Fastening member of scaffolding pedal

Abstract

A fastening member of a scaffolding pedal. The fastening member comprises a hook and a fastener, wherein one end of the hook is a pedal body fixedly connected to the scaffolding pedal, an upper locating pin and a lower locating pin are fixedly arranged at one side of the hook, a limiting part is arranged at a free end of the upper locating pin, the fastener is provided with an upper through slot and a lower through slot, the upper through slot is provided with a through part therein, corresponding to the configuration of the limiting part, the fastener can slide on the hook by respectively sleeving the upper through slot and the lower through slot on the upper locating pin and the lower locating pin, so that a bottom end of the fastener can move towards or away from a recess of a bottom edge of the hook, when the upper through slot and the lower through slot of the fastener are respectively sleeved on the upper locating pin and the lower locating pin, the through part and the limiting part are arranged at different angular positions, the upper through slot is blocked by the limiting part, so that the fastener cannot depart from the hook. For the scaffolding pedal, surface treatment can be performed before the fastener and the hook of the fastening member are assembled.

Description

technical field [0001] The present invention relates to an article for construction, especially to a fastening component of a scaffolding pedal, so that the surface of the assembled fastening component has a complete protective layer. Background technique [0002] Scaffolds will be set up during the construction of buildings, and scaffolding pedals will be installed on the scaffolds for construction workers to walk and stand on. Known scaffold pedal 10 such as figure 1 As shown, each end of its body 12 is provided with two fastening members, and each fastening member has a hook 14 affixed to the body 12 and a buckle 15 arranged on the hook. There are two arc grooves 151 ; two rivets 16 pass through the two arc grooves 151 and are riveted on the hook 14 . When in use, the hook 14 straddles a crossbar 18 of the scaffolding, and the buckle 15 can slide on the hook 14 to limit the opening 141 at the bottom of the hook so that the hook 14 will not disengage from the crossbar 18...

AI Technical Summary

Problems solved by technology

In this way, the zinc layer on the surface of the separation between the hook and the buckle will be destroyed, resulting in no anti-rust effect at the separation, and it will become a part that is easy to rust and affects the structural strength

Therefore, the known structure cannot make the surface of the scaffolding pedal retain a complete anti-rust layer

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