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Assembly type outer frame cantilever structure
The invention provides an assembly type outer frame cantilever structure, and solves the problems that when an existing outer frame is assembled, a wall is poor in adaptability, installation has certain limitation, and the bearing capacity is low. The assembly type outer frame cantilever structure comprises an upper beam and a fixing frame, wherein one side of the top of the upper beam is connected with the fixing frame, the bottom of the upper beam is connected with a supporting assembly capable of achieving stable supporting, the back of the supporting assembly is connected with a mounting assembly capable of being stably mounted in the wall surface, and the bottom of the supporting assembly is connected with a limiting block. In the structure, the supporting assembly is arranged, through the T shape formed by the supporting assembly and the upper beam, supporting of the upper beam and a building is increased, certain balance is achieved, meanwhile, the other end of the upper beam is treaded by a worker, when the supporting assembly is perpendicular downwards, the gravity center of the structure is increased, when a worker makes contact with the upper beam, the structure is more stable, a supporting rod, the upper beam and the supporting assembly form a triangular structure, and the structure is more stable.
本发明提供一种装配式外架悬挑结构,以解决现有的外架装配时中墙体适应性不好,安装有一定的局限性,承重力较低的问题,包括上梁和固定架,上梁的顶部一侧连接有固定架,上梁的底部连接有能够稳定支撑的支撑组件,支撑组件的背部连接有能稳定安装于墙面内部的安装组件,支撑组件的底部连接有限位块,在本结构中,设置了支撑组件,通过支撑组件与上梁形成的“T”字形状,增加了上梁与建筑的支撑,达到了一定的平衡,同时上梁的另一端通过工人踩踏,支撑组件向下垂直时,增加了结构的重心,使工人接触上梁时,更加的稳定,支撑杆、上梁和支撑组件形成三角结构,使结构更佳的稳定。
Assembly type outer frame cantilever structure
The invention provides an assembly type outer frame cantilever structure, and solves the problems that when an existing outer frame is assembled, a wall is poor in adaptability, installation has certain limitation, and the bearing capacity is low. The assembly type outer frame cantilever structure comprises an upper beam and a fixing frame, wherein one side of the top of the upper beam is connected with the fixing frame, the bottom of the upper beam is connected with a supporting assembly capable of achieving stable supporting, the back of the supporting assembly is connected with a mounting assembly capable of being stably mounted in the wall surface, and the bottom of the supporting assembly is connected with a limiting block. In the structure, the supporting assembly is arranged, through the T shape formed by the supporting assembly and the upper beam, supporting of the upper beam and a building is increased, certain balance is achieved, meanwhile, the other end of the upper beam is treaded by a worker, when the supporting assembly is perpendicular downwards, the gravity center of the structure is increased, when a worker makes contact with the upper beam, the structure is more stable, a supporting rod, the upper beam and the supporting assembly form a triangular structure, and the structure is more stable.
本发明提供一种装配式外架悬挑结构,以解决现有的外架装配时中墙体适应性不好,安装有一定的局限性,承重力较低的问题,包括上梁和固定架,上梁的顶部一侧连接有固定架,上梁的底部连接有能够稳定支撑的支撑组件,支撑组件的背部连接有能稳定安装于墙面内部的安装组件,支撑组件的底部连接有限位块,在本结构中,设置了支撑组件,通过支撑组件与上梁形成的“T”字形状,增加了上梁与建筑的支撑,达到了一定的平衡,同时上梁的另一端通过工人踩踏,支撑组件向下垂直时,增加了结构的重心,使工人接触上梁时,更加的稳定,支撑杆、上梁和支撑组件形成三角结构,使结构更佳的稳定。
Assembly type outer frame cantilever structure
一种装配式外架悬挑结构
REN ZHONGQUN (author) / CHEN QI (author) / CHEN XINYUAN (author)
2022-01-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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