(1) Training objectives

Set up a high-altitude corridor platform at an appropriate position on the steel frame training tower. Trainees rely on safety belts and backup protection ropes to alternately protect themselves, and undergo individual high-altitude walking sensation training and two person high-altitude opposing walking sensation training. By experiencing high-altitude corridor walking firsthand, they deeply understand the importance of taking measures to prevent high-altitude falls.

(2) Training subjects

The implementation process of this somatosensory project: climb up the ladder on one side of the transmission tower leg to the pedestrian platform, enter the high-altitude corridor from the platform, and then descend the tower using the vertical ladder on the other side of the tower.

(3) Implement functions

A high-altitude corridor platform is set up at an appropriate position on the steel frame training tower. Trainees rely on safety belts and backup protection ropes to alternately protect themselves, and undergo single person high-altitude walking sensation training and two person high-altitude opposing walking sensation training. By experiencing high-altitude corridor walking firsthand, they deeply understand the importance of taking measures to prevent falls from high altitudes.

Safety protection measures: Install a parallel safety track above the high-altitude corridor. In addition to using seat belts and backup protection ropes to alternately protect students during normal experience, special pulley devices are also used to connect students to the safety track, ensuring normal walking and student safety.

When walking at high altitude, it can simulate the danger of falling, with a strong sense of impact, and raise the awareness of the safety importance of walking at high altitude among personnel on the tower.

(4) Equipment layout

On the steel frame training platform, a high-altitude corridor platform is set up. Trainees wear seat belts and rely on seat belts and backup protection ropes to alternately protect themselves. Special pulley devices are used to connect students to the safety track, allowing for individual high-altitude walking sensation and two person high-altitude opposite walking sensation, and to personally experience high-altitude corridor walking.

Prepare 3-4 students to walk in sequence, with an interval of about 4 meters. The surrounding area can accommodate 10-20 students for training and observation.

List of equipment for high-altitude walking motion sensing project