High-voltage line deicing and snow removal equipment

Abstract

The invention discloses a high-voltage line deicing and snow removal device which is enabled to travel along a high-voltage line through the combination of the pulling force generated by a first traveling mechanism and the pulling force generated by a second traveling mechanism. Working planes of a first driving wheel and a first driven wheel in the first traveling mechanism are perpendicular to working planes of a second driving wheel and a second driven wheel in the second traveling mechanism, so that the high-voltage line deicing and snow removal device can travel more smoothly along the high-voltage line. During the removal of snow, only piston rods of a vertical cylinder and a horizontal cylinder need to be extended to the maximum stroke, at this time, the high-voltage line is placedbetween two groups of spiked rods of a first destruction cone group and two groups of spiked rods of a second destruction cone group, and the snow on the high-voltage line is scraped as the first traveling mechanism and the second traveling mechanism move. During the deicing, the vertical cylinder and the horizontal cylinder are cycled at certain time intervals, at this time, the ice layer on thehigh-voltage line is subjected to cyclical impact by the first and second destruction cone groups, so that the ice layer covering the high-voltage line falls off.

Description

technical field [0001] The invention relates to the technical field of high-voltage line maintenance equipment, and in particular relates to high-voltage line deicing and snow removal equipment. Background technique [0002] In recent years, the number of ice disasters on high-voltage transmission lines in my country has continued to increase. Due to the special geographical location of high-voltage transmission lines, they are easily affected by the climate. In severe winter weather, they are easy to freeze, resulting in power outages or even disconnections, which seriously affect people. In normal life, deicing of high-voltage lines has become a major problem for electric power workers. The current deicing methods include manual deicing, mechanical deicing, thermal deicing, etc. However, high voltage lines and icing conditions are very complicated. High demands are placed on the de-icing unit. [0003] The current high-voltage line deicing and snow removal equipment has the...

AI Technical Summary

Problems solved by technology

[0002] In recent years, the number of ice disasters on high-voltage transmission lines in my country has continued to increase. Due to the special geographical location of high-voltage transmission lines, it is easily affected by the climate. It is easy to freeze in severe winter weather, resulting in power outages or even disconnections, which seriously affects people. In normal life, deicing of high-voltage lines has become a major problem for electric power workers. The current deicing methods include manual deicing, mechanical deicing, thermal deicing, etc. However, high voltage lines and icing conditions are very complicated. High demands are placed on the de-icing unit

[0003] The current high-voltage line deicing and snow removal equipment has the function of not being able to walk stably on the high-voltage line; and both deicing and snow removal use the same working mode. It is difficult to achieve a good technical effect by using the same working mode to solve the two functions. , the above problems urgently need to be solved

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