A high-voltage line deicing equipment

Abstract

The invention discloses a high-voltage line deicing device, the structure of which comprises an ice-shoveling main body, an anti-icing agent brushing mechanism, a battery, a connecting pile, and a motor main body. The main body is arranged above the connecting pile through a connecting piece. Located below the inside of the ice shoveling main body, the battery is embedded inside the connecting pile, the ice shoveling main body is provided with a pull rod, a deicing arm, and a deicing head, and the pull rod is movably connected to the deicing arm and the ice shoveling main body. The inner end of the deicing arm is set on the sides of both ends of the ice shoveling main body through bolts. The invention realizes that the new high-voltage line deicing equipment can brush the anti-icing agent on the high-voltage line through the brush, and reduce the freezing point of rainwater attached to the high-voltage line. , which is not conducive to the formation of icing conditions and reduces the condensation of ice cubes on high-voltage lines, and there is a dose alarm module inside. When the dose is insufficient, it can send a message to the control terminal to remind personnel to replenish, so as to achieve the effect of preventing ice damage and greatly reduce ice damage. It is beneficial to protect high-voltage lines and reduce electrical hazards.

Description

technical field [0001] The invention relates to high-voltage line deicing equipment, which belongs to the field of high-voltage line deicing equipment. Background technique [0002] The phenomenon that rime and rime condense on the conductors or wet snow freezes on the conductors is called icing on wires and high-voltage lines. Frost, dry snowflakes and raindrops attached to the conductors are caused by the temperature drop However, a small amount of frozen ice is not regarded as wire icing. Electric power and communication departments call it wire icing. Wire icing can be divided into two types according to the formation process: precipitation icing and cloud icing. [0003] The hazards of icing on high-voltage lines can be divided into direct hazards and indirect hazards. Direct hazards will affect electricity and communications, while indirect hazards are other hazards derived from disasters such as electricity and communications. Among these disasters, electricity hazar...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide a high-voltage line deicing equipment to solve the problem that the high-voltage line deicing equipment in the prior art cannot be equipped with simultaneous deicing and ice damage prevention

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