CN113626926A - Intelligent coding and data analysis system - Google Patents
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Abstract
The invention discloses an intelligent coding and data analysis system; the system comprises: a component coding system, a BIM data system and a data analysis system; the component coding system comprises a component coding base and a component coding application, wherein the component coding base consists of database design, component coding base information and information depth, and the component coding application is realized through a component coding tree interface, a component attribute interface and design data; the BIM data system is used for mapping the BIM data in the subsection project data and realizing data butt joint of other platforms through a BIM data interaction interface; the data analysis system can automatically generate engineering information such as the structure type, the geometric data, the engineering quantity, the material attribute, the construction requirement and the like of a single component or an object of an engineering project according to requirements through a statistical analysis interface and a statistical analysis interface. The invention aims to solve the problems that the BIM related information of the prefabricated bridge is attached to a structure and the information is scattered, realize data structured storage through intelligent coding, further realize BIM information integration and provide powerful data support for subsequent data analysis and application.
Description
Technical Field
The invention relates to the field of prefabricated bridge coding and data analysis, in particular to a method and a system capable of realizing prefabricated bridge intelligent coding and data analysis.
Background
The assembled bridge is an important planning form in the development of engineering and building industry, and has gradually changed into an industrialized development trend in the design and planning implementation of engineering. In the development of the modern building industry of China, the application of the BIM technology is more and more extensive, and the BIM technology application and the assembly bridge application are integrated together, so that the BIM technology becomes a technology which needs to be perfected in the development of the assembly bridge in China.
In the building field of China, a plurality of classification and coding systems related to building information exist, such as building design standards and specifications, building engineering quota systems, building product catalogs and the like, but the classification and coding systems only cover a certain range or field, are not uniform in coding form, cannot effectively transmit information in all industries and different stages, and cannot meet higher requirements of informatization development of the building industry.
The key technology of building industry informatization shows that the information resources in the building field are huge, and information generation, information transmission, information processing and information application span multiple software platforms, multiple stages, multiple specialties and multiple media. How to dynamically link information acquisition, management and working processes in the whole life cycle of a building so as to ensure the integrity, the cooperativity and the integrity of information and avoid the occurrence of an information isolated island, and is a problem to be solved urgently in building informatization.
At present, the BIM related information of the prefabricated bridge is attached to a structure, and the information is scattered. Under the background, an intelligent coding and data analysis system for the BIM data structured storage of the fabricated bridge is indispensable, and the system is the basis of building information transmission and management and is also the basis of building production and management. A single component or object in the building engineering project is used as a basic element, and related information such as geometric data, physical characteristics, construction requirements, price data and the like describing the basic element is organically organized to form a digitalized building model which is used as a data database of the whole building engineering project.
Disclosure of Invention
Accordingly, to address the above-described deficiencies, the present invention provides herein an intelligent coding and data analysis system; the invention aims to solve the problems that the BIM related information of the prefabricated bridge is attached to a structure and the information is scattered, realize data structured storage through intelligent coding, further realize BIM information integration and provide powerful data support for subsequent data analysis and application.
The invention is realized by constructing an intelligent coding and data analysis system, which is characterized in that; the system comprises: a component coding system, a BIM data system and a data analysis system;
the component coding system comprises a component coding base and a component coding application, wherein the component coding base consists of database design, component coding base information and information depth, and the component coding application is realized through a component coding tree interface, a component attribute interface and design data;
the BIM data system is used for mapping the BIM data in the subsection project data and realizing data butt joint of other platforms through a BIM data interaction interface;
the data analysis system can automatically generate engineering information such as the structure type, the geometric data, the engineering quantity, the material attribute, the construction requirement and the like of a single component or an object of an engineering project according to requirements through a statistical analysis interface and a statistical analysis interface.
The intelligent coding and data analysis system is characterized in that; the corresponding execution process is as follows;
step 1, designing a BIM information classification coding rule base of an assembled bridge, and designing a BIM information classification coding rule base database of the assembled bridge at the same time;
step 2, extracting the information and the auxiliary information of the assembled bridge member based on the BIM parametric design method of the assembled bridge;
step 3, establishing a BIM data structuring scheme of the assembled bridge;
step 4, designing a BIM data structured database of the assembled bridge based on the BIM data structured scheme of the assembled bridge;
step 5, acquiring information classification codes through an assembly bridge BIM information classification code rule base database, and performing structured storage on the assembly bridge BIM data by combining assembly bridge member information and accessory information;
step 6, accessing the assembled bridge structured data source to a data center through a data standard inlet, and realizing data analysis and data statistics through a BIM data application interface;
and 7, realizing data docking with other platforms through the BIM data interaction interface.
