JP6525393B2 - Architectural plan support system, architectural plan support program, and storage medium - Google Patents

Description

  The present invention relates to an architectural planning support system, an architectural planning support program, and a storage medium.

  Urbanization progresses, and various buildings and structures are built in the city area. In the city, people are concentrated, and various buildings, facilities, structures such as houses, offices, offices, commercial facilities, parks and bridges are constructed, constructed and installed. Such buildings and structures are regulated in principle by the Building Standard Law. It is also regulated by the City Planning Law for the purpose of sound development of the city and promotion of balanced development of the land and public welfare separately from or in addition to the Building Standard Law. Furthermore, by the local government and the regulations of the administration area, it is regulated to the development action of the building and the land, and the composition of the building. In order to clear such regulations, it is necessary from the development planning stage to the submission of various documents, documents, drawings, local governments, and consultation with local residents.

JP, 2006-92069, A

  For example, as a prior art, there is a "total budget estimate preparation system required for building construction" (see Patent Document 1). With this conventional technology, “it is not necessary to inquire the water department and the gas company about the water and sewage construction cost and the gas construction cost each time, and it is possible to work efficiently for making the estimate and to create the total budget estimate extremely easily. "Provides a system for preparing the total budget required for building construction that can Although this technology can carry out a budget estimate associated with a building plan, it can not identify documents, drawings, etc. that are required with the building plan.

  In the past, information required for document submission, construction of signboards, and briefing sessions for local residents, which are obliged to accompany construction plans, is know-how as individuals who are in charge of projects within the company, development developers, construction companies, construction related consultants. , Has been accumulated in the design office. Such regulatory and licensing-related information differs greatly in housing, buildings, commercial facilities, factories, etc. that are objects of construction, and also in the scale of construction objects, areas, local governments, government offices, etc. In addition, no system has been developed to support the management of such obligatory documents. In addition, the application for such mandatory documents (or the implementation of the obligation and effort) is a task that is time-consuming, extremely cumbersome and requires experience and skills. Also, no system has been developed to perform schedule management of the many obligatory documents required for such work.

  On the other hand, IT development has progressed in construction and construction, and drawing information has come to be created as CAD information. In addition, CAD information is also described as a three-dimensional object instead of a two-dimensional object, and is being unified as BIM information incorporating other architectural documents.

  The inventors of the present invention use the highly developed CAD information as described above to provide a technique for obtaining the duties and documents required for construction (including installation and manufacture) of a building targeted by the CAD information. I thought. Furthermore, the inventors of the present invention have conceived of a technique for obtaining a schedule and a schedule of documents required for the construction of a building targeted by the CAD information, using the highly developed CAD information as described above. .

  Therefore, an object of the present invention is to provide an architectural plan support system and an architectural plan support program for extracting duties and documents required for constructing a building targeted by the CAD information from CAD information or information associated therewith. , And providing a storage medium.

In order to solve the above-mentioned problems, a building planning support system (apparatus) according to a first invention is:
It is a building plan support system,
Consultation, discussion, notification to building plan related (groups, administrative agencies, government agencies, countries, prefectures, municipalities, districts, unions, ministries, road management offices, groups, organizations, private organizations related to architecture, etc.) , Reporting, filing, or application obligations or effort obligations are imposed, multiple duty recognition criteria (for example, total floor area 1000m2 or more numerical value, commercial facility, 5th floor or more, 200 units or more, apartment house attribute etc. The first, which defines rules for extracting predetermined building-related information from CAD information), duty elements (including submission of actions, documents, figures, or drawings) associated with each of the duty recognition criteria. A storage unit for storing rules;
An acquisition unit for acquiring CAD information related to the building plan,
According to the first rule, predetermined building related information (site information, site area, total floor area, height, building area, number of floors, number of houses, geographical information, etc.) is extracted from acquired CAD information, the first And the extraction unit of
The extracted building related information is extracted with reference to the duty recognition criteria stored in the storage unit, the one that satisfies the duty recognition criteria, and the duty element associated with the extracted duty recognition criteria is extracted second And the extraction unit of
Have.
Each of the mandatory elements preferably includes or is associated with an architectural planning companion document (action plan, document, drawing, etc.).

In addition, the building planning support system according to the second invention,
The duty recognition criteria stored in the storage unit are associated with location information, a municipality, or a region,
The acquisition unit further acquires geographical information related to the architectural plan, or the CAD information includes geographical information related to the architectural plan,
The second extraction unit
With reference to the duty recognition criteria stored in the storage unit, the extracted building-related information extracts one that satisfies the duty recognition criteria, and extracts a duty factor associated with the extracted duty recognition criteria. Instead to,
The extracted building-related information is extracted with reference to the location information, the local government, or the duty recognition criteria associated with the area corresponding to the geographical information related to the building plan, and the extracted ones satisfying the duty recognition criteria are extracted , Extract duty factors associated with extracted duty recognition criteria,
It is characterized by

In addition, the architectural planning support system according to the third invention,
The duty factor is associated with the implementation time,
The building plan support system
It further has a schedule generation unit that generates a schedule table in which the duty elements are arranged in a time series according to the implementation time associated with the duty elements.
It is characterized by

In addition, the architectural planning support system according to the fourth invention,
The duty factor is
It is a building plan incidental document related to the duty element,
Or, in the above-mentioned duty factor,
An architectural plan ancillary document related to the obligation element is associated, or an architectural plan ancillary document related to the obligation element is included.
It is characterized by

In addition, the architectural planning support system according to the fifth invention,
Each of the building plan supporting documents is
Editing elements to be inserted into the CAD information, building-related information extracted from the CAD information, or numerical values, sentences, symbols, drawings generated or extracted from the CAD information. Have
The storage unit further stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the architectural plan attached document from the acquired CAD information,
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document Have an editor to edit as
It is characterized by

In addition, the architectural planning support system according to the sixth invention is
Each of the building plan supporting documents is
What is acquired from at least a part of the CAD information, or architecture related information extracted from the CAD information, or a numerical value, a sentence, a symbol, a drawing generated or extracted from the CAD information is inserted. Have editing elements to be
The storage unit further stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the architectural plan attached document from the acquired CAD information,
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document And have an editorial department to edit
The duty factor is
Include or are associated with numerical limitation elements (for example, site area of 3000 m2 or more, 3 or more stairs, 80% or more of parking lot residence ratio, 30 or more bicycle parking lots, etc.)
The editorial department
Warn the user (eg, highlight the numerical value, etc.) when the information corresponding to the editing element included in the architectural plan accompanying document by editing does not satisfy the corresponding numerical limitation element
It is characterized by

In addition, the architectural planning support system according to the seventh invention,
It further has a display part,
Each of the building plan supporting documents is
What is acquired from at least a part of the CAD information, or architecture related information extracted from the CAD information, or a numerical value, a sentence, a symbol, a drawing generated or extracted from the CAD information is inserted. Have editing elements to be
The storage unit further stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the architectural plan attached document from the acquired CAD information,
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document And have an editorial department to edit
The duty factor is
Include or are associated with numerical limitation elements (site area xx m2 or more, stairs installation number x or more, parking lot dwelling percentage 80% or more, bicycle parking lot x or more, etc.),
The display unit
When displaying the CAD information, if the information corresponding to the editing element included in the architectural plan accompanying document by the editing unit does not satisfy the corresponding numerical limitation element, the CAD information corresponding to the editing element Highlight the object,
It is characterized by

In addition, the architectural planning support system according to the eighth invention,
The multiple duty certification criteria are:
Including notification, consultations, briefing sessions, or obligations to obtain agreement, or those with a duty of effort (to the neighborhood residents, neighborhood community groups, neighborhood associations, community councils, etc.)
It is characterized by

In addition, the architectural planning support system according to the ninth invention,
Consultation, consultation, notification, report, submission to a group relating to the building plan, or multiple duty accreditation criteria on which duty or effort of application is imposed, and duty elements associated with each of the duty accreditation criteria A storage unit for storing a first rule defining a rule for extracting predetermined building related information from a CAD file or a document file (for example, a BIM information file) associated with the CAD information;
An acquisition unit for acquiring CAD information related to the architectural plan and a document file associated with the CAD information;
A first extraction unit which extracts predetermined building related information from the acquired CAD information or a document file associated with the CAD information according to the first rule;
The extracted building related information is extracted with reference to the duty recognition criteria stored in the storage unit, the one that satisfies the duty recognition criteria, and the duty element associated with the extracted duty recognition criteria is extracted second And the extraction unit of
Have.

