Auxiliary traction device for deicing high-altitude high-voltage cable based on electric power engineering

Abstract

The invention discloses an auxiliary traction device for deicing a high-altitude high-voltage cable based on electric power engineering. The device comprises a connecting plate, a storage battery is fixedly mounted on the bottom surface of the connecting plate, and a mounting plate is fixed at one end of the connecting plate. According to the invention, through the arrangement of a plurality of steel wire belts and a heating pipe, the contact part of a heated steel wire belt and the cable melts an ice layer on the cable and is embedded in the ice layer, so that the slippage phenomenon between the steel wire belt and the cable can be further prevented, and the device can effectively prevent the slippage between the steel wire belt and the cable; and meanwhile, through the arrangement of rollers, the steel wire belts can be driven to transmit, so that each outer ring surface of each steel wire belt can be in contact with the side surface of the cable, heat adsorbed on the steel wire belt can be more effectively transferred to the cable, the steel wire belt can be quickly embedded into an ice layer on the cable, and meanwhile, a certain effect of melting and deicing an ice layer on the cable is also achieved.

Description

Technical field [0001] The present invention relates to the field of power engineering, and more particularly to an auxiliary traction device for high-altitude high-voltage wire cables based on power engineering. Background technique [0002] Cables in the power industry are an essential transmission equipment, so that the cable can be used to transport electric energy than thousands of miles away to thousands of households, thereby achieving power transmission, where the current cable laying process Most of them are taking the cable using the electric wire to prevent the cable from electric shock to the human body. In winter, because the weather is cold in the cable, the cable will gather a lot of snow, and it will cause the cable to be formed. A large amount of ice, although the gathering of ice cubes does not affect the transmission of electricity, there is still the following problems: further increasing the self-weight of the cable after the large ice cubes are gathered to t...

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Problems solved by technology

[0002] In the power industry, cables are one of the essential power transmission equipment, so that the cables can be used to transmit electric energy thousands of miles away to thousands of households, so as to achieve the purpose of power transmission. Among them, in the current cable laying process Most of them use electric poles to lay cables at high altitudes to prevent electric shock damage caused by cables to the human body. In winter, due to the cold weather, cables will accumulate a lot of snow, which will cause formation of A large number of ice cubes, although the accumulation of ice cubes will not affect the power transmission, there are still the following problems: when a large number of ice cubes gather on the cable, it will further increase the weight of the cable, and over time it will cause the wire The breakage of the cable will not only cause a large-scale power outage, but also cause electric shock problems when pedestrians walk past the grounding of the cable.

[0003] Most of the existing cable deicing devices are hanging deicing devices. When cleaning the ice on the cable, the deicing device is hung on the cable and drives the guide wheel to rotate by driving the motor. The ice device is equipped with a squeezing ice-breaking roller or a vibrating ice-breaking knocking device, so as to realize the purpose of removing ice through the de-icing mechanism while automatically moving along the cable, but due to the cold weather For this reason, even if the deicing mechanism at the front end of the deicing device can remove the large pieces of ice on the cable, there will still be some small ice chips adhering to the cable, so that the guide wheel at the rear end of the deicing device will slip , resulting in the slow movement of the deicing device or the inability to continue to move forward along the cable, which seriously affects the deicing work of the cable and seriously affects the work progress

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