A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Scaffold for building construction with high safety
The invention discloses a scaffold for building construction with high safety and relates to the field of scaffolds. The scaffold comprises a scaffold body, wherein an inlet/outlet is formed in the middle part of the scaffold body, a ladder driven by a lifting mechanism is arranged at the bottom of the inlet/outlet, a limiting mechanism for limiting the ladder is arranged on the side edge of the ladder, a frame is arranged on the scaffold body in a sleeving manner, a transmission mechanism which controls the frame is further arranged on the side edge of the ladder, and self-adaptive kickstandmechanisms are arranged at four corners of the frame. The self-adaptive kickstand mechanisms can be in contact with the ground self-adaptively according to geographical locations of the corners, so that the operating steps are reduced. By arranging the self-adaptive kickstand mechanisms, the using safety of the scaffold body is improved. By matching the self-adaptive kickstand mechanisms, the transmission mechanism, the lifting mechanism, the ladder and the limiting mechanism synergistically, the time consumed to all steps of controlling the kickstands is partially integrated to a process whena user climbs the scaffold up and down, so that the convenience and the efficiency of using the scaffold are improved greatly.
本发明公开了一种安全性高的建筑施工用脚手架，涉及脚手架领域。包括脚手架，脚手架的中部开设有进出口，进出口的底部设置有经升降机构驱动的梯子，梯子的边侧设置有用于限位梯子的限位机构，脚手架上套设有框架，梯子的边侧还设置有控制框架的传动机构，框架的四个边角均设有自适应脚撑机构。本发明的自适应脚撑机构可以根据每个边角的地理位置自适应的与地面接触，减少了操作步骤；多个自适应脚撑机构的设置提高了脚手架的使用安全性；通过自适应脚撑机、传动机构、升降机构、梯子以及限位机构的协同配合，将控制脚撑的全步骤所花费的时间部分整合至用户上下脚手架的过程中，极大的提高了使用脚手架的便捷性以及高效性。
Scaffold for building construction with high safety
The invention discloses a scaffold for building construction with high safety and relates to the field of scaffolds. The scaffold comprises a scaffold body, wherein an inlet/outlet is formed in the middle part of the scaffold body, a ladder driven by a lifting mechanism is arranged at the bottom of the inlet/outlet, a limiting mechanism for limiting the ladder is arranged on the side edge of the ladder, a frame is arranged on the scaffold body in a sleeving manner, a transmission mechanism which controls the frame is further arranged on the side edge of the ladder, and self-adaptive kickstandmechanisms are arranged at four corners of the frame. The self-adaptive kickstand mechanisms can be in contact with the ground self-adaptively according to geographical locations of the corners, so that the operating steps are reduced. By arranging the self-adaptive kickstand mechanisms, the using safety of the scaffold body is improved. By matching the self-adaptive kickstand mechanisms, the transmission mechanism, the lifting mechanism, the ladder and the limiting mechanism synergistically, the time consumed to all steps of controlling the kickstands is partially integrated to a process whena user climbs the scaffold up and down, so that the convenience and the efficiency of using the scaffold are improved greatly.
本发明公开了一种安全性高的建筑施工用脚手架，涉及脚手架领域。包括脚手架，脚手架的中部开设有进出口，进出口的底部设置有经升降机构驱动的梯子，梯子的边侧设置有用于限位梯子的限位机构，脚手架上套设有框架，梯子的边侧还设置有控制框架的传动机构，框架的四个边角均设有自适应脚撑机构。本发明的自适应脚撑机构可以根据每个边角的地理位置自适应的与地面接触，减少了操作步骤；多个自适应脚撑机构的设置提高了脚手架的使用安全性；通过自适应脚撑机、传动机构、升降机构、梯子以及限位机构的协同配合，将控制脚撑的全步骤所花费的时间部分整合至用户上下脚手架的过程中，极大的提高了使用脚手架的便捷性以及高效性。
Scaffold for building construction with high safety
安全性高的建筑施工用脚手架
SUN YUFENG (author) / CHEN ZHANGLIANG (author) / LI ZHONGCAI (author) / MA LIQIANG (author) / LIU GANG (author) / DAI XIA (author) / GUO SHUO (author) / SHI XIAOJUAN (author) / GUO QUANYING (author) / SUN YANXIA (author)
2020-10-27
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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