A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing type scaffold, climbing and mounting method of climbing type scaffold and construction method of fabricated building
The invention discloses a climbing type scaffold and a climbing and mounting method thereof and a construction method of a fabricated building. The climbing type scaffold comprises anti-overturning supports arranged on a wall body in at least two rows, guide rails, a frame body, an upper lifting steel beam, a lower lifting steel beam, and an electric hoist; each row of supports comprise a plurality of anti-overturning supports longitudinally distributed along the wall body; the guide rails are embedded in each row of anti-overturning supports, and the guide rails ascend or descend relative to the anti-overturning supports; the frame body is arranged on the guide rails; the upper lifting steel beam is arranged on the wall body and is positioned at the upper end of the frame body; the lower lifting steel beam is arranged at the lower end of the frame body, and the lower lifting steel beam and the upper lifting steel beam are correspondingly arranged; and the electric hoist is arranged on the upper lifting steel beam, and a suspension wire of the electric hoist is connected to the lower lifting steel beam. According to the climbing type scaffold and the climbing and mounting method thereof and the construction method of the fabricated building, the lifting difficulty of the scaffold is reduced, the safety risk is reduced, the construction efficiency is improved, cracks generated at the joint between the frame body and the building structure are reduced, the construction quality is improved, and the cost is reduced.
本发明公开了一种爬式脚手架及其爬升和安装方法、装配式建筑的施工方法，该爬式脚手架包括：抗倾覆支座，至少成两列设置在墙体上，每列所述抗倾覆支座为沿墙体纵向分布的多个；导轨，嵌入设置在每列所述抗倾覆支座上，所述导轨相对于所述抗倾覆支座上升或者下降；架体，设置在所述导轨上；上提升钢梁，设置在墙体上且位于所述架体的上端；下提升钢梁，设置在所述架体的下端上，所述下提升钢梁与所述上提升钢梁相对应设置；电动葫芦，设置在所述上提升钢梁上，所述电动葫芦的吊线连接在所述下提升钢梁上。本发明降低了脚手架的提升难度、降低了安全风险、提高了施工效率，减少了架体与建筑结构的连接位置产生裂缝，提高了施工质量、降低了成本。
Climbing type scaffold, climbing and mounting method of climbing type scaffold and construction method of fabricated building
The invention discloses a climbing type scaffold and a climbing and mounting method thereof and a construction method of a fabricated building. The climbing type scaffold comprises anti-overturning supports arranged on a wall body in at least two rows, guide rails, a frame body, an upper lifting steel beam, a lower lifting steel beam, and an electric hoist; each row of supports comprise a plurality of anti-overturning supports longitudinally distributed along the wall body; the guide rails are embedded in each row of anti-overturning supports, and the guide rails ascend or descend relative to the anti-overturning supports; the frame body is arranged on the guide rails; the upper lifting steel beam is arranged on the wall body and is positioned at the upper end of the frame body; the lower lifting steel beam is arranged at the lower end of the frame body, and the lower lifting steel beam and the upper lifting steel beam are correspondingly arranged; and the electric hoist is arranged on the upper lifting steel beam, and a suspension wire of the electric hoist is connected to the lower lifting steel beam. According to the climbing type scaffold and the climbing and mounting method thereof and the construction method of the fabricated building, the lifting difficulty of the scaffold is reduced, the safety risk is reduced, the construction efficiency is improved, cracks generated at the joint between the frame body and the building structure are reduced, the construction quality is improved, and the cost is reduced.
本发明公开了一种爬式脚手架及其爬升和安装方法、装配式建筑的施工方法，该爬式脚手架包括：抗倾覆支座，至少成两列设置在墙体上，每列所述抗倾覆支座为沿墙体纵向分布的多个；导轨，嵌入设置在每列所述抗倾覆支座上，所述导轨相对于所述抗倾覆支座上升或者下降；架体，设置在所述导轨上；上提升钢梁，设置在墙体上且位于所述架体的上端；下提升钢梁，设置在所述架体的下端上，所述下提升钢梁与所述上提升钢梁相对应设置；电动葫芦，设置在所述上提升钢梁上，所述电动葫芦的吊线连接在所述下提升钢梁上。本发明降低了脚手架的提升难度、降低了安全风险、提高了施工效率，减少了架体与建筑结构的连接位置产生裂缝，提高了施工质量、降低了成本。
Climbing type scaffold, climbing and mounting method of climbing type scaffold and construction method of fabricated building
爬式脚手架及其爬升和安装方法、装配式建筑的施工方法
MA YUEQIANG (author) / ZHANG WEILUN (author) / LU DONGXING (author) / XI LUJUN (author) / TANG YIFENG (author)
2021-09-17
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| British Library Conference Proceedings | 2005