System Design of Intelligent Buried Cable Path Detection Device

Xiong-keng ZHAN Xiong-keng ZHAN, Hong-qin YU Hong-qin YU, Gai LI Gai LI, Hai-ming WU, Ling-hui CHEN, Song-qing ZOU, Wei-zheng LIANG, Hui HUANG, Qing-bin WANG, Xiao-ke CHEN

Abstract


For underground cables, if the design data is not clear enough, it is very difficult to find out the path, not only to waste a lot of manpower, material and time, but also to cause inestimable loss. Therefore, finding a fast and accurate cable path detection system and shortening detection time has become the common goal of scientific and technological personnel both at home and abroad. This paper focuses on the problem of underground cable path detection technology, and designs and develops the underground cable path detection system. The functions of the system include: the peak mode, the relative position of the cable and operator, and the direction of the operator to move; in the valley value mode, the compass display function can be used to judge the direction of the operator and cable, prompting the operator to correct his direction in time until the cable is found. The buried position, the cable depth and the current display function, can show the depth and current size of the buried cable in real time. The development of the underground cable path detection system makes the field personnel more fast, convenient and accurate to detect the important information such as the buried location and depth of underground cable. It can save the cost of inspection and accelerate the maintenance and maintenance progress, which has significant practical significance.

Keywords


Underground cable, Path detection, Real-time detection


DOI
10.12783/dtcse/cmsam2018/26578

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