Deicing mechanism on single high voltage power line

Abstract

The invention belongs to the technical field of high voltage power operation, and especially relates to a deicing mechanism on a single high voltage power line. The deicing mechanism comprises the high voltage power line, a deicing element, a front board, an upward floating Geneva wheel, an initiative flexible Geneva wheel, an electric motor, a rotation Geneva wheel, a downward floating Geneva wheel and a base. The deicing element is mounted on the front board. The high voltage power line penetrates the deicing element. The electric motor drives the deicing element to carry out rotation movement, and therefore, the unfrozen water or ice on the high voltage power line can be thrown away from the high voltage power line, thereby realizing a deicing purpose. Through design of the four Geneva wheels, it can be ensured that the device can operate stably on the high voltage power line. The energy source used by the deicing mechanism is solar energy. The solar energy is stored in charging batteries in sunny days. When bad weather appears, the energy can be supplemented by the charging batteries for a relatively long time, thereby carrying out deicing service. The designed structure provided by the invention is relatively high in integration degree and has certain modular design concepts and certain practical effects.

Description

Technical field [0001] The invention belongs to the technical field of high-voltage electric work, and in particular relates to a deicing mechanism for a single high-voltage line. Background technique [0002] At present, the freezing of high-voltage wires has become one of the biggest damage factors to high-voltage wires in winter. Deicing operations are often performed in the following manner. First, by adjusting the current and voltage in the high-voltage wires to make the high-voltage wires generate a higher temperature, and then melt the ice on the wires, which often causes a lot of energy waste; second, relying on manual removal of ice is dangerous. In addition, the accumulation of dangerous operation in extreme environments increases; third, using robots to deice, robots working on high-voltage wires are currently heavy and bulky, requiring manual replacement Batteries cannot generate electricity by themselves. Even if they can rely on solar energy to generate elect...

AI Technical Summary

Problems solved by technology

First, by adjusting the current and voltage in the high-voltage wires to make the high-voltage wires generate a higher temperature, and then melt the ice on the wires, which often causes a lot of energy waste; second, relying on manual removal of ice is dangerous. In addition, the accumulation of dangerous operation in extreme environments increases; third, using robots to deice, robots working on high-voltage wires are currently heavy and bulky, requiring manual replacement Batteries cannot generate electricity by themselves. Even if they can rely on solar energy to generate electricity, the electricity generated cannot meet the requirements of robots with large weight and volume. This factor also causes the current low popularity of high-voltage wire work robots.

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