floor plan of the private residence is an interior wall that is clearly different from the wall that is generally expressed. This is a distinctive method of expression that is not generally used for the planes of private residences.
According to the twelfth characteristic point, it is possible to support dividing and downsizing a virtual building into two buildings or one building.

(Explanation of the 13th feature point)
As a thirteenth characteristic point, first, the virtual facility specifications include an option 90 for determining the floor plan of the virtual designed building (see FIGS. 11 to 14).
Second, the system management device 20 includes a third support system 320.
The third support system 320 determines the floor plan by understanding the rise and fall of room temperature in a room of a virtual designed building depending on the insulation performance of the inner walls and fittings and the number of fittings installed, as shown in FIG. 43. It is.

(Effect of the 13th feature point)
According to the thirteenth characteristic point, the system management device 20 has the ability to determine whether the room temperature of the virtual designed building is the same even if the insulation and finishing materials used on the walls and ceiling of the room are Since the number varies depending on the number, we specify the color of the walls and ceiling, the color of the external fittings and the internal fittings from the insulation and finishing materials to be used in advance, and the area of the walls and ceiling of the room specified by the computer, Calculate the area of the fittings to be used, calculate the mutual area ratio, and use that value to calculate the upper and lower temperature of the room temperature from the change in the specified original color using, for example, a "color mixing app". This information can be confirmed and used as basic information for selecting fittings, and it is also possible to create a virtual floor plan that takes energy conservation into consideration.

(Description of the system management device 20 shown in FIG. 3)
The system management device 20 shown in FIG. 2 will be explained using FIG. 3.
Although not shown, the system management device 20 is constituted by a microcomputer including a CPU, a ROM, a RAM, an I/O port, an HDD (hard disk), and the like. The CPU has an interrupt function such as a timer interrupt, and executes various processes by executing programs stored in the ROM or HDD. The ROM stores fixed data such as programs executed by the CPU and various tables, and the RAM is used as a temporary storage area when the CPU executes programs.

When the CPU reads various programs and data stored in internal and external storage units such as ROM, HDD, and data servers, the overall system management device 20 can be viewed as shown in FIG. It functions as a system management unit 60 and each system 80, 200, and 210, respectively. Similarly, the system management section 60 also functions as various means 61 to 70, respectively, as shown in FIG.

As shown in FIG. 3, the system management device 20 includes the following parts and systems, broadly speaking.
Note that (1) to (4) will be described later. Further, (5) to (7) are the same as the first to third support systems 300 to 320 described above, and their explanation will be omitted.
(1) System management department 60
(2) Meeting system 80
(3) Virtual floor plan creation support system 200
(4) Design change support system 210
(5) First support system 300
(6) Second support system 310
(7) Third support system 320
Note that each part/system of the system management section 60 is not limited to (1) to (7) above, and (1) the system management section 60 may be configured alone and (2) to (7) may be omitted. However, although not shown, other parts and systems may be included.

(Description of the system management unit 60 shown in FIGS. 3 and 4)
The system management unit 60 shown in FIG. 3 will be explained using FIGS. 3 and 4.
The system management unit 60 constitutes a part of the system management device 20 shown in FIG. 3, and mainly controls the building development system 10.
First, the system management section 60 includes the following configuration.
Note that the following (1) will be described later.
(1) System management ledger 100
Note that the system management unit 60 is not limited to the above-mentioned (1), and may include other configurations, although not shown.

Next, as shown in FIG. 4, the system management section 60 includes the following means.
Note that among the following (1) to (10), (7) to (10) will be described later. The remaining (1) to (6) are as described above.
(1) Storage means 61
(2) Virtual design guidelines transmission means 62
(3) Virtual data receiving means 63
(4) Website management means64
(5) Inquiry data receiving means 65
(6) Inquiry data transfer means 66
(7) Ledger management means 67
(8) Response form data transmission means 68
(9) Application form data transmission method 69
(10) Contract form data transmission means 70
Note that the means of the system management unit 60 are not limited to the above-mentioned (1) to (10), and (7) to (10) may be omitted, or other means may be added (not shown). It's okay.

(Description of the system management ledger 100 shown in Figure 5)
The system management ledger 100 shown in FIG. 3 will be explained using FIG. 5.
The system management ledger 100 is data of various ledgers, and is stored and managed by the system management unit 60.
As shown in FIG. 5, the system management ledger 100 includes the following types of ledgers if broadly classified.
Note that the following (1) to (5) will be described later.
(1) Related party management ledger 110
(2) Virtual design requirements management ledger 120
(3) Virtual design building management ledger 130
(4) Various data management ledgers 140
(5) System operating expense management ledger 150
Note that the various ledgers of the system management ledger 100 are not limited to the above (1) to (5).

(Description of stakeholder management ledger 110 shown in Figure 5)
The related person management ledger 110 will be explained using FIG. 5.
The stakeholder management ledger 110 manages related parties, such as members, virtual designers, general consumers, and others (non-members, construction contractors), and is a ledger that can be referenced by the system management unit 60.
As shown in FIG. 5, the related party management ledger 110 includes the following types of ledgers if broadly classified.
Note that the following (1) to (4) will be described later.
(1) Membership management ledger 111
(2) Virtual designer management ledger 112
(3) General consumer management ledger 113
(4) Others (non-members, construction contractors) management ledger 114 (hereinafter also referred to as "other management ledger 114")
Note that the various ledgers of the related party management ledger 110 are not limited to the above (1) to (4).

(Explanation of member management ledger 111 shown in Figure 6)
An example of the member management ledger 111 will be explained using FIG. 6.
The member management ledger 111 is for managing "members".
As shown in FIG. 6 (1), the member management ledger 111 includes "No.", "Member ID", "Name", "Representative", "Address", "E-mail address", and "Telephone number". ”, “Contains notes (registration date, person in charge).
The "email address" is used by the inquiry data transfer means 66 in FIG. 4 to transfer the inquiry data to the virtual designer who is a member.

(Description of virtual designer management ledger 112 shown in FIG. 6)
An example of the virtual designer management ledger 112 will be explained using FIG. 6.
The virtual designer management ledger 112 is for managing "virtual designers."
As shown in FIG. 6(2), the virtual designer management ledger 112 includes "No.", "Group ID", "Priority 01", "Priority 02", "Priority 03", and "Other". Contains "virtual designer" and "remarks (registration date, person in charge).
"Priority 01" is used to determine the "priority" when transferring inquiry data by the inquiry data transfer means 66 in FIG. If the "No." is "1", after referring to "Priority 01", the virtual designer management ledger 112 is referred to and the "email address" is obtained.

(Explanation of general consumer management ledger 113 shown in Figure 6)
An example of the general consumer management ledger 113 will be explained using FIG. 6.
The general consumer management ledger 113 is for managing "general consumers."
As shown in Figure 6 (3), the general consumer management ledger 113 includes "No.", "general consumer ID", "name/name", "representative", "address", and "email address". , "Telephone number", "Remarks (registration date, person in charge)".
The "email address" is used when the virtual designer sends a "response" in response to inquiry data.

(Explanation of the other management ledger 114 shown in Figure 7)
An example of the other management ledger 114 will be explained using FIG. 7.
The other management ledger 114 is for managing "non-members" and "construction contractors."
Other management ledger 114 includes "No.", "General Consumer ID", "Name", "Representative", "Address", "E-mail address", " Contains "phone number" and "remarks (registration date, person in charge).
For the "email address", in FIG. 6 (2), if "Priority 01" and "Priority 02" cannot be discussed, refer to the next "Priority 03" and then refer to the other management ledger 114, Used when obtaining an "email address".

(Description of the virtual design requirements management ledger 120 shown in FIG. 7)
An example of the virtual design requirements management ledger 120 will be described using FIG. 7.
The virtual design requirements management ledger 120 manages "virtual design requirements."
The virtual design requirements management ledger 120 includes "No.", "Creator ID", "Category", and "File Name", as shown in FIG. 7(2).
"File name" is for referring to the storage location.

(Explanation of the virtual designed building management ledger 130 shown in FIG. 7)
An example of the virtual designed building management ledger 130 will be explained using FIG. 7.
The virtual designed building management ledger 130 manages "virtual designed buildings."
As shown in FIG. 7 (3), the virtual design building management ledger 130 includes "No.", "Creator ID", "Requirements used", and "File name" (message, floor plan, elevation) Contains.
The virtual designed building management ledger 130 includes a "creator ID", but when posting by the website management means 64 shown in FIG. It will be destroyed.

This is to prevent general consumers who view the website from negotiating directly with the virtual designer without going through the system management organization or the system management device 20 managed by the system management organization. .
The "message" is addressed by the virtual design builder to general consumers, and includes the intentions and thoughts of the virtual designer of the "virtually designed building."

(Description of various data management ledgers 140 shown in Figure 5)
An example of the various data management ledger 140 will be explained using FIG. 5.
The various data management ledger 140 manages various data such as forms and laws.
The various data management ledger 140 includes the following data, as shown in FIG. The following (1) to (5) are stored and managed by the system management unit 60 shown in FIG.
Note that the following (1) to (6) will be described later.
(1) Inquiry form 141
(2) Response form 142
(3) Meeting application form 143
(4) Architectural Design Supervision Contract Form 144
(5) Building-related law data 145
(6) Customer building construction photo confirmation rule data 146
The various data management ledgers 140 are not limited to (1) to (6) above, and may include only a part of (1) to (6), or may include other data (not shown). You can stay there.

(Explanation of inquiry form 141 shown in Figure 25)
An example of the inquiry form 141 is shown in FIG. 25.
The inquiry form 141 is an inquiry from a general consumer who viewed the website, and is a form for general consumers to fill out.
The completed inquiry entered by the general consumer is transmitted by the general consumer via the data transmitting/receiving device 50 to the system management device 20 managed by the system management organization. The completed inquiry is then transferred to the virtual designer by the inquiry data transfer means 66 of FIG.

(Explanation of response form 142 shown in Figures 26 and 27)
An example of the response form 14 is shown in FIGS. 26 and 27.
The response form 14 is a response to the inquiry transferred to the virtual designer, and is a form to be filled out by the virtual designer.
The completed response form filled out by the virtual designer is sent to the general consumer.

(Explanation of meeting application form 143 shown in Figure 28)
An example of the meeting application form 143 is shown in FIG. 28.
The meeting application form 143 is a further response to the response form sent to the general consumer, and is a form to be filled out by the general consumer.
The completed meeting application form filled out by the general consumer is sent to the virtual designer.

(Architectural Design Supervision Contract Form 144 shown in Figure 5)
Although not shown, the architectural design supervision, etc., outsourcing contract form 144 is a form of an architectural design, supervision, etc., outsourcing contract that can be concluded between a general consumer and a virtual designer.