  Although the solution means of the present invention has been described as a system (apparatus) as described above, the present invention can also be realized as a method, a program, and a storage medium storing the program substantially corresponding to these. It should be understood that these are also included in the scope of the invention. Each step of the following method or program uses an arithmetic processing unit such as a CPU or DSP as necessary in data processing, and magnetic tape of input data, processed / generated data, etc. , HDD, and storage devices such as a memory.

For example, a program according to the tenth invention which causes a computer to execute the method, which realizes the present invention as a program,
It is an architectural-planning support program which makes an arithmetic processing unit function as an architectural-planning support system as described in the 1st-8th invention.

  Also, for example, a computer-readable recording medium according to the eleventh invention, which realizes the present invention as a computer-readable recording medium, is a computer-readable storage medium storing the architectural planning support program according to the tenth invention. .

Also, for example, a program according to the twelfth invention is
An architectural planning support program for causing a computer to extract mandatory elements related to architectural planning from CAD information,
Consultation, consultation, notification, report, submission to a group relating to the building plan, or multiple duty accreditation criteria on which duty or effort of application is imposed, and duty elements associated with each of the duty accreditation criteria A storage unit for storing a first rule defining a rule for extracting predetermined building related information from CAD information;
An acquisition unit for acquiring CAD information related to the building plan,
A first extraction unit which extracts predetermined building related information from the acquired CAD information according to the first rule;
The extracted building related information is extracted with reference to the duty recognition criteria stored in the storage unit, the one that satisfies the duty recognition criteria, and the duty element associated with the extracted duty recognition criteria is extracted second And the extraction unit of
It is an architectural planning support program to make a computer function.

Also, for example, a program according to the thirteenth invention is
An architectural planning support program for causing a computer to extract mandatory elements related to architectural planning from CAD information,
Consultation, consultation, notification, report, submission to a group relating to the building plan, or multiple duty accreditation criteria on which duty or effort of application is imposed, and duty elements associated with each of the duty accreditation criteria A storage unit for storing a first rule defining a rule for extracting predetermined building related information from a CAD file or a document file (BIM information file) associated with the CAD information;
An acquisition unit for acquiring CAD information related to the architectural plan and a document file associated with the CAD information;
A first extraction unit which extracts predetermined building related information from the acquired CAD information or a document file associated with the CAD information according to the first rule;
The extracted building related information is extracted with reference to the duty recognition criteria stored in the storage unit, the one that satisfies the duty recognition criteria, and the duty element associated with the extracted duty recognition criteria is extracted second And the extraction unit of
It is an architectural planning support program to make a computer function.

  According to the present invention, it is possible to extract, from the CAD information or the information associated therewith, the duties and documents required for the construction of the building targeted by the CAD information.

FIG. 1 is a block diagram showing an outline of a building planning support system (apparatus) according to a first embodiment of the present invention. FIG. 2 is a flowchart showing an example of processing executed by the system shown in FIG. FIG. 3 is a diagram for explaining a technique for extracting construction-related information from the acquired CAD information. FIG. 4 is a diagram for explaining a technique for extracting construction-related information from the acquired CAD information. FIG. 5 is a diagram illustrating a building planning duty master table according to one embodiment of the present invention. FIG. 6 is a schematic view showing an example of processing of the system of FIG. FIG. 7 is a block diagram showing an outline of a building planning support system (apparatus) according to a second embodiment of the present invention. FIG. 8 is a diagram showing a building planning duty master table (including implementation time) according to a second embodiment of the present invention. FIG. 9 is a diagram showing a building planning duty master table (including place information) according to the second embodiment of the present invention. FIG. 10 is a schematic diagram showing generation of a schedule table when using a building planning duty master table including information of the implementation time of FIG. 8. FIG. 11 is a schematic view showing a state of processing when using the building planning duty master table including the place information of FIG. 9. FIG. 12 is a schematic diagram for explaining a mechanism of extracting an architectural plan attached document from CAD information. FIG. 13 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. FIG. 14 is a schematic view for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. FIG. 15 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. FIG. 16 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. FIG. 17 is a schematic view illustrating a mechanism for selecting, extracting, and editing a construction plan attached document from CAD information for designing a pile on a support layer based on a ground survey. FIG. 18 is a schematic diagram for explaining a mechanism in which a development plan attached document is selected / extracted / edited from CAD information and a schedule table is created. FIG. 19 is a schematic diagram for explaining a mechanism in which a development plan attached document is selected, extracted, edited from CAD information, and a schedule table is created. FIG. 20 is a block diagram showing an outline of a development planning support system (apparatus) according to a third embodiment of the present invention. FIG. 21 is a diagram showing an example of a development planning duty master table according to the third embodiment of the present invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a block diagram showing an outline of a building planning support system (apparatus) according to a first embodiment of the present invention. As shown in the figure, the building plan support system 100 (CPSS) includes a control unit (CPU, arithmetic processing unit, processor) 110, an input unit IN, an output unit OUT, a communication unit COM, a storage unit ST, and a display unit DIS. Have. The storage unit ST is an organization having a license right relating to a building plan (administrative agency, administrative organization, country, prefecture, municipality, district, union, ministries, road management office, organization, organization, private organization related to architecture, etc. ) A number of obligation recognition criteria (for example, total floor area of 1000 m2 or more, commercial facilities, 5 floors or more, 200 units) that imposes an obligation or effort for consultation, consultation, notification, report, submission or application Above, attributes such as shared housing), duty elements (including submission of acts, documents, figures, or drawings) associated with each of the duty recognition criteria, and architectural plans associated with each of the duty elements Store the architectural planning duty master table CPMT including the accompanying documents (action plans, documents, drawings, etc.). In addition, the storage unit ST stores rule information RLS including a first rule and a second rule. The first rule defines a rule for extracting predetermined building-related information from CAD information. The second rule defines a rule for acquiring, extracting, or generating (including calculating and generating) information corresponding to the editing element included in the architectural plan attached document from the acquired CAD information. is there. Note that the duty recognition criteria, the duty element, and the building plan ancillary document stored in the building plan duty master table CPMT may be associated with each other, and may be a plurality of tables or independent files instead of one table. In addition, the architectural planning supporting document may be included in the obligation element.

  The control unit 110 includes an acquisition unit ACQ, a first extraction unit EXT1, a second extraction unit EXT2, and an editing unit EDT. The acquisition unit ACQ acquires CAD information related to the building plan. When a document file related to architecture, drawing information, and the like are associated with CAD information, it is preferable to simultaneously acquire the document file and the drawing information. The first extraction unit EXT1 extracts predetermined building related information (site information, site area, total floor area, height, building area, number of floors, number of houses, geographical information, etc.) from the acquired CAD information. The second extraction unit EXT2 refers to the duty recognition criteria stored in the storage unit, extracts the building related information extracted that satisfies the duty recognition criteria, and is associated with the duty recognition criteria extracted Extract the obligation element and the architectural plan attached document associated with the obligation element.

