Climbing auxiliary balancing device and high-altitude auxiliary balancing method

Abstract

The invention provides a climbing auxiliary balancing device and a high-altitude auxiliary balancing method, wherein the climbing auxiliary balancing device includes two sliding shells, two sliding parts and a tension belt; the two sliding shells are connected through a connecting assembly; the sliding parts are arranged on the sliding shells and A through hole is provided; the two ends of the tension band pass through the two sliding shells and are connected with the sliding parts so as to pull the two sliding parts to move to the opposite side. The high-altitude auxiliary balance method includes: A. Put the sliding shell on the side bar, and the connecting component connects the two sliding shells; B. Pass the arms through the through hole, pull the tension belt to move the slider back; C. Put the tension belt on At the waist; D. The sliding of the slider is limited by the cooperation of the shoulder and the arm. The climbing auxiliary balance device and high-altitude auxiliary balancing method provided by the present invention can find a sense of balance through the cooperation of the waist and shoulders when the balance is lost at high altitudes, and fundamentally avoid the occurrence of falling accidents.

Description

technical field [0001] The invention belongs to the technical field of high-altitude operation auxiliary equipment, and more specifically relates to a climbing auxiliary balancing device and a high-altitude auxiliary balancing method. Background technique [0002] With the continuous development of the electrical industry, the height of transmission lines is getting higher and higher, and due to the particularity of line maintenance operations, most of the maintenance work of current high-altitude transmission lines still needs to be done manually, and in the high-altitude working environment, climbing personnel personal safety cannot be guaranteed. [0003] Since 2005, domestic power companies such as the State Grid and China Southern Power Grid have begun to refer to the fall prevention technologies and standards of the United States, Japan and other countries, and have formulated high-altitude safety operation regulations to reduce casualties of tower climbers. [0004] ...

AI Technical Summary

Problems solved by technology

[0008] The purpose of the present invention is to provide a climbing auxiliary balance device and a high-altitude auxiliary balancing method, aiming at solving the problem of staff losing balance and falling when climbing high, and improving the safety of high-climbing operations

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