A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Telescopic scaffold
The invention provides a telescopic scaffold, and relates to the field of scaffolds. The telescopic scaffold comprises a connecting frame and a fixing mechanism, wherein inner threaded grooves are formed in the inner sides of the connecting frame, outer sleeve mechanisms are in threaded connection with the inner sides of the connecting frame, and inner sleeve mechanisms are connected to the innersides of the outer sleeve mechanisms in a clamped mode. According to the telescopic scaffold, four outer sleeves are in threaded connection with the interior of the connecting frame, gear shaping plates retreat from limiting grooves to the interiors of through grooves by rotating extending rods, supporting sleeves can be located below the outer sleeves by pressing the supporting sleeves downwards,after the extending rods are pulled outwards by a specified length, the extending rods are rotated reversely to enable the gear shaping plates to be inserted into the limiting grooves in the outer sides again, then clamping is achieved, and at the moment, the gear shaping plates on the other sides of the extending rods can be inserted into other outer sleeves to achieve connection, so that the problem that the distance between every two adjacent scaffolds cannot be adjusted in the mounting process of the scaffolds is solved.
本发明提供一种伸缩式脚手架，涉及脚手架领域。该伸缩式脚手架，包括连接架和固定机构，所述连接架的内侧开设有内螺纹槽，连接架的内侧螺纹连接有外套筒机构，外套筒机构的内侧卡接有内套筒机构。该伸缩式脚手架，实现将四根外套筒螺纹连接在连接架的内部，通过旋转延伸杆使得插齿板从限位槽中退出到通槽的内部，向下压动支撑套能够使得支撑套位于外套筒下方，通过向外拉动延伸杆指定长度后，反向转动延伸杆使得插齿板再次插入到外侧的限位槽中，实现卡接，此时延伸杆另一侧的插齿板能够插入另一根外套筒的内部并实现连接，解决了脚手架在安装的过程中相邻两个脚手架之间的距离不能够调整的问题。
Telescopic scaffold
The invention provides a telescopic scaffold, and relates to the field of scaffolds. The telescopic scaffold comprises a connecting frame and a fixing mechanism, wherein inner threaded grooves are formed in the inner sides of the connecting frame, outer sleeve mechanisms are in threaded connection with the inner sides of the connecting frame, and inner sleeve mechanisms are connected to the innersides of the outer sleeve mechanisms in a clamped mode. According to the telescopic scaffold, four outer sleeves are in threaded connection with the interior of the connecting frame, gear shaping plates retreat from limiting grooves to the interiors of through grooves by rotating extending rods, supporting sleeves can be located below the outer sleeves by pressing the supporting sleeves downwards,after the extending rods are pulled outwards by a specified length, the extending rods are rotated reversely to enable the gear shaping plates to be inserted into the limiting grooves in the outer sides again, then clamping is achieved, and at the moment, the gear shaping plates on the other sides of the extending rods can be inserted into other outer sleeves to achieve connection, so that the problem that the distance between every two adjacent scaffolds cannot be adjusted in the mounting process of the scaffolds is solved.
本发明提供一种伸缩式脚手架，涉及脚手架领域。该伸缩式脚手架，包括连接架和固定机构，所述连接架的内侧开设有内螺纹槽，连接架的内侧螺纹连接有外套筒机构，外套筒机构的内侧卡接有内套筒机构。该伸缩式脚手架，实现将四根外套筒螺纹连接在连接架的内部，通过旋转延伸杆使得插齿板从限位槽中退出到通槽的内部，向下压动支撑套能够使得支撑套位于外套筒下方，通过向外拉动延伸杆指定长度后，反向转动延伸杆使得插齿板再次插入到外侧的限位槽中，实现卡接，此时延伸杆另一侧的插齿板能够插入另一根外套筒的内部并实现连接，解决了脚手架在安装的过程中相邻两个脚手架之间的距离不能够调整的问题。
Telescopic scaffold
一种伸缩式脚手架
XU ZONGGANG (author) / ZHANG FANG (author) / LIN LILI (author)
2020-12-18
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
FOLDABLE SCAFFOLD TELESCOPIC BRACKET AND METHOD OF USING FOLDABLE SCAFFOLD TELESCOPIC BRACKET
| European Patent Office | 2023