Attached type lifting scaffold

Abstract

The invention provides an attached type lifting scaffold which comprises a plurality of scaffold units. The multiple scaffold units are detachably connected in the vertical direction so as to be suitable for floor buildings with different overall dimensions. Each scaffold unit is further provided with an attachment piece so as to fix the scaffold units to the floor buildings, and the attachment pieces are configured to be adjustable according to the distance between the outer contours of the floor buildings. According to the attached type lifting scaffold, the detachable scaffold units are adopted, the floor buildings with the different contour sizes can be met by increasing or decreasing the scaffold units, dismounting and mounting are easy and convenient, and a large amount of labor andmaterial cost is saved. In addition, according to the attached type lifting scaffold, the adjustable attachment pieces are arranged, the construction requirement can be met by lengthening or shortening the attachment pieces according to the distance between the outer edges of different floors, and the application range of the attached type lifting scaffold is widened.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to an attached lifting scaffold. Background technique [0002] In the super high-rise construction process, the attached lifting scaffolding technology is a crucial technology. The attached lifting scaffolding wraps around the building perimeter, conforms to the building's outer contours, and is able to climb and descend along the building. During construction, the lifting scaffold can be lifted upwards and climbed along with the super high-rise building construction, and is used for the construction of each floor of the super high-rise building, thereby avoiding the repeated process of repeatedly disassembling and assembling the scaffold for construction between each layer of structure. However, with the development of architectural design, the current traditional attached lifting scaffolding technology also shows certain defects. [0003] The traditional attached l...

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Problems solved by technology

[0003] The traditional attached lifting scaffold design can be designed according to different buildings, suitable for a specific building structure, but after the design is completed, the frame structure is inconvenient to change, so it can only be used for structures with the same horizontal cross-section above and below. A super high-rise building with a constant outer profile

When encountering a super high-rise building with a change in the cross-section of the upper and lower parts of the structure, when the outer contour section shrinks, the distance between the frame and the structure is too large to meet the construction requirements. When the outer contour cross-section expands, the frame cannot continue to be lifted due to the structure

[0004] In the face of super high-rise buildings with changing outer contours and horizontal sections, traditional attached lifting scaffolds can only adapt to the construction of different plane floors by dismantling and erecting different types of scaffolding, which requires a large number of repeated dismantling and erecting of bent frames. , consumes a lot of labor and material costs, and the process is very cumbersome

[0005] Now, with the improvement of people's aesthetic pursuit of building appearance, there are more and more super high-rise buildings whose outer contour and structural horizontal section change with height. Invented a new type of attached lifting scaffold suitable for the construction of super high-rise buildings whose outer contour and horizontal section change with height

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