A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Scaffold capable of moving on stairs
The invention discloses a scaffold capable of moving on stairs, and belongs to the technical field of scaffold equipment. The device comprises a moving module, a telescopic frame and a workbench, a frame is fixedly installed above the moving module, a balance base is arranged on the frame, the bottom of the telescopic frame is installed on the balance base, and the workbench is installed at the top of the telescopic frame. The moving module is of a crawler belt design, the two ends of the crawler belt are of large and small wheel designs, a hydraulic system, a motor, a gearbox and a control box are integrated on the moving module, and an angle sensor is arranged on the balance base and electrically connected with the control box. The large and small wheel crawler belt design is adopted, the robot can quickly move on flat ground, slopes and stairs, and repeated lap joint or disassembly is not needed for height adjustment and working position replacement; by designing the angle sensor, the angle can be automatically measured, the balance hydraulic cylinder is driven, it is guaranteed that the balance base is automatically horizontal, an alarm can be given when the angle is too large, and construction safety is guaranteed.
本发明公开了一种可在楼梯上移动的脚手架，属于脚手架设备技术领域。本发明包括移动模块、伸缩架以及工作台，其中移动模块上方固定安装有车架，车架上设有平衡底座，伸缩架的底部安装在平衡底座上，工作台安装在伸缩架的顶部。移动模块为履带设计，且履带两端为大小轮设计，移动模块上集成液压系统、电机、变速箱以及控制箱，平衡底座上设有角度传感器，且角度传感器与控制箱电性连接。本发明采用大小轮履带设计，可在平地、斜坡、楼梯快速移动，无需反复搭接或拆卸来调节高度、更换工作位置；通过设计角度传感器，可自动测量角度并驱动平衡液压缸，保证平衡底座自动水平，当角度过大时可发出警报，保证施工安全。
Scaffold capable of moving on stairs
The invention discloses a scaffold capable of moving on stairs, and belongs to the technical field of scaffold equipment. The device comprises a moving module, a telescopic frame and a workbench, a frame is fixedly installed above the moving module, a balance base is arranged on the frame, the bottom of the telescopic frame is installed on the balance base, and the workbench is installed at the top of the telescopic frame. The moving module is of a crawler belt design, the two ends of the crawler belt are of large and small wheel designs, a hydraulic system, a motor, a gearbox and a control box are integrated on the moving module, and an angle sensor is arranged on the balance base and electrically connected with the control box. The large and small wheel crawler belt design is adopted, the robot can quickly move on flat ground, slopes and stairs, and repeated lap joint or disassembly is not needed for height adjustment and working position replacement; by designing the angle sensor, the angle can be automatically measured, the balance hydraulic cylinder is driven, it is guaranteed that the balance base is automatically horizontal, an alarm can be given when the angle is too large, and construction safety is guaranteed.
本发明公开了一种可在楼梯上移动的脚手架，属于脚手架设备技术领域。本发明包括移动模块、伸缩架以及工作台，其中移动模块上方固定安装有车架，车架上设有平衡底座，伸缩架的底部安装在平衡底座上，工作台安装在伸缩架的顶部。移动模块为履带设计，且履带两端为大小轮设计，移动模块上集成液压系统、电机、变速箱以及控制箱，平衡底座上设有角度传感器，且角度传感器与控制箱电性连接。本发明采用大小轮履带设计，可在平地、斜坡、楼梯快速移动，无需反复搭接或拆卸来调节高度、更换工作位置；通过设计角度传感器，可自动测量角度并驱动平衡液压缸，保证平衡底座自动水平，当角度过大时可发出警报，保证施工安全。
Scaffold capable of moving on stairs
一种可在楼梯上移动的脚手架
HUANG AIKUI (author) / HUANG LINYU (author) / YANG GUANG (author)
2024-01-23
Patent
Electronic Resource
Chinese
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