Motor automatic winding device based on cable damage self-detection

Abstract

The invention provides a motor automatic winding device based on cable damage self-detection. The device comprises a supporting body, a winding and rolling mechanism used for winding of a cable, a winding self-detection mechanism used for damage detection of a cable, and a marking and branching mechanism used for marking of a damaged part and separate winding, wherein movable wheels facilitating easy equipment motion are fixedly installed on the bottom of the supporting body. The device relates to the field of cables. The motor automatic winding device based on cable damage self-detection is characterized in that damage detection of the cable is closely associated with cable rolling through setting of a special structure; the device is started by damage of the cable, and the damaged part is marked and distinguished; and the rolled damaged cable is repaired through free loosening and tensioning, so the problems that common automatic winding equipment can hardly position and protect damage on a cable surface automatically during rolling, rational distribution of a damage detection step and winding step is retarded, and working efficiency is influenced to a certain extent can be solved effectively.

Description

Technical field [0001] The invention relates to the technical field of cables, in particular to a motor automatic winding equipment based on cable self-check damage. Background technique [0002] Cable laying has involved various fields, regions and aspects. In places with a lot of sand and gravel, because the cables are longer and cumbersome, it is inevitable that the cables will be dragged on the ground when rewinding. The impression of slight squeezing of stones can be insignificant. Wet the surface of the cable is also prone to some damage, or the bag is scratched or scratched by sand, or the sand is embedded in the surface of the cable. If these conditions are not taken seriously, these The damage will inevitably become more and more serious, but at present, the cables need to be wound around each other when winding the cables. Although the existing detection equipment can detect the damage, it is difficult to find the location of the damage once the cables are wound around ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the prior art, the present invention provides a motor automatic winding device based on cable self-inspection damage, which solves the problem that the general automatic winding device is difficult to self-position the damage on the cable surface during the winding process and protection, which is not conducive to the reasonable allocation of damage detection and winding steps, which affects work efficiency to a certain extent

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