Overhanging support system attached to rectangular beams and columns

Abstract

The invention specifically discloses an overhanging support system attached to rectangular beams and columns, and particularly relates to a support structure suitable for lateral installation and decorative construction of frame structure beams and columns. The overhanging support system is characterized by comprising a clamp, a supporting module and a safety fence which are in a full assembly mode; the overhanging system is fixedly connected to the beams or the columns or other firm rectangular structure bodies of a main structure through the clamp and the supporting module, the safety fenceis arranged on the supporting module, and therefore, the overhanging system attached to the rectangular beams and columns is formed. The overhanging support system can meet construction requirements simply by at least two supports, can meet local construction requirements, and can also meet large-range construction requirements, the flexibility and mobility are high, the circulation utilization rate is high, the wastage rate is low, and the measurement cost can be effectively controlled and reduced. The overhanging support system is particularly suitable for the construction of specially shaped structures, the technology is high in adaption, and the direction can be adjusted at random along with buildings.

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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