(Building-related law data 145 shown in Figure 5)
The building-related laws and regulations in Building-Related Law Data 145 can be broadly classified as follows.
Note that the following (1) to (5) will be described later.
(1) Related to the Building Standards Act (2) Related to the Architects Act (3) Related to the Act on Facilitating the Movement of Elderly Persons, Persons with Disabilities, etc. (4) Related to the Act on Promotion of Earthquake Retrofitting of Buildings (5) Construction Industry Law Please note that construction-related laws and regulations are merely examples and are not limited to (1) to (5) above.

(Related to Building Standards Act)
The following laws and regulations are related to the Building Standards Act.
(1) Building Standards Act (2) Enforcement Order (3) Enforcement Regulations (4) Regulation Form (5) Persons Qualified to Determine Compliance with Designated Building Standards Based on the Building Standards Act (6) Ministerial Ordinance Regarding Certification Bodies, etc. (7) Notification (8) ) Notification/notification/technical advice (9) Regulations (10) Related provisions

(Architecture Act related)
The following laws and regulations are related to the Architects Act.
(1) Architects Act (2) Enforcement Order (3) Enforcement Regulations (4) Regulation Form (5) Ministerial Ordinance on Centrally Designated Registration Bodies, etc. Based on the Architects Act (6) Public Notice

(Related to the Act on Promotion of Facilitation of Movement of Elderly Persons, Persons with Disabilities, etc.)
The following laws and regulations are related to the Act on Facilitating the Movement of Elderly Persons, Persons with Disabilities, etc.
(1) Act on Promotion of Facilitation of Movement of Elderly Persons, Persons with Disabilities, etc. (2) Enforcement Order (3) Enforcement Regulations (4) Designation of Specified Building Facilities to Which Elderly Persons, Persons with Disabilities, etc. Should Be Guided ...Ministerial ordinance establishing the standards. Note that "..." is omitted.

(Related to the Act on Promotion of Earthquake Retrofitting of Buildings)
Laws related to the promotion of seismic retrofitting of buildings include the following laws and regulations:
(1) Act on Promotion of Earthquake Retrofitting of Buildings (2) Enforcement Order (3) Enforcement Regulations

(Construction Business Law related)
Construction industry law-related laws include the following:
(1) Act on Promotion of Earthquake Retrofitting of Buildings (2) Enforcement Order (3) Enforcement Regulations

(Customer building construction photo confirmation rule data 146 shown in Figure 5)
An example of the customer building construction photo confirmation rule of the customer building construction photo confirmation rule data 146 is as follows.
``Customer Building Construction Photo Confirmation Rules'' Exclusive Residential Conventional Wooden Building Part 1 Purpose These rules are intended to be used by general consumers among the multiple members of the organization to sign ``Building Design and Supervision Outsourcing Contracts'' and ``Building Construction Contracts''. Housing manufacturers, construction companies, builders, etc. (hereinafter referred to as "constructors") that have concluded the "Regulations for Confirmation of Photos of Customer Building Construction" established by our organization in advance to ensure appropriate building construction. photo data taken of a general consumer's construction site in compliance with the above regulations will be sent to the general consumer's email address via the Internet. The general consumer then confirms whether there is any doubt based on the sent photos of the construction site, and sends a response to that effect to the construction company via email.

The construction contractor who receives the information sends an appropriate response to the general consumer and, after obtaining approval from the general consumer, starts the next stage of construction.
In other words, by allowing construction contractors and general consumers to communicate through photos of construction site conditions, it is possible to prevent problems caused by poor construction in the future, and to help prevent problems when they occur. It is possible to prevent mental suffering between the construction contractor and the general consumer, as well as court costs such as settlement negotiations.

2nd Targeted Buildings Buildings that have concluded a "Building Design and Supervision Outsourcing Contract" or "Building Construction Contract" with general consumers are targeted.

Section 3 How construction contractors record general consumers' building site photographs and disclose them to general consumers Construction contractors must provide general consumers with information for each process on the "Customer Building Construction Photo Confirmation Sheet" prepared in advance by our organization. Attach the drawings showing the location of the construction site photos and the photos taken, write any comments, and send the sheet via the Internet.

4. Specifications of the "Customer's Building Construction Photo Confirmation Sheet" The "Customer's Building Construction Photo Confirmation Sheet" is designed to allow general consumers to easily confirm the content of building construction photos. (See Figure 42), cross-sectional views of buildings are divided into blocks for each process, and the construction contractor can attach construction photos to each blocked area.

In addition, the blocks for each process are prepared in advance so that site managers and general consumers can easily check the suitability of the construction contents.・Color-code the parts of hardware used at the construction site on the roof plan, roof plan, first and second floor frame plans, etc., and color-code the hardware on site by painting with markers or paint in the same color as the drawings. For example, D10 reinforcing bars are red, D13 reinforcing bars are blue, and D16 reinforcing bars are yellow.In addition, hold-down hardware used in the foundation, anchor bolts, battledore bolts used to construct wooden frames, There are various types such as draw bolts, straight plates, rectangular hardware, wire-woven hardware, flat hardware, twist hardware, folding hardware, square hardware, chevron plates, corner hardware, and flint hardware, each of which is colored and then photographed. We will take pictures.

Insert “Customer building construction photo confirmation sheet” 1st structure
(1) Foundation work part 1
Photographs of haggling, crushed stone land, and abandoned concrete sites (see Figures 41 and 42 in this specification)

(2) Foundation work part 2
A. Site photo of main reinforcement of foundation beam Upper end reinforcement D13 or D16, lower end reinforcement D13 or D16,
Confirm that the stirrup D10 spacing is 300mm or less (Note: D is a deformed reinforcing bar and 13 represents the reinforcing bar diameter.)
Photographed areas: L-shaped part, cross part, reinforcing bar joint part, anchorage length part, height part of foundation beam, area around piping sleeve, area around access opening A. On-site photo of foundation slab reinforcement
Photographed location: Check that the diameter of slab lines is D10 or D13 and the interval is 300mm or less
Check that the cover thickness is 60 mm or more from the top of the concrete to the bottom of the reinforcing steel.

(3) On-site photos of the types and locations of structural hardware, etc. A. Check the foundation joint positions and the anchor bolt M12 positions on the foundation plan.

(4) Photo of foundation laying site a. Confirmation of foundation joint position and position of hold-down hardware and anchor bolts

(5) Photos of the 1st and 2nd floor floors A. Confirmation of the direction of the pull, joint position, and hardware used.

(6) Photos of the shed a. Confirmation of the joint positions of the shed beams and the hardware used

(7) Photo of the roofing site A. Confirmation of the direction of the main building and rafters, joint positions, and hardware used.

(8) Site photos of the first and second floor frames A. Confirmation of the position of the through columns and the joints between the foundation, beams, and shelving, and the hardware used. B. The position of the pipe columns and the connections between the foundations, beams, and sheathing. Check the fit of the parts and the hardware used C. Check the position of the misalignment and the fit of the joints between bases, beams, and body differences, and check the hardware used. E. Check the fit of the joints between beams and beams and body differences and the hardware used. and on-site photos e. How to attach structural plywood, confirmation of nails used, and on-site photos

(9) On-site photo of how to paste the floor plywood on the 1st floor, the nails used, and the nail spacing A. 1st floor floor plywood @ 9mm and the nails used B. Nail pitch: 100 mm or less on the outer periphery, 200 mm in the center

(10) On-site photo of how to paste the second floor plywood floor and the nails used A. First floor plywood @9mm or @23mm and the nails used B. Nail pitch outer circumference 100mm or less, center part 200mm

2nd insulation material
(11) On-site photo of insulation material under the first floor floor
(12) On-site photo of roof (indoor side) attic insulation material
(13) On-site photo of the heating material between the rafters on the roof (indoor side)
(14) On-site photo of external insulation material on the roof (on the roof board)
(15) On-site photo of underfloor insulation material in the exposed area
(16) On-site photo of parting wall insulation material
(17) On-site photo of external wall insulation material

No. 3 Moisture-proof sheet
(18) On-site photo of layering waterproof sheets on exterior walls
(19) Site photo of waterproof sheet around external fittings

4th outer wall
(20) Site photo of siding base ventilation method
(21) Photo of siding base and installation site
(22) On-site photo of the outside and inside corners of the siding
(23) On-site photo of caulking siding joints

5th roof
(24) Roof

The layout is similar to part 6 of storage.
Roof-related photos Rafters, roofing boards, nail spacing, waterproof sheets, roofing materials Structural frame photos

(Explanation of system operating expense management ledger 150 shown in Figure 5)
The system operating expense management ledger 150 is for managing system operating expenses.
The system operating cost is determined in advance between the system operating management organization and the virtual designer with mutual consent. The virtual designer will pay the system operation management organization once they have concluded an ``Architectural Design Supervision Contract'' with the general consumer.
In addition, "participants" such as electricity/water supply and drainage companies, construction companies, facilities equipment (equipment for kitchens, bathrooms, toilets, etc.) manufacturers, electric/gas equipment manufacturers, etc. who participated in the creation of the "virtual design building" In addition, the system operation costs determined in advance by the system operation and management organization will be paid to the system operation and management organization.

(Explanation of steps S40 to S48 of building development system 10 shown in Figure 8)
The outline of steps S40 to S48 of the building development system 10 shown in FIG. 2 will be explained using FIG. 8.
Steps S40 to S48 are executed by the system management unit 60 of the virtual building design device 40 shown in FIGS. 3 and 4.

Steps S40 to S48 are as follows, as shown in FIG.
Note that the following (7) to (9) will be described later. Further, the following (1) to (6) are as described above for the eighth feature point.
(1) Virtual design requirements storage step S40
(2) Virtual design requirements sending step S41
(3) Virtual data reception step S42
(4) Virtually designed building posting step S43
(5) Inquiry reception step S44
(6) Inquiry forwarding step S45
(7) Response form sending step S46
(8) Application form sending step S47
(9) Contract form transmission step S48

(Explanation of application form sending step S47 shown in Figure 8)
The application form transmission step S47 is for reading the application form stored in the storage means 61 and transmitting it to the requested virtual designer.
The application form transmission step S47 is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, reads out the application form stored in the storage means 61, and sends the application form data transmission means 69. will be sent to the requested virtual designer.

(Explanation of contract form sending step S48 shown in Figure 8)
The contract form transmission step S48 is for reading the contract form stored in the storage means 61 and transmitting it to the requested virtual designer.
The contract form transmission step S48 is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, reads out the contract form stored in the storage means 61, and sends it to the contract form data transmission means 70. will be sent to the requested virtual designer.

