A cross-arm installation operation auxiliary equipment and its working method

Abstract

Cross arm mounting operation auxiliary equipment comprises a battery pack and a remote control and further comprises a control module, a communication module, a sensor module, an upper moving device,a state LED lamp, an elastic traction layer, a lower moving device and an action module. The control module is electrically connected with the battery pack; the communication module is electrically connected with the remote controller; the sensor module is electrically connected with the control module; the upper moving device is welded to the elastic traction layer; the state LED lamp is electrically connected with the control module; the elastic traction layer is welded to the lower moving device; the lower moving device is electrically connected with the action module; and the action moduleis electrically connected with the control module and the upper moving device. The upper moving device comprises upper hoops, upper springs, position-adjusting pipes, an upper hoop opening-closing rotating shaft, an upper closed lock, hand-pulled adjusting rings, a displayer, upper anti-skid rubber strips and an upper bracket. The upper hoops are welded to the upper springs; the upper springs arewelded to the hand-pulled adjusting rings; the position-adjusting pipes are welded to the upper hoops and the hand-pulled adjusting rings; the upper hoop opening-closing rotating shaft and the upperclosed lock are mounted on the upper bracket; the hand-pulled adjusting rings are welded to the bracket; the displayer is electrically connected with the control module; the upper anti-skid rubber strips are clamped on the hoops; and the upper bracket is welded to the elastic traction layer.

Description

technical field [0001] The invention belongs to the field of electric power construction devices, and in particular relates to an auxiliary equipment for installing a cross-arm. Background technique [0002] The installation of the cross arm on the existing electric pole is performed by a single person, which requires a lot of physical strength: on the one hand, you must maintain your own balance and tighten the safety belt to prevent it from falling; on the other hand, lift the cross arm and rest it on the tight safety belt Bring it on for installation. Because the cross-arm is relatively heavy and large in size, it takes a lot of physical strength to pull the cross-arm onto the pole and put it on the safety belt. It is easy to lose balance when installing on the pole, causing the safety belt to slip. In severe cases, the cross-arm falls or people Slip from the pole, causing a safety accident. Contents of the invention [0003] In order to solve the above-mentioned safe...

AI Technical Summary

Problems solved by technology

[0002] The installation of the cross arm on the existing electric pole is performed by a single person, which requires a lot of physical strength: on the one hand, you must maintain your own balance and tighten the safety belt to prevent it from falling; on the other hand, lift the cross arm and rest it on the tight safety belt Bring it on for installation

Because the cross-arm is relatively heavy and large in size, it takes a lot of physical strength to pull the cross-arm onto the pole and put it on the safety belt. It is easy to lose balance when installing on the pole, causing the safety belt to slip. In severe cases, the cross-arm falls or people Slipping off the pole, causing a safety accident

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