WO2016034027A1 - Procédé et système d'adaptation de coffrage de logiciel spatial tridimensionnel - Google Patents

Procédé et système d'adaptation de coffrage de logiciel spatial tridimensionnel Download PDF

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Publication number
WO2016034027A1
WO2016034027A1 PCT/CN2015/086029 CN2015086029W WO2016034027A1 WO 2016034027 A1 WO2016034027 A1 WO 2016034027A1 CN 2015086029 W CN2015086029 W CN 2015086029W WO 2016034027 A1 WO2016034027 A1 WO 2016034027A1
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Prior art keywords
template
building
list
design
formwork
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PCT/CN2015/086029
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English (en)
Chinese (zh)
Inventor
王成义
林俊天
刘顺林
张亮
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深圳汇林达科技有限公司
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Publication of WO2016034027A1 publication Critical patent/WO2016034027A1/fr

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F30/00—Computer-aided design [CAD]

Definitions

  • the invention belongs to computer aided design technology, in particular to a method and system for matching three-dimensional space software.
  • the building 3D model has a wide range of applications as an important scene model, such as game scenes, real estate display, safety preview, architectural design evaluation, etc., all of which have urgent requirements for building models.
  • the initial solution is to be manually modeled by artists, which not only consumes a lot of human and financial resources, but also has low efficiency and long model generation period.
  • the technical problem to be solved by the present invention is to provide a three-dimensional space software matching method, which aims to quickly and accurately obtain a required building model from related drawings of a building, thereby obtaining a building template for the building construction quickly and accurately. information.
  • the present invention is implemented in such a manner that a three-dimensional space software matching method includes the following steps:
  • Step A identify the building drawings to confirm whether the drawings themselves have errors
  • step B the change information of the building structure between the floors or the same floor is identified from the uncorrected drawing in step A and the remarks are made to obtain the deepened design drawing;
  • Step C dividing the flow operation area on the confirmed deep design drawing, and classifying the building structure modules required for each flow operation area; the flow operation area is used to characterize the sequence of operations for each area;
  • Step D respectively, building a building model for each building structural module according to the classification result
  • Step E receiving user-defined template design rule information, thereby establishing a corresponding standard template component library;
  • the template design rule information includes a standard template and a non-standard template included in the building structure, and a standard template Arrangement rules for non-standard templates in building structures;
  • Step F according to the established building model and the template design rule information, perform template matching on each building structure module, and number all the templates according to the classification result of step C, and generate a matching pattern to be confirmed; Contains category information to which each template belongs;
  • Step G after the proof pattern to be confirmed is confirmed, generate a formal model map and a template list, and calculate a template expansion area and a mold area of the entire building item, and materials of the template and its accessories, weight;
  • Step H according to the template list, comparing the existing inventory situation, according to the comparison result, listing a template list and a processing plan and a purchase list that require new processing, and a template processing drawing that requires a new processing, wherein
  • the list of templates that require a new process contains template information that does not exist in the existing inventory and is included in the list of templates.
  • a second technical problem to be solved by the present invention is to provide a three-dimensional space software matching system, comprising:
  • Deepen the design module to identify the building drawings to confirm whether the drawing itself has errors; identify the change information of the building structure between the floors or the same floor from the unconfirmed drawings in step A and make a remark Deepen the design drawings; then divide the flow area on the confirmed deepened design drawings, and classify the building structure modules required for each flow area; the flow area is used to characterize the sequence of operations for each area;
  • the template arranging module is configured to respectively establish a building model for each building structural module according to the classification result; and receive user-defined template design rule information, thereby establishing a corresponding standard template spare parts library;
  • the template design rule information includes There are standard templates and non-standard templates included in the structure of the building, and layout rules information of the standard templates and non-standard templates in the building structure; then, according to the established building model and the template design rule information,
  • the building structure module performs the matching template, and all the templates are numbered according to the classification result, and the matching pattern to be confirmed is generated; the number includes the category information to which each template belongs, and finally the matching pattern to be confirmed is confirmed.
  • a formal model map and template list are generated, and the template expansion area and the mold area of the entire building project, as well as the materials and weights of the template and its accessories are calculated;
  • a material management module configured to compare the existing inventory situation according to the template list, and according to the comparison result, list a template and a processing plan and a procurement list that need to be newly processed, and a template processing drawing that needs a new processing, wherein
  • the template list that needs to be newly processed contains template information that does not exist in the existing inventory but is included in the template list.
  • the invention has the following advantages:
  • the use of the present invention to carry out the mold design of the loose-fitting template greatly reduces the workload and work intensity of the designer.
  • the use of the present invention for the design of the mold greatly improving the speed of the mold.
  • the traditional manual molding about 30 buildings of about 30 floors, takes 30 days to complete, and the invention can be shortened to 1-3 days.
  • the use of the present invention for the design of the mold can greatly reduce the labor cost of the enterprise.
  • the design and configuration of a building of about 30 floors can take 5-6 people to complete.
  • the invention one person can carry out.
  • the use of the present invention for the design of the mold can provide the accuracy of the template design and reduce the error rate.
  • FIG. 1 is a flow chart showing an implementation of a method for matching a three-dimensional space software provided by the present invention
  • FIG. 2 is a schematic structural diagram of a mold matching system of the three-dimensional space software provided by the present invention.
  • molding refers to a process of matching a building structure module such as a wall, a board, a beam, a staircase, a door and a window, and the like, and the matched “template” is used for the wall, the board, the beam, and the construction during construction.
  • Building structure modules such as stairs, doors and windows, etc. are positioned, supported, and finally formed.
  • FIG. 1 shows an implementation flow of a method for modulating a three-dimensional space software provided by the present invention, which is described in detail below.
  • step A identify the building drawings to confirm that the drawings themselves are faulty.
