A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing type operation platform for high-rise building construction
The invention discloses a climbing type operating platform for high-rise building construction, which comprises parallel wall bodies, a platform frame structure is mounted on the side walls of the wall bodies through a fixing mechanism, and when the height of the device needs to be increased, the platform frame structure is fixed on the side walls of the wall bodies through the fixing mechanism. The threaded columns at the bottoms of the frame-shaped supporting legs of the bottom-layer device can be connected into the connecting sleeves on the connecting bottom plate of the upper-layer device in a threaded mode, so that the heights of the two layers of devices are increased, and when the platform frame structure needs to be climbed, due to the fact that the electric hoist is installed on the wall through the detachably-installed hanging part, the electric hoist can be installed on the wall through the detachably-installed hanging part. A hanging ring on a bottom connecting plate between the left frame rods is hung through a hook at the bottom of a steel wire rope, the steel wire rope moves upwards, and a spring in a limiting structure pushes an arc-shaped clamping plate to be clamped in a clamping groove, so that the left frame rods can only move upwards under the action of an electric hoist, and the self-climbing effect of the device is achieved; and meanwhile, workers are protected during construction through the plates for protection.
本发明公开了一种用于高层建筑施工的攀爬式操作平台，包括平行的墙体，将平台框架结构通过固定机构安装在墙体的侧壁上，如需将装置的高度进行增加时，可以将底层装置框型支撑腿底部的螺纹柱螺纹连接在上层装置连接底板上的连接套筒内，以此将两层装置进行高度增加，如需对平台框架结构进行攀爬作用时，由于电动葫芦通过可拆卸式安装的挂载件安装在墙体上，并且通过钢丝绳底部的挂钩对左架杆之间的底置连接板上的挂环进行挂载，钢丝绳向上运动，由于限位结构中的弹簧推动弧形卡板卡接在卡槽内，从而使左架杆在电动葫芦的作用下只能进行上移，从而实现装置的自攀爬效果，同时通过各个防护用的板材对工人施工时进行防护。
Climbing type operation platform for high-rise building construction
The invention discloses a climbing type operating platform for high-rise building construction, which comprises parallel wall bodies, a platform frame structure is mounted on the side walls of the wall bodies through a fixing mechanism, and when the height of the device needs to be increased, the platform frame structure is fixed on the side walls of the wall bodies through the fixing mechanism. The threaded columns at the bottoms of the frame-shaped supporting legs of the bottom-layer device can be connected into the connecting sleeves on the connecting bottom plate of the upper-layer device in a threaded mode, so that the heights of the two layers of devices are increased, and when the platform frame structure needs to be climbed, due to the fact that the electric hoist is installed on the wall through the detachably-installed hanging part, the electric hoist can be installed on the wall through the detachably-installed hanging part. A hanging ring on a bottom connecting plate between the left frame rods is hung through a hook at the bottom of a steel wire rope, the steel wire rope moves upwards, and a spring in a limiting structure pushes an arc-shaped clamping plate to be clamped in a clamping groove, so that the left frame rods can only move upwards under the action of an electric hoist, and the self-climbing effect of the device is achieved; and meanwhile, workers are protected during construction through the plates for protection.
本发明公开了一种用于高层建筑施工的攀爬式操作平台，包括平行的墙体，将平台框架结构通过固定机构安装在墙体的侧壁上，如需将装置的高度进行增加时，可以将底层装置框型支撑腿底部的螺纹柱螺纹连接在上层装置连接底板上的连接套筒内，以此将两层装置进行高度增加，如需对平台框架结构进行攀爬作用时，由于电动葫芦通过可拆卸式安装的挂载件安装在墙体上，并且通过钢丝绳底部的挂钩对左架杆之间的底置连接板上的挂环进行挂载，钢丝绳向上运动，由于限位结构中的弹簧推动弧形卡板卡接在卡槽内，从而使左架杆在电动葫芦的作用下只能进行上移，从而实现装置的自攀爬效果，同时通过各个防护用的板材对工人施工时进行防护。
Climbing type operation platform for high-rise building construction
一种用于高层建筑施工的攀爬式操作平台
XU XUEJIAN (author) / QIU YANMIN (author) / HAN SHUNLONG (author) / GE YALAN (author)
2023-03-07
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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