Portal ground wire accommodating device

Abstract

The invention discloses a portal ground wire accommodating device which is efficient in accommodating and comprises a case, a wire spool provided with a plurality of spool grooves, a wire spool shell,a power mechanism and a multi-phase inlet wire leading device, wherein the power mechanism comprises a speed reduction motor, a battery for powering the speed reduction motor, and a control switch for controlling the speed reduction motor; the speed reduction motor and the battery are arranged in the case; the control switch is arranged on the surface of the case; the wire spool shell is arrangedon one side of the case; the multi-phase inlet wire leading device is arranged on the case and is adjacent to the wire spool shell; the output shaft of the speed reduction motor takes the shape of apolygon prism and is positioned in the center of the wire spool shell; and the wire spool is mounted on the output shaft of the speed reduction motor in a sleeving manner and is positioned in the wirespool shell. The portal ground wire accommodating device is suitable for dismounting various ground wires.

Description

technical field [0001] The invention relates to the technical field of implementing tools for electrical work safety measures, in particular to a portable ground wire storage device. Background technique [0002] In the process of electrical equipment maintenance, in order to prevent electric shock damage caused by residual charge, induced electricity, and sudden electricity, the regulations require that the maintenance equipment must be grounded through a three-phase short-circuit grounding wire (or grounding switch) before the work is permitted. It is mainly done manually. Due to the long grounding wire (10-15 meters according to the installation location), heavy (15-25kg), hard, and no protective measures, it is easy to cross and knot when using, and the efficiency of finishing and storage is low. The man-machine efficiency of the finishing process is poor, the finishing effect is not standardized, and the shape of the finishing and storage is not uniform, which leads to ...

AI Technical Summary

Problems solved by technology

[0002] In the process of electrical equipment maintenance, in order to prevent electric shock damage caused by residual charge, induced electricity, and sudden electricity, the regulations require that the maintenance equipment must be grounded through a three-phase short-circuit grounding wire (or grounding switch) before the work is permitted. It is mainly done manually. Due to the long grounding wire (10-15 meters according to the installation location), heavy (15-25kg), hard, and no protective measures, it is easy to cross and knot when using, and the efficiency of finishing and storage is low. The man-machine function of the finishing process is poor, the finishing and storage effect is not standardized, and the shape of the finishing and storage is not uniform, which leads to problems such as difficulty in placement and easy damage

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