(Explanation of the time chart of building development system 10 shown in Figure 1)
An example of a time chart of the building development system 10 shown in FIG. 2 will be explained using FIG. 1.
The time chart will be explained separately for the following three devices.
(1) System management device 20 (Administrator: System operation management organization)
(2) Virtual building design device 40 (administrator: virtual designer including members)
(3) Data transmitting/receiving device 50 (Administrator: general consumer)

(Explanation of steps S10 to S33 shown in Figure 1)
First, as shown in FIG. 1, the process proceeds to a first step S10, where the virtual design requirements are managed by the system management device 20. Management of virtual design requirements is controlled by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and is stored in its storage means 61.

When there is a request from the virtual building design device 40, the virtual design guidelines are transmitted by the system management device 20, and the process proceeds from the first step S10 to the second step S20. In the second step S20, the virtual building design device 40, that is, virtual designers including members, obtain virtual design guidelines. The virtual design requirements transmission stage is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and is transmitted by the virtual design requirements transmission means 62.

When virtual designers including members obtain the virtual design guidelines, the process proceeds from second step S20 to third step S21. In the third step S21, a virtual designer who is a member performs a virtual design using the architectural CAD of the virtual building design device 40 based on the virtual design guidelines.
When the virtual design is completed, the data of the virtual designed building as a result is transmitted to the system management device 20 via the virtual building design device 40, and the process proceeds from the third step S21 to the fourth step S11. In the fourth step S11, data of the virtual designed building is stored and managed on the system management device 20 side. Data storage and management is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and is stored in its storage means 61.

Thereafter, the process advances from the fourth step S11 to the fifth step S12, and the data of the virtual designed building is made public. In the fifth step S12, the information is controlled by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and posted on the website by the website management means 64 thereof.
On the other hand, in the sixth step S30, the general consumer views the data of the virtual designed building via the data transmitting/receiving device 50.

After viewing, if the user is interested in the data of the virtual designed building, the process proceeds from the sixth step S30 to the seventh step S31. In the seventh step S31, an inquiry (see FIG. 25) is filled in and sent. The entry and transmission are executed by a general consumer via the data transmitting/receiving device 50.
Proceeding from the seventh step S31 to the eighth step S13, the completed inquiry is received on the system management device 20 side. The reception is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and is received by the inquiry data receiving means 65 thereof.

After receiving, the process proceeds from the eighth step S13 to the ninth step S14, and transfer of the inquiry is executed. The transfer is executed by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and is transferred by the inquiry data transfer means 66 thereof.
After the transfer, the process proceeds from the ninth step S14 to the tenth step S22, and is received on the virtual building design device 40 side.
After receiving, the process proceeds from the tenth step S22 to the twelfth step S23, where the virtual building design device 40 creates and sends a written response to the general consumer.

After transmission, the process proceeds from the eleventh step S23 to the twelfth step S32, and reception is performed on the data transmitting/receiving device 50 side.
After receiving the request form, if the general consumer wishes to have a meeting, the process proceeds from the twelfth step S32 to the thirteenth step S33, where the data transmitting/receiving device 50 creates and sends a meeting application form.
After the transmission, the process proceeds from the thirteenth step S33 to the fourteenth step S24, and reception is performed on the virtual building design device 40 side.
Thereafter, both the virtual designer and the general consumer proceed to the final step, the 15th step S25, and use the meeting system 80 (see Figure 3) to conclude a contract for outsourcing services such as architectural design supervision. We will have repeated meetings towards this goal.

(Explanation of virtual design requirements shown in Figures 9 to 21)
The "virtual design requirements" will be explained using FIGS. 9 to 21.
As shown in FIG. 9, the "virtual design requirements" are roughly divided into the following contents.
Note that the following (1) to (6) will be described later.

(1) “Virtual design guidelines” (hereinafter also referred to as “main text”)
(2) Attachment 1 (see Figure 10)
(3) Attached Tables 2-1 to 2-4 (see Figures 11 to 14)
(4) Attachment 3 (see Figure 15)
(5) Attachment 4 (see Figure 18)
(6) Attachment 5 (see Figures 19 to 21)
Note that the contents of the virtual design requirements are not limited to (1) to (6) above, and although not shown, a separate table from which window sizes can be selected may be added.

(Explanation of the text of the virtual design requirements (requirements body))
An example of the text of the virtual design requirements (requirement text) is as follows.
``Virtual Design Guidelines'' Exclusive Residential Conventional Wooden Building Part 1 Purpose These guidelines are for when multiple members of an organization design a ``virtual design building'' of exclusive residential conventional wooden construction using architectural CAD, etc. The work content is determined to ensure the quality of virtual design.

2. Virtually designed buildings shall comply with architectural laws and regulations.
3rd floor plan (floor plan)
(1) The plane shall be planned in accordance with Attached Table 1 (see Figure 10). However, if the general consumer's request is not in Attached Table 1, the virtual designer may be responsible for planning.

(2) When composing a plane, the room elements (entrance, washroom, bathroom, toilet, - Select the desired drawing from the drawings of LDK, Western-style room, Japanese-style room, bedroom, storage, walk-in closet, etc.) and plan the floor plan. In addition, if the general consumer's request is other than those listed in Attachment 2, the virtual designer may be responsible for planning.

(3) When using artificial intelligence (AI) for floor planning, the artificial intelligence (AI) should be used in advance to store Attached Tables 1 and 2 (see Figures 10 to 14) and building-related laws and regulations. Make use of it. Artificial intelligence (AI) combines design guidelines and selected room elements based on stored information, and adjusts area, lighting, ventilation, smoke exhaust, wall volume, sick house, diagonal lines, and fire spread lines to comply with laws. Artificial intelligence (AI) will also perform floor planning while making judgments.
(4) Plans shall be made to prevent intrusion of suspicious persons from outside.

(5) The plane is a table in which the room temperature of each room without internal or external fittings is calculated in advance from the building materials used for the building structure, the building materials used for the exterior walls, and the building materials used for the interior ceilings, walls, and floors, and expressed in color. , you can quickly visually confirm that the room temperature differs depending on the size and quantity of the fittings used for the external and internal fittings by calculating the room temperature of each room equipped with external and internal fittings and comparing the tables expressed in colors. shall be able to do so. In addition, in order to make general consumers aware of energy conservation, it shall be possible to easily confirm that room temperature is affected by interior and exterior fittings.

(6) Building division (hereinafter also referred to as “building division”) and land division (hereinafter referred to as “land (also referred to as "partition") shall be considered in advance. For example, foundations and load-bearing walls will be provided in areas where division is expected, and a joining method that will easily separate the structures will be considered in advance.

(7) If the general consumer's future ownership of the building in question becomes that of his or her spouse under the Civil Code, and a child (family member) who is the legal heir of that spouse lives with the consumer, the ownership rights of the building will be registered by the parties concerned. (Separate ownership) shall be considered in advance. For example, if the building is to be divided into sections in terms of elevation, parting walls that comply with building laws and regulations will be installed at the predetermined locations. In addition, if the first and second floors are to be owned separately, a boundary floor will be provided in a pre-specified location that complies with building laws and regulations.

(8) Assuming that general consumers will care for their family members at home in the future, space will be secured to set up a care room.
In principle, nursing care rooms should have the following specifications.
(8-1) In order to prevent the strange voices of the person in need of care from leaking out, the room should be soundproof.
(8-2) Provide air conditioning and 24-hour ventilation to ensure a comfortable environment.

(8-3) Install a camera to confirm the person in need of care.
(8-4) Provide an emergency call device to alert caregivers.
(8-5) Provide a storage box to store daily necessities used by the person in need of care.
(8-6) Provide a storage box for the waste of the person requiring care.
(8-7) Provide a TV, refrigerator, etc. for those requiring care.

(8-8) Provide a unit bath for nursing care.
A. It should be large enough to allow the person in need of care to lie down and wash their entire body.
B. Equipment should be provided to wash the clothes, etc. of the person in need of care.
C. Provide equipment to dry the washed clothes of the person in need of care.
D. Install powerful deodorizing equipment.
E. Provide emergency call equipment for caregivers.
F) A camera should be installed to confirm the person requiring care.

3rd elevation plan (exterior)
(1) The exterior appearance, location and size of openings, etc. shall be selected from Attached Table 3, which allows the size of the building to be determined using a humanoid figure. However, if the general consumer's request is not in Attachment 3, the virtual designer may be responsible for planning. Note that the selection may be made from a window list etc. stored in advance in the architectural CAD software.
(2) External fittings such as glass sashes have greater heat loss than walls, so they should be selected with energy savings in mind.

(3) The roof shall be selected from Attached Table 4 where the shape of the roof can be determined. However, if the general consumer's request is not in Attachment 4, the virtual designer may be responsible for planning.
(4) When selecting finishing materials for roofs and exterior walls, refer to Attached Table 5, which shows the specific heat of building materials by color. However, if the general consumer's request falls outside of Attachment 5, the virtual designer may be responsible for planning. Note that the material may be selected from a list of roof/exterior wall materials stored in advance in the architectural CAD software. In addition, in order to make general consumers aware of energy conservation, it will be possible to easily confirm that it is affected by the materials used for roofs and exterior walls.

(5) Elevations shall be designed to prevent intrusion by suspicious persons from outside.
(6) The exterior appearance must not cause discomfort to residents near the construction site.
Attached table below

(Explanation of Attached Table 1 shown in Figure 10)
Attached Table 1 will be explained using FIG. 10.
Attached Table 1, as shown in FIG. 10, describes the "performance of each room."

(Explanation of Attached Tables 2-1 to 2-4 shown in Figures 11 to 14)
Attached Tables 2-1 to 2-4 will be explained using FIGS. 11 to 14.
Attached Tables 2-1 to 2-4 describe "room elements" using plan views.
As shown in FIG. 11, Attached Table 2-1 lists multiple examples of "entrance,""washroom," and "bathroom," and displays options 90 that the user can select.
In Attached Table 2-2, as shown in FIG. 12, a plurality of examples of "toilet" and "LDK" are listed, and similarly, options 90 are displayed.
As shown in FIG. 13, Attached Table 2-3 lists a plurality of examples of "Western-style room" and "Japanese-style room" and similarly displays 90 options.
Attached Table 2-4, as shown in FIG. 14, lists multiple examples of "bedroom" and "storage walk-in closet" and similarly displays 90 options.

