A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated concrete module building and assembling method thereof
The invention provides an assembly type concrete module building and an assembly method thereof. The fabricated concrete module comprises a top plate and a plurality of side walls, and door and window holes are reserved in the side walls. The top plate is fixed to the top ends of the side walls, and vertical holes are reserved in the side walls. The top plate and the side wall of the fabricated concrete module, including decoration and electromechanical pipeline arrangement, are manufactured in a factory. Only steel bar connection, concrete pouring of a top plate laminated layer and ground decoration operation are needed in a construction site. And on-site splicing is achieved without formworks and scaffolds, high-degree industrialized production, integrated integration and assembly type construction are achieved, the construction efficiency is improved, and the on-site labor consumption is reduced. In addition, the fabricated concrete modules are not provided with bottom plates, so that the problem that the floor is too thick due to the fact that the bottom plates are overlapped with the top plates of the fabricated concrete modules on the lower layer is solved. And through the cast-in-place operation of the top plate laminated layer concrete, the problem that the floor elevation is difficult to accurately control after the module is installed is also avoided.
本发明提供了一种装配式混凝土模块建筑及其装配方法。其中，装配式混凝土模块包括顶板及若干侧墙，侧墙上预留门窗洞口。顶板固定在侧墙的顶端，侧墙内预留有竖向孔。装配式混凝土模块的顶板及侧墙，包括装修与机电管线布置在内，在工厂内制作完成。施工现场仅需钢筋连接及顶板的叠合层混凝土浇筑及地面装修作业。现场拼装无模板和脚手架，实现了高度的工厂化生产、一体化集成及装配式施工，提高了施工效率，减少了现场人工用量。此外，装配式混凝土模块无底板，避免了底板与下层装配式混凝土模块的顶板叠加而导致的地板太厚的问题。通过顶板叠合层混凝土的现场浇筑作业，也避免了模块安装后地板标高难以精确控制的问题。
Fabricated concrete module building and assembling method thereof
The invention provides an assembly type concrete module building and an assembly method thereof. The fabricated concrete module comprises a top plate and a plurality of side walls, and door and window holes are reserved in the side walls. The top plate is fixed to the top ends of the side walls, and vertical holes are reserved in the side walls. The top plate and the side wall of the fabricated concrete module, including decoration and electromechanical pipeline arrangement, are manufactured in a factory. Only steel bar connection, concrete pouring of a top plate laminated layer and ground decoration operation are needed in a construction site. And on-site splicing is achieved without formworks and scaffolds, high-degree industrialized production, integrated integration and assembly type construction are achieved, the construction efficiency is improved, and the on-site labor consumption is reduced. In addition, the fabricated concrete modules are not provided with bottom plates, so that the problem that the floor is too thick due to the fact that the bottom plates are overlapped with the top plates of the fabricated concrete modules on the lower layer is solved. And through the cast-in-place operation of the top plate laminated layer concrete, the problem that the floor elevation is difficult to accurately control after the module is installed is also avoided.
本发明提供了一种装配式混凝土模块建筑及其装配方法。其中，装配式混凝土模块包括顶板及若干侧墙，侧墙上预留门窗洞口。顶板固定在侧墙的顶端，侧墙内预留有竖向孔。装配式混凝土模块的顶板及侧墙，包括装修与机电管线布置在内，在工厂内制作完成。施工现场仅需钢筋连接及顶板的叠合层混凝土浇筑及地面装修作业。现场拼装无模板和脚手架，实现了高度的工厂化生产、一体化集成及装配式施工，提高了施工效率，减少了现场人工用量。此外，装配式混凝土模块无底板，避免了底板与下层装配式混凝土模块的顶板叠加而导致的地板太厚的问题。通过顶板叠合层混凝土的现场浇筑作业，也避免了模块安装后地板标高难以精确控制的问题。
Fabricated concrete module building and assembling method thereof
一种装配式混凝土模块建筑及其装配方法
TIAN CHUNYU (author) / TIAN QIXIANG (author)
2022-12-30
Patent
Electronic Resource
Chinese
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