Electrified fastening antivibrator bolt insulation torsion wrench

Abstract

The invention discloses an electrified fastening antivibrator bolt insulation torsion wrench. The electrified fastening antivibrator bolt insulation torsion wrench comprises a sleeve with an inner hexagonal cavity and insulation discs provided with a handle respectively and used for driving the sleeve to rotate; a ratchet is arranged at the outer surface of the middle of the sleeve; an annular insulation gasket is fixedly sleeved outside the ratchet; the insulation discs are respectively arranged at two sides of the insulation gasket; the insulation discs are of a driving insulation disc and a support insulation disc respectively; the driving insulation disc is hinged to a pawl matched with the ratchet; the driving insulation disc, the support insulation disc, the insulation gasket and the sleeve are movably connected; the handle of each of the driving insulation disc and the support insulation disc is connected with a lengthened insulation arm. The electrified fastening antivibrator bolt insulation torsion wrench can be electrified for operation, multiple inconveniences of a user caused by the power outage operation are avoided, the operation is easy, the safety is high, and the reliable operation of a power system and the personal safety of operation personnel are ensured.

Description

technical field [0001] The invention relates to a tool used in the field of electric power construction, in particular to a torque wrench. Background technique [0002] In order to prevent the transmission line from resonating due to the breeze, which will cause accidents such as fatigue and broken strands of the transmission line, anti-vibration devices are installed on the power transmission line. Because the anti-vibration device is exposed to the field for a long time, it is easily affected by various factors, so the bolts of the anti-vibration device are prone to loosening. When the bolts of the anti-vibration device are not fastened in time, it is easy to cause the anti-vibration device to deviate from the original installation position and cause the phenomenon of displacement. Once the anti-vibration device moves, it will not only fail to prevent vibration, but will also cause new hazards: such as vibration and galloping of the transmission line, fatigue and broken s...

AI Technical Summary

Problems solved by technology

At present, to fasten the anti-vibration nut, the ordinary casing wrench is mostly used, which needs to be carried out under the condition of power failure, which will cause many inconveniences such as power failure and production stoppage to power users.

Moreover, when high-altitude operations are required, tools such as flying cars are required, and there is a great risk

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