(Explanation of Attached Table 3 shown in Figures 15 to 17)
Attached Table 3 will be explained using FIGS. 15 to 17.
Attached Table 3 describes the "external appearance" using the south elevation view.
As shown in Figure 15, Attached Table 3 shows the "window shape", "window size", "window security performance", and "window heat insulation performance" of locations A to D in the south elevation. The options are displayed in a table format, and in this example, can be selected using a pull-down menu.
FIG. 15 is an "original diagram" in which "insulation performance" is not patterned or color-coded.
In Attached Table 3, ``insulation performance'' can be displayed in three categories: ``high, medium, and low'' by using patterns and colors.
Although "insulation performance" has been classified into three types, "high, medium, and low," it is not limited to this, and although not shown in the figure, it can be subdivided into two types, "high and low," or into four or more types. It's okay.
FIG. 16 shows "Example 1", in which each element selected in the table in the figure is evaluated, and their "insulation performance" is displayed in patterns and colors.
FIG. 17 shows "Example 2".

(Explanation of Attached Table 4 shown in Figure 18)
Attached Table 4 will be explained using FIG. 18.
Attached Table 4 illustrates a plurality of types of "roof shapes" using perspective views.

(Explanation of Attached Table 5 shown in Figures 19 to 21)
Attached Table 5 will be explained using FIGS. 19 to 21.
Attached Table 5 describes three types of "insulation performance": "high, medium, and low", using patterns and colors and using a plan view.
Although "insulation performance" has been classified into three types, "high, medium, and low," it is not limited to this, and although not shown in the figure, it can be subdivided into two types, "high and low," or into four or more types. It's okay.
FIG. 19 is an "original drawing" without pattern division.
FIG. 20 shows "Example 1" in which "tile" was selected as the exterior wall material and "straight" was selected as the roof material.
FIG. 21 shows "Example 2" in which "resin siding" is selected as the exterior wall material and "tiles" are selected as the roof material.

(Explanation of examples of posting virtual designed buildings on homepages shown in Figures 22 to 24)
An example of posting a virtual designed building on a homepage will be explained using FIGS. 22 to 24.
First, FIG. 22 is an explanatory diagram of posting virtual designed buildings on the homepage. (1) Posting a list of virtual designed buildings, and when one is selected, (2) Posting the details of the virtual designed buildings, If you are interested in more information and select "Go to meeting form," you will be redirected to (3) Display of the meeting form.
These displays are controlled by the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and executed by the website management means 64 thereof.

FIG. 23 is a display example of a list of virtually designed buildings.
FIG. 24 is an example of displaying details of a virtual designed building.
FIG. 25 is a display example of the inquiry form.
The inquiry form is managed in the system management ledger 100 (inquiry form 141) of the system management unit 60 of the system management device 20 shown in FIGS. 3 and 4, and is stored in the storage means 61.
The inquiry form, like the virtual design building, is displayed on the home page and is controlled by the website management means 64. After inputting the information, the general consumer clicks on the "send" button to send the inputted inquiry form to the system management device 20 managed by the system management organization.

(Explanation of the response form and meeting application form shown in Figures 26 to 28)
An example of a response form and a meeting application form will be explained using FIGS. 26 to 28.
As shown in FIG. 26, the response form and the meeting application form are displayed on the home page and controlled by the website management means 64, similarly to the inquiry form.
When the virtual designer who receives the forwarded inquiry form accesses the home page of the system management organization associated with the inquiry form, a response form will be displayed. When the virtual designer clicks the "Send" button after entering the information, the filled-in response form will be sent to the general consumer. Note that the destination may be any e-mail address registered in advance by the general consumer, and is not limited to the data transmitting/receiving device 50 used initially.

Thereafter, when the general consumer who has received the written response accesses the home page of the system management organization associated with the written response, a meeting application form will be displayed. When the general consumer clicks the "Send" button after inputting the information, the completed meeting application form is sent to the virtual designer. Note that the destination may be any e-mail address registered in advance by the virtual designer, and is not limited to the virtual building design device 40 used initially.
On the other hand, FIG. 27 shows an example of a response form.
Further, FIG. 28 shows an example of a meeting application form.
It is an explanatory diagram showing an example of a meeting application form.

(Description of meeting system 80 shown in Figure 3)
The meeting system 80 supports meetings between virtual designers and general consumers.
The meeting system 80 is described in the following patent publication by the present applicant.
Note that the following (1) and (2) will be described later.
(1) Patent No. 4205934 (2) Patent No. 5820264

(Description of meeting system 80 according to Patent No. 4205934)
The meeting system 80 according to Japanese Patent No. 4205934 is titled "Computer system for product selection in building construction and method for selecting product in building construction using a computer system" (hereinafter referred to as " (hereinafter referred to as ``Computer System''), and its content is characterized by the following points:

(1) First characteristic point of the present computer system The first characteristic point of the present computer system is as follows.
A computer system for product selection in building construction that is connected to computers of multiple housing companies,
a cost information storage unit storing cost information regarding each cost other than the building price related to the construction cost of the building in the form of an amount calculation formula;
Product information storage that stores product information about the building, including the name of the housing company that handles the building, the product name of the building, structure, price per tsubo, design fee per tsubo, and interior coordination fee per tsubo. Department and
a condition input means for general consumers to input conditions regarding buildings and construction funds;
The required number of tsubos is calculated based on the desired room configuration in the input conditions, and by applying the corresponding data in the input conditions to each calculation formula in the cost information storage section, it is possible to calculate other than the main price of the building. a price calculation means that calculates the cost, and further calculates the main price of the building and the unit price of the building based on the total budget in the input conditions, the calculated costs other than the main price, and the required number of tsubos; ,
If the structure in the product information matches the desired structure in the input conditions, and the price per tsubo in the product information differs depending on the number of tsubos, the price calculation means calculates the price. the product information such that the sum of the unit price per tsubo according to the required number of tsubo, the design fee per tsubo, and the interior coordination fee per tsubo is less than the price per tsubo calculated by the price calculation means, a matching unit that searches the product information stored in the product information storage unit and outputs a company name and a product name in the searched product information;
a design information creation means for extracting information from the input conditions, and creating and outputting building design information including the extracted information, the main unit price calculated by the price calculation means, and the required tsubos;
Outputting the company name and product name in the product information searched by the matching means, having the general consumer select a destination housing company based on the output company name and product name, and selecting the selected housing company. design information transmitting means for transmitting the design information to a computer of a housing company;
A computer system comprising:

(2) Second feature of the computer system The second feature of the computer system is as follows.
A method for selecting products in building construction using a computer system connected to computers of multiple housing companies, the method comprising:
The computer system includes a cost information storage section in which cost information about each cost other than the price of the building related to the construction cost of the building is stored in the form of an amount calculation formula, and a housing that is product information about the building and deals with the building. It has a product information storage unit that stores product information including the company name of the company, the product name of the building, the structure, the unit price per tsubo, the design fee per tsubo, and the interior coordination fee per tsubo,
a condition input step in which the computer system causes a general consumer to input conditions regarding buildings and construction funds;
The computer system calculates the required number of tsubos based on the desired room configuration in the input conditions, and applies the corresponding data in the input conditions to each of the calculation formulas in the cost information storage unit. Calculate the costs other than the main unit price, and further calculate the main unit price and unit price of the building based on the total budget in the input conditions, the calculated costs other than the main unit price, and the required number of tsubos. a price calculation step,
If the structure in the product information matches the desired structure in the input conditions, and the unit price per tsubo in the product information differs depending on the number of tsubos, The sum of the unit price per tsubo according to the required number of tsubo calculated in the price calculation step, the design fee per tsubo, and the interior coordination fee per tsubo is less than the price per tsubo calculated in the price calculation step. a matching step of searching the product information from the product information stored in the product information storage unit and outputting the company name and product name in the searched product information;
Design information in which the computer system extracts information from the input conditions, creates and outputs building design information that includes the extracted information, the main price calculated in the price calculation step, and the required tsubos. creation step,
The computer system outputs the company name and product name in the product information searched in the matching step, and allows the general consumer to select a destination housing company based on the output company name and product name. , a design information transmitting step of transmitting the design information to the computer of the selected housing company;
A method characterized by having the following.

(Meeting system 80 according to Patent No. 5820264)
The meeting system 80 according to Patent No. 5820264 is named "Meeting System" (hereinafter referred to as "this meeting system") and is characterized by the following points.
(1) First characteristic point of the present meeting system The first characteristic point of the present meeting system is as follows.
A building construction system comprising a general consumer device that includes a computer, and a drawing creation device that includes a computer and is capable of communicating with the general consumer device via a communication line. A meeting system for
The drawing creation device includes:
a drawing creation device side display section;
a drawing creation device side storage unit;
a drawing creation means for creating (including the case of modifying) a drawing regarding a building while displaying it on the display section of the drawing creation device based on the input information;
a drawing storage unit that stores the drawing created by the drawing creation unit in the storage unit of the drawing creation device;
a drawing display unit that reads the drawing from the storage unit on the drawing production device side and displays it on the display unit on the drawing production device side;
a screen sharing unit on the drawing production device side that transmits the drawing displayed on the display unit on the drawing production device side to the general consumer device in real time;
a drawing device-side audio transmitting/receiving means for transmitting and receiving audio to and from the general consumer device;
Equipped with
The general consumer device includes:
a general consumer device side display section;
By displaying the drawing transmitted by the screen sharing means on the drawing production device side on the display section on the general consumer device side, the drawing displayed on the display section on the drawing production device side can be displayed on the general consumer device side almost simultaneously. General consumer device side screen sharing means displayed on the consumer device side display unit;
General consumer device-side voice transmitting/receiving means for transmitting and receiving voice to and from the drawing creation device;
drawing means for drawing on the drawing displayed on the general consumer device side display unit;
Equipped with
The general consumer device side screen sharing means is configured to transmit the drawing displayed on the general consumer device side display unit, including the drawing by the drawing means, to the drawing creation device in real time,
The drawing creation device side screen sharing means displays the drawing including the drawing transmitted by the general consumer device side screen sharing means on the drawing creation device side display section, thereby displaying the drawing on the general consumer device side. The drawing including the drawing displayed on the display unit is configured to be displayed on the display unit of the drawing creation device at substantially the same time,
The drawing creating device includes means for simultaneously displaying the drawing including the drawing and the drawing not including the drawing created by the drawing creating means on the drawing creating device side display unit. A unique meeting system.

(2) Second characteristic point of the present meeting system The second characteristic point of the present meeting system is as follows.
The drawing creation device includes furniture information display means for displaying furniture information stored in the drawing creation device side storage section on the drawing creation device side display section,
The drawing creation means creates a drawing of a room as a drawing regarding the building, and also creates a figure or an image indicating a range of furniture in the drawing of the room based on the input furniture information to the scale of the drawing of the room. 2. The meeting system according to claim 1, wherein the meeting system is configured to create drawings that are approximately combined together as drawings regarding the building.

