A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Guide frame climbing type working platform system capable of achieving obstacle avoidance
The invention provides a guide frame climbing type working platform system capable of achieving obstacle avoidance. The guide frame climbing type working platform system adopts two guide rail frames, two working platforms, two platform driving mechanisms, a displacement base station, positioning labels, two movable retractable platforms and two retractable platform driving mechanisms; the opposite sides of the two working platforms are respectively provided with one movable retractable platform; the movable retractable platforms are driven by the corresponding retractable platform driving mechanisms to contract or stretch, and the upper end and the lower end of an obstacle are each provided with one positioning label. When the distance between the displacement base station and the positioning label arranged at one end of the obstacle is smaller than a first set distance, the corresponding movable retractable platform is contracted, then the two platform driving mechanisms enable the corresponding working platforms to cross the obstacle; when the distance between the displacement base station and the positioning label arranged at the other end of the obstacle is changed from large to small and from small to large to a second set distance, the corresponding movable retractable platform is stretched, comprehensive construction of a building facade is achieved, and avoiding and climbing of the obstacle with a certain height can be achieved.
本发明提供一种实现障碍物避让的导架爬升式工作平台系统，采用两导轨架、两工作平台、两平台驱动机构、位移基站、定位标签、两移动伸缩平台以及两伸缩平台驱动机构，两工作平台相对侧分别设一移动伸缩平台，移动伸缩平台在对应伸缩平台驱动机构的驱动下收缩或者伸展，障碍物的上下两端分别设置一定位标签，当位移基站与设置于障碍物的一端的定位标签的距离小于第一设定距离时，收缩对应的移动伸缩平台，再通过两平台驱动机构使得对应的工作平台越过障碍物；当位移基站与设置于障碍物的另一端定位标签的距离由大变小又由小变大至第二设定距离时，伸展对应的移动伸缩平台，实现建筑外立面的全面施工；并且可以实现具有一定高度的障碍物的避让爬升。
Guide frame climbing type working platform system capable of achieving obstacle avoidance
The invention provides a guide frame climbing type working platform system capable of achieving obstacle avoidance. The guide frame climbing type working platform system adopts two guide rail frames, two working platforms, two platform driving mechanisms, a displacement base station, positioning labels, two movable retractable platforms and two retractable platform driving mechanisms; the opposite sides of the two working platforms are respectively provided with one movable retractable platform; the movable retractable platforms are driven by the corresponding retractable platform driving mechanisms to contract or stretch, and the upper end and the lower end of an obstacle are each provided with one positioning label. When the distance between the displacement base station and the positioning label arranged at one end of the obstacle is smaller than a first set distance, the corresponding movable retractable platform is contracted, then the two platform driving mechanisms enable the corresponding working platforms to cross the obstacle; when the distance between the displacement base station and the positioning label arranged at the other end of the obstacle is changed from large to small and from small to large to a second set distance, the corresponding movable retractable platform is stretched, comprehensive construction of a building facade is achieved, and avoiding and climbing of the obstacle with a certain height can be achieved.
本发明提供一种实现障碍物避让的导架爬升式工作平台系统，采用两导轨架、两工作平台、两平台驱动机构、位移基站、定位标签、两移动伸缩平台以及两伸缩平台驱动机构，两工作平台相对侧分别设一移动伸缩平台，移动伸缩平台在对应伸缩平台驱动机构的驱动下收缩或者伸展，障碍物的上下两端分别设置一定位标签，当位移基站与设置于障碍物的一端的定位标签的距离小于第一设定距离时，收缩对应的移动伸缩平台，再通过两平台驱动机构使得对应的工作平台越过障碍物；当位移基站与设置于障碍物的另一端定位标签的距离由大变小又由小变大至第二设定距离时，伸展对应的移动伸缩平台，实现建筑外立面的全面施工；并且可以实现具有一定高度的障碍物的避让爬升。
Guide frame climbing type working platform system capable of achieving obstacle avoidance
一种实现障碍物避让的导架爬升式工作平台系统
FANG TINGCHEN (author) / WU LIANDING (author) / YANG JIALIN (author) / PAN XI (author) / ZHAO YIMING (author) / CAO WENJIE (author) / LIU XIN (author)
2021-06-18
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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