  Each functional unit included in the control unit is preferably realized by a program module read into a memory space of the control unit. Usually, the software that causes the processor to function as each unit of the present apparatus is downloaded from a storage unit or a website, installed in the PC, and started, whereby the PC operates as the present apparatus. Each functional unit provided in the control unit, for example, the first extraction unit, the second extraction unit, etc., is merely a combination of functionally fixed steps into one, and has a plurality of functional units. It is possible to make one functional unit, to incorporate a part thereof into another functional unit, or to divide it into other independent functional units.

  Duty recognition criteria and duty elements stored in the storage unit ST are associated with location information, local governments, or regions. Acquisition unit ACQ further acquires geographical information related to the construction plan. Alternatively, the acquired CAD information includes geographical information related to the architectural plan, or the acquired CAD information is associated with the geographical information related to the architectural plan.

  Also, the second extraction unit EXT refers to the duty recognition criteria stored in the storage unit, extracts the building related information extracted that satisfies the duty recognition criteria, and associates it with the extracted duty recognition criteria Instead of extracting the required obligation element and the architectural plan accompanying document associated with the obligation element, the location information, the local government, or the area associated with the geographical information related to the architectural plan With reference to the duty recognition criteria, the extracted building-related information extracts the one satisfying the duty recognition criteria, and the duty element associated with the duty recognition criteria extracted, and the construction plan attached to the duty element It is also possible to extract documents.

  The storage unit ST further stores an editing element associated with each of the construction plan accompanying documents. Control unit 110 further includes editing unit EDT. The editorial unit EDT acquires, extracts, or generates information corresponding to the editing element associated with the extracted architectural plan accompanying document from the acquired CAD information, and edits the corresponding information to be included in the architectural plan accompanying document Do.

  The construction plan support system 100 can be connected to terminals PC1 and PC2 possessed by construction workers and architects such as architects via the communication unit COM and the network NET, and can exchange information. The output unit OUT can output the information stored in the apparatus or the generated information to the printer PRN. The display unit DIS can also display information stored in the apparatus or generated information. The input unit IN receives an operation instruction or information input input via the mouse MUS or the keyboard KBD, and passes the received information or data to the acquisition unit ACQ.

  Further, each functional unit included in the control unit is preferably realized by a program module read into a memory space of the control unit. Usually, the software that causes the processor to function as each unit of the present apparatus is downloaded from a storage unit or a website, installed in the PC, and started, whereby the PC operates as the present apparatus.

  The present system is connected to a plurality of municipality servers LS1, LS2, ..., LSn via the communication unit COM and the network NET, and a plurality of duty recognition criteria, duty elements associated with each of the duty recognition criteria, It is possible to acquire a construction plan attached document or the like associated with each of the duty elements and use the acquired information to cause the storage unit ST to construct a construction planning duty master table CPMT. By accessing servers (not shown) such as countries, related ministries, agencies, organizations other than local governments, a plurality of duty recognition criteria, duty elements associated with each of the duty recognition criteria, and It is also possible to acquire a construction plan attached document and the like associated with each, and use the acquired information to cause the storage unit ST to further reconstruct the construction planning duty master table CPMT. Further, when the local government servers LS1, LS2,..., LSn are periodically accessed and the information is updated, it is preferable to update the building planning duty master table CPMT with the updated information.

  It is possible to transmit generated / extracted information, intermediate data, and acquired data to the outside, display it on the display unit, and store the generated / extracted information, intermediate data, acquired data, etc. in the storage unit. It should be noted that the same is also possible in the other actual embodiments described later. Note that this apparatus is a computer such as a general-purpose computer, a special purpose computer, a server, a PC, a portable terminal such as a smartphone, or a program module that realizes (executes) the functions and processing procedures (methods) of the apparatus on a computer. It is preferable to construct this apparatus on a computer by holding it in a CPU or storage unit of a computer or reading it from an external server or storage, and the same applies to the following embodiments. Also, each functional unit may be distributed to separate computers or devices connected via a network. In addition, a plurality of functional units may be integrated into one, or a part of processing steps may be made to be performed by another functional unit.

  FIG. 2 is a flowchart showing an example of processing executed by the system shown in FIG. As shown in the figure, in step S11, the storage unit is obliged to carry out consultation, consultation, notification, report, submission, or application to a group having a license right related to the building plan or an effort or effort. And a duty factor associated with each of the duty criteria and a construction plan associated document associated with each of the duty factors. Next, in step S12, the acquisition unit acquires CAD information related to the building plan.

  Next, in step S13, the first extraction unit extracts predetermined building-related information from the acquired CAD information. The predetermined building-related information includes, for example, site information, site area, total floor area, height, building area, number of floors, number of units, geographical information, etc. Rules for extracting such information are stored in the storage unit The building related information is extracted with reference to it. Specifically, when a predetermined code is included in the attribute field of the CAD object including site information, the CAD object including the predetermined code is selected, and the site area is determined from the scale information and dimension information of the CAD object. It is preferable that the numerical value calculated by calculation is extracted. Alternatively, the widest CAD object in the horizontal direction may be extracted, the site area may be calculated by calculation from the scale information and the dimension information of the CAD object, and the calculated numerical value may be extracted. In addition, the attribute information of the CAD object and the text information associated with it are searched by keywords such as "site information, site area, total floor area, height, building area, number of floors, number of houses" and the subsequent numerical value and set It may be extracted by For example, if the attribute information of a CAD object, or the document file or drawing file of BIM information associated with the CAD object has text information of "total floor area 600 m2", "total floor area 600 m2" as architecture related information Is extracted.

  Next, in step S14, the second extraction unit refers to the duty recognition criteria stored in the storage unit, and extracts and extracts the extracted building-related information that satisfies the duty recognition criteria. Extract a duty element associated with the duty recognition criteria and a construction plan attached document associated with the duty element. Finally, in step S15, the extracted duty element and the architectural plan attached document (which may be only the duty element or the document) are displayed (for example, a browsing screen or an editing screen is displayed). At this time, it is preferable to simultaneously display the acquired CAD information. Note that if the storage step of step S11 is performed once, there is no need to re-execute it until the information is changed. Alternatively, the storage step becomes unnecessary by mounting a ROM or flash memory storing the information in the apparatus or computer.

  FIG. 3 is a diagram for explaining a technique for extracting construction-related information from the acquired CAD information. Here, construction-related information is determined using the dimensional information of the CAD object, that is, the size, shape, and scale information of each object specified by the CAD. This is stored in the storage unit as a rule (not shown) for obtaining building-related information, and the apparatus extracts building-related information from CAD information according to the rule. For example, a rule is defined so as to obtain the site area from the area from the information of the CAD object having a code indicating the site, or to obtain the site area from the area when the CAD information is converted into the plan view. The CAD information CADI10 includes three-dimensional CAD objects COB10 and COB10-1. The CAD objects COB10 and COB10-1 respectively define a planned building and a site, and are used as building-related information CI10 according to the scale information set for the object and the dimensional information (size) of those objects. The site area: 300 m2, height: 13 m, building area 150 m2, total floor area: 700 m2 are extracted. The total floor area can be determined by the total of the floor areas of objects included in the CAD object COB 10.

  The CAD information CADI11 includes three-dimensional CAD objects COB11 and COB11-1. The CAD objects COB11 and COB11-1 respectively define a planned building and a site, and are used as building-related information CI11 by the scale information set for the object and the dimension information (size) of the objects. , Site area: 300 m2, Height: 15 m, Total floor area: 1500 m2, Number of floors: 6 floors etc. are extracted.

