A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Super high-rise climbing scaffold
The invention discloses a super high-rise climbing scaffold. The super high-rise climbing scaffold comprises a scaffold body, a guide rail assembly and an electric hoist; the scaffold body is arrangedon the side face of a building in a sliding mode through the guide rail assembly, the electric hoist is connected between the building and the scaffold body, and the scaffold body is driven by the electric hoist to rise along the guide rail assembly; the guide rail assembly comprises T-shaped guide rails connected with the scaffold body and sliding strips connected with a building, the guide rails are provided with sliding grooves matched with the sliding strips, the side faces of the sliding strips are provided with a plurality of downward fixing strips, and the fixing strips are distributedat equal intervals in the vertical directions; and moving parts in one-to-one correspondence with the fixing strips are arranged in the sliding grooves, all the moving parts are arranged in mountingcavities of the guide rails in a swinging mode, and one ends of all the moving parts are in linkage through connecting rods. The super high-rise climbing scaffold optimizes overall structure of the guide rail assembly, and increase the safety coefficient of the scaffold in the ascending process.
本发明公开了一种超高层爬升脚手架，包括脚手架本体、导轨组件和电葫芦；所述脚手架本体通过导轨组件滑动安装于建筑物的侧面，所述电葫芦连接于建筑物与脚手架本体之间，通过电葫芦带动脚手架本体沿着导轨组件上升；所述导轨组件包括与脚手架本体连接的“T”字型的导向轨以及与建筑物连接的滑条；所述导向轨设有与滑条适配滑槽，所述滑条的侧面设有朝下的固定条，所述固定条设有多个且沿着竖直方向等间距分布；所述滑槽内设有与所述固定条一一对应的活动件，所有的活动件均摆动安装于导向轨的安装腔中，且所有活动件的一端均通过连接杆联动。本发明优化了导轨组件的整体结构，提高脚手架在上升过程中的安全系数。
Super high-rise climbing scaffold
The invention discloses a super high-rise climbing scaffold. The super high-rise climbing scaffold comprises a scaffold body, a guide rail assembly and an electric hoist; the scaffold body is arrangedon the side face of a building in a sliding mode through the guide rail assembly, the electric hoist is connected between the building and the scaffold body, and the scaffold body is driven by the electric hoist to rise along the guide rail assembly; the guide rail assembly comprises T-shaped guide rails connected with the scaffold body and sliding strips connected with a building, the guide rails are provided with sliding grooves matched with the sliding strips, the side faces of the sliding strips are provided with a plurality of downward fixing strips, and the fixing strips are distributedat equal intervals in the vertical directions; and moving parts in one-to-one correspondence with the fixing strips are arranged in the sliding grooves, all the moving parts are arranged in mountingcavities of the guide rails in a swinging mode, and one ends of all the moving parts are in linkage through connecting rods. The super high-rise climbing scaffold optimizes overall structure of the guide rail assembly, and increase the safety coefficient of the scaffold in the ascending process.
本发明公开了一种超高层爬升脚手架，包括脚手架本体、导轨组件和电葫芦；所述脚手架本体通过导轨组件滑动安装于建筑物的侧面，所述电葫芦连接于建筑物与脚手架本体之间，通过电葫芦带动脚手架本体沿着导轨组件上升；所述导轨组件包括与脚手架本体连接的“T”字型的导向轨以及与建筑物连接的滑条；所述导向轨设有与滑条适配滑槽，所述滑条的侧面设有朝下的固定条，所述固定条设有多个且沿着竖直方向等间距分布；所述滑槽内设有与所述固定条一一对应的活动件，所有的活动件均摆动安装于导向轨的安装腔中，且所有活动件的一端均通过连接杆联动。本发明优化了导轨组件的整体结构，提高脚手架在上升过程中的安全系数。
Super high-rise climbing scaffold
超高层爬升脚手架
WANG YU (author) / HU PING (author) / LI XIAOJUAN (author) / JIANG DONGBIN (author) / ZHANG BAONIAN (author) / WANG LUMIN (author)
2020-06-05
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Dynamical Property Analysis of Self-Climbing Scaffold in High-Rise Building
| British Library Conference Proceedings | 2005
Cooperative construction method of attached climbing scaffold suitable for high-rise building
| European Patent Office | 2024