(3) Third feature of the meeting system The third feature of the meeting system is as follows.
Note: The drawing creation device is
It is possible to communicate with a plurality of housing company devices each including a computer and used by a person selling buildings via a communication line,
Quotation request means for transmitting drawings regarding the building to each of the housing company devices and requesting the creation of a quotation;
Estimate receiving means for receiving an estimate from each of the housing company devices;
Displaying an estimate comparison sheet for comparing estimates in each estimate received by the estimate receiving means or in each estimate prepared based on each estimate received by the estimate receiving means on the display unit on the drawing production device side. The meeting system according to claim 1 or 2, further comprising an estimate display means for displaying an estimate.

(4) Fourth feature of the meeting system The fourth feature of the meeting system is as follows.
A meeting method using a drawing creation device configured to include a computer and capable of communicating with a general consumer device configured to include a computer via a communication line,
a drawing creation step in which the drawing creation device creates (including cases where it is corrected) a drawing related to a building while displaying it on a drawing creation device side display unit included in the drawing creation device, based on the input information; ,
a drawing storage step in which the drawing creation device stores the created drawing in a drawing creation device side storage unit included in the drawing creation device;
a drawing display step in which the drawing creation device reads the drawing from the drawing creation device side storage unit and displays it on the drawing creation device side display unit;
a first screen sharing in which the drawing creation device transmits and receives audio to and from the general consumer device while transmitting the drawing displayed on the display unit on the drawing device side to the general consumer device in real time; step and
The drawing creation device sends a drawn drawing including the drawing that has been transmitted and displayed to the general consumer device and a drawing performed on the drawing on the general consumer device to the general consumer in real time. received from the device and simultaneously displays the drawn drawing and the drawing that does not include the drawing created in the drawing creation step on the display section of the drawing creation device, while communicating with the general consumer device and audio. a second screen sharing step for transmitting and receiving;
A meeting method characterized by having the following.

(Description of the virtual floor plan creation support system 200 shown in FIGS. 29 to 33)
The virtual floor plan creation support system 200 will be explained using FIGS. 29 to 33.
The virtual design process by the virtual designer will be explained using FIG. 29.
First, the process proceeds to the first step S50, where the virtual designer selects (inputs) the options 90 of the disguise design requirements.
After the input, the process proceeds from the first step S50 to the second step S51, where the virtual designer performs a virtual design of a floor plan (plan view) based on the input virtual design requirements.

After the virtual design, the process proceeds from the second step S51 to the next third step S52, where the virtual designer performs a virtual design of an elevation based on the plan view after the virtual design.
After the virtual design of the elevation, the process proceeds from the third step S52 to the fourth step S53, where the virtual designer determines the legal compliance of the drawing after the virtual design.
In the judgment of legal compliance, if the legal compliance is found, the process proceeds from the fourth step S53 to the fifth and final step S54, and the virtual designed building is completed by the virtual design.
This virtual floor plan creation support system 200 supports the second step S51.

(Explanation of AI222 learning process and system shown in Figure 30)
Using FIG. 30, the learning process of AI222 and an example of how the system is used will be described.
The upper part of FIG. 30 shows the learning process of AI222, and the lower part shows an example of how the system is used.
In the artificial intelligence (AI) learning process, raw data 220 is processed to create a learning data set 221. Thereafter, by inputting the learning data set 221 to the AI 222, a learned model 223 is obtained as an output.

Using the acquired trained model 223, a program 240 for the virtual floor plan creation support system 200 is created.
The program 240 receives input data 241, that is, data of virtual design requirements that have been input by the virtual designer.
The program 240 uses the learned model 223 that satisfies the data of the entered virtual design requirements and uses the hiring/non-hiring of the virtual designer as training data (see FIG. 31) to create a drawing of the virtual floor plan. Output as output data 242.

(Description of the learning dataset shown in Figure 31)
The learning data set will be explained using FIG. 31.
As shown in FIG. 31, the learning data set can be roughly divided into learning data and teaching data.
The learning data is broadly classified into filled-in costume design guidelines (hereinafter also referred to as "filled-in guidelines") and floor plans (floor plans) that satisfy the filled-in guidelines.

The training data is obtained by the virtual designer looking at the floor plans that satisfy the filled-in requirements, taking into consideration ease of use and practicality, and deciding whether to adopt or not.
Raw data is used as the learning data, and a floor plan that has been virtually designed by a virtual designer based on the previously input virtual design requirements is used. Note that the pre-learning program 240 may be used to create a floor plan (floor plan).
Further, the program 240 may be re-learned using a floor plan (floor plan) that is output using the learned program 240 and determined to be rejected by the virtual designer.

(Description of input data 241 shown in FIG. 32)
An example of a portion of the input data 241 will be explained using FIG. 32.
As shown in Figure 32, the input data 241 is for a total of 3 rooms, 1 "Western room (10 tatami mats)" that also serves as a bedroom, and 2 "Western room 6.5" for a children's room, as the option 90 of the costume design guidelines. is selected for the second floor.
Input data 241 is input to a program 240 shown in FIG.

(Description of output data 242 shown in FIG. 33)
An example of a portion of the output data 242 will be explained using FIG. 33.
When input data 241 shown in FIG. 32 is input to the program 240 shown in FIG. 30, output data 242 shown in FIG. 33 is output.

The output data 242 satisfies the input data 241 shown in FIG. 32, uses the learned model 223 (see FIG. 30), and is likely to be adopted by the virtual designer.
In the output data 242, as shown in FIG. 33, a total of three rooms are arranged on the second floor, including one Western-style room (10 tatami mats) that also serves as a bedroom, and two Western-style rooms (6.5 tatami mats) that serve as a children's room.

(Description of the design modification support system shown in Figures 34 to 39)
The design modification support system 210 will be explained using FIGS. 34 to 39.
First, with reference to FIG. 34, a process of modifying a virtual designed building by a virtual designer will be described.
First, the process proceeds to the first step S60, where the virtual designer or the general consumer changes (inputs) the options 90 of the inputted disguise design requirements.

After the change, the process proceeds from the first step S60 to the next second step S61, where the virtual designer makes design corrections to the drawing based on the change in the essentials.
After the design correction, the process proceeds from the second step S61 to the next third step S62, and the virtual designer judges again the legal compliance of the drawing after the design correction.
In the determination of legal compliance, if the legal compliance is found, the process proceeds from the third step S62 to the fourth and final step S63, and the revised plan for the virtual designed building is completed.
This design modification support system 210 supports the second step S51 and the third step S62 in the figure.

(Description of the learning dataset shown in Figure 35)
Example 2 of the learning data set will be described using FIG. 35.
As shown in FIG. 35, the learning data set can be roughly divided into learning data and teaching data.
The learning data includes the changed requirements for option 90 of the completed costume design guidelines (hereinafter also referred to as "changed requirements") and the changed floor plan that satisfies the changed requirements (hereinafter referred to as "changed requirements"). (referred to as "Fig.").

The training data is obtained by the virtual designer looking at the revised drawings that satisfy the changed requirements and determining whether the changes are compliant or non-compliant in light of the laws and regulations.
Raw data is used as the learning data, and a floor plan that has been virtually designed by a virtual designer based on the previously input virtual design requirements is used. Note that the pre-learning program 240 may be used to create a floor plan (floor plan).
Further, the program 240 may be re-learned using a floor plan (floor plan) that is output using the learned program 240 and determined to be rejected by the virtual designer.

(Description of input data 241 shown in FIG. 36)
An example of a portion of the input data 241 will be explained using FIG. 36.
As shown in FIG. 36, the input data 241 is the case where the width 1820 (regular door) of the "entrance" is changed to the same width 1820 (parent-child door) as the option 90 of the temporary costume design requirements.
Input data 241 is input to a program 240 shown in FIG.

(Explanation of the output data 242 shown in FIGS. 37 to 39)
An example of a portion of the output data 242 will be explained using FIGS. 37 to 39.
When input data 241 shown in FIG. 36 is input to the program 240 shown in FIG. 30, output data 242 shown in FIG. 37 is output.
The output data 242 satisfies the changed input data 241 shown in FIG. 36 and is compliant with laws and regulations.
As output data 242, as shown in FIG. 36, the floor plan of the first floor in which the width 1820 (normal door) of the "entrance" is changed to the same width 1820 (parent-child door) is output.

(Explanation of the plan view which is the output data 242 shown in FIG. 38)
An example of a plan view that is the output data 242 will be described using FIG. 38.
In addition to the floor plan of the first floor shown in FIG. 36, the output data 242 includes a plan view of the first and second floors as shown in FIG. Note that if the second floor is not included in the change to the temporary design requirements, the plan view of the second floor that was previously virtually designed by the virtual designer may be output as is.

(Explanation of the south elevation view which is the output data shown in Figure 39)
An example of the south side elevation view which is output data will be explained using FIG. 39.
The output data 242 includes elevation views such as a south elevation view, as shown in FIG. Note that if the change in the virtual design requirements does not affect the elevation, the elevation that was previously virtually designed by the virtual designer may be output as is.

(Explanation of customer building construction photo confirmation sheet shown in Figures 40 to 42)
An example of an image of a customer building construction photo confirmation sheet will be explained using FIGS. 40 to 42.
The customer building construction photo confirmation sheet is based on an example of the customer building construction photo confirmation rule of the customer building construction photo confirmation rule data 146 described above.
The customer building construction photo confirmation sheet may be stored and managed by the system management device 20 shown in FIGS. 2 and 3. For example, a dedicated site for general consumers may be created, and the sheet can be used online for system management in addition to general consumers. It may also be made so that the management organization or virtual designer can view and confirm it.

(Explanation of the image of the thermal insulation performance of the room shown in Figure 43)
An example of the image of the heat insulation performance of a room will be explained using FIG. 43.
As described above, the image of the thermal insulation performance of the room is controlled by the third support system 320 of the system management device 20 shown in FIGS. 2 and 3.
For example, the color is determined by the size of the opening (the size of the window) that allows outside air to enter, and as the size of the window changes, the ratio of the colors changes, visualizing the temperature and temperature of the room.
Once you select the ratio and window type/size (color) on your computer, it will be displayed automatically.
Since the image of the thermal insulation performance of the room is controlled by the third support system 320, it can be viewed and confirmed on the Internet by not only general consumers but also system management organizations and virtual designers.

