A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a corbel type elevator shaft integral lifting operation platform. The platform comprises a platform assembly and a supporting structure assembly. According to the platform, allparts are connected with one another in a full-length welded mode, and the whole is a stable triangular shape, so that the problems that the bolt torque of fasteners is insufficient and all the partscannot be firmly connected are solved, and the defect of insufficient bearing capacity is overcome; protruding points are evenly arranged on the top of a surface layer, and supporting column steel pipes of a scaffold clamp the scaffold through the protruding points, so that the scaffold is prevented from moving; clamping blocks are in contact with a floor to support and fix the operation platform,only acting force and reacting force exist between the operation platform and the ground of the concrete floor, and no friction force exists, so that the structure is stable, the bearing force is strong, and potential safety hazards are few; and therefore, the operating platform has the effects that the overall structure is stable, all the parts are firmly connected, the bearing capacity is high,the platform can adapt to uneven well walls, slipping and moving on the surface layer is avoided, the service life of materials is long, the connecting mode is stable, and the economic benefit is greatly improved.
本发明提供了一种电梯井牛腿式整体提升操作平台，包括平台组件和支撑结构组件，相互之间的连接方式为满焊连接，整体为稳定的三角形形状，解决了扣件螺栓扭矩不足和各部位连接不牢固的问题，弥补了承载力不足的缺点，凸点均匀设置在面层的顶部，脚手架的支柱钢管通过凸点将脚手架卡住，避免了脚手架的移动，操作平台通过卡块与楼板处接触进行支撑固定，与混凝土楼板地面之间只有作用力与反作用力，无摩擦力，结构更稳定，承载力更强，安全隐患更低，从而使操作平台具有了整体结构稳定，各部间之间连接牢固，承载能力强，可以适应不平整的井壁和能防止在面层打滑和发生位移，材料的使用寿命长连接方式稳定大大提高了经济效益的效果。
The invention provides a corbel type elevator shaft integral lifting operation platform. The platform comprises a platform assembly and a supporting structure assembly. According to the platform, allparts are connected with one another in a full-length welded mode, and the whole is a stable triangular shape, so that the problems that the bolt torque of fasteners is insufficient and all the partscannot be firmly connected are solved, and the defect of insufficient bearing capacity is overcome; protruding points are evenly arranged on the top of a surface layer, and supporting column steel pipes of a scaffold clamp the scaffold through the protruding points, so that the scaffold is prevented from moving; clamping blocks are in contact with a floor to support and fix the operation platform,only acting force and reacting force exist between the operation platform and the ground of the concrete floor, and no friction force exists, so that the structure is stable, the bearing force is strong, and potential safety hazards are few; and therefore, the operating platform has the effects that the overall structure is stable, all the parts are firmly connected, the bearing capacity is high,the platform can adapt to uneven well walls, slipping and moving on the surface layer is avoided, the service life of materials is long, the connecting mode is stable, and the economic benefit is greatly improved.
本发明提供了一种电梯井牛腿式整体提升操作平台，包括平台组件和支撑结构组件，相互之间的连接方式为满焊连接，整体为稳定的三角形形状，解决了扣件螺栓扭矩不足和各部位连接不牢固的问题，弥补了承载力不足的缺点，凸点均匀设置在面层的顶部，脚手架的支柱钢管通过凸点将脚手架卡住，避免了脚手架的移动，操作平台通过卡块与楼板处接触进行支撑固定，与混凝土楼板地面之间只有作用力与反作用力，无摩擦力，结构更稳定，承载力更强，安全隐患更低，从而使操作平台具有了整体结构稳定，各部间之间连接牢固，承载能力强，可以适应不平整的井壁和能防止在面层打滑和发生位移，材料的使用寿命长连接方式稳定大大提高了经济效益的效果。
Self-lifting adjustable elevator shaft operation platform
| European Patent Office | 2023
Elevator shaft lifting construction protection operation platform
| European Patent Office | 2022