Bamboo joint type exterior facade super-high building structure attached climbing frame and lifting method

Abstract

The invention discloses a bamboo joint type exterior facade super-high building structure attached climbing frame and a lifting method. The climbing frame is characterized in that one side, near a building structure, of a climbing frame body is fixedly connected with a guide rail arranged on the climbing frame body through horizontal wall attaching elements; the horizontal wall attaching elements are fixed on floor slabs of the building structure through embedded screw bolts; each keel plate arranged in the climbing frame body is movably connected with one end of a corresponding foldable turning plate through an automobile hinge; and the other end of each foldable turning plate is lapped on the corresponding floor slab of the building structure. The foldable turning plates are arranged between the building structure and the climbing frame body, and the length and the joint numbers of the turning plates can be changed along with the change of the contour of the exterior facade of a building, so that when the outer contour of the building structure is changed, the normal sealing of a gap between the building structure and the climbing frame body can still be ensured; the high-altitude object falling or high-altitude falling can be effectively prevented; the potential safety danger is eliminated; and great social influence and economic loss are avoided.

Description

technical field [0001] The invention relates to an attached climbing frame for a super high-rise building structure with a bamboo-shaped outer facade and a lifting method, belonging to the technical field of building construction. Background technique [0002] With the continuous improvement of the level of modern architecture, the shape and structure of the facade, which is the cultural characteristic of the building, has been greatly innovated compared with the past. The traditional climbing frame design is mainly aimed at the flat and linear facade building structure, using fixed flaps to close the gap between the climbing frame and the building body. However, the existing building facades show irregular width changes in the height direction. The traditional fixed-length flap climbing frame cannot ensure that the climbing frame on each floor and the building body are completely closed, and it is easy to cause falling objects or falling from high altitude, forming a major ...

AI Technical Summary

Problems solved by technology

The traditional climbing frame design is mainly aimed at the flat and linear facade building structure, using fixed flaps to close the gap between the climbing frame and the building body. However, the existing building facades show irregular width changes in the height direction. The traditional fixed-length flap climbing frame cannot ensure that the climbing frame on each floor and the building body are completely closed, and it is easy to cause falling objects or falling from high altitude, forming a major safety hazard, causing major social impact and economic losses

Therefore, the existing climbing frame cannot meet the requirements of construction work

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