(Explanation of the assumed division of the house shown in Figures 44 to 46)
A plan view showing an example of a hypothetical division of a house will be explained using FIGS. 44 to 46.
As described above, the assumption of dividing the house is controlled by the second support system 310 of the system management device 20 shown in FIGS. 2 and 3.
FIG. 44 is a plan view when newly built.
45 and 46 are plan views for assuming division by the second support system 310. FIG. 45 corresponds to FIG. 44 and is at the time of renovation (dwelling unit division), and FIG. 46 is at the time of renovation. It is a plan view of (site division).

(Explanation of the list of building-related laws and regulations shown in Figures 47 and 48)
An example of a list of construction-related regulations will be described using FIGS. 47 and 48.
The list of construction-related laws and regulations is obtained by inputting the contents of the provisions of the laws and regulations into the AI 222 shown in FIG. 30 described above together with the learning data and teacher data shown in FIG. 35 to obtain a trained model 223.

(Explanation of Examples)
Next, examples will be described.
(Characteristics of Example 1)
Example 1 is characterized by the following points.
Example 1 is characterized by the following points.
Organizations such as general incorporated associations, public interest incorporated associations, for-profit corporations, NPO corporations, cooperative associations, labor unions, etc. (hereinafter referred to as "organizations") wish to build houses (common housing, private housing, housing with shops, etc.) For general consumers (hereinafter referred to as "general consumers"), the members of the organization, etc. use the "virtual design guidelines" created by the members of the organization using architectural CAD, etc. The organization designs a building that does not already exist (hereinafter referred to as "virtual design"), and posts the resulting multiple "virtually designed buildings" on a website operated and managed by the organization.

On the other hand, if general consumers find information of interest among the multiple pieces of "virtual design information," they fill in the necessary information in the "Inquiry" section on the homepage and reply to the organization. The organization that receives the reply forwards the "inquiry" to the person who created the virtual design (hereinafter referred to as "virtual designer"). Then, the virtual designer who receives the transfer sends a "response form" containing the answer to the "inquiry" and the contents of future meetings to the general consumer using a communication method such as e-mail or fax. .

The general consumer who receives the "answer form" checks the contents of the "answer form", decides whether or not to hold a meeting in the future, and then sends a "meeting application form" to the virtual designer.
If you choose to continue the meeting, after holding the meeting until both parties are satisfied through face-to-face meetings or using the Internet's web conferencing system, an "Architectural Design and Supervision Outsourcing Contract" will be signed with the general consumer. This is a building development system.

(Characteristics of Example 2)
Example 2 is characterized by the following points.
The second embodiment is characterized by the following points in addition to the features of the first embodiment.
The "virtual design guidelines" define the work content to ensure the quality of the virtual design when multiple members of an organization perform the "virtual design" using architectural CAD, etc.

In addition, the creation of the "virtual design guidelines" involved companies and individuals who are members of the organization, as well as companies and individuals outside the organization, including architects, designers, interior planners, interior coordinators, loan advisors, family fortune tellers, electrical engineers, etc. We recruit workers to create "virtual design guidelines" from water supply and drainage equipment companies, construction companies, equipment manufacturers (equipment for kitchens, bathrooms, toilets, etc.), electrical and gas equipment manufacturers, etc., and select workers. create.

In addition, the "virtual design guidelines" are categorized by building use into apartment housing, private housing, residential housing with shops, etc., and are further divided into structural types such as conventional wooden construction, traditional wooden construction method, frame wall construction method, steel construction, reinforced concrete construction, It is also classified as "Other", and each "virtual design requirement" includes scale, design (floor plan, elevation, cross-section, detailed drawings, etc.), equipment (kitchen, washroom, bathroom, toilet, etc.), Create standardized interior design, construction supervision, construction methods, after-sales service, etc.
As an example, it is stored in the organization's storage medium as a "virtual design guideline" dedicated to traditional wooden houses.
The discussion regarding the creation of the "virtual design guidelines" will be conducted via the organization's Internet, using e-mail, a web conference system, and the applicant's patented "meeting system." An interview format is also possible.

(Characteristics of Example 3)
Example 3 is characterized by the following points.
The third embodiment is characterized by the following points in addition to the features of the first embodiment.
In addition, the ``Virtual Design Guidelines'' include measures to allow general consumers who own private homes to divide the building and write land so that they can sell part of the building in the future in order to pay off their mortgage early. shall be considered in advance.

For example, foundations and load-bearing walls will be provided in areas where division is expected, and a joining method that will easily separate the structures will be considered in advance.
The external wall of the assumed area will be made of a material that is clearly different from the material used for the entire wall, and the same will be used for the roof, so that anyone can easily check the material and make the division work easier. At the same time, we will make it a feature of the exterior design.

(Characteristics of Example 4)
Example 4 is characterized by the following points.
In addition, the "Virtual Design Guidelines" states that if a general consumer who is the owner of a private residence will in the future own the building in question under the civil law, the property will belong to his or her spouse, and the spouse's children (family members) who are the legal heirs of the said building, etc. If the parties live together, consideration must be given in advance to ensure that the parties can register their ownership of the building (compartmental ownership).
For example, if the building is to be divided into sections in terms of elevation, parting walls that comply with building laws and regulations will be installed at the predetermined locations.

In addition, if the first and second floors are to be owned separately, a boundary floor will be provided in a pre-specified location that complies with building laws and regulations.
The assumed portion of the floor plan of the private residence is an interior wall that is clearly different from the wall that is generally expressed.
This is a distinctive method of expression that is not generally used for the planes of private residences.

(Characteristics of Example 5)
Example 5 is characterized by the following points.
In addition, the "virtual design guidelines" include provision of care room space in advance in case a family member of a general consumer needs nursing care in a building owned by the general consumer in the future. In addition, it is stipulated that the soundproofing specifications required for nursing care rooms, air conditioning, 24-hour ventilation, confirmation cameras, emergency calls, daily necessities storage boxes, waste storage boxes, TVs, refrigerators, unit baths for nursing care, etc. will be installed. ing.

(Characteristics of Example 6)
Example 6 is characterized by the following points.
"Virtual design" is a virtual designer such as an architect, designer, interior planner, interior coordinator, etc. who is a company or individual belonging to an organization who is a building specialist, and who uses the "virtual design guidelines" from the organization's homepage via the Internet. Download the "Application Form" and "Confidentiality Pledge", fill out the necessary information, and send it to the organization via the Internet.

After the organization receives the "application form for using virtual design guidelines" and the "nondisclosure oath," the organization checks the contents and sends a "permission to use virtual design guidelines" to the email address of the virtual designer who is applying for use. Send the PIN code to download the "Virtual Design Guidelines".
The virtual designer who is the applicant for use downloads the "virtual design guidelines" from the organization via the Internet using the password provided by the organization, and stores it in the virtual designer's storage medium.
Then, using the "virtual design guidelines", a "virtual design building" is created using architectural CAD or the like in order to design a building for which there is no client in advance.

(Features of Example 7)
Example 7 is characterized by the following points.
A "virtually designed building" is created as a result of a "virtual design" performed by a virtual designer in order to provide design intent (information) to general consumers.
The "virtual design building" uses a humanoid model standardized to human dimensions, which does not exist in the past, to understand room size, ceiling height, window size, and usability of equipment. be able to.

For example, if the building is a two-story wooden house, (a) the design outline, (b) the floor area and total area of the first and second floors, and (c) the floor plan of the first and second floors and the same scale as the drawing. By drawing a human figure (adult male, adult female, child, etc.) with their arms spread 180 degrees to help them grasp the size of the room, general consumers can consider whether or not it is appropriate.
(d) Create an elevation drawing for the east, south, west, and north sides, and draw a human figure (adult male, adult female, child, etc.) with their hands raised vertically to the same scale as the drawing to be visible from the outside of the building. To enable general consumers to consider whether or not it is appropriate by making it possible to understand the height of the eaves, the width and height of windows, etc.

(e) Cross-sectional drawings are drawn in the X and Y directions with the height dimensions of windows, doors, etc. drawn, and are drawn with human figures (adult male, adult female, child, etc.) with their hands raised vertically to the same scale as the drawing. By drawing a human figure (adult male, adult female, child, etc.) with both hands 180 degrees outstretched, it is possible to grasp the height of the eaves and the width and height of windows that can be seen from inside the room, and whether it is appropriate for general consumers. to be able to consider whether
(f) Draw the sunlight lines of the summer solstice and winter solstice on the cross-sectional diagram, draw a human figure (adult male, adult female, child, etc.) with their hands raised vertically at the same scale as the drawing, and calculate the sunlight and shade. To enable general consumers to consider whether or not it is appropriate by making it possible to understand temperature and temperature from the boundary.

(g) Draw the housing equipment in a plan or cross-sectional view, draw a human figure (adult male, adult female, child, etc.) with both arms outstretched 180 degrees at the same scale, and determine the size of the equipment based on the usability of the equipment. Understand the balance with the sheath and the room in which it is placed, and consider whether it is appropriate.

(Characteristics of Example 8)
Example 8 is characterized by the following points.
In addition, when explaining the insulation performance of rooms in the "virtually designed building" to general consumers, conventionally numerical values were shown, but by visualizing the room temperature, it becomes easier to explain to general consumers. .
In other words, the insulation performance of the interior walls, ceilings, floors, exterior fittings (sashes, etc.), internal fittings (sliding doors, doors, etc.) of a room, as well as the types of exterior wall materials and roofing materials on the outside of the building, can be easily expressed by color. Building materials can be easily selected taking into account the heat insulation performance of each building material.

(Characteristics of Example 9)
Example 9 is characterized by the following points.
In addition, the interior walls, exterior fittings (sashes, etc.), and internal fittings (sliding doors, sliding doors, etc.) are color coded in advance according to the type of building material, the area used for the building materials is calculated, and the ratio of color and area is used to determine the size of the room. Recognize colors.
In addition, in the case of changing the floor plan, a color different from the color of the original floor plan will be expressed by changing the ratio of the interior wall area to the window area.
That is, it is possible to visualize changes in room temperature caused by changes in internal walls, external fittings (sashes, etc.), and internal fittings (sliding doors, doors, etc.), and it is possible to easily explain room temperature changes to general consumers.

(Features of Example 10)
Example 10 is characterized by the following points.
In addition, the ceiling and floor are color-coded in advance according to the type of building material, the area used for the building material is calculated, and the color of the room is recognized from the ratio of color to area.
In addition, in the case of changing the floor plan, a color different from the color of the original floor plan will be expressed by changing the ratio of the interior wall area to the window area.
That is, it is possible to visualize the temperature change in the room, and it is possible to easily explain the room temperature change to general consumers.

(Characteristics of Example 11)
Example 11 is characterized by the following points.
Then, by mixing the color expressed in "Example 9" and the color expressed in "Example 10" above, the room temperature of the room in question is determined, and in the case of a change in the floor plan, the change in room temperature is similarly applied. can be easily understood.

