Suspended cable automatic deicing device

Abstract

The invention discloses a suspended cable automatic deicing device which comprises an upper housing and a lower housing. The upper housing and a lower housing correspond to each other and are connected with a fixing buckle and a fixing bolt. The lower housing is provided therein with a feeding shaft, a first leak hole and a second leak hole. The upper housing is provided with an ice crushing rod, a bracket plate, a rotating shaft, a cam, and a first motor. The ice crushing rod is provided with a tooth groove plate and a first backing plate. A scraper plate, a torsion spring and rib teeth are arranged between the first leak hole and the second leak hole. A metal ring and brush hairs are arranged between the lower housing and the upper housing. An upper placement plate, a fixed convey wheel, and a second motor are arranged on the right end of the upper housing. A lower placement plate, a movable pressing rod, a movable pressing wheel and a second backing plate are arranged on the right end of the lower housing. After being started, the suspended cable automatic deicing device drives a cable and a device to move relatively at constant speed so as to continuously remove ice in cooperation with the ice crushing rod, the scraper plate and the brush hairs.

Description

Technical field [0001] The invention relates to a cable deicing device, in particular to a suspended cable automatic deicing device. Background technique [0002] With the continuous improvement of living standards, it has also further promoted the continuous development of the power industry. In the current power industry, cables are one of the indispensable power transmission devices, so that cables can be used to transfer electrical energy thousands of miles away. It is delivered to thousands of households to achieve the purpose of power transmission. In the current cable laying process, most of the cables are laid at high altitude using poles to prevent electrical shocks caused by cables to the human body. In winter, Because of the cold weather, a large amount of snow will accumulate on the cable, which will cause a large amount of ice to form on the cable over time. Although the accumulation of ice will not affect the power transmission, there are still the following problem...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of living standards, it has also further promoted the continuous development of the power industry. In the current power industry, cables are one of the indispensable power transmission equipment, so that the cables can be used to transmit electric energy thousands of miles away. It is transmitted to thousands of households to achieve the purpose of power transmission. In the current cable laying process, most of the cables are laid at high altitude using electric poles to prevent the electric shock damage caused by the cables to the human body. In the case of winter , due to the cold weather, a large amount of snow will accumulate on the cable, which will cause a large amount of ice cubes to form on the cable over time. Although the accumulation of ice cubes will not affect the transmission of power, there are still the following problems: when a large number of When ice cubes gather on the cable, it will further increase the white weight of the cable, which will cause the cable to break over time. When the cable breaks, it will cause the cable to contact the ground. In the process, it will further cause electric shock problems, which will cause certain dangers to pedestrians, and when a large number of ice cubes on the cables are gathered, since the cables on the utility poles will be arranged in multiple rows, the It will add a certain burden to the power pole. When more ice cubes gather on the cable, there will be a danger of the power pole being tilted and broken, which will further cause a devastating disaster to pedestrians and nearby residential buildings.

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