A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated multi-ribbed floor system template and multi-ribbed floor system construction method
The invention is suitable for the technical field of assembly type buildings, and provides an assembly type multi-ribbed floor system formwork and a multi-ribbed floor system construction method.The assembly type multi-ribbed floor system formwork comprises a plurality of transversely-installed bridge frames arranged at intervals, each transversely-installed bridge frame comprises a floor bearing plate, and the floor bearing plates are detachably connected with transverse trusses; a plurality of hollow formworks are arranged between every two adjacent floor bearing plates, the left sides and the right sides of the floor bearing plates bear the side edges of shells of the hollow formworks through formwork supporting edges so that the hollow formworks can be supported, the transversely-installed bridge frame is assembled in a factory in advance, and after the transversely-installed bridge frame is installed on a construction site, the transversely-installed bridge frame is assembled on the construction site. The hollow formworks are laid between the bridge frames and between the bridge frames on the two sides and the main beam, the structure and the construction mode meet the assembly type floor slab construction requirement, the field workload of constructors is reduced, meanwhile, the construction cost is reduced, meanwhile, the transportation cost is low, and compared with a traditional assembly type building, the cost is greatly reduced; and the structure is more reasonable, and the firmness is higher.
本发明适用于装配式建筑技术领域，提供了一种装配式密肋楼盖模板及密肋楼盖施工方法，装配式密肋楼盖模板包括数个间隔设置的横向安装桥架，横向安装桥架包括楼承板，楼承板可拆卸连接有横向桁架，相邻楼承板之间设置若干空心模壳组成的，楼承板左右侧通过模壳支撑边承托空心模壳的壳体侧边从而实现对空心模壳的支撑，横向安装桥架采用预先在工厂完成装配的方式，在施工现场完成横向安装桥架的安装后，在桥架与桥架之间以及两侧桥架与主梁之间进行空心模壳的铺设，这种结构以及建造方式符合装配式楼板建设要求，减少了施工人员的现场工作量的同时也降低了施工成本，同时运输成本也较低，相对传统装配式建筑其成本又大为降低，且结构更合理、牢固性更高。
Fabricated multi-ribbed floor system template and multi-ribbed floor system construction method
The invention is suitable for the technical field of assembly type buildings, and provides an assembly type multi-ribbed floor system formwork and a multi-ribbed floor system construction method.The assembly type multi-ribbed floor system formwork comprises a plurality of transversely-installed bridge frames arranged at intervals, each transversely-installed bridge frame comprises a floor bearing plate, and the floor bearing plates are detachably connected with transverse trusses; a plurality of hollow formworks are arranged between every two adjacent floor bearing plates, the left sides and the right sides of the floor bearing plates bear the side edges of shells of the hollow formworks through formwork supporting edges so that the hollow formworks can be supported, the transversely-installed bridge frame is assembled in a factory in advance, and after the transversely-installed bridge frame is installed on a construction site, the transversely-installed bridge frame is assembled on the construction site. The hollow formworks are laid between the bridge frames and between the bridge frames on the two sides and the main beam, the structure and the construction mode meet the assembly type floor slab construction requirement, the field workload of constructors is reduced, meanwhile, the construction cost is reduced, meanwhile, the transportation cost is low, and compared with a traditional assembly type building, the cost is greatly reduced; and the structure is more reasonable, and the firmness is higher.
本发明适用于装配式建筑技术领域，提供了一种装配式密肋楼盖模板及密肋楼盖施工方法，装配式密肋楼盖模板包括数个间隔设置的横向安装桥架，横向安装桥架包括楼承板，楼承板可拆卸连接有横向桁架，相邻楼承板之间设置若干空心模壳组成的，楼承板左右侧通过模壳支撑边承托空心模壳的壳体侧边从而实现对空心模壳的支撑，横向安装桥架采用预先在工厂完成装配的方式，在施工现场完成横向安装桥架的安装后，在桥架与桥架之间以及两侧桥架与主梁之间进行空心模壳的铺设，这种结构以及建造方式符合装配式楼板建设要求，减少了施工人员的现场工作量的同时也降低了施工成本，同时运输成本也较低，相对传统装配式建筑其成本又大为降低，且结构更合理、牢固性更高。
Fabricated multi-ribbed floor system template and multi-ribbed floor system construction method
一种装配式密肋楼盖模板及密肋楼盖施工方法
ZHU LIMING (author) / ZHU WEIBO (author) / WU SANXIANG (author)
2024-10-15
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| European Patent Office | 2023