(Characteristics of Example 12)
Example 12 is characterized by the following points.
In addition, the interior perspective that expresses interior walls, ceilings, floors, exterior fittings (sashes, etc.), and internal fittings (sliding doors, doors, etc.) makes it easy to visualize the insulation performance of the building materials used by color. This makes it easy to choose the building materials you want to use, keeping in mind the temperature and temperature.

(Example 13)
Example 13 is characterized by the following points.
Exterior perspective representations of external walls, roofs, external fittings, etc. make it easy to visualize the insulation performance of the building materials used by color, making it easy to select the building materials you want to use with consideration to temperature and temperature.

(Characteristics of Example 14)
Example 14 is characterized by the following points.
Traditionally, the price of the building itself was expressed as the price per tsubo of ○○ yen, and buildings with a small total area were expressed as a lower price than the actual price, while larger buildings tended to be lower. The reason for this is the ratio of the price of housing equipment to the price of the structure.
In other words, buildings with a small total area tend to have a large ratio.
Therefore, the price of the structure and the price of housing equipment are each expressed in a line graph, and the price of the building itself is calculated from the line graph obtained by adding the values of each line graph.

(Features of Example 15)
Example 15 is characterized by the following points.
In addition, the "virtual design building" is stored in the virtual designer's storage medium and sent to the organization via the Internet, and the organization enters the number, virtual designer's name, Enter the company name, location, telephone and fax numbers, e-mail address, etc. and store it in the organization's storage medium.
In addition, in anticipation of the "Design Law Amendments" scheduled to come into effect in the spring of 2020, "Virtual Design Buildings" will clearly express interior and exterior images, thereby providing support to general consumers and construction-related parties. It also serves as a notification that a license must be obtained when designing and constructing a similar building.

(Features of Example 16)
Example 16 is characterized by the following points.
The multiple virtual designers who created the "virtual design building" will hold meetings regarding design consultations, architectural design supervision, and other outsourcing contracts with general consumers who are interested in the "virtual design building" and have made an "inquiry." have the right to do so, but determine their priorities in advance.
If the first priority person is unable to have a meeting due to circumstances, the right to have a meeting can be transferred to the person next in priority.
If the next person in the ranking is unable to meet due to unforeseen circumstances, the next person in the ranking will be selected.

(Features of Example 17)
Example 17 is characterized by the following points.
The organization will provide general consumers with a plurality of "virtual designed buildings" stored in the organization's storage medium for a specified period of time via the Internet on the organization's homepage, in pamphlets, etc.
Furthermore, in order to prevent direct meetings between general consumers and the creator of the "virtual design building" without going through an organization, the "virtual design building" provided to general consumers is The names of companies and individuals will not be published.

(Features of Example 18)
Example 18 is characterized by the following points.
General consumers can view the above-mentioned "virtual design building" from the organization's homepage etc. via the Internet, and if they are interested, they can download the "Inquiry" form on the homepage to a storage medium such as the general consumer's personal computer. After that, fill in the necessary information and send an e-mail to the organization via the Internet.

(Features of Example 19)
Example 19 is characterized by the following points.
The organization that receives the "inquiry" searches for a virtual designer from the "virtual design building management table" managed by the organization, and forwards the "inquiry" to the corresponding virtual designer via email via the Internet. .

(Features of Example 20)
Example 20 is characterized by the following points.
The virtual designer who receives the "inquiry" forwarded from the organization checks the contents of the "inquiry" and provides the general consumer who made the "inquiry" with an answer regarding the "inquiry" and future plans. A "Response to Inquiry" containing the details of the meeting will be sent by e-mail via the Internet.

After that, if the general consumer and the virtual designer agree to hold meetings, an "Architectural Design Supervision Contract" will be concluded through continuous meetings.
The meetings will be conducted via the Internet using e-mail, a web conference system, or the applicant's patented "meeting system." An interview format is also possible.

(Features of Example 21)
Example 21 is characterized by the following points.
In addition, if you plan a floor plan, etc. in a meeting with general consumers using the Internet or the applicant's patented "Meeting System" (WEB conference system), please prepare the information in Attached Table 1 for Artificial Intelligence (AI) in advance.・Use artificial intelligence (AI) that stores Attached Table 2 and building-related laws and regulations.
Based on the stored information, artificial intelligence (AI) combines design guidelines and selected room elements to ensure compliance with laws such as area, lighting, ventilation, smoke exhaust, amount of walls, sick houses, diagonal lines, etc. A floor plan with appropriate fire spread lines, etc. shall be made. An interview format is also possible.

(Features of Example 22)
Example 22 is characterized by the following points.
Among the multiple members of the organization, housing manufacturers, construction companies, construction companies, etc. (hereinafter referred to as "constructors") who have concluded "Building Design and Supervision Outsourcing Contracts" or "Building Construction Contracts" with general consumers. ) will collect photo data taken of general consumers' construction work sites via the Internet in compliance with the "Customer Construction Photo Confirmation Regulations" established by this organization in order to ensure proper construction work of buildings. Send to general consumer email addresses.

The general consumer then confirms whether there is any doubt based on the sent photos of the construction site, and sends a response to that effect to the construction company via email. In other words, by allowing construction contractors and general consumers to communicate through photos of construction site conditions, it is possible to prevent problems caused by poor construction in the future, and to help prevent problems when they occur. It is possible to prevent mental suffering between the construction contractor and the general consumer, as well as court costs such as settlement negotiations.

(Characteristics of Example 23)
Example 23 is characterized by the following points.
The organization has pre-defined a ``Customer Building Construction Photo Confirmation Sheet'' so that general consumers can easily check questions about construction photos for each building process using a computer and via the Internet.
The specifications of the sheet are such that the photographs of each process are treated as part of the building, and the layout is such that when all the prescribed photographs are attached, the exterior of the building is completed.

(Features of Example 24)
Example 24 is characterized by the following points.
Once the virtual designer and the general consumer conclude the "Architectural Design Supervision Contract, etc.," the virtual designer will pay the organization the system operating expenses determined in advance with the organization, and The virtual designer who created the "virtually designed building" shall pay the amount stated in the "'virtually designed building' royalty payment agreement" determined in advance between the virtual designers.

(Characteristics of Example 25)
Example 25 is characterized by the following points.
If the virtual designer and the general consumer conclude the "Architectural Design Supervision Contract" through the "virtually designed building," the electrical/water supply and drainage companies and construction companies that participated in the creation of the "virtually designed building" , equipment manufacturing companies (equipment for kitchens, bathrooms, toilets, etc.), electrical and gas equipment manufacturing companies will pay the organization the system operating costs determined in advance with the organization, and the construction company that has signed the building contract, Electricity/gas equipment manufacturing companies Equipment manufacturing companies (equipment for kitchens, bathrooms, toilets, etc.) shall pay the virtual designer the amount stated in the "Introduction Fee Payment Agreement."

(Specific example of Example 1)
A specific example of Example 1 is as follows.
In Example 1, an organization related to buildings creates "virtual design guidelines" that serve as guidelines for building a house with the participation of members belonging to the organization, and then architects and interior planners belonging to the organization・Interior coordinator/designer offices, equipment companies, construction companies, etc. use the "Virtual Design Guidelines" to imagine a building without a client (hereinafter referred to as "Virtual Design"), and create a "Virtual Design Building". ”.

On the other hand, the organization stores multiple "virtual design buildings" in a storage medium that includes the Internet that the organization manages, and the organization provides services to general consumers who wish to build a house through the organization's Internet. The stored "virtual designed building" is posted on the home page of the configured storage medium. If a general consumer finds something of interest among a plurality of pieces of virtual design information posted via the Internet, he or she enters the necessary information in the "Inquiry" section of the home page and sends it.

After the organization receives the ``inquiry,'' it forwards the first ``inquiry'' that was agreed upon in advance by the virtual designers. The first-ranked person who receives the "Inquiry" transfer confirms the contents of the "Inquiry" and sends a reply via e-mail etc. to the general consumer who made the "Inquiry". do.
After that, the first priority is a system in which multiple meetings are held via the Internet, etc., and a building design and supervision contract is finally concluded.
On the other hand, the present invention is a system that can grasp trends in home building by general consumers for the purpose of future organization management, and can provide financial stability for future organizations and members belonging to the organization.

(Specific example of “virtual design guidelines”)
Specific examples of "virtual design requirements" are as follows.
The above-mentioned "virtual design guidelines" that serve as guidelines for building a house include exclusive housing and apartment housing, etc., and the structure type of the building is "conventional wooden construction", "frame wall construction method", "steel construction", " It is classified into ``reinforced concrete'', ``traditional wooden structure'', etc.
In addition, this "Virtual Design Guidelines" includes land division and building division in order for the resident who constructed the building to sell the building in order to pay off the mortgage loan early in the future. In addition, the design method is written in advance to allow for sectional ownership and reduction of building construction due to inheritance.

The creators of each "virtual design guidelines" can be accessed via the Internet operated by the organization by the offices of architects, interior planners, interior coordinators, designers, feng shui masters, etc., as well as equipment companies and construction companies that belong to the organization. We will recruit participants to create "virtual design guidelines" and appoint multiple people from among the applicants.
In addition, offices of architects, interior planners, interior coordinators, designers, etc., equipment companies, construction companies, etc. that belong to the organization can request the organization to create their own "virtual design guidelines". In that case, the organization similarly recruits and selects participants and appoints multiple people to prepare each of the guidelines.

The multiple appointed guideline creators will disclose their knowledge and information, consult with each other, and create "virtual design guidelines" within a period determined by the organization.
In consideration of time and cost, discussions will be conducted using e-mail via the Internet, web conferences, or the applicant's patented "meeting system." Note that an interview method is also possible.

A revised version of the "virtual design guidelines" created by a plurality of guideline creators can be created by discussing items desired by general consumers from time to time.
In that case, the discussion method will be to use e-mail via the Internet, web conferences, or the applicant's patented ``meeting system'', taking into account time and costs. Note that an interview method is also possible.

Virtual designers are made up of multiple architects, interior planners, interior coordinators, designers, etc. offices, equipment companies, construction companies, etc. that belong to the organization, and they use "virtual design guidelines" to We perform "virtual design" to design a building that does not already exist, and create a "virtual design building" as a result.

A "virtually designed building" is a building that has been "virtually designed" by a virtual designer using "virtual design guidelines." For example, if the building is a two-story wooden house, (a) design outline, ( b) 1st and 2nd floor floor area/total area, 1st and 2nd floor plan (specify the materials used), elevation (specify the materials used), cross-sectional view (specify the height dimensions), photos of housing equipment It is a visual representation of information such as , interior image drawings, exterior image drawings, etc., and is expressed in an easy-to-understand manner for general consumers.

