Novel climbing frame system

Abstract

The invention provides a novel climbing frame system. A frame body framework comprises a walkway plate, vertical rods, triangular supports, an inner sealing mechanism, an outer protective net mechanism and a horizontal truss, wherein the triangular supports are arranged below the walkway plate and located between the opposite inner vertical rods and the outer vertical rods; each triangular supportcomprises a triangular body and a corner piece arranged at the upper end of the triangular body; a net piece of the outer protective net mechanism comprises a net piece frame, a steel plate net and aplurality of lug plates; a U-shaped groove and a transverse groove are formed in a left frame and a right frame of the net piece frame correspondingly; a plurality of guide rails are vertically arranged on the inner side of the walkway plate in parallel; the guide rail structures are integrally formed through aluminum alloy extrusion; and an attached supporting module comprises a plurality of novel wall-attached supports. The outer protective net mechanism of the novel climbing frame system is of a net piece type structure, an unloading jacking device is improved, meanwhile, anti-falling rotating blocks are additionally arranged on anti-falling mechanisms of the wall-attached supports, meanwhile, a steel-aluminum combined structure is adopted, and thus the climbing frame system is more convenient to operate, safer and more reliable.

Description

technical field [0001] The invention relates to building construction equipment, in particular to an outer protective net mechanism that adopts a mesh structure and an improved unloading support device, and at the same time, the anti-fall mechanism attached to the wall support is equipped with an anti-fall rotating block, and at the same time adopts a steel-aluminum combined structure , A new type of climbing frame system that makes the operation of the climbing frame system more convenient, safer and more reliable. Background technique [0002] Today is an era of highly developed construction industry, and construction equipment is constantly being updated and advanced day by day. [0003] Attached lifting scaffold is an external scaffold that is erected at a certain height and attached to the main engineering structure, and relies on its own lifting equipment and auxiliary devices. It can climb or descend layer by layer with the main engineering structure, and has anti-ove...

AI Technical Summary

Problems solved by technology

[0005] 1. Insufficiency of the outer protective net mechanism, the outer protective net mechanism pole of the existing climbing frame needs to be provided with a groove structure for inserting the protective grid, which is not convenient for the standardized production of the vertical pole, and at the same time, it is easy to connect with the protective grid Loose, the rigidity of the structure of the protective grid is poor, and the outer protective net mechanism needs to add multiple support rods to enhance the rigidity of the overall structure, which is troublesome to install and inconvenient for large-scale operations;

[0006] 2. Insufficiency of the unloading support device. The unloading support device of the existing climbing frame only has a fork-shaped body of one specification. When the height of the grid crossbar of the guide rail is different, the fork-shaped body is not easy to adjust the height to match the grid Type cross bar, which affects the load-bearing performance of the unloading support. The slope of the outer wall of the top support has a large curvature, which will form a downward barb. Inconvenient to use, the unloading support device lacks the rotation limit design, which makes the unloading support device easy to rotate downward along the side of the guide rail, causing inconvenience in use;

[0007] 3. Insufficiency of the anti-falling mechanism. The performance of the anti-falling structure of the existing climbing frame is not ideal, and there are potential safety hazards. The existing anti-falling mechanism is equipped with an L-shaped component pendulum block, and the entire pendulum block is required to move and swing, which is flexible. Poor performance, when swinging at the same time, the force contact surface is designed under the anti-fall sliding block, the force performance is not good when it is stuck, and it is easy to loose between the pendulum block and the anti-fall sliding block, which is not conducive to anti-fall;

[0008] 4. Insufficient material selection for the climbing frame structure. Because the climbing frame needs to have better load-bearing performance, most of the components adopt steel structure or cast iron structure, and it is not easy to disassemble, which makes the overall structure bulky and inconvenient to install and use. bring many difficulties

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