  The CAD information CADI12 includes two-dimensional CAD objects COB12, COB12-1, COB12-2, and COB12-3. The CAD objects COB12, COB12-1, COB12-2 and COB12-3 respectively define the planes of the floors of the site and the planned building, and the scale information set for the object and the objects of the object Based on the size information (size), site area: 140 m 2, height: 7 m, total floor area: 300 m 2, and the number of floors: 3 floors are extracted as the building related information CI 12.

  FIG. 4 is a diagram for explaining a technique for extracting construction-related information from the acquired CAD information. Here, a technique will be described which uses architectural information other than the dimensional information of the CAD object itself to obtain architectural information. The CAD information CADI 20 includes three-dimensional CAD objects COB 20 and COB 20-1. The CAD objects COB 20 and COB 20-1 respectively define a planned building and a site. The CAD object COB 20 includes a height 13 m and a total floor area 700 m 2 in a description field capable of storing text information such as property information. Further, in the CAD object COB 20-1, a site area of 300 m2 is included in a description field capable of storing text information such as property information. The system can extract site area: 300 m 2, height: 13 m and total floor area: 700 m 2 as the building related information CI 20 from these description fields.

  The CAD information CADI 21 includes three-dimensional CAD objects COB 21 and COB 21-1. The CAD objects COB 20 and COB 20-1 respectively define a planned building and a site. A BIM document file BIM 21-1 is associated with a CAD object COB 21 that defines a planned building. There, information of 15 m in height and 600 m 2 in total floor area is described. Further, a BIM document file BIM 21 is associated with the CAD object COB 21-1. The information that the site area is 300 m2 is described there. BIM document files include document files, sheet files of spreadsheet software, and text files. The system can extract site area: 300 m 2, height: 15 m, total floor area: 600 m 2 as the building related information CI 21 from the information associated with the CAD information.

  FIG. 5 is a diagram showing a building planning duty master table according to a first embodiment of the present invention. As shown in the figure, the building plan duty master table CPMT10 is a table in which the duty recognition criteria, the duty elements, and the elements of the building plan attached document are associated, and the duty recognition standard DC10, the duty element DE10, the building plan attached document CPD10 1 Each row (item) is configured as one column. For example, the duty recognition criteria DC11 is associated with the duty element DE11, DE12, the duty element DE11 is associated with the construction plan accompanying document CPD11, and the duty element DE12 is associated with the construction plan accompanying document CPD12. Similarly, duty recognition standard DC21 is associated with duty element DE21, DE22, duty element DE21 is associated with building plan attached document CPD21, CPD 21-1, and duty element DE22 is associated with building plan attached document CPD22. In addition, the obligation recognition standard DC31 is associated with the obligation element DE31, and the obligation element DE31 is associated with the construction plan attached document CPD31. It is preferable that the association be made in this way into a tabular relational database, but it is also possible to have the same code as a key between the elements to be associated.

  FIG. 6 is a schematic view showing an example of processing of the system of FIG. As shown in the figure, site area: 300 m 2, height: 13 m, building area 150 m 2, total floor area: 700 m 2 are extracted from CAD information CADI 10 as building related information CI 10 (FIG. 3). Then, the duty recognition criteria corresponding to the building related information CI10 are extracted. In this example, since the duty recognition criteria DC11 (for example, site area: 300 m 2 or more) matches, this is extracted. The present system extracts the mandatory elements DE11 and DE12 and the architectural plan attached documents CPD11 and CPD12 respectively associated with them using the association of the architectural plan duty master table CPMT10 described in FIG. 5. Here, the mandatory element DE11 is the submission of the "Landscape Ordinance Notification Form", and the building plan attached document CPD11 is the "Landscape Ordinance Notification Form". In addition, "the site plan attached to the landscape regulations notification form" and the "site plot attached to the landscape regulations notification forms" are additionally or included in the "landscape regulations notification form". In addition, the mandatory element DE12 is the holding of the “advising meeting for neighbors” and the notification thereof, and the building plan attached document CPD12 is the “document for the explanatory meeting for neighbors”. As will be described in detail later, numerical values, symbols, symbols, drawings, etc. that need to be described in each of these documents (including drawings) are extracted from CAD information and BIM documents associated with them, and inserted. Substitution is preferred. For example, the site area: 300 m 2, height: 13 m, etc. can use the information of the building related information CI 10 as it is, and the site map and the first floor plan can be generated from CAD information or used as they are.

  Here, mandatory elements include numerical limited elements such as site area 300m2 or more, stairs 3 or more, parking lot 80% or more, parking lot 20% or more, parking lot 80% or more per parking lot residence, or It is preferred to associate. The editorial unit warns the user when the information corresponding to the editing element included in the architectural plan attached document by editing does not satisfy the corresponding numerical limitation element, for example, highlighting the numerical value It is suitable.

In addition, duty recognition criteria differ according to site area or height. For example, there is an obligatory factor that occurs only in the development area of 1000 m2 or more. Furthermore, the criteria for determining obligations may differ depending on the region, local government, etc., and the elements of the obligation may also differ. Since this device acquires and stores such criteria and obligatory elements from the municipal server and some kind of database, it is necessary to use the accreditation criteria according to the site area, height, area, and local government etc. It is possible to extract matching duty elements.

  FIG. 7 is a block diagram showing an outline of a building planning support system (apparatus) according to a second embodiment of the present invention. The functional blocks of the architectural planning support system 200 of FIG. 7, the processing thereof, and the stored information are the same as those of FIG. 1 unless otherwise indicated or mentioned. In the present embodiment, the control unit 210 further includes a schedule generation unit SCH. In the case where the implementation time is associated with the duty element or the construction plan attached document, it is preferable to provide the schedule generation unit SCH in the control unit 210 in this manner. The schedule generation unit SCH generates a schedule table having a time series according to the duty factor or the implementation time associated with the construction plan attached document. In the present embodiment, the acquisition unit ACQ further acquires geographical information related to the construction plan. The second extraction unit EXT2 refers to location information, municipality, or a duty recognition standard associated with a region corresponding to geographical information related to the building plan, and the extracted building-related information is the duty recognition Extract ones that satisfy the criteria, and extract the obligation element associated with the extracted obligation recognition criteria and the architectural plan attached document associated with the obligation element.

  In the building plan duty master table CPMT 20 stored in the storage unit ST2, location information (latitude, longitude range, area, address, town name, street number, etc.) is associated with duty recognition criteria, duty elements, or building plan ancillary documents. Or location information is included in them. The table which linked the information on the implementation time used by this embodiment to FIG. 8 is mentioned as an example, and the table which linked the location information used by this embodiment to FIG. 9 is mentioned as an example.

  FIG. 8 is a diagram showing a building planning duty master table (including information on implementation time) according to the second embodiment of the present invention. As shown in the figure, the architectural planning duty master table CPMT 20 additionally associates information of the implementation time of the duties with the architectural planning duty master table CPMT 10 of FIG. 5, and the configuration of the association is with that of FIG. It is almost the same.

  As shown in the figure, the building plan duty master table CPMT20 is a table in which the duty recognition criteria, the duty elements, and the elements of the building plan attached document are associated, and the duty recognition standard DC10, the duty element DE10, the building plan attached document CPD10, the duty The implementation time CL10 is one row, and each item (element) is configured as one column. That is, those arranged in one row are associated with one another. In this table, duty execution times CL11, Cl2, CL21, CL22, and CL31 are associated with the duty recognition criteria DC11, the duty recognition criteria DC21, and the duty recognition criteria DC31, respectively. Further, the duty implementation times CL11, Cl2, CL21, CL22, and CL31 are associated with the duty element DE11, the duty element DE12, the duty element DE21, the duty element DE22, and the duty element DE31, respectively.

