Cable laying equipment with automatic pay-off and ground-breaking functions for underground cable

Abstract

The invention discloses cable laying equipment with automatic pay-off and ground-breaking functions for an underground cable. The equipment comprises a machine body, two pairs of connecting rods of the same structure and two pairs of road wheels of the same structure, wherein the two pairs of connecting rods are arranged below the machine body, the two pairs of road wheels are arranged on the twopairs of connecting rods respectively, a ground-breaking unit is installed in front of the machine body, a wind-up unit is installed behind the machine body, and a pay-off mechanism is installed abovethe machine body. The equipment has the advantages that the structure is compact, and the automatic degree is high; through the arrangement of the ground-breaking unit, a ditching procedure can be automatically performed; after ditching is completed, the cable can be automatically placed into a dug ditch through the pay-off mechanism, and then soil at the two sides of the ditch is put back into the ditch through a cable-burying mechanism; and meanwhile, compaction is performed in cooperation with a compaction mechanism. As a result, the procedures of ditching, cable burying and compaction arecompleted integrally, and working efficiency is greatly improved; and meanwhile, the workload of personnel is reduced, labor is saved, and the equipment is convenient to use.

Description

technical field [0001] The invention relates to the field of laying underground wires, in particular to a cable laying device for underground wires with automatic wire-laying and soil-breaking functions. Background technique [0002] Buried wires, that is, wires suitable for rural underground direct burial for electrical equipment and lighting lines with AC 50 Hz, rated voltage below 500 volts, or DC 1000 volts and below, are called "rural buried low-voltage power lines" , referred to as "buried wire". [0003] When laying underground wires, it is often necessary to open trenches first, then manually place the wires in the trenches, then fill the excavated soil back into the trenches for embedding, and finally compact the buried parts The process and operation are extremely cumbersome and complicated, the degree of automation is low, there are many processes and they cannot be carried out at the same time, which greatly reduces the efficiency of thread embedding, and the wo...

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Problems solved by technology

[0003] When laying underground wires, it is often necessary to open trenches first, then manually place the wires in the trenches, then fill the excavated soil back into the trenches for embedding, and finally compact the buried parts The process, the operation is extremely cumbersome and complicated, the degree of automation is low, there are many processes and they cannot be carried out at the same time, which greatly reduces the efficiency of thread embedding, and the workload of the workers is large, which wastes labor. In view of this, in view of the above problems, this case arises

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