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A platform for research: civil engineering, architecture and urbanism
High-altitude pouring formwork system
The invention discloses a high-altitude pouring formwork system which comprises two layers of reinforcing steel bar meshes arranged according to the same camber, connecting rods and a light formwork; The connecting rods are vertically distributed between the two layers of reinforcing steel bar meshes and extend outwards along the reinforcing steel bar mesh on the lower layer, and the lower ends of the connecting rods are in threaded connection with double nuts; and the light formwork is horizontally arranged below the reinforcing steel bar meshes and fixedly arranged on the connecting rods through the double nuts, and the double nuts are located on the two sides of the light formwork respectively. According to the invention, the deformation amount of downward settlement and bending of the light formwork can be reduced, so that the deformation amount of settlement of a concrete high-altitude pouring project is reduced, the construction quality of the concrete high-altitude pouring project is improved, and the concrete structural stability and reliability are high, and the effects of convenient hoisting and dismounting construction are achieved.
本发明公开一种高空浇筑模板体系，包括：钢筋网，为两层，按相同起拱度设置；连接杆，竖向分布设置在两层所述钢筋网之间并且沿下层所述钢筋网向外伸出，所述连接杆的下端螺纹连接有双螺母；轻质模板，水平设置在所述钢筋网的下方，并且通过所述双螺母固定设置在所述连接杆上，所述双螺母分别位于所述轻质模板的两侧。本发明能够减小轻质模板向下沉降弯曲的变形量，进而减小了混凝土高空浇筑工程沉降的变形量，提高了混凝土高空浇筑工程的施工质量，具体结构稳定性、可靠性高和方便吊运及拆装施工的效果。
High-altitude pouring formwork system
The invention discloses a high-altitude pouring formwork system which comprises two layers of reinforcing steel bar meshes arranged according to the same camber, connecting rods and a light formwork; The connecting rods are vertically distributed between the two layers of reinforcing steel bar meshes and extend outwards along the reinforcing steel bar mesh on the lower layer, and the lower ends of the connecting rods are in threaded connection with double nuts; and the light formwork is horizontally arranged below the reinforcing steel bar meshes and fixedly arranged on the connecting rods through the double nuts, and the double nuts are located on the two sides of the light formwork respectively. According to the invention, the deformation amount of downward settlement and bending of the light formwork can be reduced, so that the deformation amount of settlement of a concrete high-altitude pouring project is reduced, the construction quality of the concrete high-altitude pouring project is improved, and the concrete structural stability and reliability are high, and the effects of convenient hoisting and dismounting construction are achieved.
本发明公开一种高空浇筑模板体系，包括：钢筋网，为两层，按相同起拱度设置；连接杆，竖向分布设置在两层所述钢筋网之间并且沿下层所述钢筋网向外伸出，所述连接杆的下端螺纹连接有双螺母；轻质模板，水平设置在所述钢筋网的下方，并且通过所述双螺母固定设置在所述连接杆上，所述双螺母分别位于所述轻质模板的两侧。本发明能够减小轻质模板向下沉降弯曲的变形量，进而减小了混凝土高空浇筑工程沉降的变形量，提高了混凝土高空浇筑工程的施工质量，具体结构稳定性、可靠性高和方便吊运及拆装施工的效果。
High-altitude pouring formwork system
高空浇筑模板体系
XU DAWEI (author) / ZHANG ZHIMIN (author) / PAN FENG (author)
2021-12-14
Patent
Electronic Resource
Chinese
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