Virtual template leading quality control method based on BIM technology

Abstract

The invention discloses a virtual template leading quality control method based on a BIM technology. The virtual template leading quality control method comprises the following steps: a, creating a virtual template BIM model; b, carrying out examination and acceptance on the virtual template BIM model; c, compiling a template leading disclosure document by combining with the virtual template BIM model, and making a virtual template process simulated animation; d, carrying out technical disclosure; and f, carrying out site implementation according to a disclosure content. According to the virtual template leading quality control method disclosed by the invention, the template leading quality control with a virtual template to replace a real template is realized; the mentioned template leading quality control method has the characteristics of simple operation process, high efficiency, small resource investment, low comprehensive cost, high turnover rate and low resource consumption; the problem of the resource consumption due to real quality template making is solved fundamentally; and a new way is created for introduction of an engineering quality template.

Description

technical field [0001] The invention relates to the field of quality control of model guides, in particular to a method for quality control of virtual model guides based on BIM technology. Background technique [0002] At present, in the process of engineering project construction management, in order to ensure that the quality of the project meets the relevant technical standards and specification requirements, and to avoid losses in terms of construction period, quality, and cost due to large-scale demolition and rework, all enterprises use the project quality model to guide the way As a method of engineering construction quality control, this traditional method is usually to make a solid model in the corresponding engineering part or in an independent area outside the engineering part. However, while this method can effectively improve the quality of the project, it also has many disadvantages in application: [0003] 1. The production process and material use of physical...

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Problems solved by technology

[0003] 1. The production process and material use of physical prototypes are often high standards and strict requirements. The production process is repeated acceptance-modification-re-acceptance-final survival, and the investment in manpower, machines, materials and other resources has doubled;

[0004] 2. No one cares about the model after the completion of the disclosure. After the construction of the project is completed, the physical model of the non-engineering part usually needs to be dismantled and turned into construction waste, resulting in secondary consumption of labor and material costs. This waste of resources is even more Contrary to the concept of green construction advocated by our current construction industry

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