A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A lifting platform for low-rise building construction comprises a base plate and two opposite vertical supporting plates arranged on the base plate. An operation platform is arranged between the two vertical supporting plates. The two ends of the operation platform are provided with guide protruding blocks. The opposite faces of the two vertical supporting plates are provided with guide sliding grooves. The guide protruding blocks are arranged in the guide sliding grooves. The two ends of the top face of the base plate are provided with first motors. Rotating shafts of the first motors are connected with horizontal rope winding rods through couplers. One end of each rope winding rod is connected with the corresponding vertical plate through a bearing. First traction ropes are wound aroundthe rope winding rods. One end of each first traction rope penetrates through the upper end of the corresponding vertical supporting plate and is connected with one end of the top face of the operation platform. By the adoption of the structure, construction personnel do not need going up and down by themselves, so that the physical power consumed for going on and off the operation platform can begreatly reduced, and the safety in the construction process can be guaranteed; in addition, in the construction process, continuous supply of building materials can be achieved, and therefore the situation that construction is stopped to lift the building materials, so that the construction efficiency is lowered is avoided.
一种低层建筑施工用升降平台，包括底板以及设置在底板上两块相对的竖向支撑板，两块所述的竖向支撑板之间设有作业平台，作业平台两端设有导向凸块，两块竖向支撑板相对的一面上设有导向滑槽，导向凸块设置在导向滑槽内，底板顶面两端设有第一电机，第一电机的转轴与水平的绕绳杆通过联轴器连接，绕绳杆一端通过轴承与立板连接，绕绳杆上缠绕设有第一牵引绳，第一牵引绳一端穿过竖向支撑板上端并与作业平台顶面一端连接。采用上述结构，施工人员无需自行上下，能够大大减小上下作业平台所耗费的体力，并且能够保证施工过程中的安全性，另外，在施工过程中，能够实现建筑材料的持续提供，避免需要停止施工，进行建筑材料的提升造成施工效率的降低。
A lifting platform for low-rise building construction comprises a base plate and two opposite vertical supporting plates arranged on the base plate. An operation platform is arranged between the two vertical supporting plates. The two ends of the operation platform are provided with guide protruding blocks. The opposite faces of the two vertical supporting plates are provided with guide sliding grooves. The guide protruding blocks are arranged in the guide sliding grooves. The two ends of the top face of the base plate are provided with first motors. Rotating shafts of the first motors are connected with horizontal rope winding rods through couplers. One end of each rope winding rod is connected with the corresponding vertical plate through a bearing. First traction ropes are wound aroundthe rope winding rods. One end of each first traction rope penetrates through the upper end of the corresponding vertical supporting plate and is connected with one end of the top face of the operation platform. By the adoption of the structure, construction personnel do not need going up and down by themselves, so that the physical power consumed for going on and off the operation platform can begreatly reduced, and the safety in the construction process can be guaranteed; in addition, in the construction process, continuous supply of building materials can be achieved, and therefore the situation that construction is stopped to lift the building materials, so that the construction efficiency is lowered is avoided.
一种低层建筑施工用升降平台，包括底板以及设置在底板上两块相对的竖向支撑板，两块所述的竖向支撑板之间设有作业平台，作业平台两端设有导向凸块，两块竖向支撑板相对的一面上设有导向滑槽，导向凸块设置在导向滑槽内，底板顶面两端设有第一电机，第一电机的转轴与水平的绕绳杆通过联轴器连接，绕绳杆一端通过轴承与立板连接，绕绳杆上缠绕设有第一牵引绳，第一牵引绳一端穿过竖向支撑板上端并与作业平台顶面一端连接。采用上述结构，施工人员无需自行上下，能够大大减小上下作业平台所耗费的体力，并且能够保证施工过程中的安全性，另外，在施工过程中，能够实现建筑材料的持续提供，避免需要停止施工，进行建筑材料的提升造成施工效率的降低。
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