Funding Method for Embedded Parts of Single Rod Spring Hanger in Horizontal Pipeline

Abstract

The invention relates to a horizontal pipe single-pole spring hanger embedded part information providing method. The method comprises the steps of determining the position of a support suspension center; setting a search area with the support suspension center as the starting point, and searching out all structural members in the search area; judging the combining forms of a pipe portion, a connector and a root portion according to a set judgment condition based on the load of the support suspension center, the temperature of a pipe and the structural members in the search area, so that a combining form meeting the design requirement is obtained; conducting priority comparison on the combining form meeting the design requirement according to a set priority rule, and determining a final design scheme of a single-pole spring hanger; selecting an embedded part according to the model of the root portion of the single-pole spring hanger, and automatically generating the embedded part in three-dimensional software. In this way, intelligent computation of the horizontal pipe single-pole spring hanger is achieved in the three-dimensional software, the embedded part is automatically generated, manual work of designers is reduced, embedded part information providing efficiency is improved remarkably, artificial error during information providing is reduced, and production cost is reduced for design enterprises.

Description

technical field [0001] The invention relates to the technical field of embedded parts of horizontal pipeline supports and hangers, in particular to a method for raising funds for embedded parts of single-rod spring hangers of horizontal pipelines. Background technique [0002] Horizontal pipeline single-rod spring hanger is a commonly used type of support and hanger for pipelines. It bears the load of the pipeline in the vertical direction and allows the pipeline to move in the vertical direction. In the power plant building with concrete structure, the supports and hangers of the process pipes must be rooted on the embedded parts fixed in the concrete. According to the division of power design, the position, size, and load of embedded parts are provided by the technical department to the structural department, and the structural department carries out the detailed design of the embedded parts according to the funding. Although electric power design has entered the era of 3...

AI Technical Summary

Problems solved by technology

Although electric power design has entered the era of 3D design, the current 3D software does not have the function of raising funds for embedded parts. The design of embedded parts (including size and position) is completed by designers in the human mind, but similar There are many racks, and the repetitive workload of people is large. For the process profession, the time spent on drawing up embedded parts accounts for more than 60% of the total drawing time of the process, and the work efficiency is very low. Taking a 1000MW nuclear power unit as an example, the steam turbine plant There are more than 3,000 embedded parts in the interior, and the manual capital raising is time-consuming and inefficient

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