Foot plank

Abstract

The invention discloses a foot plank, which relates to a foot plank in the fields of buildings, bridges, railways, and the like. The foot plank comprises a bracket and a panel, wherein the panel is arranged on the bracket by a connecting clamp, and a part (contacted with the panel) of the bracket is provided with a horizontally-arranged cylindrical tube; the panel comprises a walking board on which people can walk and a support board, the support board is arranged between the walking board and the cylindrical tube so as to form a distance in longitudinal direction between the walking board and the cylindrical tube, and the walking board is provided with a plurality of connecting holes; the connecting clamp comprises a flexible rope, the flexible rope is a U-shaped rope extending upwards from the bottom of the cylindrical tube and along the circumference of the cylindrical tube, the two ends of the flexible rope are respectively provided with a casing pipe, the other end of each casing pipe is connected with a block plate arranged on the connecting holes, and at least one of the parts (respectively opposite to the block plate and the flexible rope) of the casing pipe can be changed. The foot plank disclosed by the invention has the advantages that: 1) the connection between the connecting clamp and the cylindrical tube is convenient, and the versatility is strong; and 2) by using the foot plank, the working personnel can walk safely, therefore, the foot plank has a great safety performance.

Description

technical field [0001] The invention relates to a walking board, in particular to a walking board in the fields of buildings, bridges, railways and the like. Background technique [0002] In some engineering construction fields, people often need to work at a certain height from the ground. This means that a walking board needs to be set up on the ground for people to walk on the ground. The structure of the traditional walking board is: including brackets And the panel set on the bracket, the part that is in contact with the bracket and the panel is a horizontally arranged cylindrical tube, and the contact method between the cylindrical tube and the panel is: start a through hole on the panel, and then remove the U-ring with a thread at the end from the cylindrical tube. The bottom extends upward along the circumferential direction of the cylindrical pipe and passes through the through hole, and is then fixed with threads to realize the connection between the cylindrical pi...

AI Technical Summary

Problems solved by technology

[0003] The defects of the above structure are: 1) U-shaped ring is rigid and cannot be adjusted according to the size of the cylindrical tube. If the size of the cylindrical tube is smaller than the size of the U-shaped ring, the cylindrical tube will shake left and right in the U-shaped ring, making the panel and the cylindrical tube The connection between the tubes is not reliable, and the panel will move on the bracket, which is not conducive to safety; if the size of the cylindrical tube is larger than the size of the U-shaped ring, the U-shaped ring cannot be stuck on the main cylindrical tube, and the two cannot be connected, so this The versatility of the U-shaped ring of this structure is poor. The size of a U-shaped ring can only correspond to a cylindrical tube of one size. When the cylindrical tube and the U-shaped ring cannot be matched, it is troublesome to use; 2) from the panel It is easy to cause errors, resulting in that the U-shaped ring cannot penetrate through the through hole, so that the connection between the two cannot be realized. Sometimes it needs to be drilled multiple times to achieve the fit. When the correct through-holes have part of the same area, the through-holes punched at this time will prevent the correct through-holes from being punched out, causing the panel to be discarded and causing great waste; If personnel do not pay attention, it is easy to trip over the threads and cause safety accidents; 4) The panel is flat, and the roughness is not enough, so people are easy to slip, especially in rainy or snowy days, this kind of accident is just more likely to occur, because the panel is away from the There is a certain distance on the ground, and this slipping phenomenon is even more dangerous.

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