Electric pole deicing device

Abstract

The invention provides an electric pole deicing device. The electric pole deicing device comprises a trolley, a supporting rod, an ice shoveling mechanism, an ice melting mechanism and a water absorbing mechanism used for absorbing ice water on the electric pole surface. The ice shoveling mechanism comprises an arc-shaped supporting plate and three sets of ice shoveling cutter groups. The arc-shaped supporting plate is arranged at the top end of the supporting rod. The three sets of ice shoveling cutter groups are distributed evenly in the circumferential direction of the arc-shaped supportingplate. The ice melting mechanism comprises a storage battery, a second arc-shaped plate, a second guide sleeve, a heating wire and a second spring. The water absorbing mechanism comprises a third arc-shaped plate, a third guide sleeve, a water absorbing block and a third spring. Ice shoveling cutting edges in the electric pole deicing device each are in an arc shape, so that the contact area between the ice shoveling cutting edges and an electric pole is increased, and thus the ice shoveling efficiency is further improved; through the heating wire in an ice melting device, ice residue left byice shoveling cutters can be melt quickly, and the ice shoveling quality is ensured; and meanwhile, the ice water formed after ice is melted through the heating wire can be absorbed away by the waterabsorbing block in the first time, and secondary freezing of the ice water is prevented, so that electric pole deicing operation is conducted smoothly.

Description

technical field

[0001] The invention relates to the technical field of power distribution line maintenance, in particular to a pole deicing device. Background technique

[0002] In the winter in northern my country, the poles of transmission lines often freeze. If the poles with ice layer are used for climbing operations, it is easy to slip and cause safety accidents. In the prior art, it is often used Ice shovel or fire are used to de-ice the poles, but both of the above two methods have certain problems. Using ice shovels to de-ice, the deicing efficiency is slow, and the deicing quality is not very good. Ice layers often appear on some areas of the poles. Omission phenomenon, when using fire to de-ice the pole, although the quality of deicing is guaranteed, but due to the limited area of ​​fire, the pole can only be heated in sections. When the pole is heated in sections, often The phenomenon that the ice water melted in the upper part refreezes in the baked place of the lo...

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