Method and device for adjusting pipeline collision in power plant model

Abstract

The invention discloses a method and device for adjusting pipeline collisions in a power plant model. The method comprises the steps of acquiring central lines of all sections of pipelines in the power plant model, and detecting the interference position of each section of pipeline and an adjacent structure of each section of pipeline; when detecting that the interference position of a to-be-detected pipeline and an adjacent device exceeds a preset length, using the to-be-detected pipeline as a target pipeline, and adjusting the position of the central line of the target pipeline; when the interference position of two adjacent pipelines exceeds a preset length, respectively calculating distances from the two adjacent pipelines to a central area of the power plant model, using the pipeline farther from the central area as a target pipeline, and adjusting the position of the central line of the target pipeline. By the adoption of the method and device, pipeline collisions, occurring in the power plant modeling process, caused by device blueprint mistakes are eliminated, and pipeline modeling efficiency is effectively improved.

Description

technical field [0001] The present application relates to the field of computer control, in particular to a method and device for adjusting pipeline collision in a power plant model. Background technique [0002] In the design of the simulation system for power plant operation and maintenance, the design of the cylinder block, steel frame, and pipeline is often involved, and the solid model of the power plant will be drawn according to the equipment layout diagram of the cylinder block, steel frame, and pipeline. However, the cylinder block, steel frame, and pipeline models of the power plant are very large, especially for the pipeline model, there are often hundreds of thousands of pipeline models that need to be built, which makes the layout design of the pipeline model very complicated. [0003] The general equipment layout diagram is provided by the designer, but because the equipment layout diagram itself often has errors, it leads to problems such as pipeline collision...

AI Technical Summary

Problems solved by technology

However, the cylinder block, steel frame, and pipeline models of the power plant are very large, especially for the pipeline model, there are often hundreds of thousands of them to be built according to the pipeline, which makes the layout design of the pipeline model very complicated

[0003] The general equipment layout is provided by the designer, but because the equipment layout itself often has errors, it leads to problems such as pipeline collisions

As mentioned earlier, the number of pipes in a power plant model is hundreds of thousands. If such an extremely complex structure collides after the power plant is modeled, the difficulty of detecting and adjusting the collision can be imagined, and the collision adjustment must also be considered The safety impact on other adjacent pipelines, if this process is done manually, the difficulty will directly lead to low modeling efficiency

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