Liftable auxiliary apparatus for power system

Abstract

The present invention discloses a liftable auxiliary apparatus for a power system, being composed of a drive device, a processor, an execution unit, an insulation rod body, an insulation workbench, an insulation telescopic guide rail and a connection device, wherein the drive device is disposed on the ground and is connected to the processor which is further connected to the execution unit, and the execution unit is connected to the insulation rod body which is connected to the insulation workbench, and the connection device is disposed on a tower rod and is connected to the insulation rod body via the insulation telescopic guide rail. The present invention in particular provides the liftable auxiliary apparatus for the power system, having the characteristics of simple structure, easy handling and applicability to hot-line work. The whole apparatus herein is liftable, translatable, and rotatble, and has a high work efficiency and the capability of guaranteeing personnel safety, is in substantial economic and social values. The assembled workbench is rotatable around a main rod, which facilitates personnel on the rod to choose work position, thus addressing the inability of self-rotation of imported platforms; the assembly work bench is agile in lifting.

Description

technical field [0001] The invention relates to auxiliary equipment for live work on distribution lines, in particular to a lifting auxiliary equipment for a power system. Background technique [0002] During power distribution and live work, some equipment that needs to be overhauled cannot be reached by the insulating work platform arm truck due to obstacles such as mountains or houses. In addition, there are many cases where distribution lines are paralleled on the same pole. Because the insulator arm truck is too wide, live work on the upper line is almost impossible, which affects the promotion of live work and cannot guarantee the reliability of power supply. In addition, when the tower pole is covered with ice or water, if the foot buckle is used to climb the pole, the risk factor of the climber's falling from a height will increase, and the safety of the operator cannot be guaranteed. Finally, due to the increasing number of overhead cables and the ubiquity of overh...

AI Technical Summary

Problems solved by technology

[0002] During power distribution and live work, some equipment that needs to be overhauled cannot be reached by the insulating work platform arm truck due to obstacles such as mountains or houses.

In addition, there are many cases where power distribution lines are paralleled on the same pole. Because the insulator arm truck is too wide, live work on the upper line is almost impossible, which affects the promotion of live work and cannot guarantee the reliability of power supply.

In addition, when the tower pole is covered with ice or water, the use of foot buckles to climb the pole will increase the risk factor of the operator falling from a height, and the safety of the operator cannot be guaranteed.

Finally, due to the increasing number of overhead cables and the ubiquity of overhead lines, if a cable or overhead line fails between the tower spans, the entire tight line section needs to be put down, which is labor-intensive and takes a long time to process. If a pulley is used, the operation risk increases. Big

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