A self-anchoring adjustable pedal for erecting high-altitude catwalks

Abstract

The invention relates to construction protection equipment, in particular to a self-anchored adjustable pedal for erection of a high-altitude catwalk. Steel angles are arranged at two ends of each steel plate of the self-anchored adjustable pedal for erection of the high-altitude catwalk respectively, a plurality of vertical rods are arranged on the steel plate, and a lifeline is arranged between the vertical rods; self-anchored buckles are arranged on one steel angle at one end of each steel plate to form an anchoring end, and a combined sealable sliding chute is formed in the steel angle at the other end of each steel plate to form a sliding end; the anchoring ends and the sliding ends of a plurality of steel plates are mutually inserted and mutually spliced forwards and backwards to form the high-altitude catwalk. According to the self-anchored adjustable pedal for erection of the high-altitude catwalk, a few special requirements for erection of the catwalk on a structure cable are met, the span and the left-right height are adjusted, the structure cable can slide in the sealable sliding chute, the anchoring is reliable, and a flexible rubber cover for wrapping has an omnibearing protection function on the structure cable. The pedal is simple to process, firm to use, easy to mount and convenient to dismount.

Description

technical field [0001] The invention relates to construction protection equipment, in particular to a self-anchored adjustable pedal used for erecting high-altitude catwalks. Background technique [0002] At present, the construction of high-altitude catwalk slabs mainly adopts customized steel mesh scaffolding boards or wooden scaffolding boards. The current commonly used high-altitude catwalk slabs have the following disadvantages in cable net construction: at present, catwalk slabs are mainly used for temporary construction cables and are not suitable for erection. On structural cables, structural cables have very high requirements for cable protection. The catwalk board cannot adjust the length of the catwalk board itself according to the difference of the erection span. Catwalk boards, especially wooden formwork, and construction cables are mainly tied with iron wires, which is not safe at high altitudes. The left and right unbalanced height of the catwalk section can...

AI Technical Summary

Problems solved by technology

[0002] At present, the construction of high-altitude catwalk slabs mainly adopts customized steel mesh scaffolding boards or wooden scaffolding boards. The current commonly used high-altitude catwalk slabs have the following disadvantages in cable net construction: at present, catwalk slabs are mainly used for temporary construction cables and are not suitable for erection. On structural cables, structural cables have very high requirements for cable protection

Catwalk boards, especially wooden formwork, and construction cables are mainly tied with iron wires, which is not safe at high altitudes

Unable to adjust the left and right unbalanced height of catwalk board section

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