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Composite floor slab splicing structure and construction method thereof and composite structure residential system
The invention relates to the technical field of buildings, in particular to a composite floor slab splicing structure and a construction method thereof and a composite structure residential system. The composite floor slab splicing structure comprises a reinforcement cage and two floor slabs arranged at an interval, wherein a mounting gap is formed in the end, positioned at a splicing surface, ofeach of the floor slabs; floor slab ring ribs are sequentially and vertically fixed at the bottom of the mounting gap at intervals; the reinforcement cage comprises a connecting horizontal rib and a plurality of connecting ring ribs; the connecting ring ribs and a plurality of floor slab ring ribs on the two floor slabs are arranged in a staggered manner; and concrete is poured in the connecting ring ribs and the floor slab ring ribs. The composite floor slab splicing structure greatly increases the onsite construction speed, lowers the construction difficulty and is simple in construction process; ribs do not go out of four sides of a prefabricated slab, so that factory automatic mass production is facilitated, and the production cost is greatly lowered; the composite floor slab splicingstructure is excellent in mechanical property, high in integrality, and also high in assembling integral type structural integrity; and onsite prefabricated construction is realized, the constructionefficiency is high, and dense rib construction greatly lowers the floor dead weight and concrete quantity to lower the cost.
本发明涉及建筑技术领域,尤其是涉及一种叠合楼板拼接结构及其构造方法和组合结构住宅体系。本发明的叠合楼板拼接结构包括钢筋骨架以及两个间隔设置的楼板;楼板位于拼接面的一端设有安装豁口;安装豁口的底部,依次间隔竖直固定有楼板环筋;钢筋骨架包括连接水平筋以及多个连接环筋;多个连接环筋与两个楼板上的多个楼板环筋均交错设置;连接环筋与楼板环筋浇筑有混凝土。本发明结构大大提高现场施工速度,降低施工难度,施工过程简单,预制板四边不出筋,便于工厂自动化批量生产,大幅降低生产成本;受力性能好,整体性强,装配整体式方式结构整体性强。现场装配化施工,施工效率高,密肋构造大幅降低楼盖自重和混凝土用量,降低成本。
Composite floor slab splicing structure and construction method thereof and composite structure residential system
The invention relates to the technical field of buildings, in particular to a composite floor slab splicing structure and a construction method thereof and a composite structure residential system. The composite floor slab splicing structure comprises a reinforcement cage and two floor slabs arranged at an interval, wherein a mounting gap is formed in the end, positioned at a splicing surface, ofeach of the floor slabs; floor slab ring ribs are sequentially and vertically fixed at the bottom of the mounting gap at intervals; the reinforcement cage comprises a connecting horizontal rib and a plurality of connecting ring ribs; the connecting ring ribs and a plurality of floor slab ring ribs on the two floor slabs are arranged in a staggered manner; and concrete is poured in the connecting ring ribs and the floor slab ring ribs. The composite floor slab splicing structure greatly increases the onsite construction speed, lowers the construction difficulty and is simple in construction process; ribs do not go out of four sides of a prefabricated slab, so that factory automatic mass production is facilitated, and the production cost is greatly lowered; the composite floor slab splicingstructure is excellent in mechanical property, high in integrality, and also high in assembling integral type structural integrity; and onsite prefabricated construction is realized, the constructionefficiency is high, and dense rib construction greatly lowers the floor dead weight and concrete quantity to lower the cost.
本发明涉及建筑技术领域,尤其是涉及一种叠合楼板拼接结构及其构造方法和组合结构住宅体系。本发明的叠合楼板拼接结构包括钢筋骨架以及两个间隔设置的楼板;楼板位于拼接面的一端设有安装豁口;安装豁口的底部,依次间隔竖直固定有楼板环筋;钢筋骨架包括连接水平筋以及多个连接环筋;多个连接环筋与两个楼板上的多个楼板环筋均交错设置;连接环筋与楼板环筋浇筑有混凝土。本发明结构大大提高现场施工速度,降低施工难度,施工过程简单,预制板四边不出筋,便于工厂自动化批量生产,大幅降低生产成本;受力性能好,整体性强,装配整体式方式结构整体性强。现场装配化施工,施工效率高,密肋构造大幅降低楼盖自重和混凝土用量,降低成本。
Composite floor slab splicing structure and construction method thereof and composite structure residential system
一种叠合楼板拼接结构及其构造方法和组合结构住宅体系
GONG CHAO (author) / ZHANG SUMEI (author) / HOU ZHAOXIN (author) / WANG YUEDONG (author) / LI XIAOZHONG (author)
2020-05-19
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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