A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Prefabricated fine stone composite floor slab component
The invention discloses a prefabricated fine stone composite floor slab component. The prefabricated fine stone composite floor slab component comprises a composite floor slab body and a laminated concrete layer; the composite floor slab body comprises a concrete surface layer; a net-shaped rough surface is arranged at the upper end of the concrete surface layer; and the laminated concrete layer is arranged at the upper end of the net-shaped rough surface. The composite floor slab component is provided with the impervious concrete layer and a sound insulation cotton composite pouring layer, and the impervious concrete layer can achieve the purpose of enabling the composite floor slab component to have excellent waterproofness and impermeability, and the sound insulation cotton composite pouring layer can achieve the purpose of enabling the composite floor slab component to have excellent sound absorption and sound insulation performance; by arranging a first steel tie bar mesh layer and a second steel tie bar mesh layer, the construction integrity of the composite floor slab is better, the overall structure of the composite floor slab is strengthened, and meanwhile the first steel tie bar mesh layer and the second steel tie bar mesh layer are matched with the fine stone concrete layer, so that the composite floor slab component has better anti-seismic performance; and therefore, the anti-seismic property of a building is better.
本发明公开了一种装配式细石叠合楼板构件，包括叠合楼板本体和叠合混凝土层，所述叠合楼板本体包括混凝土表层，所述混凝土表层上端设置有网状粗糙面，所述网状粗糙面上端设置有所述叠合混凝土层。本发明设置有防渗混凝土层和隔音棉复合浇筑层，防渗混凝土层可达到使叠合楼板构件具有极佳的防水性与防渗性的目的，隔音棉复合浇筑层可达到使叠合楼板构件具备极佳的吸音、隔音性能的目的；通过设置第一拉结钢筋网层和第二拉结钢筋网层可使叠合楼板构建的整体性更好，对叠合楼板的整体结构具有强化作用，同时第一拉结钢筋网层和第二拉结钢筋网层配合细石混凝土层可使叠合楼板构件具备更好的抗震性能，进而使建筑的抗震性能更佳。
Prefabricated fine stone composite floor slab component
The invention discloses a prefabricated fine stone composite floor slab component. The prefabricated fine stone composite floor slab component comprises a composite floor slab body and a laminated concrete layer; the composite floor slab body comprises a concrete surface layer; a net-shaped rough surface is arranged at the upper end of the concrete surface layer; and the laminated concrete layer is arranged at the upper end of the net-shaped rough surface. The composite floor slab component is provided with the impervious concrete layer and a sound insulation cotton composite pouring layer, and the impervious concrete layer can achieve the purpose of enabling the composite floor slab component to have excellent waterproofness and impermeability, and the sound insulation cotton composite pouring layer can achieve the purpose of enabling the composite floor slab component to have excellent sound absorption and sound insulation performance; by arranging a first steel tie bar mesh layer and a second steel tie bar mesh layer, the construction integrity of the composite floor slab is better, the overall structure of the composite floor slab is strengthened, and meanwhile the first steel tie bar mesh layer and the second steel tie bar mesh layer are matched with the fine stone concrete layer, so that the composite floor slab component has better anti-seismic performance; and therefore, the anti-seismic property of a building is better.
本发明公开了一种装配式细石叠合楼板构件，包括叠合楼板本体和叠合混凝土层，所述叠合楼板本体包括混凝土表层，所述混凝土表层上端设置有网状粗糙面，所述网状粗糙面上端设置有所述叠合混凝土层。本发明设置有防渗混凝土层和隔音棉复合浇筑层，防渗混凝土层可达到使叠合楼板构件具有极佳的防水性与防渗性的目的，隔音棉复合浇筑层可达到使叠合楼板构件具备极佳的吸音、隔音性能的目的；通过设置第一拉结钢筋网层和第二拉结钢筋网层可使叠合楼板构建的整体性更好，对叠合楼板的整体结构具有强化作用，同时第一拉结钢筋网层和第二拉结钢筋网层配合细石混凝土层可使叠合楼板构件具备更好的抗震性能，进而使建筑的抗震性能更佳。
Prefabricated fine stone composite floor slab component
一种装配式细石叠合楼板构件
ZHOU XIAOHUA (author) / ZHU HUANJIE (author) / LU BIN (author) / ZHAO BIN (author) / LU YAOWU (author) / ZHOU SIQI (author) / LI ZHIMING (author)
2021-06-15
Patent
Electronic Resource
Chinese
Prefabricated floor slab and prefabricated floor slab structural component
| European Patent Office | 2015