Intelligent supporting hanger integration design system

Abstract

The present invention relates to the technical field of pipe supporting hanger integration design and specifically discloses a supporting hanger integration design system comprising a component development module, a component gathering module, and a component assembly module, wherein the component development module, the component gathering module, and the component assembly module are used for creating an accurate 3D supporting hanger model that meets collision check. The process of the component development module includes a geometric abstract step, an attribute parameterization step, and aprogramming three-dimensional model step. In the invention, the process of artificially designing the supporting hanger is simulated through programming and development, the process of designing the supporting hanger is changed into an intelligent design process, and through the process of component development, component gathering, and component assembly, an intelligent supporting hanger system with a variety of automated functions can be achieved. Therefore, the system can form a more accurate three-dimensional model to meet the needs of the supporting hanger for three-dimensional space occupation and collision check.

Description

technical field [0001] The invention relates to the technical field of integrated design of pipe supports and hangers, in particular to an integrated design system for supports and hangers. Background technique [0002] The support and hanger system is physically composed of various component connections. The components themselves are parameterized, and the components are connected through nodes, and there are components and nodes connected to structures and pipelines. Such as figure 1 As shown, a typical support and hanger assembly includes: beam clips, beam clips, connecting rods, ear clips and welding lugs, etc. [0003] In the past, there was a lot of repetitive work in the design of pipe supports and hangers. Once the size and type of pipes changed, engineers had to review the relevant standards to redesign the pipe supports and hangers, and the automatic update of the support and hanger design could not be achieved; The results of structural form changes cannot be re...

AI Technical Summary

Problems solved by technology

[0003] In the past, there was a lot of repetitive work in the design of pipe supports and hangers. Once the size and type of pipes changed, engineers had to review the relevant standards to redesign the pipe supports and hangers, and the automatic update of the support and hanger design could not be achieved; The results of structural form changes cannot be reflected in the geometric model of the support and hanger, and whether the load of the support and hanger meets the requirements also requires manual judgment

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