A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction process of fabricated steel frame house
The invention provides a construction process of an assembly type steel frame house, which comprises the following steps of: (a) after a foundation and a ground layer are built, respectively mounting a plurality of first-layer steel upright posts at preset positions of the foundation; (b) a plurality of first-layer EPS cavity modules are arranged and stacked on the outer wall foundation, cavities of the first-layer EPS cavity modules are filled with filling materials, and each first-layer steel stand column installed on the outer wall foundation penetrates through the cavity, stacked at the preset position of the foundation, of the first-layer EPS cavity module; (c) after the first-layer EPS cavity modules are stacked at the floor elevation position and filled with filling materials, first-layer steel beams are used for being connected with first-layer steel stand columns, and the two first-layer steel beams inserted between the first-layer steel stand columns of the first-layer EPS cavity modules are embedded into a cavity of the first-layer EPS cavity module at the top; and (d) building a floor slab or a roof cover above the first-layer steel beam. According to the EPS module house, the indoor space of the EPS module house can be greatly increased while the building speed of the house is guaranteed.
本发明提供了一种装配式钢框架房屋的施工工艺，包括以下步骤：(a)在地基和地面层建造完成后，将若干首层钢立柱分别安装在地基的预设位置；(b)将多个首层EPS空腔模块排列叠放在外墙地基上，并在首层ESP空腔模块的空腔内填充填充材料，每一安装在外墙地基的首层钢立柱穿过叠放在所述地基的预设位置的首层EPS空腔模块的空腔；(c)在所述首层EPS空腔模块叠放到楼层标高位置并填充填充材料后，使用首层钢梁连接首层钢立柱，且两根插入到首层EPS空腔模块的首层钢立柱之间的首层钢梁嵌入顶部的首层EPS空腔模块的空腔内；(d)在所述首层钢梁上方构筑楼板或屋顶盖。本发明可在保证房屋建造速度的同时，大大提高EPS模块房屋的室内空间。
Construction process of fabricated steel frame house
The invention provides a construction process of an assembly type steel frame house, which comprises the following steps of: (a) after a foundation and a ground layer are built, respectively mounting a plurality of first-layer steel upright posts at preset positions of the foundation; (b) a plurality of first-layer EPS cavity modules are arranged and stacked on the outer wall foundation, cavities of the first-layer EPS cavity modules are filled with filling materials, and each first-layer steel stand column installed on the outer wall foundation penetrates through the cavity, stacked at the preset position of the foundation, of the first-layer EPS cavity module; (c) after the first-layer EPS cavity modules are stacked at the floor elevation position and filled with filling materials, first-layer steel beams are used for being connected with first-layer steel stand columns, and the two first-layer steel beams inserted between the first-layer steel stand columns of the first-layer EPS cavity modules are embedded into a cavity of the first-layer EPS cavity module at the top; and (d) building a floor slab or a roof cover above the first-layer steel beam. According to the EPS module house, the indoor space of the EPS module house can be greatly increased while the building speed of the house is guaranteed.
本发明提供了一种装配式钢框架房屋的施工工艺，包括以下步骤：(a)在地基和地面层建造完成后，将若干首层钢立柱分别安装在地基的预设位置；(b)将多个首层EPS空腔模块排列叠放在外墙地基上，并在首层ESP空腔模块的空腔内填充填充材料，每一安装在外墙地基的首层钢立柱穿过叠放在所述地基的预设位置的首层EPS空腔模块的空腔；(c)在所述首层EPS空腔模块叠放到楼层标高位置并填充填充材料后，使用首层钢梁连接首层钢立柱，且两根插入到首层EPS空腔模块的首层钢立柱之间的首层钢梁嵌入顶部的首层EPS空腔模块的空腔内；(d)在所述首层钢梁上方构筑楼板或屋顶盖。本发明可在保证房屋建造速度的同时，大大提高EPS模块房屋的室内空间。
Construction process of fabricated steel frame house
装配式钢框架房屋的施工工艺
WANG YUN (author) / GUO LIANG (author) / WANG MAOWEI (author) / XU SONGLIN (author) / ZHAO JIAN (author)
2023-12-19
Patent
Electronic Resource
Chinese
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