Skid resistance scaffold floor with specially-strengthened structure

Abstract

The invention discloses a skid resistance scaffold floor with a specially-strengthened structure. The skid resistance scaffold floor comprises a scaffold floor body, an end face strengthening sealing board, a first middle strengthening supporting board, a second middle strengthening supporting board and a skid resistance rubber bar. The end face strengthening sealing board is located in an opening of the end of the scaffold floor body, and the first middle strengthening supporting board and the second middle strengthening supporting board are located on the scaffold floor body. The skid resistance rubber bar is arranged at the lower end of the scaffold floor body, third reinforcing ribs are arranged on the first middle strengthening supporting board, and fourth strengthening ribs are arranged on the second middle strengthening supporting board. The skid resistance scaffold floor has good rigidity and the excellent skid resistance effect and is reasonable in structure and not prone to curve and fracture.

Description

technical field [0001] The invention relates to a scaffolding board, in particular to an anti-slip scaffolding board with a particularly reinforced structure. Background technique [0002] Scaffolding is used in high-altitude operations such as ocean engineering, shipbuilding, nuclear power engineering, and construction. However, the commonly used scaffolding has insufficient rigidity, sand and water accumulation, and freezing occurs in cold seasons. There is no anti-slip rubber strip in the lower part, which is not easy to control the sliding phenomenon when it is laid with the steel pipe. These reasons affect the overall anti-skid effect of the existing scaffolding board, which leads to the frequent slipping of the scaffolding board and the slipping of items on the scaffolding board to hurt people. Things happen, and the existing scaffolding structure is relatively simple. During use, due to the heavy load, the scaffolding is prone to bending or even breaking, thus causing...

AI Technical Summary

Problems solved by technology

[0002] Scaffolding is used in high-altitude operations such as ocean engineering, shipbuilding, nuclear power engineering, and construction. However, the commonly used scaffolding has insufficient rigidity, sand and water accumulation, and freezing occurs in cold seasons. There is no anti-slip rubber strip in the lower part, which is not easy to control the sliding phenomenon when it is laid with the steel pipe. These reasons affect the overall anti-skid effect of the existing scaffolding board, which leads to the frequent slipping of the scaffolding board and the slipping of items on the scaffolding board to hurt people. Things happen, and the existing scaffolding structure is relatively simple. During use, due to the heavy load, the scaffolding is easy to bend or even break, causing unnecessary accidents

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