A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Connecting structure of floor slabs with height difference and construction method of connecting structure
The invention relates to a connecting structure of floor slabs with height difference, which comprises a vertical reinforcement cage formed at the top of a mid-partition by binding, and plate surface steel bars and plate bottom steel bars of a first floor slab and a second floor slab are fixedly connected with the vertical reinforcement cage; the horizontal reinforcement cage is formed at the top of the vertical reinforcement cage in a binding mode, and plate face steel bars of the first floor slab and the second floor slab are fixedly connected with the horizontal reinforcement cage; the concrete layer is formed on the top of the middle partition wall in a pouring mode and is connected with the first floor slab and the second floor slab, and the vertical reinforcement cage and the horizontal reinforcement cage are both embedded in the concrete layer. The problem that the floors on the two sides of the mid-partition wall are difficult to connect is effectively solved, the floors on the two sides of the mid-partition wall are connected through the connecting structure, connection of the floors with different elevations is achieved, the connecting structure is easy and convenient to construct and easy to achieve, and the construction quality of the floors can be guaranteed.
本发明涉及一种具有高度差的楼板的连接结构，包括：绑扎形成于中隔墙的顶部的竖直钢筋笼，第一楼板和第二楼板的板面钢筋和板底钢筋均与竖直钢筋笼固定连接；绑扎形成于竖直钢筋笼的顶部的水平钢筋笼，第一楼板和第二楼板的板面钢筋均与水平钢筋笼固定连接；以及浇筑形成于中隔墙的顶部且连接第一楼板和第二楼板的混凝土层，竖直钢筋笼和水平钢筋笼均埋设于混凝土层内。本发明有效的解决了中隔墙两侧的楼板难以连接的问题，通过连接结构连接中隔墙两侧的楼板，实现不同标高的楼板连接，且该连接结构施工简便，易于实现，能够保证楼板的施工质量。
Connecting structure of floor slabs with height difference and construction method of connecting structure
The invention relates to a connecting structure of floor slabs with height difference, which comprises a vertical reinforcement cage formed at the top of a mid-partition by binding, and plate surface steel bars and plate bottom steel bars of a first floor slab and a second floor slab are fixedly connected with the vertical reinforcement cage; the horizontal reinforcement cage is formed at the top of the vertical reinforcement cage in a binding mode, and plate face steel bars of the first floor slab and the second floor slab are fixedly connected with the horizontal reinforcement cage; the concrete layer is formed on the top of the middle partition wall in a pouring mode and is connected with the first floor slab and the second floor slab, and the vertical reinforcement cage and the horizontal reinforcement cage are both embedded in the concrete layer. The problem that the floors on the two sides of the mid-partition wall are difficult to connect is effectively solved, the floors on the two sides of the mid-partition wall are connected through the connecting structure, connection of the floors with different elevations is achieved, the connecting structure is easy and convenient to construct and easy to achieve, and the construction quality of the floors can be guaranteed.
本发明涉及一种具有高度差的楼板的连接结构，包括：绑扎形成于中隔墙的顶部的竖直钢筋笼，第一楼板和第二楼板的板面钢筋和板底钢筋均与竖直钢筋笼固定连接；绑扎形成于竖直钢筋笼的顶部的水平钢筋笼，第一楼板和第二楼板的板面钢筋均与水平钢筋笼固定连接；以及浇筑形成于中隔墙的顶部且连接第一楼板和第二楼板的混凝土层，竖直钢筋笼和水平钢筋笼均埋设于混凝土层内。本发明有效的解决了中隔墙两侧的楼板难以连接的问题，通过连接结构连接中隔墙两侧的楼板，实现不同标高的楼板连接，且该连接结构施工简便，易于实现，能够保证楼板的施工质量。
Connecting structure of floor slabs with height difference and construction method of connecting structure
具有高度差的楼板的连接结构及其施工方法
CHEN YIFEI (author) / XING GUOXING (author) / JI BAOYU (author) / LUO HAO (author) / WANG XIAOLIN (author) / HU XIANGGANG (author) / LIN YONG (author) / CHU XIAO (author) / ZHOU QI (author) / NI ZHONGWEI (author)
2022-12-06
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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