The floor plan of the "virtually designed building" is created by creating the first and second floors and drawing a human figure (adult male, adult female, child, etc.) with both hands 180 degrees outstretched to the same scale as the drawing to determine the size of the room. Make it easy for general consumers to understand whether it is appropriate or not.

Elevation drawings of the "virtual design building" are created for the east, south, west, and north sides, and human figures (adult male, adult female, child, etc.) with their hands raised vertically are drawn at the same scale as the drawing. To enable general consumers to consider whether or not it is appropriate by making it possible to grasp the height of the eaves and the width and height of windows that can be seen from the outside of a building.

A cross-sectional diagram of a "virtual design building" is created in the X and Y directions with the height dimensions of windows, doors, etc. drawn, and a human figure (adult male, adult female, By drawing a human figure (adult male, adult female, child, etc.) with their arms outstretched 180 degrees, the general consumer It will be possible to consider whether or not it is appropriate.

Draw the sunlight lines of the summer solstice and the winter solstice on the cross-sectional diagram of the "virtual design building" and draw human figures (adult male, adult female, child, etc.) with their hands raised vertically at the same scale as the drawing, and draw sunlight and shade. To enable general consumers to consider whether or not the temperature is appropriate by making it possible to understand the temperature and temperature from the boundary between the two.

Draw the housing equipment on the floor plan or cross-sectional view of the "virtual design building" and draw a human figure (adult male, adult female, child, etc.) with both arms outstretched 180 degrees at the same scale to determine the usability of the equipment. To enable general consumers to consider whether or not it is appropriate by making it possible to understand the size of equipment and the balance with the room in which it is placed.

"Virtual Design Buildings" is designed to clearly express interior and exterior images, keeping in mind the "Design Law Amendment" scheduled to come into effect in the spring of 2020. It also serves as a notification that if a similar project is to be designed and constructed, a license must be obtained.

Multiple virtual designers who have created a "virtual design building" have the right to hold a meeting with general consumers who are interested in the "virtual design building" and have made an "inquiry" in advance. The virtual designer who performs the virtual design is a priority person determined through discussion among the virtual designers who participated in the creation of the "virtual design information".
If a meeting cannot be held due to the priority person's circumstances, the meeting will be forwarded to a lower priority person.

(Specific example of “meeting summary”)
A specific example of a "meeting summary" is as follows.
The organization received an "inquiry" about the "virtual design building" from a general consumer via the Internet, forwarded the email to the virtual designer who created the "virtual design building," and received the forwarding. The virtual designer confirms the contents of the "inquiry", responds via e-mail via the Internet, and also sends a "meeting summary" containing the contents of the future meeting.

General consumers who have received the response from the virtual designer and the "meeting summary" check the responses and the contents of the "meeting summary," and if they wish to have a meeting, fill in the necessary information in the "meeting summary." Then, send a reply to that effect to the virtual designer via the Internet.
Thereafter, the general consumer and the virtual designer have a meeting via the Internet. The meeting will be conducted via e-mail or a meeting system over the Internet, taking into account time and costs. Note that an interview method is also possible.
General consumers can grasp the progress status of the site and whether there are any doubts by checking the site photos of the building requested for construction based on the "customer building construction photo rules" predetermined by the construction contractor.

10 Building development system
12 Floor plan creation support system using artificial intelligence (AI)
20 System management device 30 Network (Net)
40 Virtual building design device 50 Data transmission/reception device
60 System Management Department 61 Storage Means
62 Virtual design requirements transmitting means 63 Virtual data receiving means
64 Website management means 65 Inquiry data reception means
66 Inquiry data transfer means 67 Ledger management means
68 Response form data transmission means
69 Application form data transmission means
70 Contract form data transmission method
80 Meeting system 90 Options
100 System management ledger 110 Related party management ledger
111 Member management ledger 112 Virtual designer management ledger
113 General consumer management ledger
114 Others (non-members, construction contractors) management ledger
120 Virtual design requirements management ledger 130 Virtual design building management ledger
140 Various data management ledgers 141 Inquiry form
142 Response form 143 Meeting application form
144 Architectural design supervision, etc. outsourcing contract form
145 Building-related laws and regulations data
146 Customer building construction photo confirmation rule data
150 System operating expense management ledger
200 Virtual floor plan creation support system
210 Design change support system 220 Raw data
221 Learning dataset 222 AI (artificial intelligence)
223 Trained models 240 Programs
241 Input data 242 Output data
300 First support system 310 Second support system
320 Third support system
S10~S33 1st~15th steps
S40 Virtual design requirements storage step
S41 Virtual design requirements sending step
S42 Virtual data reception step
S43 Virtual design building publication step
S44 Inquiry reception step
S45 Inquiry forwarding step
S46 Response form submission step
S47 Application form submission step
S48 Contract form submission step
S50-S54 Each step of the virtual design process by the virtual designer
S60-S63 Each step of the correction process of the virtual designed building by the virtual designer

Claims (5)

A system management device connected to a network (hereinafter referred to as "Net") and managed by a system management organization;
a virtual building design device that is connected to the system management device via the network, includes an architectural CAD, and is managed by a virtual designer including members who agree to system operation by the system management organization;
a data transmitting and receiving device connected to the system management device via the network and managed by a general consumer;
A building development system based on the premise of
The system management device includes:
a storage means capable of storing virtual design guidelines created by the member using the architectural CAD of the virtual building design device and including at least a floor plan and an elevation;
virtual design requirements transmitting means for reading out the virtual design requirements stored in the storage means and transmitting the virtual design requirements to the member via the network in response to a request from the member;
Performing a virtual design of a building without a client in advance using the virtual design guidelines transmitted by the virtual design guidelines transmitting means and the architectural CAD of the virtual building design device managed by the virtual designer; When the resultant data (hereinafter referred to as "virtual data") containing a virtual designed building including at least a floor plan and an elevation is transmitted to the system management device via the network. virtual data receiving means for receiving and storing the received virtual data in the storage means in association with the virtual designer who sent it;
website management means capable of reading out the plurality of virtual data stored in the storage means and posting the read plurality of virtual data on a website, triggered by reception of the virtual data by the virtual data receiving means; ,
The virtual data posted on the website by the website management means is accessed from the data transmitting/receiving device, and an "inquiry" message associated with a specific virtual data among the plurality of virtual data is accessed. ” (hereinafter referred to as “inquiry data”) is transmitted from the data transmitting/receiving device to the system management device , the inquiry data is received, and the data is stored in association with the specific virtual data. Inquiry data receiving means stored in the means;
Upon reception of the inquiry data by the inquiry data receiving means, the inquiry data stored in the storage means is read out, and the read inquiry data is sent to the virtual designer associated with the specific virtual data. Inquiry data transfer means to transfer;
Equipped with
A building development system characterized by: The system management device includes:
comprising a ledger management means for managing the virtual data;
The ledger management means is
managing the virtual data in association with the name of the virtual designer and the email address of the virtual designer;
The website management means includes:
posting the virtual data managed by the ledger management means on a website, except for association with the name of the virtual designer and the email address of the virtual designer;
The inquiry data transfer means includes:
The e-mail address of the virtual designer who virtually designed the virtual designed building related to the specific virtual data is obtained from the ledger management means, and the inquiry data is transferred to the obtained e-mail address.
The building development system according to claim 1, characterized in that: The system management device includes:
storing data containing a form of a "response form" for the inquiry data (hereinafter referred to as "response form data") in the storage means;
A response form that reads the response form data from the storage means in response to a request from the virtual designer over the Internet, and transmits the read response form data to the virtual designer who has made the request over the Internet. Equipped with data transmission means,
The virtual designer is
receiving the answer form data transmitted from the answer form data transmitting means via the internet;
Using the received response form data, a response to the inquiry data transferred by the inquiry data transfer means is created, and data containing the created response as content (hereinafter referred to as "answer data"). ) directly to the data transmitting/receiving device, and through future meetings, an agreement is reached between the virtual designer who sent the response data and the general consumer who received the response data. If this happens, we will conclude a contract for outsourcing services such as architectural design supervision, etc.
The building development system according to claim 1 or claim 2, characterized in that: The system management device includes:
Data containing a meeting application form that can be used when applying to the virtual designer when the general consumer who has received the response data decides to have a future meeting (hereinafter referred to as ""Application Form Data") is stored in the storage means, and
An application form that reads the application form data from the storage means in response to a request from the virtual designer over the internet, and transmits the read application form data to the requested virtual designer over the internet. Equipped with data transmission means,
The virtual designer is
receiving the response form data transmitted from the application form data transmission means via the internet;
Including the received response form data in the response data and replying to the general consumer;
Claim 3 characterized in that future meetings are continued on the condition that data including the meeting application form with the answer form data filled out is received from the general consumer. The building development system described in . A system management device connected to a network (hereinafter referred to as "Net") and managed by a system management organization;
a virtual building design device that is connected to the system management device via the network, includes an architectural CAD, and is managed by a virtual designer including members who agree to system operation by the system management organization;
a data transmitting and receiving device connected to the system management device via the network and managed by a general consumer;
A building development method based on the premise of
The system management device includes:
a virtual design requirements storage step of storing virtual design requirements created by the member using the architectural CAD of the virtual building design device and including at least a floor plan and an elevation;
a virtual design requirements transmitting step of reading out the virtual design requirements stored in the virtual design requirements storage step and transmitting the virtual design requirements to the member via the network in response to a request from the member;
Performing a virtual design of a building without a client in advance using the virtual design guidelines transmitted in the virtual design guidelines sending step and using the architectural CAD of the virtual building design device managed by the virtual designer; When the resultant data (hereinafter referred to as "virtual data") containing a virtual designed building including at least a floor plan and an elevation is transmitted to the system management device via the network. a step of receiving virtual data and storing it in association with the virtual designer;
A virtual designed building capable of reading the plurality of virtual data stored in the virtual data receiving step and posting the plurality of read virtual data on a website, triggered by the reception of the virtual data in the virtual data receiving step. Posting step,
The virtual data posted on the website in the virtual designed building posting step is accessed from the data transmitting/receiving device, and a When data whose content is "inquiry" (hereinafter referred to as "inquiry data") is transmitted from the data transmitting/receiving device to the system management device, the inquiry data is received and stored in association with the specific virtual data. a step of receiving an inquiry;
Upon reception of the inquiry data by the inquiry reception step, the inquiry data stored in the inquiry reception step is read out, and the read inquiry data is transferred to the virtual designer associated with the specific virtual data. a query forwarding step;
A building development method characterized by comprising: