Super high-rise climbing scaffold

Abstract

The invention discloses a super high-rise climbing scaffold. The super high-rise climbing scaffold comprises a scaffold body, a guide rail assembly and an electric hoist; the scaffold body is arrangedon the side face of a building in a sliding mode through the guide rail assembly, the electric hoist is connected between the building and the scaffold body, and the scaffold body is driven by the electric hoist to rise along the guide rail assembly; the guide rail assembly comprises T-shaped guide rails connected with the scaffold body and sliding strips connected with a building, the guide rails are provided with sliding grooves matched with the sliding strips, the side faces of the sliding strips are provided with a plurality of downward fixing strips, and the fixing strips are distributedat equal intervals in the vertical directions; and moving parts in one-to-one correspondence with the fixing strips are arranged in the sliding grooves, all the moving parts are arranged in mountingcavities of the guide rails in a swinging mode, and one ends of all the moving parts are in linkage through connecting rods. The super high-rise climbing scaffold optimizes overall structure of the guide rail assembly, and increase the safety coefficient of the scaffold in the ascending process.

Description

technical field [0001] The invention relates to the technical field of scaffolding, in particular to a super high-rise climbing scaffolding. Background technique [0002] Traditional scaffolding is generally built from the ground with steel pipe fasteners and other materials until it is capped with the building. In the construction of high-rise buildings, this structure not only needs to consume a lot of materials, but also requires a large one-time investment and a long construction period. Longer and less secure. [0003] Now that the floors are getting higher and higher, the above-mentioned traditional scaffolding can no longer meet the needs of super high-rise buildings. At present, a lifting scaffolding has emerged, which is specially used to overcome the shortcomings of traditional scaffolding from the ground to the top of the building, greatly reducing steel pipes, The use of fasteners and other materials reduces the cost of building construction. This kind of lifti...

AI Technical Summary

Problems solved by technology

[0004] There are deficiencies in the above-mentioned lifting scaffolding. For example, the hydraulic lifting system has a relatively balanced lifting and high safety performance, but the hydraulic lifting system must require a hydraulic station and a corresponding control system to operate, which makes the overall structure complex and greatly increases the lifting. cost

There are also shortcomings in using electric hoist for lifting. Although the electric hoist is simpler than the hydraulic system, the corresponding manufacturing cost is also greatly reduced, but because the safety factor of the electric hoist itself is not high, the lifting scaffold itself does not have a one-way sliding mechanism, so it cannot be guaranteed. The electric hoist is locked in reverse during the process of driving the scaffold up, so that it cannot ensure that the scaffold cannot slide down to improve the safety factor

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