A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-adaptive disc buckle frame support device
The invention relates to the technology of disc buckle frame supports, in particular to a self-adaptive disc buckle frame support device which comprises a supporting rod and an adjusting threaded sleeve, a self-adaptive chassis assembly at the lower end of the supporting rod comprises an upper fixed bottom plate and a lower turnover bottom plate, the left ends of the upper fixed bottom plate and the lower turnover bottom plate are hinged, and the turnover bottom plate is parallel to the fixed bottom plate in a closed state; the self-adaptive chassis assembly further comprises a supporting rod assembly and a limiting structure, the supporting rod assembly is provided with a positioning part, and when the overturning bottom plate is overturned to be attached to the slope face, the limiting structure can be matched with the positioning part and lock the supporting rod assembly. The self-adaptive chassis assembly serves as a whole, the occupied space is small, the supporting requirement of a plane can be met firstly, in addition, the overturning bottom plate can be automatically attached to the slope face, stability is kept under the action of the supporting rod assembly and the limiting structure, and therefore the self-adaptive chassis assembly is suitable for the slope face, the deformation process is simple and easy to operate, and the state after deformation is stable; the construction efficiency can be improved, and the safety can be improved.
本发明涉及盘扣架支座技术，具体为自适应盘扣架支座装置，包括支撑杆以及调节螺纹套，支撑杆下端的自适应底盘组件包括上方的固定底板和下方的翻转底板，两者的左端铰接连接，且翻转底板在闭合状态下与固定底板平行；自适应底盘组件还包括支撑杆组件以及限位结构，其中支撑杆组件上具有定位部，当翻转底板翻转至贴合斜坡面后，限位结构能够与定位部配合并锁定支撑杆组件。本发明中，自适应底盘组件作为一个整体，占位空间小，其首先能满足平面的支撑需求，另外，翻转底板能够自动贴合斜坡面，且在支撑杆组件与限位结构的作用下保持稳定，从而适用于斜坡面，其变形过程简单易操作，变形后的状态稳定，既可以提高施工效率又可以提高安全性。
Self-adaptive disc buckle frame support device
The invention relates to the technology of disc buckle frame supports, in particular to a self-adaptive disc buckle frame support device which comprises a supporting rod and an adjusting threaded sleeve, a self-adaptive chassis assembly at the lower end of the supporting rod comprises an upper fixed bottom plate and a lower turnover bottom plate, the left ends of the upper fixed bottom plate and the lower turnover bottom plate are hinged, and the turnover bottom plate is parallel to the fixed bottom plate in a closed state; the self-adaptive chassis assembly further comprises a supporting rod assembly and a limiting structure, the supporting rod assembly is provided with a positioning part, and when the overturning bottom plate is overturned to be attached to the slope face, the limiting structure can be matched with the positioning part and lock the supporting rod assembly. The self-adaptive chassis assembly serves as a whole, the occupied space is small, the supporting requirement of a plane can be met firstly, in addition, the overturning bottom plate can be automatically attached to the slope face, stability is kept under the action of the supporting rod assembly and the limiting structure, and therefore the self-adaptive chassis assembly is suitable for the slope face, the deformation process is simple and easy to operate, and the state after deformation is stable; the construction efficiency can be improved, and the safety can be improved.
本发明涉及盘扣架支座技术，具体为自适应盘扣架支座装置，包括支撑杆以及调节螺纹套，支撑杆下端的自适应底盘组件包括上方的固定底板和下方的翻转底板，两者的左端铰接连接，且翻转底板在闭合状态下与固定底板平行；自适应底盘组件还包括支撑杆组件以及限位结构，其中支撑杆组件上具有定位部，当翻转底板翻转至贴合斜坡面后，限位结构能够与定位部配合并锁定支撑杆组件。本发明中，自适应底盘组件作为一个整体，占位空间小，其首先能满足平面的支撑需求，另外，翻转底板能够自动贴合斜坡面，且在支撑杆组件与限位结构的作用下保持稳定，从而适用于斜坡面，其变形过程简单易操作，变形后的状态稳定，既可以提高施工效率又可以提高安全性。
Self-adaptive disc buckle frame support device
自适应盘扣架支座装置
LI FENGTAO (author) / ZHANG HENG (author) / LI YI (author) / HE HONGHU (author) / WANG YAODONG (author) / NABINUR BALAHENBIEKE (author) / LI JIAJIA (author) / LIU HUIDONG (author) / LIU SHUAI (author) / HAN XUEBIAO (author)
2024-09-17
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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