Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses an assembly type modular building light high-performance composite floor. The composite floor is sequentially composed of a frame steel beam, a metal shell plate, a waterproof roll, a damping deadening felt, a bottom layer epoxy resin cementing agent, a lower layer silicon dioxide vacuum heat preservation plate, a middle layer epoxy resin cementing agent, an upper layer silicon dioxide vacuum heat preservation plate, an upper layer epoxy resin cementing agent and a PP nylon plate from bottom to top. The problems that a traditional building floor is low in assembly rate, large in field construction wet operation workload, long in period and the like are solved, compared with a traditional building, the thickness is reduced by 50%, and the floor weight is effectively reduced; the floor surface density is reduced by 70%; compared with a traditional building, the heat transfer coefficient of the floor slab is reduced by more than 70%, and the thermal performance of the floor slab is improved by more than 70%; and the design can realize rapid installation and reutilization of the modular building.
本发明公开了一种装配式模块化建筑轻质高性能复合楼板，该复合楼板自下而上依次由框架钢梁、金属外壳板、防水卷材、阻尼隔音毡、底层环氧树脂胶结剂、下层二氧化硅真空保温板、中层环氧树脂胶结剂、上层二氧化硅真空保温板、上层环氧树脂胶结剂及PP尼龙板组成。本发明解决了传统建筑楼板装配率低、现场施工湿作业工作量大、周期长等问题，相比传统建筑：厚度减少50％、有效降低了楼板重量；楼板面密度减少70％；能够提升楼板热工性能，相比传统建筑，楼板传热系数减少超过70％，热工性能提升超过70％；设计可实现模块化建筑快速安装与重复利用。
The invention discloses an assembly type modular building light high-performance composite floor. The composite floor is sequentially composed of a frame steel beam, a metal shell plate, a waterproof roll, a damping deadening felt, a bottom layer epoxy resin cementing agent, a lower layer silicon dioxide vacuum heat preservation plate, a middle layer epoxy resin cementing agent, an upper layer silicon dioxide vacuum heat preservation plate, an upper layer epoxy resin cementing agent and a PP nylon plate from bottom to top. The problems that a traditional building floor is low in assembly rate, large in field construction wet operation workload, long in period and the like are solved, compared with a traditional building, the thickness is reduced by 50%, and the floor weight is effectively reduced; the floor surface density is reduced by 70%; compared with a traditional building, the heat transfer coefficient of the floor slab is reduced by more than 70%, and the thermal performance of the floor slab is improved by more than 70%; and the design can realize rapid installation and reutilization of the modular building.
本发明公开了一种装配式模块化建筑轻质高性能复合楼板，该复合楼板自下而上依次由框架钢梁、金属外壳板、防水卷材、阻尼隔音毡、底层环氧树脂胶结剂、下层二氧化硅真空保温板、中层环氧树脂胶结剂、上层二氧化硅真空保温板、上层环氧树脂胶结剂及PP尼龙板组成。本发明解决了传统建筑楼板装配率低、现场施工湿作业工作量大、周期长等问题，相比传统建筑：厚度减少50％、有效降低了楼板重量；楼板面密度减少70％；能够提升楼板热工性能，相比传统建筑，楼板传热系数减少超过70％，热工性能提升超过70％；设计可实现模块化建筑快速安装与重复利用。
Fabricated modular building light high-performance composite floor
一种装配式模块化建筑轻质高性能复合楼板
SHI SICEN (Autor:in)
04.04.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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