Comprehensive pipe gallery cable traction and displacement laying system and application method

Abstract

The invention relates to a comprehensive pipe gallery cable traction and displacement laying system and an application method. The system comprises a cable traction process on a cable roller channel which is located at one side of a comprehensive pipe gallery and is parallel to and close to a cable design laying position, and a displacement process which enables a cable to be displaced to the cable design laying position, wherein a comprehensive pipe gallery electric vehicle, a cable traction and displacement device and a process parameter wireless sensing detection device are additionally arranged on the basis of an existing cable laying machine so as to improve the process efficiency, a video and safety monitoring control system is adopted in the laying process, and on the basis of traction machinery, a traction mode is optimized, a cable laying dynamic laying diagram in the comprehensive pipe gallery is established, and a cable laying process is managed and controlled, so that automatic calculation of a process traction force limit value, a protection value parameter and a segmented traction distance parameter, process cable laying dynamic display monitoring chart and process parameter visual monitoring, process voice communication normalization, process protection automation and fault reason processing and process video and voice informatization are realized.

Description

technical field [0001] The invention relates to a comprehensive pipe gallery in the field of electrical engineering, in particular to a comprehensive pipe gallery cable traction and displacement laying system and application method. Background technique [0002] The integrated pipe gallery centrally arranges pipelines including cables, which solves many problems faced by pipeline installation, maintenance and management, and improves the overall efficiency of pipelines. Higher requirements are put forward; in the past, cable laying relied more on more manpower, and the efficiency was relatively low. With the automation and intelligent application of the construction management process, more Mechanized equipment, such as cable laying machines, winches, etc., but the process efficiency is still relatively low, and the quality of cable laying can not be well guaranteed, especially the hidden quality problems after the cable traction force exceeds the limit, the cable is moved t...

AI Technical Summary

Problems solved by technology

[0002] The integrated pipe gallery centrally arranges pipelines including cables, which solves many problems faced by pipeline installation, maintenance and management, and improves the overall efficiency of pipelines. Higher requirements have been put forward; in the past, cable laying relied more on more manpower, and the efficiency was relatively low. With the automation and intelligent application of the construction management process, more Mechanized equipment, such as cable laying machines, winches, etc., but the process efficiency is still relatively low, and the quality of cable laying can not be well guaranteed, especially the hidden quality problems after the cable traction force exceeds the limit, the cable is moved to the cable determined by design The laying position still requires more manpower for manual shifting, and the laying process requires more construction workers to monitor on-site. Compared with the laying process, the communication method responds slowly, and there are many problems in the automation and intelligent process of the cable laying process. question

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