Angle steel iron tower climbing device

Abstract

The invention discloses an angle steel iron tower climbing device. The angle steel iron tower climbing device comprises an adjustment-type shoe climbing fixing tape, a sole fixing plate, a shock-absorption layer, a bottom foundation layer, a movable front groove plate and a movable rear groove plate, wherein the adjustment-type shoe climbing fixing tape is sewn on the sole fixing plate, the shock-absorption layer is arranged between the sole fixing plate and the bottom foundation layer, and the periphery of the sole fixing plate, the shock-absorption layer, the bottom foundation layer is fixed through four M4 bolts. The movable front groove plate is fixed at the front half portion of the bottom foundation layer through bolts, and the movable rear groove plate is fixed at the rear half portion of the bottom foundation layer through bolts. By means of the method, an operator does not need to take off the shoes, can directly step on the sole fixing plate, and then is fixed through the adjustment-type shoe climbing fixing tape, and the operator feels comfortable and convenient. Besides, the movable front groove plate and the movable rear groove plate at the lower portion can adjust the intervals according to the specification of angle steel, so that the situation that the intervals are too large and affect safety is avoided. Particularly, anti-skidding hooks at the lower portion of the movable front groove plate can firmly hook the edges of the angle steel, so that the operator can climb upwards conveniently, rapidly and stably.

Description

technical field [0001] The invention relates to the field of climbing aids, in particular to an angle steel tower climber. Background technique [0002] The transmission line towers in the field or the tower cranes used in construction are often welded with angle steel, which is tens of meters high. If there is no escalator, it will be very difficult for maintenance personnel or tower crane operators to climb up, and the 90-degree angle on the angle steel is likely to cause slippage or slippage at the point of application , more dangerous. In real life, iron towers or tower cranes are often not equipped with escalators in order to prevent unrelated people from wanton climbing, so climbers often stumble. In order to prevent casualties, climbers must be equipped with safety belts, but how? Reducing the possibility of slipping is worth exploring. Contents of the invention [0003] The technical problem mainly solved by the present invention is to provide an angle steel towe...

AI Technical Summary

Problems solved by technology

[0002] The transmission line towers in the field or the tower cranes used in construction are often welded with angle steel, which is tens of meters high. If there is no escalator, it will be very difficult for maintenance personnel or tower crane operators to climb up, and the 90-degree angle on the angle steel is likely to cause the point of force to slip or slip. , more dangerous

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