A deicing mechanism on a single high-voltage line

Abstract

The invention discloses a deicing mechanism for a single high-tension cable. The deicing mechanism includes a movable upper box, a deicing mechanism, low temperature sensors, supports, absorption charging seats, high-tension cable grooves, connection blocks, a deicing groove, and a movable lower box; the movable upper box is of a rectangular structure, and the movable lower box is arranged under the movable upper box; the deicing mechanism is arranged between the movable upper box and the movable lower box and is movably connected; and the low temperature sensors are arranged on the top of themovable upper box and the bottom of the movable lower box, and are connected to the absorption charging seats in a sensing manner. The beneficial effects of the invention are that the deicing mechanism is small in size, can move on the high-tension cable easily, can move on the high-tension cable horizontally to remove ice by using the low temperature sensors to sense and start motors as a power,can remove ice through a plurality of steps such as sharp corner hammering, thread smashing, and blade shoveling; the deicing mechanism can work at a low temperature, can remove ice in advance, can prevent snow accumulation, can reduce deicing difficulties and improve the deicing efficiency, can prevent loss, can achieve normal power supply, and is easy to use.

Description

technical field [0001] The invention relates to a deicing mechanism for a single high-voltage line, which belongs to the field of deicing mechanisms for a single high-voltage line. Background technique [0002] When there is heavy snow or cold weather, most of the outdoor cables are prone to ice. If such bad weather lasts for a long time, the ice layer on the cable will gradually thicken and become hard. In severe cases, the thickness of the ice layer will exceed that of the cable. The diameter is 4, 5 times or more, which greatly increases the load-bearing capacity of the cable. If it is accompanied by rainy weather, a thick layer of ice edges will hang on the cable, which will further increase the burden on the cable. If the weight exceeds the load-bearing range of the cable, the cable and the line tower will be stretched, affecting people's normal production and life of electricity, and even causing accidents in severe cases. [0003] In the existing technology, the cabl...

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Problems solved by technology

[0002] When there is heavy snow or cold weather, most of the outdoor cables are prone to ice. If such bad weather lasts for a long time, the ice layer on the cable will gradually thicken and become hard. In severe cases, the thickness of the ice layer will exceed that of the cable. 4, 5 times or even more than the diameter, which greatly increases the load-bearing capacity of the cable. If it is accompanied by rainy weather, a thick layer of ice edges will hang on the cable, which will further increase the burden on the cable

If the weight exceeds the load-bearing range of the cable, the cable and the line tower will be stretched across, affecting people's normal production and life of electricity, and even causing accidents in severe cases

[0003] In the existing technology, the cables are easy to freeze in the bad weather of freezing rain and snow. If they are not cleared in time, the cables, poles and towers will be damaged due to the heavy load, causing huge losses and affecting and inconvenient to people's lives. Therefore, The deicing mechanism of the product can be further improved to implement deicing more effectively

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