A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel structure module staggered and stacked structure system
The invention relates to the technical field of constructional engineering, in particular to a steel structure module staggered and stacked structure system which comprises steel structure module units, first prefabricated floor slabs and bearing columns, and due to the fact that the steel structure module units, the first prefabricated floor slabs and the bearing columns can be machined in a factory, the steel structure module units, the first prefabricated floor slabs and the bearing columns only need to be hoisted on site after being transported to the site. Meanwhile, connecting units are arranged in the steel structure module units, the first prefabricated floor slab and the bearing column, the two connecting units between the steel structure module units, the two connecting units between the steel structure module units and the first prefabricated floor slab and the two connecting units between the steel structure module units and the bearing column can be connected in an inserted mode, and a grouting space is formed after the two connecting structures are connected in an inserted mode; by arranging the connecting units in the steel structure module units, the first prefabricated floor slabs and the bearing columns, the staggered stacking mode of the steel structure modules is achieved, the situation that after the steel structure module units are stacked from top to bottom, double columns, double beams and double plates occur is eliminated, and the problem that the using amount of modular building steel is large is solved.
本发明涉及建筑工程技术领域，尤其涉及一种钢结构模块交错堆叠结构体系，包括钢结构模块单元、第一预制楼板和承重柱，由于钢结构模块单元、第一预制楼板和承重柱均能够在工厂加工完成，运至现场之后只需在现场进行吊装。同时钢结构模块单元、第一预制楼板和承重柱中都设有连接单元，钢结构模块单元之间、钢结构模块单元与第一预制楼板之间、钢结构模块单元与承重柱之间的两个连接单元均能够相互插接，两个连接结构插接后形成注浆空间，通过在钢结构模块单元、第一预制楼板和承重柱设中设置连接单元实现了钢结构模块交错堆叠的方式，消除钢结构模块单元自上而下堆叠后出现双柱、双梁、双板的情况，避免了模块化建筑钢用量大的问题。
Steel structure module staggered and stacked structure system
The invention relates to the technical field of constructional engineering, in particular to a steel structure module staggered and stacked structure system which comprises steel structure module units, first prefabricated floor slabs and bearing columns, and due to the fact that the steel structure module units, the first prefabricated floor slabs and the bearing columns can be machined in a factory, the steel structure module units, the first prefabricated floor slabs and the bearing columns only need to be hoisted on site after being transported to the site. Meanwhile, connecting units are arranged in the steel structure module units, the first prefabricated floor slab and the bearing column, the two connecting units between the steel structure module units, the two connecting units between the steel structure module units and the first prefabricated floor slab and the two connecting units between the steel structure module units and the bearing column can be connected in an inserted mode, and a grouting space is formed after the two connecting structures are connected in an inserted mode; by arranging the connecting units in the steel structure module units, the first prefabricated floor slabs and the bearing columns, the staggered stacking mode of the steel structure modules is achieved, the situation that after the steel structure module units are stacked from top to bottom, double columns, double beams and double plates occur is eliminated, and the problem that the using amount of modular building steel is large is solved.
本发明涉及建筑工程技术领域，尤其涉及一种钢结构模块交错堆叠结构体系，包括钢结构模块单元、第一预制楼板和承重柱，由于钢结构模块单元、第一预制楼板和承重柱均能够在工厂加工完成，运至现场之后只需在现场进行吊装。同时钢结构模块单元、第一预制楼板和承重柱中都设有连接单元，钢结构模块单元之间、钢结构模块单元与第一预制楼板之间、钢结构模块单元与承重柱之间的两个连接单元均能够相互插接，两个连接结构插接后形成注浆空间，通过在钢结构模块单元、第一预制楼板和承重柱设中设置连接单元实现了钢结构模块交错堆叠的方式，消除钢结构模块单元自上而下堆叠后出现双柱、双梁、双板的情况，避免了模块化建筑钢用量大的问题。
Steel structure module staggered and stacked structure system
一种钢结构模块交错堆叠结构体系
WANG QIONG (author) / ZHANG BAIYAN (author) / LIN JIANKUN (author) / ZHANG YONG (author) / REN GANG (author) / REN MINGYU (author)
2023-11-07
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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