  FIG. 9 is a diagram showing a building planning duty master table (including place information) according to the second embodiment of the present invention. As shown in the figure, the architectural planning duty master table CPMT 21 additionally associates location information with the architectural planning duty master table CPMT 10 of FIG. 5, and the configuration of the association is almost the same as that of FIG. . The building plan duty master table CPMT21 is a table in which duty recognition criteria, duty elements, building plan supporting documents, elements of location information are associated, duty recognition criteria DC10, duty elements DE10, building plan supporting documents CPD10, place information LC10 One row, and each item (element) is configured as one column. For example, duty recognition standard DC41 is associated with duty element DE41 and DE42, duty element DE41 is associated with building plan attached document CPD41, and duty element DE42 is associated with building plan attached document CPD42. The duty recognition criteria DC41 and location information LC41? (Latitude, longitude range, area, address, town name, street address, etc.) are associated by being arranged in the same line. The location information LC41 is also associated with the obligation element DE41, the construction plan attached document CPD41, the obligation element DE42, and the construction plan attached document CPD42, respectively.

  Similarly, duty recognition standard DC51 is associated with duty element DE51, DE52, duty element DE51 is associated with building plan attached document CPD51, CPD 51-1, and duty element DE52 is associated with building plan attached document CPD52. In addition, the obligation recognition standard DC61 is associated with the obligation element DE61, and the obligation element DE61 is associated with the construction plan attached document CPD31. Similarly, duty recognition criteria DC51 and D61 are associated with location information LC51 and LC61, respectively. It is preferable that the association be made in the form of a tabular relational database as described above, but the elements (items) to be associated may have the same code as a search key. In addition, it is also possible to associate the place information of FIG. 9 with the one having the time information as shown in FIG.

  FIG. 10 is a schematic diagram showing generation of a schedule table when using a building planning duty master table including information of the implementation time of FIG. 8. As shown in the figure, with reference to the building plan duty master table CPMT 20, the times CL11, CL12. The timings of CL21 and CL31 are displayed as a schedule table SCH-T10 in chronological order. It is easy to know when each document is submitted, and the user is very easy to manage the deadline. In addition, it is possible to open the edit / view screen of the document by clicking on the display area of each document.

  FIG. 11 is a schematic view showing a state of processing when using the building planning duty master table including the place information of FIG. 9. As shown in the figure, with reference to the building planning duty master table CPMT 21, only the row of the corresponding place information is extracted, and the table corresponding to the duty recognition criteria is extracted from the table of only the row. By processing in this way, it becomes possible to extract the required elements of the place related to the acquired CAD information and the architectural plan attached document. In this example, only the rows of location information LC41 and LC61 are extracted as the rows of locations related to the CAD information. There are various forms of the method of prescribing the place information, but it is possible to prescribe by the name of the municipality, address, latitude and longitude, etc., and using a table that can be converted between these pieces of place information Even if possible, it is preferable to be able to extract the duty recognition criteria related to the relevant place information.

  FIG. 12 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. First, an acquisition unit of the present apparatus acquires CAD information CADI 25. The storage unit ST stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to the editing element included in the architectural plan attached document from the acquired CAD information. According to the second rule, the editing unit EDT acquires, extracts, or generates information corresponding to the editing element included in the extracted architectural plan accompanying document from the acquired CAD information, and the corresponding information is associated with the architectural plan Edit to include in the document. The CAD information CADI 25 includes three-dimensional CAD objects COB25-RG, COB25-G1, COB25-G2, COB25-G3, COB25-G4, and COB25-RD. CAD information The building-related information extracted from CADI 25 is compared with the obligation recognition criteria to extract those that meet the criteria (matching ones), and the duty factor associated with the criteria is "Submission of the Greening Standards Document". The construction plan accompanying documents are a greening plan document DOC20, a greening plan DOC21, and a greening rate calculation table DOC22. According to the second rule, the editing unit EDT arranges information such as drawings, numerical values and sentences in the appropriate fields of the appropriate document by editing, inserting, updating, etc., as shown in the figure.

  FIG. 13 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. More specifically, FIG. 13 is a diagram for explaining an example of the technique for extracting information to be inserted into the greening plan DOC 21 presented in FIG. 12. The storage unit stores a CAD member code table CADPT20 in which a part code and attribute information are associated. Preferably, the part code and the attribute information are included in the control information area of the CAD object. That is, as shown in the figure, the CAD object of cedar includes a CAD member code: PLNT10, and attribute information: cedar, 10 m 2. Similarly, the CAD object of the flower bed includes a CAD member code: KDN 10 and attribute information: flower bed. In addition, the CAD object of the rooftop installation flower bed includes a CAD member code: KDN10R, and attribute information: rooftop installation flower bed. As described above, it is preferable to set the part table of the CAD object as the CAD member code table CADPT20.

  In this example, description will be made assuming that there are PLNT10-99, KDN10-99, KDN10R-99R, etc. as CAD member codes included in the architectural plan attached document "greening plan" or associated with the editing element. This device extracts from the CAD information CADI 25 what is in the list of CAD member codes related to the editing element, and extracts the cedar and flower bed extracted on the site map (including sidewalks) generated or associated from the CAD information. Are arranged in a two-dimensional manner, or arranged in circles or squares with letters, symbols, etc., to generate a greening plan DOC21. Such processing is defined in the second rule, and the editing unit EDT performs the processing (the processing to be described later is the same). By processing in this manner, it is possible to automatically generate a site map including a planned building where only flower beds and planting related to the revegetation plan are arranged. In the greening plan DOC21, the cedar is arranged at a proper place with a circle corresponding to 10 m2 and a symbol G1-G4. The roof flower bed is placed on the plan building in the shape of a rectangle and the character "roof greening: RG". The flower beds are arranged in the style of "greening on the road: RD". This means that planting such as cedar is given a serial number such as tree number G1, 2, 3 ..., and a symbol of the flower bed on the roof and planting is also prescribed, and if there are multiple, the serial number is displayed. This device has the following mechanism. In addition, the flower bed of the roadside section has a mechanism to display roadside planting: RD. Although characters such as “Rooftop greening” can be acquired from the control information area of CAD object CAD information or from the attribute information of CAD member code table, the attribute information of the rooftop flower bed can be obtained , When an object matching the CAD member code of the rooftop installation flower bed is extracted, the character "Robot Greening" stored in the storage unit is read out, and the character "Robot Greening" is displayed in the area to draw it on the greening map It is preferable to configure to draw.

  FIG. 14 is a schematic view for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. More specifically, FIG. 14 is a drawing for explaining an example of a technique for extracting information to be inserted into the attached duty parking facility summary document DOC30. The storage unit stores a CAD member code table CADPT30 in which a part code and attribute information are associated. Preferably, the part code and the attribute information are included in the control information area of the CAD object. That is, as shown in the figure, the CAD object of the front door includes a CAD member code: DR30 and attribute information: the front door. Similarly, the CAD object of the parking space includes a CAD member code: CP30, and attribute information: parking space, actual size 5 m × 2.3 m. Instead of the “actual size 5 m × 2.3 m” of the attribute information, the enlargement / scale of the CAD object may be prohibited to limit the size to “the actual size 5 m × 2.3 m”.

