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A platform for research: civil engineering, architecture and urbanism
Laminated slab shear wall
The invention discloses a laminated slab shear wall which comprises an outer prefabricated slab and an inner prefabricated slab, and further comprises a plurality of steel bar trusses, a plurality of connecting parts arranged on the outer prefabricated slab and the inner prefabricated slab respectively, and a cast-in-place concrete layer formed in a pouring cavity. The connecting part is connected with the steel bar truss, and the connecting part is used for fixing the steel bar truss on the side walls of the inner prefabricated plate and the outer prefabricated plate. The steel bar truss is fixed to the surface of the inner side wall of the outer and inner leaf prefabricated slab through the multiple connecting parts instead of fixing the steel bar framework in a non-embedded mode, so that the proportion of a concrete body in the outer and inner leaf prefabricated slab can be greatly reduced, the thickness of the outer and inner leaf prefabricated slab can be smaller, and the construction efficiency is improved. The weight of the prefabricated wall body component of the laminated slab shear wall can be effectively and remarkably reduced, the prefabricated wall body component is more convenient to transport, hoist and construct, rapid installation can be achieved, and safety is guaranteed.
本发明公开了一种叠合板式剪力墙，其包括外叶预制板和内叶预制板，还包括多个钢筋桁架、以及分别设置于所述外叶预制板和所述内叶预制板的多个连接部件、以及形成于所述浇筑空腔的现浇混凝土层。所述连接部件与所述钢筋桁架连接，连接部件用于将钢筋桁架固定在所述内叶预制板和所述外叶预制板的侧壁上。本发明通过多个连接部件将钢筋桁架固定在外内叶预制板的内侧壁表面上，而非预埋的方式固定钢筋骨架，如此一来可以极大降低外内叶预制板中混凝土主体的占比，外内叶预制板的厚度可以更薄，可以有效且显著的降低叠合板式剪力墙的预制墙体构件的重量，使预制墙体构件的运输、吊装、施工更方便，可实现快捷安装且安全有保证。
Laminated slab shear wall
The invention discloses a laminated slab shear wall which comprises an outer prefabricated slab and an inner prefabricated slab, and further comprises a plurality of steel bar trusses, a plurality of connecting parts arranged on the outer prefabricated slab and the inner prefabricated slab respectively, and a cast-in-place concrete layer formed in a pouring cavity. The connecting part is connected with the steel bar truss, and the connecting part is used for fixing the steel bar truss on the side walls of the inner prefabricated plate and the outer prefabricated plate. The steel bar truss is fixed to the surface of the inner side wall of the outer and inner leaf prefabricated slab through the multiple connecting parts instead of fixing the steel bar framework in a non-embedded mode, so that the proportion of a concrete body in the outer and inner leaf prefabricated slab can be greatly reduced, the thickness of the outer and inner leaf prefabricated slab can be smaller, and the construction efficiency is improved. The weight of the prefabricated wall body component of the laminated slab shear wall can be effectively and remarkably reduced, the prefabricated wall body component is more convenient to transport, hoist and construct, rapid installation can be achieved, and safety is guaranteed.
本发明公开了一种叠合板式剪力墙，其包括外叶预制板和内叶预制板，还包括多个钢筋桁架、以及分别设置于所述外叶预制板和所述内叶预制板的多个连接部件、以及形成于所述浇筑空腔的现浇混凝土层。所述连接部件与所述钢筋桁架连接，连接部件用于将钢筋桁架固定在所述内叶预制板和所述外叶预制板的侧壁上。本发明通过多个连接部件将钢筋桁架固定在外内叶预制板的内侧壁表面上，而非预埋的方式固定钢筋骨架，如此一来可以极大降低外内叶预制板中混凝土主体的占比，外内叶预制板的厚度可以更薄，可以有效且显著的降低叠合板式剪力墙的预制墙体构件的重量，使预制墙体构件的运输、吊装、施工更方便，可实现快捷安装且安全有保证。
Laminated slab shear wall
一种叠合板式剪力墙
ZHU YIDE (author) / GU WEIPING (author) / LUO JIEMING (author) / SHI WEIWEN (author)
2023-08-22
Patent
Electronic Resource
Chinese
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