Remote control flame-breathing transmission line obstacle removal device

Abstract

The invention relates to a remote control eruptive power transmission line obstacle removing device, which comprises a travelling mechanism and an eruption system. The travelling mechanism includes a sliding trolley, a controller which is installed on the sliding trolley and can conduct wireless communication and emit corresponding control signals, a battery, an actuator connected with the controller through signals, travelling wheels which are installed on the sliding trolley and connected with the actuator, two driven wheels, and a conductive device which makes the sliding trolley and a power transmission line conductively connected. The eruption system includes a gas tank installed on the sliding trolley, an eruption head which is connected with the gas tank through a pipeline, an ignition device which is arranged at the eruption head and connected with the controller through signals, and a solenoid valve and a hand-operated valve which are arranged on the pipeline. The eruption head is located in front of the driven wheels, ahead of the travelling wheels, in the extending direction of the power transmission line. The remote control eruptive power transmission line obstacle removing device has the advantages of being easy to operate, convenient to carry and good in safety, obstacle removing efficiency is greatly improved, burdens of operators are relieved, and the safety of the operators is guaranteed.

Description

technical field [0001] The invention relates to a device for removing barriers of power transmission lines by means of spraying fire. Background technique [0002] With the rapid development of my country's economy, more and more ultra-high-voltage large-capacity transmission lines are built, and the geographical environment that the lines cross is more complicated. Since the transmission line is exposed to the natural environment for a long time, it will inevitably be affected by the external environment. For example, after a typhoon, foreign objects are blown onto the transmission line; when flying a kite, it is hung on the transmission line by misoperation, resulting in dancing, flashover, and burns on the line. , or even broken wires and inverted poles, the structure of the power grid is damaged, and the safe operation is seriously threatened. The traditional method used in the prior art for the removal of transmission lines is power failure maintenance or live work. Th...

AI Technical Summary

Problems solved by technology

Since the transmission line is exposed to the natural environment for a long time, it will inevitably be affected by the external environment. For example, after a typhoon, foreign objects are blown onto the transmission line; when flying a kite, it is hung on the transmission line by misoperation, resulting in dancing, flashover, and burns on the line. , or even broken wires and inverted poles, etc., the structure of the power grid is damaged, and the safe operation is seriously threatened

The traditional method used in the prior art for the removal of transmission lines is power failure maintenance or live work. The operators rely on tools such as insulating ladders, insulating rods, and shielding suits to climb to high-altitude transmission lines for manual removal. High strength, high safety risk, low work efficiency, high risk, and power failure will also cause economic losses

There are also some line-clearing robots that usually need to use a crane to place the robot, or manually carry and install the robot. The operation is complex and the workload is large. Improper operation or equipment failure is likely to cause personal injury, and there is a large safety hazard.

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