Construction platform module unit and construction platform thereof

Abstract

The invention discloses a construction platform module unit and a construction platform thereof. The construction platform module unit comprises a module unit A, wherein the module unit A comprises inner row uprights, outer row uprights and a guide rail, wherein three outer row uprights are vertically arranged side by side at intervals; two inner row uprights and one guide rail are arranged, the guide rail is arranged between the two inner row uprights, and the inner row uprights and the guide rail are vertically arranged side by side at intervals; the two inner row uprights, the three outer row uprights and the guide rail form a square frame body; a platform bottom plate is arranged on the square frame body. According to the construction platform module unit and the construction platform thereof, the modularization degree is high, the assembly between modules is flexible, the detachment is convenient, the interchangeability is strong, the specifications and models of parts are fewer, and the processing is easy; the parts can be temporarily increased, reduced or adjusted and replaced according to needs, the interference among the parts is little, and the independence is strong.

Description

Technical field [0001] The present invention relates to a construction scaffold. More specifically, the present invention mainly relates to a modular unit of an attached lift multi-layer construction platform. Background technique [0002] Scaffold is a variety of scaffolds set up for workers to operate and solve high-altitude operations at the construction site. It is a general term in the construction field. It is mainly used on construction sites for external walls, internal decoration or high-rise buildings that cannot be directly constructed. local. Scaffolding materials usually include bamboo, wood, steel pipes or synthetic materials. At present, scaffolding is also used as a template in some projects. In addition, it is also widely used in the advertising industry, municipal administration, traffic roads and bridges, mining and other fields. Returning to the construction field, in the current high-rise building construction, the external wall scaffolding mostly adopts lif...

AI Technical Summary

Problems solved by technology

Traditional elevating scaffolds are mainly built with steel pipes, connecting fasteners and other components. The main disadvantages are as follows: First, there are many specifications of steel pipes during assembly, complex assembly procedures, slow assembly speed, low efficiency, and affect the building structure. Second, under the condition of ensuring the same construction progress, a large number of labor resources have to be required, and at the same time, the labor intensity of a single construction worker is also relatively large; third, when the frame is assembled, human factors produce Uncertainty increases, and sometimes the frame structure does not meet the safety requirements and there are many safety hazards, resulting in safety problems during the use of scaffolding; Fourth, a lot of manual operations are also required during the disassembly process; Fifth, in the corners of the building Due to the influence of the connection structure of traditional steel pipe scaffolding, the scaffolding on both sides of the corner of the building cannot be on the same level; Sixth, it is not suitable for the construction of building structures whose outer walls are curved or shaped

[0003] At present, there are also lifting scaffolds built with steel pipe groups and components, but this type of lifting scaffold still has defects in actual use. For example, installation and disassembly require a lot of manual operations, and the connections between steel pipe groups are generally detachable steel pipe fasteners. There are certain potential safety hazards in the connection; and for the non-right-angle corner parts of the building, the scaffolding on both sides of the building corner cannot be easily adapted to the angle of the building corner and connected into a whole

The existing climbing frames, once installed, are intertwined with each other, and there are technical problems that cannot be replaced or adjusted

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