  The CAD information I30 includes a plurality of CAD objects COB-31D1 including the part code DR30 as the entrance of the apartment (only seven are shown for convenience of drawing but actually includes 12), the part code CP30 of the parking space Containing eight CAD objects COB 31-C1. The CAD object COB31-C1 is a pasted image in which the vehicle is drawn, and there is no object of the vehicle shape. In order to confirm the number of houses, the present apparatus first tries to extract from the CAD information the one having the part code of the entrance, and extracts 12 CAD objects COB-31D1 including the part code DR30, We assume the number of houses (12 units). Next, in order to confirm the parking space, it is tried to extract one having a part code of the parking space from the CAD information, and eight CAD objects COB31-C1 including the part code CP30 are extracted and the number of parking places is extracted. (8 units) In this way, the information to be edited and inserted into the attachment duty parking facility outline document DOC 30 is obtained and inserted into an appropriate place. In this example, information such as “support for ordinary vehicles: 8 units”, “calculation of the number of obligatory vehicles to be attached according to the regulations, and installation of 8 units or more with 12 residences × 2/3 is required” is obtained, and thus extracted and generated The values and information calculated according to the rules defined for the document are inserted into the attached mandatory parking facility summary DOC30.

  FIG. 15 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. More specifically, it is a supplementary drawing of FIG. 14, and a guidance map DOC 31 of “Guide map and layout drawing of buildings (thing showing the position of the parking facility)” is added to the attachment duty parking facility outline document DOC 30. There is a need. As shown in the figure, a guide map DOC 31 is generated by drawing a CAD object having a part code CP 30 related to a parking lot and a road approach on a site map including a planned building.

  FIG. 16 is a schematic diagram for explaining a mechanism for selecting, extracting, and editing an architectural plan attached document from CAD information. This is a drawing that supplements FIG. 14 and FIG. As shown in the figure, in relation to the part code DR30 of the CAD member code table, "the number of CAD objects of the left-handed code is determined, and the determined number is the number of houses. The number of houses is the item name of the document" WX42 A rule (a second rule) to be inserted after the character of residence is defined, and the editing unit EDT of the present apparatus performs processing according to the rule and inserts it into the item name WX42. The processing rule is similarly defined for the part code CP30 of the CAD member code table, and the contents of the obligatory document are edited by performing the process according to that. In this way, the corresponding document is automatically generated. Of course, it is necessary to manually edit the parts that are not in the editing rules, but if detailed rules are defined, it is possible to automatically create a document that does not require editing.

  FIG. 17 is a schematic view illustrating a mechanism for selecting, extracting, and editing a construction plan attached document from CAD information for designing a pile on a support layer based on a ground survey. The storage unit stores a CAD member code table CADPT30 in which a part code and attribute information are associated. Preferably, the part code and the attribute information are included in the control information area of the CAD object. That is, as shown in the drawing, the CAD object of the pile includes CAD member code: PIN 1 and attribute information: diameter of 30 cm. The CAD member code table may be configured as a parts collection of CAD objects. In such a case, the CAD operator selects CAD objects that are parts from the parts collection and creates CAD information by an operation of so-called drag and drop on the CAD screen.

  In this example, included in or associated with the building plan supporting document “Documents to be attached to Article 65 permission application: Drawings to understand the state of foundations and piles”, “Documents to be attached to building confirmation: Pile design statement” The following description is given on the assumption that there is a PIN 1-4 or the like as a CAD member code associated with the editing element. Of course, there is also a case where Article 65 permission application is also required as a document associated with the building plan, but for convenience of drawing and explanation, about Article 65 permission application will be omitted. This device extracts from the CAD information CADI 30 what is in the list of CAD member codes related to editing elements, and extracts the extracted building, ground surface, pile, support layer (support) 30 cm, which is information on the diameter of the pile, and a 5 cm drawing of a CAD object such as a ground) drawn in a two-dimensional manner, or a figure with letters, symbols, etc. The drawing DOC 30 is generated to show the state of the foundation and pile including the information of It is also possible to count the number of part codes PIN1 and specify that there are 64 stakes, and based on this, insert this information into the pile design statement DOC 31 by editing. The processes such as these are defined in the second rule and the like, and the editing unit EDT performs the processes. By processing in this manner, it is possible to automatically generate a document (document, at least a part of a drawing) that can understand the state of the pile and the design calculation of the pile. Alternatively, these drawings and statements may be extracted from the associated BIM document.

  For example, in a heavy building such as reinforced concrete or steel frame on the third floor or more, it is desirable to strike a pile against a supporting layer having a N value of 50 or more and 5 meters or more. The present system shows the status of such pile objects, and can generate documents and drawings that are obliged to be submitted or notified by any regulation. Whether the building requires a pile on the support layer is determined according to the weight and the structure type of the CAD object COB30-BLD indicating the building. For example, a weight of at least xx ton, or three or more reinforced concrete floors, is determined on the basis that a pile is required. If it is determined that the building plan requires a stakeout to the support layer, the ground data of the relevant area or neighboring area is retrieved from the site information by the external server or storage unit, and the corresponding ground data (or boring data) It is also possible to obtain Then, as shown in the figure, it is possible to provide CAD object COB30-SPT indicating the support layer on the lower part of CAD object COB30-SITE of the site (that is, lower part of the building object) based on the ground data. Alternatively, the support layer may be designed by CAD based on ground survey results and the like. In addition, as for a support layer, the thing of N value 50 or more is desirable by thickness 5 meters or more.

  This system automatically counts the number of CAD objects COB30-PIN to be driven into the support layer, and acquires and extracts design information such as diameter and strength which are attributes of piles, and the pile design statement and structure It is possible to insert in a predetermined edit field of the statement.

  Although the embodiments of the present invention have been described as buildings such as buildings and houses, the present invention is also applicable to civil engineering works such as dams and bridges, development activities such as golf courses and residential lands, roads, etc. is there. In the following, we will explain an example applied to road and residential land development.

For example, a development plan (for example, a plan for construction of a residential area, a new town, a park, a golf course, a construction plan for a structure, etc.) support system,
Several obligation recognition criteria related to development plan (Dam, bridge, residential land development, park, road, new town development plan, etc.), duty elements associated with each of the duty recognition criteria, and predetermined from CAD information A storage unit for storing a first rule defining a rule for extracting development related information;
An acquisition unit for acquiring CAD information related to the development plan;
A first extraction unit that extracts predetermined development related information from the acquired CAD information according to the first rule;
Second, the extracted development-related information extracts information satisfying the obligation recognition criteria with reference to the obligation recognition criteria stored in the storage unit, and second extracts a duty element associated with the extracted obligation recognition criteria And the extraction unit of
Have.

  Although the above applies the first invention to the "development plan support system", all other inventions, that is, the second to thirteenth inventions are all applicable to the "development plan support system". . In each embodiment described above, the CAD information to be acquired is CAD information of a dam, a road, a bridge, etc., and the duty recognition criteria and the duty factor are changed or modified to those for the development plan, or they are included or corresponded. It is possible to apply to a "development plan support system" by configuring and changing each rule to that of a development plan or as one including them. That is, the building plan support system of FIG. 1 can be customized to a development plan support system.

  FIG. 20 is a block diagram showing an outline of a development planning support system (apparatus) according to a third embodiment of the present invention. As shown in the figure, a development plan support system 300 (DPSS) includes a control unit (CPU, arithmetic processing unit, processor) 310, an input unit IN, an output unit OUT, a communication unit COM, a storage unit ST300, and a display unit DIS. Have. The storage unit ST is an organization (a public administration agency, an administrative organization, a country, a prefecture, a municipality, a district, a union, a ministry, a road management office, a group, an organization, a regional organization (town association) Multiple duty certification criteria (eg total floor area of 3000 m2 or more), etc., where consultation or consultation, notification, notification, report, submission to building-related private groups etc., or duty or effort of application is imposed Attributes such as fill 1m or more, creation 500m2 or more, degree of cut 1m or more), and duty factors (such as showing a plan), documents, figures, or drawings associated with each of the duty recognition criteria And a development plan obligation master table DPMT including a development plan associated document (action plan, document, drawing, etc.) associated with each of the obligation elements. In addition, the storage unit ST30 stores rule information RLS300 including a first rule and a second rule. The first rule defines a rule for extracting predetermined development related information from CAD information. The second rule defines a rule for acquiring, extracting, or generating (including calculating and generating) information corresponding to the editing element included in the development plan attached document from the acquired CAD information. is there. In addition, the obligation accreditation criteria, the obligatory elements, and the development plan ancillary documents stored in the development plan obligation master table DPMT may be associated with each other, and may be a plurality of tables or independent individual files without being one table. Good. In addition, development plan supporting documents may be included in the obligation element.

