Direct-buried type communication cable laying equipment with capacity of realizing intelligent excavation and laying

Abstract

The invention relates to direct-buried type communication cable laying equipment with capacity of realizing intelligent excavation and laying. The equipment comprises a lifting plate, an excavation device and a grouting device, wherein the excavation device is mounted at the front end of the lifting plate; the grouting device is mounted on the lifting plate. With the adoption of the equipment, theproblems that a worker is required to perform ditching and manual grouting and laying in conventional direct-buried cable mounting process and potential safety hazards are produced because of back injury caused by the fact that the worker needs to dig a ditch by a tool during ditching and bends down to work for a long time are solved, and furthermore, the problems that soil treatment is tedious after manual ditching, the bottom of the ditch is required to be subjected to grouting rolling manually during laying, the manual rolling is uneven as well as gaps are easily produced between cement slabs, the cement slabs are mounted unstably, time consumption of the laying process is high, labor intensity is high, efficiency is low and the like due to the fact that the cement slabs are required to be subjected to grouting solidification outside by the worker during grouting on the side surface and then transported to designated positions for mounting are solved, so that the equipment can realize functions of intelligent excavation and laying of communication cables.

Description

technical field [0001] The invention relates to the technical field of direct-buried communication cable laying, in particular to a direct-buried communication cable laying equipment capable of intelligent excavation and layer laying. Background technique [0002] The commonly used types of existing power cables include 10KV overhead insulated cables, parallel set overhead insulated cables, 0.6KV polyvinyl chloride insulated power cables, 1KV polyvinyl chloride insulated power cables, 35KV cross-linked polyvinyl chloride insulated power cables, 450V polyvinyl chloride insulated power cables, Vinyl insulated control cables, 750V polyvinyl chloride insulated control cables and communication cables, etc., the current penetration rate of direct buried cables is very large, among which communication cables are most commonly installed directly buried, due to the large population of cities, land utilization High efficiency, direct buried cables are mostly used in cities, direct bur...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a direct-buried communication cable laying equipment capable of intelligent excavation and laying, which can solve the cumbersome process of trenching and manual grouting laying by staff in the process of existing direct-burying cables It is complicated. When digging trenches, personnel need to use tools to dig trenches. Long-term bending over work will cause back injuries and cause safety hazards. Manual trenching is uneven and affects later work. The size of manually excavated soil blocks affects the effect of later backfilling. At the same time, It is cumbersome to deal with the soil after manual trenching. When laying layers, it is necessary to manually grout and roll the bottom of the ditch. The manual rolling is uneven. When grouting the side, personnel need to grout and solidify the cement board outside and then transport it to the designated location for installation. , There are easy gaps between the cement boards, the installation is not reliable, the laying process takes a long time, the labor intensity is high, and the efficiency is low. It can realize the functions of intelligent excavation and laying of communication cables, automatic trenching and grouting. Layer, trenching and leveling, automatic cutting of soil, automatic transportation of soil, rolling and compaction after grouting, on-site automatic grouting and layering on the side part of the ditch, no gaps, reliable installation, no manual on-site operation, ensuring personnel safety, It takes less time, and has the advantages of simple operation, low labor intensity and high work efficiency.

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