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A platform for research: civil engineering, architecture and urbanism
Box type module building splice joint structure
The invention provides a box type module building splice joint structure. Multiple box type modules are arranged on multiple rows, columns and layers. Each box type module is formed by welding four top beams, four bottom beams and four square steel pipe columns. The beams are made of steel angles with the open faces facing the inner sides of the box type modules. The beams comprise webs arranged in the axial direction of the square steel pipe columns and flanges perpendicularly connected to the upper sides and the lower sides of the webs. Every two adjacent box type modules are connected and fixed through the corresponding adjacent beams, the webs of the adjacent beams between the vertically-connected box type modules are jointly in bolt connection with a joint connecting plate, and the upper flanges and the lower flanges of the adjacent beams between the vertically-connected box type modules are in bolt connection. The webs of the adjacent beams between the laterally-connected box type modules are in bolt connection. The box type module building spliced joint structure has the advantages that force transmission is definite, the structure is reasonable, construction is easy and convenient, and splicing and detachment are easy; the adjacent box type modules can meet the prefabricated installation requirement and the multi-story building bearing performance requirement only through beam connection.
Box type module building splice joint structure
The invention provides a box type module building splice joint structure. Multiple box type modules are arranged on multiple rows, columns and layers. Each box type module is formed by welding four top beams, four bottom beams and four square steel pipe columns. The beams are made of steel angles with the open faces facing the inner sides of the box type modules. The beams comprise webs arranged in the axial direction of the square steel pipe columns and flanges perpendicularly connected to the upper sides and the lower sides of the webs. Every two adjacent box type modules are connected and fixed through the corresponding adjacent beams, the webs of the adjacent beams between the vertically-connected box type modules are jointly in bolt connection with a joint connecting plate, and the upper flanges and the lower flanges of the adjacent beams between the vertically-connected box type modules are in bolt connection. The webs of the adjacent beams between the laterally-connected box type modules are in bolt connection. The box type module building spliced joint structure has the advantages that force transmission is definite, the structure is reasonable, construction is easy and convenient, and splicing and detachment are easy; the adjacent box type modules can meet the prefabricated installation requirement and the multi-story building bearing performance requirement only through beam connection.
Box type module building splice joint structure
LI GUOQIANG (author) / MAO LEI (author) / LU YE (author)
2015-07-22
Patent
Electronic Resource
English
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Corner splice joint structure for box-type module building
| European Patent Office | 2015