Insulating pedal for live operation of distribution network

Abstract

The invention discloses an insulating pedal for live operation of a distribution network. The insulating pedal comprises an insulating separator plate which is arranged in a manner of abutting an electric pole, a fixed locking device and an insulating pedal. The insulating separator plate is provided with an antiskid structure in a manner of abutting the electric pole surface. The lower side, which derivates from the electric pole surface, of the insulating separator plate, is provided with projections which are uniformly and separately arranged in the width direction. The fixed locking deviceis fixed on the upper-side electric pole of the insulating separator plate. The fixed locking device is provided with a hook with an upward opening. Two ends of the insulating pedal are provided withflexible insulating force bearing members which are fixed. The flexible insulating force bearing member is provided with a hanging ring. The hanging ring is hung on the hook. The insulating pedal ishorizontally arranged on one surface, which deviates from the electric pole surface, of the insulating separator plate. The insulating pedal is provided with troughs at positions which correspond withthe projections. Two ends, which are next to the insulating separator plate side, of the insulating pedal, are respectively provided with a tying belt for fixing. The insulating pedal can replace aninsulating boom vehicle and an insulating platform. The insulating pedal has advantages of high safety and high comfort in use, high convenience in mounting, and no landform restriction.

Description

technical field [0001] The invention relates to a high-altitude operation device, in particular to an insulating pedal for live work in a distribution network. Background technique [0002] The existing distribution network insulation pole live work uses insulation foot buckle, insulation scaffolding and other methods as the insulation station of the operator, which is affected by the terrain and methods to varying degrees, and there are certain risks, and it is uncomfortable to use, and the feet stand in the narrow bearing position for a long time It is prone to fatigue; the relatively safe and comfortable insulated bucket truck cannot reach the mountains and fields due to the terrain, so it cannot be used in some places. The installation of the insulated platform is cumbersome and laborious, and the efficiency is low. Therefore, it is hoped to design a safe and comfortable insulated pedal. In order to adapt to the live working of insulating poles. Contents of the inventi...

AI Technical Summary

Problems solved by technology

[0002] The existing distribution network insulation pole live work uses insulation foot buckle, insulation scaffolding and other methods as the insulation station of the operator, which is affected by the terrain and methods to varying degrees, and there are certain risks, and it is uncomfortable to use, and the feet stand in the narrow bearing position for a long time It is prone to fatigue; the relatively safe and comfortable insulated bucket truck cannot reach the mountains and fields due to the terrain, so it cannot be used in some places. The installation of the insulated platform is cumbersome and laborious, and the efficiency is low. Therefore, it is hoped to design a safe and comfortable insulated pedal. In order to adapt to live work on insulating poles

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