The invention aims to solve the problems that the BIM related information of the prefabricated bridge is attached to a structure and the information is scattered, realize data structured storage through intelligent coding, further realize BIM information integration and provide powerful data support for subsequent data analysis and application. Based on 'road engineering information model classification coding standard', an assembly type bridge BIM information classification coding rule base is designed, and meanwhile, an assembly type bridge BIM information classification coding rule base database is designed. And extracting the information of the assembled bridge member and the accessory information based on the BIM parameterized design method of the assembled bridge. And establishing a BIM data structuring scheme of the fabricated bridge through a theoretical analysis method. And designing a BIM data structured database of the fabricated bridge based on the BIM data structured scheme of the fabricated bridge. And acquiring information classification codes through an assembly type bridge BIM information classification code rule base database, and performing structured storage on the assembly type bridge body and the bridge body steel bar BIM data by combining assembly type bridge member information and accessory information.
The invention has the following advantages:
1. and the automatic quantity increasing from the BIM design data to the engineering quantity table is realized, and the automatic generation of a 0# list from the BIM design data is realized.
2. The BIM data provides report data service according to the requirement.
3. And automatically generating production data, and realizing seamless connection from design data to intelligent construction data.
4. The extensible capability of the BIM data application service provides data services to more three-party platforms.
The data structured storage is realized through a component coding system and a BIM data system, the integration of BIM information is facilitated, and powerful data support is provided for subsequent data analysis and application.
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FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
The present invention will be described in detail with reference to fig. 1, and the technical solutions in the embodiments of the present invention will be clearly and completely described, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The present invention provides an intelligent coding and data analysis system by improvement; in practice, the system comprises: a component coding system, a BIM data system and a data analysis system.
The component coding system comprises a component coding base and a component coding application, wherein the component coding base is composed of database design, component coding base information and information depth, and the component coding application is realized through a component coding tree interface, a component attribute interface and design data.
The BIM data system is used for mapping the BIM data in the subsection project data and realizing data butt joint of other platforms through a BIM data interaction interface, such as a computation platform, an intelligent beam field and a project management platform.
The data analysis system can automatically generate engineering information such as the structure type, the geometric data, the engineering quantity, the material attribute, the construction requirement and the like of a single component or an object of an engineering project according to requirements through a statistical analysis interface and a statistical analysis interface.
The execution process is as follows; step 1, designing a BIM information classification coding rule base of the assembled bridge based on 'road engineering information model classification coding standard', and simultaneously designing a BIM information classification coding rule base database of the assembled bridge.
And 2, extracting the information and the auxiliary information of the assembled bridge member based on the BIM parameterized design method of the assembled bridge.
And 3, establishing a BIM data structured scheme of the fabricated bridge through a theoretical analysis method.
And 4, designing a BIM data structured database of the assembled bridge based on the BIM data structured scheme of the assembled bridge.
And 5, acquiring information classification codes through an assembly bridge BIM information classification code rule base database, and performing structured storage on the assembly bridge BIM data by combining assembly bridge member information and accessory information.
And 6, accessing the assembled bridge structured data source to a data center through a data standard inlet, and realizing data analysis and data statistics through a BIM data application interface.
And 7, realizing data docking with other platforms through the BIM data interaction interface.
The patent has the following advantages and beneficial effects;
1. and the automatic quantity increasing from the BIM design data to the engineering quantity table is realized, and the automatic generation of a 0# list from the BIM design data is realized.
2. The BIM data provides report data service according to the requirement.
3. And automatically generating production data, and realizing seamless connection from design data to intelligent construction data.
4. The extensible capability of the BIM data application service provides data services to more three-party platforms.
The data structured storage is realized through a component coding system and a BIM data system, the integration of BIM information is facilitated, and powerful data support is provided for subsequent data analysis and application.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (2)
1. An intelligent coding and data analysis system, characterized by;
the system comprises: a component coding system, a BIM data system and a data analysis system;
the component coding system comprises a component coding base and a component coding application, wherein the component coding base consists of database design, component coding base information and information depth, and the component coding application is realized through a component coding tree interface, a component attribute interface and design data;
the BIM data system is used for mapping the BIM data in the subsection project data and realizing data butt joint of other platforms through a BIM data interaction interface;
the data analysis system can automatically generate engineering information such as the structure type, the geometric data, the engineering quantity, the material attribute, the construction requirement and the like of a single component or an object of an engineering project according to requirements through a statistical analysis interface and a statistical analysis interface.
2. The intelligent coding and data analysis system of claim 1, wherein; the corresponding execution process is as follows;
step 1, designing a BIM information classification coding rule base of an assembled bridge, and designing a BIM information classification coding rule base database of the assembled bridge at the same time;
step 2, extracting the information and the auxiliary information of the assembled bridge member based on the BIM parametric design method of the assembled bridge;
step 3, establishing a BIM data structuring scheme of the assembled bridge;
step 4, designing a BIM data structured database of the assembled bridge based on the BIM data structured scheme of the assembled bridge;
step 5, acquiring information classification codes through an assembly bridge BIM information classification code rule base database, and performing structured storage on the assembly bridge BIM data by combining assembly bridge member information and accessory information;
step 6, accessing the assembled bridge structured data source to a data center through a data standard inlet, and realizing data analysis and data statistics through a BIM data application interface;
and 7, realizing data docking with other platforms through the BIM data interaction interface.
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Cited By (1)
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| CN113850098A (en) * | 2021-11-29 | 2021-12-28 | 杰创智能科技股份有限公司 | Data encoding device |
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