  The control unit 310 includes an acquisition unit ACQ, a first extraction unit EXT1, a second extraction unit EXT2, and an editing unit EDT. The acquisition unit ACQ acquires CAD information related to the development plan. When a document file related to development, drawing information and the like are associated with CAD information, it is preferable to simultaneously acquire the document file and the drawing information. From the acquired CAD information, the first extraction unit EXT1 performs predetermined development related information (site information, site area, total floor area, height, building area, number of floors, number of units, geographical information, development scale, structure Extract scale, length of road, shape of construction site, cutting surface, shape and numerical value of embankment, information of road, etc. The second extraction unit EXT2 refers to the duty recognition criteria stored in the storage unit, extracts the extracted development related information that satisfies the duty recognition criteria, and is associated with the duty recognition criteria extracted. Extract the obligation element and the development plan attached document associated with the obligation element. The operation and processing of the development plan support system are almost the same as the construction plan support system except that the target is a development plan, so the detailed description will be omitted.

  FIG. 21 is a diagram showing an example of a development planning duty master table according to the third embodiment of the present invention. As shown in the figure, the development plan duty master table DPMT is a table in which duty recognition criteria, duty elements, and elements of the development plan accompanying document are associated, and the duty recognition standard DC40, duty element DE40, development plan accompanying document DPMT 1 Each row (item) is configured as one column. For example, obligation recognition standard DC41 is associated with obligation element DE 41-1 and DE 41-2, obligation element DE 41-1 is associated with development plan accompanying document DPD 41-1, and obligation element DE 41-2 is associated with development plan accompanying document DPD 41. Associated with -2. Similarly, obligation recognition standard DC42 is associated with obligation element DE42-1, DE42-2, obligation element DE42-1 is associated with development plan accompanying document DPD42-1, DPD 42-12, and obligation element DE42-2 is It is associated with the development plan accompanying document DPD 42-2. In addition, the obligation recognition standard DC43 is associated with the obligation element DE43, and the obligation element DE43 is associated with the development plan accompanying document DPD43. It is preferable that the association be arranged in the same row or column in the tabular relational database as described above, but the elements to be associated may be provided with the same code as a key. Of course, it is also possible to associate location information and implementation time information with these.

  FIG. 18 is a schematic diagram for explaining a mechanism in which a development plan attached document is selected / extracted / edited from CAD information and a schedule table is created. This embodiment is directed to a road construction development plan with embankment. First, the acquisition unit of this apparatus acquires CAD information CADI 32 for the development plan of road construction with embankment. The storage unit ST300 stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the development plan attached document from the acquired CAD information. According to the second rule, the editing unit EDT acquires, extracts or generates information corresponding to the editing element included in the extracted development plan accompanying document from the acquired CAD information, and associates the corresponding information with the development plan Edit to include in the document. The CAD information CADI32 is a CAD object COB32-EL10 indicating a ground, a CAD object COB32-EL11 indicating an embankment, a CAD object COB32-EL12 indicating a slope reinforced concrete, a CAD object COB32-EL13 indicating a road body, and a CAD object indicating a road COB32-EL14 is included.

  CAD information The development related information extracted from CADI32 and the duty recognition criteria are collated to extract those that meet the conditions (matching ones), and the duty factor associated with the criteria "Submission of construction start notification", "submission of construction completion notification", and the development plan accompanying documents are road construction approval application DOC 32-1, construction start notification DOC 32-2, and construction completion notification DOC 32-3 It is. According to the second rule, the editing unit EDT arranges information such as numerical values (or sentences) in an appropriate field of an appropriate document by editing, inserting, updating or the like as shown in the drawing. Here, “3000 m 2” is inserted as the area of the construction of the road construction approval application DOC 32-1. This numerical value can be calculated from the area of the CAD object COB32-EL11 indicating the fill or extracted from information such as a BIM document file associated with the CAD information.

  Also, as in the case of FIG. 10, when the implementation time is associated with the development plan attached document, the duty element, etc., the road construction approval application DOC 32-1, the construction start notification DOC 32-2, and the construction completion notification DOC 32-3. From this, it is possible to extract each implementation time and generate a schedule table SCH-T32 that includes those implementation times.

  FIG. 19 is a schematic diagram for explaining a mechanism in which a development plan attached document is selected, extracted, edited from CAD information, and a schedule table is created. This embodiment is directed to the development plan of residential land development with embankment. First, the acquisition unit of this apparatus acquires CAD information CADI 33 for the development plan of residential land construction with embankment. The storage unit ST300 stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the development plan attached document from the acquired CAD information. According to the second rule, the editing unit EDT acquires, extracts, or generates, from the acquired CAD information, information corresponding to the editing element included in the extracted development plan attached document, and generates the corresponding information in the form Edit as included in the accompanying document. The CAD information CADI33 includes a CAD object COB33-EL10 indicating the ground, a CAD object COB33-EL11 indicating the residential land creation site by the filling, and a CAD object COB33-EL12 indicating the slope reinforced concrete.

  CAD information The development related information extracted from CADI33 and the duty recognition criteria are collated to extract those that satisfy the condition (matching) (for example, matching the criteria of 1 m or more of the fill) The duty elements associated are “submission of development activity permission application”, “submission of development activity consultation application”, “submission of construction completion notification”, and the development plan accompanying document is the development activity consultation application DOC 33 − 1. Development action discussion application DOC33-2, construction completion notice DOC33-3, and procedure document DOC33-4 of acceptance of completion inspection by the governor. According to the second rule, the editing unit EDT arranges information such as numerical values (or sentences) in an appropriate field of an appropriate document by editing, inserting, updating or the like as shown in the drawing.

  Further, as in FIG. 18, when the implementation time is associated with the development plan attached document, the duty element, etc., the development action discussion application DOC 33-1, the development action discussion application DOC 33-2, the construction completion notice DOC 33 It is possible to extract each implementation time with respect to -3 and procedure document DOC33-4 of acceptance of the completion inspection by the governor, and to generate schedule table SCH-T33 including those implementation times.

  Although the present invention has been described based on the drawings and examples, it should be noted that those skilled in the art can easily make various changes and modifications based on the present disclosure. Therefore, it should be noted that these variations and modifications are included in the scope of the present invention. For example, it is possible to rearrange processes and functions included in each part, each step, etc. so as not to be logically contradictory, and combine or divide a plurality of means / parts, steps, etc. into one. It is possible. Alternatively, it should be noted that some components, such as devices, methods, and programs according to the present invention, functions, processes, steps, etc., may be arranged in a remote server or the like.

