A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel tower construction operation climbing platform and climbing method
The invention belongs to the technical field of building engineering, and particularly relates to a steel tower construction operation climbing platform and a climbing method.The steel tower construction operation climbing platform comprises a tower column and a construction platform arranged on the surface of the tower column, mounting shell sleeves are fixedly connected to the upper surface and the lower surface of the construction platform correspondingly, and guide adjusting mechanisms are arranged on the surfaces of the opposite sides of the two mounting shell sleeves correspondingly. According to the steel tower construction operation climbing platform and the climbing method, the guide adjusting mechanism is arranged to guide the movement of the construction platform at the tower column corner, so that the construction platform can conveniently pass through the tower column corner; through movement of the guide wheels and the limiting sliding blocks on the guide rails, limitation of a hexagonal ring to the distance between the two guide wheels and speed limitation of a clamping groove to the limiting sliding blocks, the guide wheels can stably move under driving of the climbing mechanism, and the construction platform can be conveniently driven to pass through the tower column corner through movement of the guide wheels; therefore, the problem that the construction platform needs to be disassembled and assembled at the corner is avoided, and the inspection efficiency is improved.
本发明属于建筑工程技术领域，尤其是一种钢塔施工作业爬升平台及爬升方法，包括塔柱以及设置在所述塔柱表面的施工平台，所述施工平台的上下表面均固定连接有安装壳套，两个所述安装壳套的相对一侧表面均设置有导向调节机构。该钢塔施工作业爬升平台及爬升方法，通过设置导向调节机构，对施工平台在塔柱转角处的移动进行导向，从而便于施工平台通过塔柱转角，通过导向轮、限位滑块在导轨上的移动以及六边环对两个导向轮之间距离的限定和卡槽对限位滑块的限速，不仅提高导向轮在攀爬机构的带动下能够稳定移动，还便于通过导向轮的移动带动施工平台通过塔柱转角，从而避免在转角处还需拆装施工平台的问题发生，提高巡检效率。
Steel tower construction operation climbing platform and climbing method
The invention belongs to the technical field of building engineering, and particularly relates to a steel tower construction operation climbing platform and a climbing method.The steel tower construction operation climbing platform comprises a tower column and a construction platform arranged on the surface of the tower column, mounting shell sleeves are fixedly connected to the upper surface and the lower surface of the construction platform correspondingly, and guide adjusting mechanisms are arranged on the surfaces of the opposite sides of the two mounting shell sleeves correspondingly. According to the steel tower construction operation climbing platform and the climbing method, the guide adjusting mechanism is arranged to guide the movement of the construction platform at the tower column corner, so that the construction platform can conveniently pass through the tower column corner; through movement of the guide wheels and the limiting sliding blocks on the guide rails, limitation of a hexagonal ring to the distance between the two guide wheels and speed limitation of a clamping groove to the limiting sliding blocks, the guide wheels can stably move under driving of the climbing mechanism, and the construction platform can be conveniently driven to pass through the tower column corner through movement of the guide wheels; therefore, the problem that the construction platform needs to be disassembled and assembled at the corner is avoided, and the inspection efficiency is improved.
本发明属于建筑工程技术领域，尤其是一种钢塔施工作业爬升平台及爬升方法，包括塔柱以及设置在所述塔柱表面的施工平台，所述施工平台的上下表面均固定连接有安装壳套，两个所述安装壳套的相对一侧表面均设置有导向调节机构。该钢塔施工作业爬升平台及爬升方法，通过设置导向调节机构，对施工平台在塔柱转角处的移动进行导向，从而便于施工平台通过塔柱转角，通过导向轮、限位滑块在导轨上的移动以及六边环对两个导向轮之间距离的限定和卡槽对限位滑块的限速，不仅提高导向轮在攀爬机构的带动下能够稳定移动，还便于通过导向轮的移动带动施工平台通过塔柱转角，从而避免在转角处还需拆装施工平台的问题发生，提高巡检效率。
Steel tower construction operation climbing platform and climbing method
一种钢塔施工作业爬升平台及爬升方法
JIANG JIANGHUA (author) / TANG ZHONGGUO (author) / FANG LIN (author) / YU XIANGJUN (author) / ZHANG JINBEI (author) / LI JIE (author) / DENG GUICHUN (author) / WEI XIAONING (author) / LU LIANG (author) / SHI RUIBIN (author)
2024-03-12
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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