Data processing method and computer aided design system for shaft retaining structure

Abstract

Disclosed are a data processing method and a computer aided design system for a shaft retaining structure. The method and the system are in favor of quickening construction cycle and guaranteeing construction quality of shaft enclosure in thermal engineering. The method is characterized by including: 1, newly establishing a shaft retaining engineering template or opening an existing shaft retaining engineering template on a computer platform; 2, inputting shaft retaining structure data chosen or determined by a designer; 3, displaying a shaft retaining structure graph, and judging input correctness of the shaft retaining structure data; 4, performing structural calculation; 5, if calculation results of the structural calculation do not meet design requirements, repeating step 2 to step 4 until obtaining the calculation results meeting the design requirements; and 6, determining or drawing a shaft enclosure construction graph according to the calculation results meeting the design requirements, and outputting the shaft enclosure construction graph by utilizing a script file generated in AutoCAD (auto computer aided design).

Description

technical field [0001] The invention relates to thermal engineering shaft enclosure technology and computer aided design technology, in particular to a data processing method of shaft enclosure structure and a computer aided design system thereof. Background technique [0002] With the advancement of my country's urbanization process, central heating has become an inevitable choice for infrastructure construction in many large cities, and the design, technology and construction tasks of thermal engineering are becoming increasingly heavy. However, the design force of thermal civil structures in my country is seriously insufficient at present, and the design tools used are outdated, and the data processing of thermal engineering shaft enclosure structures is time-consuming and laborious, thus affecting the construction period and construction quality. The inventor found that the structural calculations performed by the designers themselves during the design of the shaft enclo...

AI Technical Summary

Problems solved by technology

However, the design strength of thermal civil structures in my country is seriously insufficient at present, and the design tools used are outdated, and the data processing of thermal engineering shaft enclosure structures is time-consuming and laborious, which affects the construction period and construction quality.

The inventor found that the structural calculations performed by the designers themselves during the design of the shaft enclosure not only have low work efficiency, but also require labor and time for the modification and comparison of design schemes, and even if the data of the shaft enclosure structure between different designers of the same design unit Processing results are not consistent

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