A cantilever support system attached to rectangular beams and columns

Abstract

Specifically, the present invention is a cantilever support system attached to rectangular beams and columns, especially a support structure suitable for side installation and decoration construction of frame structure beams and columns; the feature is that the cantilever system includes fully assembled The clamps, support modules and safety guardrails of the model, the cantilever system is fixedly connected to the beams, columns or other firm rectangular structures of the main structure through the clamps and support modules, and then the safety guardrails are set on the support modules to form Cantilever system attached to rectangular beams and columns. The cantilever support system proposed by the present invention can meet the construction needs with at least two handle supports, can meet the needs of local construction, and can also meet the needs of large-scale construction. It has strong flexibility, high recycling rate, low loss rate, and can be effectively controlled and Reduce the cost of measures, especially in the construction process of special-shaped structures, this technology has strong adaptability, and the orientation can be adjusted arbitrarily with the building.

Description

technical field [0001] Specifically, the present invention is a cantilever support system attached to rectangular beams and columns, especially a support structure suitable for side installation and decoration construction of frame structure beams and columns. The standard components are efficiently adapted to the construction environment and reduce the cost of measures. Background technique [0002] The construction measures for the facades and indoor high-altitude facades of today's buildings mostly use scaffolding or hanging baskets for construction. The rental cost is high, and the construction risk is high, especially when scaffolding strikes on the facade of a special-shaped building, the construction is more difficult. For example, some special-shaped building spaces have strange shapes, most of which are inclined surfaces, and it is difficult for scaffolding to take root. Even if there are rooting points, it is prone to incoherence up and down, the overall center of...

AI Technical Summary

Problems solved by technology

[0002] The construction measures for the facades and indoor high-altitude facades of today's buildings mostly use scaffolding or hanging baskets for construction, but the workload of scaffolding is large, and the requirements for the flatness and load-bearing of the ground are relatively high. At the same time, the scaffolding and hanging baskets The rental cost is high, and the construction risk is relatively high, especially when scaffolding strikes on the facade of a special-shaped building, the construction is more difficult

For example, some special-shaped building spaces have strange shapes, most of which are inclined surfaces. It is difficult for scaffolding to take root. It is very difficult to vertically transport the materials during the demolition process, and it is easy to cause damage to the completed project

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