Safety shoe capable of automatically walking on power transmission tower high voltage cable

Abstract

The invention discloses a safety shoe capable of automatically walking on a power transmission tower high voltage cable, which comprises a shoe body and a toolkit for accommodating the shoe body, wherein a brace is arranged on the toolkit; the bottom part of the shoe body is connected with a shoe sole; a corresponding cable is arranged on the shoe sole; the shoe sole is also connected with a shoe bottom plate; a bottom plate groove is arranged in the shoe bottom plate; the bottom plate groove is internally provided with a rotating first rotation shaft; the first rotation shaft is provided with a driving rotation wheel corresponding to the cable; the toolkit is internally provided with a first rotation shaft driven by the motor; and the first rotation shaft is provided with a transmission connector correspondingly connected with a connection groove. The motor can drive a driving gear to rotate, rotation of the driving gear on the cable can be used to drive the shoe bottom plate to slide on the cable, a human body is further driven to slide on the high voltage cable, and thus, the problem that the traditional safety shoe is likely to slip on the high voltage cable can be avoided, and the personal safety of a worker can be ensured.

Description

technical field [0001] The invention relates to safety shoes in the electric power industry, in particular to a safety shoe for automatic walking of high-voltage cables in electric power transmission towers, and in particular to a kind of automatic walking of electric high-voltage cables that can walk on high-voltage cables during the construction process of high-voltage cables safety shoes. Background technique [0002] With the continuous improvement of living standards, it also further promotes the continuous development of the power industry. In the current power industry, high-voltage cables are one of the indispensable power transmission equipment, so that high-voltage cables can be used to connect power plants and various power plants. The electricity generated by the equipment is transmitted over a long distance, so that the electricity that is thousands of kilometers away can be transmitted to thousands of households. Among them, most of the current high-voltage cab...

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Problems solved by technology

[0002] With the continuous improvement of living standards, it also further promotes the continuous development of the power industry. In the current power industry, high-voltage cables are one of the indispensable power transmission equipment, so that high-voltage cables can be used to connect power plants and various power generation The electricity generated by the equipment is transmitted over a long distance, so that the electricity that is thousands of kilometers away can be transmitted to thousands of households. Among them, most of the current high-voltage cable laying process is to use the erected iron tower to lay the high-voltage cables at high altitude. , so that the high-voltage cables can be laid at a higher position after being laid by the iron tower, thereby avoiding the occurrence of electric shock problems. Most of the current high-voltage cable laying processes are laid manually, and Most of the operators in high-altitude operations walk directly on the cables. Since the iron towers are in a relatively high position and there is a certain distance between two adjacent iron towers, there will be certain tension when workers walk on the cables. Dangerous, and the safety shoes worn on the workers' feet in the process of workers' walking are mostly simple ordinary shoes, although the workers can walk on the high-voltage cables after wearing ordinary shoes, there are also the following problems: 1. The cable is thin, so walking on the cable is easy to cause the shoes to break away from the cable, which causes the worker to fall, which further affects the personal safety of the worker. 2. Because walking on the high-voltage cable is extremely uncomfortable It is convenient, so the walking speed is slow, which further reduces the construction efficiency a lot, which has a certain impact on the delivery of the construction period

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