100 architectural planning support system 110 control unit 200 architectural planning support system 210 control unit ACQ acquisition unit CADI10 information CADI11 information CADI12 information CADI20 information CADI21 information CADI25 information CADPT20 member code table CADPT30 member code table CI10 architecture related information CI11 architecture related information CI12 Information CI20 Building related information CI21 Building related information CL10 Implementing time CO11 Implementing time COB CAD object COB10 CAD object COB11 CAD object COB12 CAD object COB20 CAD object COB21 CAD object COB25 CAD object COB31 CAD object COM Communication department CP30 Part code CPD10 Building meter Picture attachment document CPD11 Building plan attached document CPD11 Building plan attached document CPD21 Building plan attached document CPD22 Building plan attached document CPD31 Building plan attached document CPD41 Building plan attached document CPD42 Building plan attached document CPD51 Building plan attached document CPD52 Building Plan attached document CPMT Building planning duty master table CPMT10 Building planning duty master table CPMT20 Building planning duty master table CPMT21 Building planning duty master table DC10 Duty recognition standard DC11 duty recognition standard DC21 duty recognition standard DC31 duty recognition standard DC41 duty recognition standard DC51 duty recognition Standard DC 61 Obligatory recognition standard DE10 Obligatory element DE11 Obligatory element DE12 Obligatory element DE21 Obligatory element DE22 Obligatory element DE 1 Mandatory element DE41 Mandatory element DE42 Mandatory element DE52 Mandatory element DE52 Mandatory element DE 61 Mandatory element DIS Display part DOC 20 Greening plan document DOC 21 Greening plan document DOC 22 Greening plan calculation chart DOC 30 greening ratio calculation table DOC 31 parking facility outline document DOC 31 Guide map Code EDT Editing unit EXT Extraction unit EXT1 Extraction unit EXT2 Extraction unit G1,2,3 Tree number IN Input unit KBD Keyboard LC10 Location information LC41 Location information LC51 Location information LS1, LS2, Local government server MUS Mouse NET Network OUT Output unit PC1, PC2 Terminal PRN Printer RLS Rule Information SCH Schedule Generation Unit SCH-T10 Schedule Table ST Storage Unit ST2 Storage Unit WX42 Item Name

Claims (9)

It is a building plan support system,
Stores a plurality of duty recognition criteria related to a building plan, duty elements associated with each of the duty recognition criteria, and a first rule defining a rule for extracting predetermined building-related information from CAD information A storage unit,
An acquisition unit for acquiring CAD information related to the building plan,
A first extraction unit which extracts predetermined building related information from the acquired CAD information according to the first rule;
The extracted building related information is extracted with reference to the duty recognition criteria stored in the storage unit, the one that satisfies the duty recognition criteria, and the duty element associated with the extracted duty recognition criteria is extracted second And the extraction unit of
Have
The duty factor is
It is a building plan incidental document related to the duty element,
Or, in the above-mentioned duty factor,
An architectural planning supporting document related to the duty element is associated, or includes a architectural planning supporting document related to the duty element,
Each of the building plan supporting documents is
Editing elements to be inserted into the CAD information, building-related information extracted from the CAD information, or numerical values, sentences, symbols, drawings generated or extracted from the CAD information. Have
The storage unit is
Storing a second rule defining a rule for acquiring, extracting, or generating information corresponding to the editing element included in the architectural plan attached document from the acquired CAD information,
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document And have an editorial department to edit
The above-mentioned architectural plan attached document is
At least one of the CAD objects included in the CAD information is drawn,
Architectural planning support system characterized by In the building plan support system according to claim 1,
The duty recognition criteria stored in the storage unit are associated with location information, a municipality, or a region,
The acquisition unit further acquires geographical information related to the architectural plan, or the CAD information includes geographical information related to the architectural plan,
The second extraction unit
With reference to the duty recognition criteria stored in the storage unit, the extracted building-related information extracts one that satisfies the duty recognition criteria, and extracts a duty factor associated with the extracted duty recognition criteria. Instead to,
The extracted building-related information is extracted with reference to the location information, the local government, or the duty recognition criteria associated with the area corresponding to the geographical information related to the building plan, and the extracted ones satisfying the duty recognition criteria are extracted , Extract duty factors associated with extracted duty recognition criteria,
Architectural planning support system characterized by In the building plan support system according to any one of claims 1 and 2,
The duty factor is associated with the implementation time,
The building plan support system
It further has a schedule generation unit that generates a schedule table in which the duty elements are arranged in a time series according to the implementation time associated with the duty elements.
Architectural planning support system characterized by In the building plan support system according to claim 1,
Each of the building plan supporting documents is
What is acquired from at least a part of the CAD information, or architecture related information extracted from the CAD information, or a numerical value, a sentence, a symbol, a drawing generated or extracted from the CAD information is inserted. Have editing elements to be
The storage unit further stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the architectural plan attached document from the acquired CAD information,
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document And have an editorial department to edit
The duty factor is
Contains or is associated with a numerical limit element,
The editorial department
Warn the user if the information corresponding to the editing element included in the architectural planning accompanying document by editing does not satisfy the corresponding numerical limitation element
Architectural planning support system characterized by In the building plan support system according to claim 1,
It further has a display part,
Each of the building plan supporting documents is
What is acquired from at least a part of the CAD information, or architecture related information extracted from the CAD information, or a numerical value, a sentence, a symbol, a drawing generated or extracted from the CAD information is inserted. Have editing elements to be
The storage unit further stores a second rule that defines a rule for acquiring, extracting, or generating information corresponding to an editing element included in the architectural plan attached document from the acquired CAD information,
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document And have an editorial department to edit
The duty factor is
Contains or is associated with a numerical limit element,
The display unit
When displaying the CAD information, if the information corresponding to the editing element included in the architectural plan accompanying document by the editing unit does not satisfy the corresponding numerical limitation element, the CAD information corresponding to the editing element Highlight the object,
Architectural planning support system characterized by In the building plan support system according to any one of claims 1 to 5,
The multiple duty certification criteria are:
Notices, consultations, briefing sessions, agreement acquisition requirements, or those subject to a duty of effort
Architectural planning support system characterized by   An architectural planning support program that causes an arithmetic processing unit to function as the architectural planning support system according to any one of claims 1 to 6.   A computer readable storage medium storing the architectural planning support program according to claim 7. An architectural planning support program for causing a computer to extract mandatory elements related to architectural planning from CAD information,
A plurality of duty recognition criteria related to a building plan, duty elements associated with each of the duty recognition criteria, and rules for extracting predetermined building-related information from CAD information or a document file associated with the CAD information are defined. Storing a first rule, and further storing a second rule that defines a rule for acquiring, extracting, or generating information corresponding to the editing element included in the architectural plan attached document from the acquired CAD information A storage unit,
An acquisition unit for acquiring CAD information related to the architectural plan and a document file associated with the CAD information;
A first extraction unit which extracts predetermined building related information from the acquired CAD information or a document file associated with the CAD information according to the first rule;
The extracted building related information is extracted with reference to the duty recognition criteria stored in the storage unit, the one that satisfies the duty recognition criteria, and the duty element associated with the extracted duty recognition criteria is extracted second And the extraction unit of
According to the second rule, information corresponding to the editing element included in the extracted architectural plan attached document is acquired, extracted or generated from the acquired CAD information, and the corresponding information is included in the architectural plan attached document And the editorial department to edit
To make the computer function,
The duty factor is
It is a building plan incidental document related to the duty element,
Or, in the above-mentioned duty factor,
An architectural planning supporting document related to the duty element is associated, or includes a architectural planning supporting document related to the duty element,
Each of the building plan supporting documents is
Editing elements to be inserted into the CAD information, building-related information extracted from the CAD information, or numerical values, sentences, symbols, drawings generated or extracted from the CAD information. I have a,
The edit has been the architectural planning accompanying document,
At least one of the CAD objects related to the editing element among the CAD objects included in the CAD information is drawn according to the second rule.
Architectural planning support program.

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