Cable laying design system based on digital design process

Abstract

The invention discloses a cable laying design system based on a digital design process, and belongs to the field of cable laying. The system comprises a calculation unit which calculates the total length required by a cable and calculates and outputs a path of the cable after a bridge section detail drawing is produced; a buried pipe unit used for outputting the sizes of a cable bridge, a cable trench and a buried pipe; and a path selection unit used for outputting the optimal path of cable laying. According to the invention, the bridge, cable trench and buried pipe design is rapidly and intelligently carried out based on a plane layout diagram; design errors are avoided, the design path is optimized, the design quality is guaranteed, and the design efficiency is improved.

Description

technical field [0001] The invention belongs to the field of cable laying, and relates to a cable laying design system based on a digital design process. Background technique [0002] Cable laying is the most complicated and cumbersome link in electrical design. It is the "artery and nerve" of the safe operation and control of the entire power station. The space layout of the bridge is intricate, requiring a large number of cables to be laid, and the data relationship and model association are very complicated. Once the cable is laid, a lot of work is irreversible, and the manual laying in the past will cause a lot of unnecessary losses. How to design a fast and intelligent automatic cable laying is the focus of the cable laying design work. [0003] At present, although there are some two-dimensional or three-dimensional cable laying software, the design workload of bridges, cable trenches, and buried pipes is huge. How to quickly and intelligently complete the design of br...

AI Technical Summary

Problems solved by technology

[0002] Cable laying is the most complicated and cumbersome link in electrical design. It is the "artery and nerve" for the safe operation and control of the entire power station. The layout of the bridge space is intricate and requires the laying of a large number of cables. The data relationship and model association are very complicated.

Once the cable is laid, a lot of work is irreversible. The manual laying in the past will cause a lot of unnecessary losses. How to design a fast and intelligent automatic cable laying is the focus of the cable laying design work.

[0003] At present, although there are some two-dimensional or three-dimensional cable laying software, the design workload of bridges, cable trenches, and buried pipes is huge. How to quickly and intelligently complete the design of bridges and cable trench shafts, and intelligently calculate the optimal path, is simple and fast The calculation of cable length and laying path is the focus of solving the research work of fast and intelligent cable laying design, and it is also an urgent need for designers to design cable laying at this stage

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