A fully automatic anti-electric shock pole climbing device for electric power engineering maintenance

Abstract

The invention relates to a full-automatic electric shock prevention pole climbing device for power engineering maintenance. The full-automatic electric shock prevention pole climbing device for powerengineering maintenance includes a climbing machine body, a supporting frame, a supporting machine body and an electric shock prevention seat; the supporting frame is fixedly connected to the middle of the left end of the climbing machine body; the supporting frame is arc-shaped; the supporting machine body is fixedly connected to the tail end of the other end of the supporting frame; front and rear symmetrical fixed guide posts are fixedly connected to the top of the supporting machine body; the electric shock prevention seat is sleeved on each fixed guide post; a damping spring surrounding each fixed guide post is arranged on the top of the supporting machine body; the right end of the climbing machine body is cut with first sliding grooves which are symmetrical up and down; each first sliding groove is provided with a power direction conversion groove near the center end of the climbing machine body; and a power direction conversion device is arranged in the power direction conversion groove.

Description

technical field [0001] The invention relates to the technical field of electric power maintenance equipment, in particular to a fully automatic anti-shock electric pole climbing device for electric power engineering maintenance. Background technique [0002] The emergence of electricity has brought a leap in human productivity, and the appearance of incandescent lamps has also created the history of human beings using electricity for lighting. However, with the two industrial revolutions and the continuous improvement of human technology, human life has become inseparable from electricity. , Daily life is ubiquitous; electric fans, mobile phones, rice cookers, induction cookers, hair dryers, televisions, electric blankets, washing machines, computers, telephones, electric vehicles, etc., combined with the purpose of sustainable development, as clean energy, is It is convenient, fast, safe and economical. [0003] In the development of electricity, in order to be able to use...

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Problems solved by technology

[0004] Among them, in the process of power transmission, human beings set up tall and upright electric poles, on the one hand, to ensure that the wires have sufficient high-stable transmission, to improve safety, and on the other hand, to prevent people from climbing the electric poles, causing irreversible accidents , but it is precisely this design principle that makes it extremely difficult for maintenance personnel to work. Because the pole is high and smooth, it is particularly difficult to climb the pole. There are two types of pole climbing devices in the prior art, one is the professional maintenance worker's own The foot buckles can be climbed section by section, but the maintenance personnel use their own strength to climb, resulting in no energy to do maintenance work when they reach the top, and due to the poor equipment, it is necessary to help the maintenance personnel with seat belts. Such a greatly limited operating space for maintenance personnel makes it particularly difficult to work. In addition, because the foot buckles and seat belts are in a fixed mode, once an electric shock occurs, a major accident will inevitably occur. The maintenance personnel cannot escape safely. The second method is to use a lift truck. However, lift trucks are aimed at places with better development, and have higher requirements for road conditions and convenient transportation. It is more difficult to implement in less developed places. Moreover, if this method is used for maintenance work, once an electric shock occurs, the maintenance personnel will not fall. If you fall, you will be electrocuted and die, and you will not be able to escape in time.

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