Power cable maintenance equipment

Abstract

The invention discloses power cable maintenance equipment which comprises an annular moving block, a side ring block is arranged at the top of the annular moving block, a through inner penetrating cavity is formed in the side ring block, symmetrical side fixing supporting blocks are rotatably arranged on the upper side and the lower side of the annular moving block, and a plurality of middle fixing rods are arranged between the side fixing supporting blocks. And an internal rotating motor is arranged in the side fixed supporting block at the top, a bottom connecting gear is arranged on the lower side of the internal rotating motor in a power connection mode, and the bottom connecting gear is engaged with a matched gear ring internally penetrating through the end wall of the inner cavity. With the equipment, wires can be clamped fully and can be drive to approach each other. And the wires can be forked and then is conveniently wound by using an insulating tape after being knotted.

Description

Technical field[0001]The invention relates to the technical field of electric power maintenance equipment, in particular to power cable maintenance equipment.Background technique[0002]There are many shortcomings in the existing electrical maintenance equipment. Since the wire ends are split and the wire ends are bifurcated, the corresponding insulating tapes need to be wound. Most of the existing methods use personnel to use tape to carry out the wire ends. Enough winding, and in the corresponding equipment, there are less automatic wrapping and winding of the thread ends, which causes the actual working efficiency and reliability of the equipment to be reduced, and due to the existence of the above shortcomings, it is impossible for personnel to carry out large-scale operations. After batch work, the corresponding broken wires are fully wrapped with insulating tape, which causes the actual work efficiency and reliability of the personnel to be low, and most of the wires are manuall...

AI Technical Summary

Problems solved by technology

[0002] There are many shortcomings in the existing electric power maintenance equipment. Since the corresponding insulating tape needs to be wound after the wire is broken and the wire ends are bifurcated, the existing methods mostly use personnel to wrap the wire ends with tape. Fully winding, and in the corresponding equipment, there is less automatic wrapping and winding of the thread end, which causes the actual working efficiency and reliability of the equipment to decrease, and due to the above shortcomings, it is impossible for personnel to carry out large-scale winding. After batch work, the corresponding disconnected wires are fully wrapped with insulating tape, which results in lower actual work efficiency and reliability of the personnel, and most of the wires are wound manually by personnel. The method also greatly reduces the time for disconnection and reconnection, and greatly increases the labor burden and pressure of personnel for actual work

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