Tool for high-altitude erection

Abstract

The invention discloses a tool for high-altitude erection. The tool comprises a pay-off bracket, a take-up bracket, a pay-off roller bracket, a traction aircraft, a hang-up buckle, an ejection device,a take-up claw and a controller, wherein the pay-off bracket comprises a take-up base, a height support rod and a support foot, the middle part of a fixed rod of the pay-off bracket is provided withthe ejection device and a pressing wheel, and the take-up bracket mainly comprises a take-up base, a support rod, a landing plate, the take-up claw and a take-up roller; an electromagnet is arranged on the landing plate, and the take-up claw and a ball screw are arranged on the take-up base; the traction aircraft is connected with a traction wire through the hang-up buckle, the hang-up buckle comprises a fixed plate and a magnetic buckle, the magnetic buckle is provided with a steel needle which is detachably connected, a signal transmitting module is arranged on the landing plate, a signal searching module corresponding to the signal transmitting module is arranged on the traction aircraft, and the traction aircraft flies towards a take-up device according to signals transmitted by the signal transmitting module. The scheme of the invention can automatically realize line erection, and is convenient and fast.

Description

technical field [0001] The invention relates to a tool for high-altitude erection. Background technique [0002] When erecting power lines and other cables at high altitude, obstacles are often encountered, such as valleys, rivers, houses, woods, etc. At present, the method of erecting high-altitude crossing rivers and valleys is mainly to use traction aircraft and connect traction ropes to the aircraft. After letting the aircraft pull the traction rope across the river and valley, continue to pull the traction rope manually to pull the power line connected to the other end of the traction rope. [0003] The above method has the following problems: 1. Before the traction rope is connected to the aircraft, it is often necessary to manually erect the traction rope on the bracket. 2. After the aircraft carries the traction rope to cross the obstacle, it is necessary to manually untie the traction rope, then wind the traction rope to the take-up device, and then pull the power ...

AI Technical Summary

Problems solved by technology

[0003] The above method has the following problems: 1. Before the traction rope is connected to the aircraft, it is often necessary to manually erect the traction rope on the support

The above process requires more manual operations, which is time-consuming and labor-intensive.

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