Rack for high-altitude rescue training of power transmission line and training system

Abstract

The invention relates to a rack for high-altitude rescue training of a power transmission line and a training system. The rack comprises a first frame body and a second frame body which are arranged between two power transmission line iron towers for training, a corridor structure is fixed between the top ends of the first frame body and the second frame body; the first frame body is provided witha plurality of first workbenches which are positioned below the corridor structure and are distributed up and down; a plurality of second workbenches which are distributed up and down and correspondto the first workbenches in position are arranged on the second frame body; the second workbench is located below the corridor structure. A wire is connected between the first workbench and the secondworkbench correspondingly. A ladder stand is connected to the outer side face of the first frame body, a trainee can enter the first workbench through the ladder stand, stairs are arranged in the second frame body, the trainee can enter the corridor structure through the stairs; by means of the rack, an instructor can conduct approach guidance on the trainee.

Description

technical field [0001] The invention relates to the technical field of training teaching aids in the electric power industry, in particular to a platform for high-altitude rescue training of power transmission lines and a training system. Background technique [0002] Transmission line high-altitude rescue technology training is to establish a standard transmission line at the training site. The height of the transmission line tower is relatively high, generally around 30-50 meters, and the span of the line is large, generally around 300-500 meters. Power outage maintenance of transmission lines is one of the main tasks of daily maintenance. The staff travels on the wires tens of meters above the ground and repairs the defects encountered in the transmission lines during the process. During the work, due to the physical condition and environmental meteorological conditions, the operator may slip from the wire and hang in the air, and the person will appear suspension syndrom...

AI Technical Summary

Problems solved by technology

The traditional training mode is that the instructor explains and guides on the ground, and the trainees step on the tower to train at a high place. The inventors found that the disadvantages of this training mode are: 1. The instructor cannot clearly see the operation of the trainees at a high place on the ground Whether it is standardized; 2. Because the trainees are at a high place and far from the ground, they cannot hear the instructor's instructions clearly; 3. When there are dangerous factors in the operation of the trainees, the instructor on the ground cannot detect and correct them in time, or supervise the trainees when a dangerous situation occurs The personnel cannot be rescued immediately; in the past few years, when a certain electric power training institution was performing pole training for the trainees, because the trainees mishandled the trainees at high altitude, the ground monitoring personnel did not find out and stop them in time, causing the personnel to be suspended at high altitudes, and the rescue was not timely and unreasonable Accidents resulting in fatalities

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