A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-inclination guide rail for attached lifting scaffold
The invention discloses an anti-inclination guide rail for an attached lifting scaffold, and belongs to the technical field of wet pressing of fiberboards, the anti-inclination guide rail comprises an outer frame assembly and four groups of monomer assemblies arranged on the inner wall of the outer frame assembly, and the outer frame assembly comprises combined frames located at the top and the bottom and a plurality of vertical frames arranged between the two combined frames; and each single assembly comprises a partition plate arranged on the outer wall of one side of the vertical frame and an inner frame fixedly connected to the outer wall of one side of the partition plate. According to the invention, the single body assemblies and the outer frame assemblies are arranged, the guide rail serving as an attached scaffold needs to be arranged before the scaffold ascends in a traditional guide rail arrangement mode, and the situation that resources are wasted in a high-rise building exists is avoided. Through the mechanism that the guide rail can move relatively by depending on the single body assemblies and the outer frame assemblies, the guide rail can climb automatically, building exterior arrangement is carried out before the scaffold ascends, long-distance guide rail laying is avoided, meanwhile, the outer frame assembly and the single body assembly alternately move, anti-inclination protection can be provided for the attached scaffold, and safety is improved.
本发明公开了附着式升降脚手架用防倾导轨，属于纤维板湿法压制技术领域，包括外框组件和设置于其内壁的四组单体组件，外框组件包括位于顶部和底部的组合架以及设置于两个组合架之间的多个立架，单体组件包括设置于立架一侧外壁的隔板和固定连接于隔板一侧外壁的内架。本发明通过设置单体组件和外框组件，其中作为附着式脚手架的导轨，传统导轨排布方式需要在脚手架上升之前进行布置，且对应高层建筑，存在资源浪费的情况，该种导轨依靠单体组件和外框组件能够相对运动的机制，使得导轨能够自行进行爬升，在脚手架上升之前进行建筑外部排布，避免长距离导轨铺设，同时外框组件与单体组件交替运动，能够为附着式脚手架提供防倾斜保护，提高安全性。
Anti-inclination guide rail for attached lifting scaffold
The invention discloses an anti-inclination guide rail for an attached lifting scaffold, and belongs to the technical field of wet pressing of fiberboards, the anti-inclination guide rail comprises an outer frame assembly and four groups of monomer assemblies arranged on the inner wall of the outer frame assembly, and the outer frame assembly comprises combined frames located at the top and the bottom and a plurality of vertical frames arranged between the two combined frames; and each single assembly comprises a partition plate arranged on the outer wall of one side of the vertical frame and an inner frame fixedly connected to the outer wall of one side of the partition plate. According to the invention, the single body assemblies and the outer frame assemblies are arranged, the guide rail serving as an attached scaffold needs to be arranged before the scaffold ascends in a traditional guide rail arrangement mode, and the situation that resources are wasted in a high-rise building exists is avoided. Through the mechanism that the guide rail can move relatively by depending on the single body assemblies and the outer frame assemblies, the guide rail can climb automatically, building exterior arrangement is carried out before the scaffold ascends, long-distance guide rail laying is avoided, meanwhile, the outer frame assembly and the single body assembly alternately move, anti-inclination protection can be provided for the attached scaffold, and safety is improved.
本发明公开了附着式升降脚手架用防倾导轨，属于纤维板湿法压制技术领域，包括外框组件和设置于其内壁的四组单体组件，外框组件包括位于顶部和底部的组合架以及设置于两个组合架之间的多个立架，单体组件包括设置于立架一侧外壁的隔板和固定连接于隔板一侧外壁的内架。本发明通过设置单体组件和外框组件，其中作为附着式脚手架的导轨，传统导轨排布方式需要在脚手架上升之前进行布置，且对应高层建筑，存在资源浪费的情况，该种导轨依靠单体组件和外框组件能够相对运动的机制，使得导轨能够自行进行爬升，在脚手架上升之前进行建筑外部排布，避免长距离导轨铺设，同时外框组件与单体组件交替运动，能够为附着式脚手架提供防倾斜保护，提高安全性。
Anti-inclination guide rail for attached lifting scaffold
附着式升降脚手架用防倾导轨
LIU LUANCHENG (author) / WANG ZHONGHE (author) / SHI CHANGSHUN (author) / YANG CHAO (author) / LI WEI (author)
2022-02-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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