Three-dimensional technology based factory design method

Abstract

The invention relates to a three-dimensional technology based factory design method. The method comprises the steps that three-dimensional model preliminary design is conducted in Smart3D, and processmodel layout is completed; electrical equipment and shared equipment three-dimensional model design is completed in the Smart3D, and meanwhile collision check is conducted, and a model file is outputto structural design to provide information; structural design is completed in SAP2000; a three-dimensional model file completed by SAP 2000 is imported into the Smart3D to conduct collision check, and whether a structural model meets the design requirements or not is judged; deep design is completed in steel structure deep design software; a model obtained after deep design is imported into theSmart3D, and whether the deep design model meets the requirement or not is checked; if yes, a steel structure deep drawing is delivered for manufacturing; final stage design is conducted in the Smart3D, all model building is completed, and a two-dimensional drawing is generated and delivered for site construction. Accordingly, the factory design efficiency and the steel structure processing precision can be improved.

Description

technical field [0001] The invention relates to three-dimensional design technology, in particular to a factory design method based on three-dimensional technology. Background technique [0002] At present, 3D design technology has been first used in some large-scale projects. Due to the complex process flow, many production equipments, large volume, complex spatial structure of the factory area, cross-arrangement of pipeline engineering and other reasons in the factory design, there are spatial conflicts in the process of two-dimensional design, hidden problems are not easy to find, omissions and collisions often occur, resulting in Problems such as frequent checks and revisions; the construction process is restricted by factors such as material supply, equipment installation and commissioning, on-site climate conditions, and optimal construction plan selection, especially the bulky equipment, complex structure, and inaccurate pipeline layout, resulting in poor construction...

AI Technical Summary

Problems solved by technology

Due to the complex process flow, many production equipments, large volume, complex spatial structure of the factory area, cross-arrangement of pipeline engineering pipelines and other reasons in the factory design, there are space conflicts in the process of two-dimensional design, hidden problems are not easy to find, omissions and collisions often occur, resulting in Problems such as frequent check-back and modification; the construction process is restricted by factors such as material supply, equipment installation and commissioning, on-site climate conditions, and optimal construction plan selection, especially the bulky equipment, complex structure, and inaccurate pipeline layout, resulting in poor construction site environment. Complicated and inefficient for workers

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