Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Floor slab supporting assembly based on spliced steel structure truss
The floor slab supporting assembly based on the spliced steel structure trusses comprises a first truss body and a second truss body, and splicing plates are arranged on the opposite sides of the first truss body and the second truss body correspondingly; the aligning mechanism is arranged at the bottom end of the interior of the second truss body, and the aligning mechanism comprises a first connecting plate. A square plate, a supporting plate and an L-shaped plate can be pulled to move upwards through a pushing rod, then the surface of the supporting plate makes contact with the surface of a first truss body, the first truss body can be pulled to move, and when the surface of the L-shaped plate makes contact with the surfaces of the two splicing plates, threaded holes in the surfaces of the splicing plates coincide; and finally, a supporting plate and an L-shaped plate move upwards by rotating a rotating block and a threaded rod, so that the first truss body and the second truss body which are different in height are conveniently spliced, meanwhile, the splicing efficiency is improved, the progress and quality of follow-up construction are ensured, and the efficiency in the floor slab construction process is improved.
本发明公开了一种基于拼接式钢结构桁架的楼板支撑组件，包括桁架本体一和桁架本体二，所述桁架本体一和桁架本体二相对的一侧分别设置有拼接板；对齐机构，其设置于桁架本体二内部的底端，所述对齐机构包括有连接板一。本发明通过推动杆会拉动方形板、托板和L型板上移，接着托板的表面会与桁架本体一的表面接触，并且会拉动桁架本体一移动，而在L型板的表面与两个拼接板的表面接触时，拼接板表面的螺纹孔会重合，最终通过转动转动块和螺纹杆使托板和L型板上移，进而方便对高度不一的桁架本体一和桁架本体二进行拼接，同时提高了拼接的效率，确保了后续施工的进度与质量，提高在楼板施工过程中的效率。
Floor slab supporting assembly based on spliced steel structure truss
The floor slab supporting assembly based on the spliced steel structure trusses comprises a first truss body and a second truss body, and splicing plates are arranged on the opposite sides of the first truss body and the second truss body correspondingly; the aligning mechanism is arranged at the bottom end of the interior of the second truss body, and the aligning mechanism comprises a first connecting plate. A square plate, a supporting plate and an L-shaped plate can be pulled to move upwards through a pushing rod, then the surface of the supporting plate makes contact with the surface of a first truss body, the first truss body can be pulled to move, and when the surface of the L-shaped plate makes contact with the surfaces of the two splicing plates, threaded holes in the surfaces of the splicing plates coincide; and finally, a supporting plate and an L-shaped plate move upwards by rotating a rotating block and a threaded rod, so that the first truss body and the second truss body which are different in height are conveniently spliced, meanwhile, the splicing efficiency is improved, the progress and quality of follow-up construction are ensured, and the efficiency in the floor slab construction process is improved.
本发明公开了一种基于拼接式钢结构桁架的楼板支撑组件，包括桁架本体一和桁架本体二，所述桁架本体一和桁架本体二相对的一侧分别设置有拼接板；对齐机构，其设置于桁架本体二内部的底端，所述对齐机构包括有连接板一。本发明通过推动杆会拉动方形板、托板和L型板上移，接着托板的表面会与桁架本体一的表面接触，并且会拉动桁架本体一移动，而在L型板的表面与两个拼接板的表面接触时，拼接板表面的螺纹孔会重合，最终通过转动转动块和螺纹杆使托板和L型板上移，进而方便对高度不一的桁架本体一和桁架本体二进行拼接，同时提高了拼接的效率，确保了后续施工的进度与质量，提高在楼板施工过程中的效率。
Floor slab supporting assembly based on spliced steel structure truss
一种基于拼接式钢结构桁架的楼板支撑组件
HUANG LIANG (Autor:in) / LI YANFEI (Autor:in) / WU XIAODONG (Autor:in) / YAO XIAOQIN (Autor:in) / CHEN ZHIJUN (Autor:in) / CHEN DUDU (Autor:in) / WU FENGWEN (Autor:in) / ZHOU GUOREN (Autor:in) / PARK HOON (Autor:in) / HE JUNHUI (Autor:in)
03.12.2024
Patent
Elektronische Ressource
Chinesisch
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