BIM-model-based quality management standardization method of building engineering

Abstract

The invention relates to a BIM-model-based quality management standardization method of building engineering. The method comprises: quality data standard attributes of BIM model components and / or a component group are established; a quality control key point database is established; an engineering data relationship table is associated with a construction process information table, BIM model quality data standard attributes are extended to an association database, and corresponding attribute values are extracted and written into corresponding attribute fields according to engineering data tables under all processes; when an BIM model is established, a data interface of a cloud server is invoked to obtain source data of the quality data standard attributes; the BIM model meeting the BIM model quality data standard matches an engineering quality control key point with engineering data automatically; and when engineering data are compiled, values in the corresponding database are invoked and the BIM model quality data standard attributes are inherited. According to the invention, on the basis of an implementation idea different from ones in the prior art, the technical blank of combination of the BIM and the engineering quality management is filled in by combining architectural standard specifications and the actual scene of the engineering site.

Description

technical field [0001] The invention relates to a BIM model-based construction engineering quality management standardization method, which is applicable to the technical field of engineering management. Background technique [0002] BIM technology is based on the relevant information data of construction projects, simulates the real information of buildings through digital information, and realizes project supervision, property management, equipment management, digital processing, and engineering management through three-dimensional building models. and other functions. It has eight characteristics of information completeness, information relevance, information consistency, visualization, coordination, simulation, optimization and graphing. The construction unit, design unit, construction unit, supervision unit and other project participants are on the same platform and share the same building information model. The application of BIM technology in the construction engine...

AI Technical Summary

Problems solved by technology

[0004] 1. Only a small amount of quality data is entered, which cannot meet the requirements of the combined application of engineering quality and BIM model, and cannot play a role in the application of engineering quality;

[0005] 2. All operations are entered manually, and are carried out in the Revit model design tool, which basically does not have the ability to operate in actual business scenarios, and at the same time requires high technical level of operators;

[0006] 3. The core of engineering quality control is the key points of project quality control. According to the specifications, all types of engineering projects have clear quality control points, but none of the existing technical solutions are involved, because there are many standards and specifications involved and High professional requirements

[0008] 1. There are a lot of engineering data, and it is extremely inefficient to manually upload all of them;

[0009] 2. Even if the existing manual upload function is relatively simple, the project data is often uploaded to the project and unit engineering level. In some cases, individual data can be uploaded to the floor level, but it is impossible to do so in detail. The reason is Data officers have basically zero knowledge of BIM models. Even if there is a professional BIM team to complete, but they do not understand engineering data, and the cost is very high

[0010] 3. This method only completes the attachment of engineering data files, but from the perspective of industry development, files can only be used as viewing resources, and cannot integrate engineering data data with BIM models to achieve in-depth utilization of engineering data data , and this is the most critical core application

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