  • the technician is prompted with the error content. After the technicians have modified the building drawings, they will be re-identified until the building drawings are identified correctly.
  • step A the error of the drawing itself is mainly recognized, for example, whether the layer is complete, whether the drawing and the structure drawing, and the corresponding parts of the remaining related drawings are consistent, and the corresponding drawing of the layer or the drawing is used as the drawing. Basis or benchmark.
  • step B the design of the building blueprint identifying the step A is deepened, and the change information of the building structure between the floors or the same floor is identified and remarked, and the deepened design drawing is obtained;
  • the detailed design of the structure of the building needs to be noted in the deepening design, including but not limited to the positional change or specific dimensional change or elevation change or thickness of the structure of the beam, column, wall, plate, door and window hole, and the like. Change or reinforcement changes, etc.
  • the design unit, the construction unit, the construction unit, and the supervision unit After deepening the design, it is necessary for the design unit, the construction unit, the construction unit, and the supervision unit to jointly confirm whether there is any error. After the error is revised, the design should be further deepened according to the revised content until the multiple parties jointly sign and confirm that the design plan is correct.
  • step C the flow area is divided on the confirmed deepened design drawings, and the building structure modules required for each flow area are classified.
  • the flow area is used to characterize the sequence of operations in each area. For example, if the operation area is divided into 1-N work areas, the work areas are flowed in the order of 1-N. In the classification, the building structure modules of each flow area are classified according to the types of walls, plates, beams, stairs, doors and windows.
  • step D building models are respectively established for each building structural module according to the classification result.
  • step E user-defined template design rule information is received, thereby establishing a corresponding standard template component library for later use.
  • the template design rule information includes standard templates and non-standard templates included in the building structure, and layout rule information of the standard templates and the non-standard templates in the building structure.
  • a wall has a length of 10 meters
  • the standard template of the wall has a length of 3 meters. In this case, it is required to design three standard templates and one non-standard template with a length of 1 meter.
  • Step F according to the established building model and the template design rule information, perform template matching on each building structure module, and number all the templates according to the classification result of step C, and generate a matching pattern to be confirmed, wherein The number contains the category information to which each template belongs.
  • the template can be configured according to the corresponding rules.
  • the configured templates are numbered according to the corresponding numbering rules, which facilitates the later material management and on-site construction management, and then outputs the first time. Matching pattern.
  • Step G after the proof pattern to be confirmed is confirmed, generate a formal model map and a template list, and calculate a template expansion area and a mold area of the entire building item, and materials of the template and its accessories, weight.
  • the designer manually checks the key and difficult parts of the building for the aforementioned pattern, such as the changed areas identified during the design. After confirmation, the formal model map and the list of templates for the project, ie the BOM table, are processed.
  • Step H according to the template list, comparing the existing inventory situation, according to the comparison result, listing a template list and a processing plan and a purchase list that require new processing, and a template processing drawing that requires a new processing, wherein
  • the list of templates that require a new process contains template information that does not exist in the existing inventory and is included in the list of templates.
  • the computer automatically compares with the inventory template data to determine how many new templates need to be newly processed, and outputs a list of templates to be newly processed, that is, a newly processed BOM.
  • a list of raw material purchases is output based on the list of new processing templates and their corresponding processing drawings.
  • Fig. 2 shows the structural principle of the mold matching system of the three-dimensional software provided by the present invention, and for the convenience of description, only the parts related to the present invention are shown.
  • the mold clamping system includes a deepening design module 21, a template arrangement module 22, and a material management module 23.
  • the deepening design module 21 is used for identifying the drawing of the building to confirm whether the drawing itself has an error; and identifying the change information of the building structure between the floors or the same floor from the unconfirmed drawing in step A and making a note And obtain the deepened design drawings; then divide the flow operation area on the confirmed deep design drawings, and classify the building structure modules required for each flow operation area; the flow operation area is used to characterize the operation of each area order.
  • the change information includes structural change information, dimensional change information, elevation change information, etc., and the building structure of each flow operation area may be specifically classified according to the type of wall, plate, beam, staircase, door and window hole. Modules are classified.
  • the template arranging module 22 respectively establishes a building model for each building structural module according to the classification result; and receives user-defined template design rule information, thereby establishing a corresponding standard template spare parts library;
  • the template design rule information includes the building Standard template and non-standard template included in the structure, and arrangement rule information of the standard template and the non-standard template in the building structure; and then according to the established building model and the template design rule information, the building structure
  • the module performs the matching template, and numbers all the templates according to the classification result, and generates a matching pattern to be confirmed; the number includes the category information of each template, and finally, after the matching pattern to be confirmed is confirmed, Generate a formal model map and template list, and calculate the template expansion area and mold area of the entire building project, as well as the material and weight of the template and its accessories.
  • the material management module 23 compares the existing inventory situation according to the template list, and lists the template list and the processing plan and the procurement list that need new processing according to the comparison result, and the template processing drawing that needs new processing, wherein
  • the template list that needs to be newly processed contains template information that does not exist in the existing inventory but is included in the template list.
  • the deepening design module 21 recognizes that there is an error content in the building drawing, the error content is prompted; and after the manually modified building drawing is received, the identification is re-identified, wherein the identified content includes whether the layer is complete or not. Whether the map and the corresponding part of the structure diagram are consistent; until the building drawings are identified correctly. Moreover, the deepening design module 21 is specifically labeled with a layer or a drawing as a basis for drawing or benchmarking.

Abstract

Appliquée à la technologie de conception assistée par ordinateur, la présente invention concerne un procédé d'adaptation de coffrage de logiciel spatial tridimensionnel, comprenant les étapes suivantes consistant à : reconnaître tous les dessins d'un projet de construction ; réaliser une conception approfondie sur les dessins reconnus correctement pour obtenir les dessins de conception approfondie ; diviser des zones de production à la chaîne sur les dessins de conception approfondie confirmée et classer les structures de construction de toutes les zones de production à la chaîne ; selon un résultat de classification, réaliser une modélisation sur chaque module de structure de construction respectivement ; entrer une règle de conception de coffrage personnalisé et établir une bibliothèque d'accessoires et de pièces de rechange de coffrage standard correspondant ; selon les modèles de construction établis et la règle de conception d'un système de coffrage, réaliser l'adaptation de coffrage et délivrer un dessin d'adaptation de coffrage ; après détermination de l'exactitude du dessin d'adaptation de coffrage, délivrer un dessin d'adaptation de coffrage officiel et une liste de coffrage, et calculer la zone étendue de coffrage et la zone d'adaptation de coffrage de l'ensemble du projet ; et dans l'étape H, selon la liste de coffrage, comparer le stock avec celle-ci, selon un résultat de comparaison, établir une liste de coffrages qui doivent être usinés, un plan d'usinage et une liste d'achat et élaborer des dessins d'usinage des coffrages qui doivent être usinés.
PCT/CN2015/086029 2014-09-01 2015-08-04 Procédé et système d'adaptation de coffrage de logiciel spatial tridimensionnel WO2016034027A1 (fr)

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CN201410441575.7A CN104200026B (zh) 2014-09-01 2014-09-01 三维空间软件的配模方法及系统
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