Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Chip factory building roof system with edges closed by metal wallboards
The invention discloses a chip factory building roof system with edges closed by metal wallboards. The roof system is provided with a roof truss, a flexible heat-preservation waterproof roof system, a roof drainage system, concentrated exhaust equipment and a pipeline support. Wherein the flexible heat-preservation waterproof roof system is arranged at the top of the roof truss; the roof drainage system corresponds to the concrete gutter area; the roof truss is provided with a truss; comprehensive pipeline supports are arranged at the tops of the air return passageways at the two ends of the truss, an air return passageway roof adopts a concrete composite floor to bear related electromechanical equipment and a local machine room steel roof, a concrete gutter area is arranged on the air return passageway roof, and the gutter side wall concrete flanging height is larger than the effective depth of a gutter. And the gutter vertical wall is constructed by adopting a rock wool glass magnesium metal wall plate. A light steel roof is adopted on a steel roof truss of the chip plant, a building flexible waterproof scheme optimized through the technology is matched to guarantee the air tightness and waterproofness of the plant, and meanwhile exhaust equipment and a pipeline support are arranged on the tops of air return passageways at the two ends of the plant in a concentrated mode to solve the load bearing and waterproof difficulties of a roof equipment foundation and a pipeline support foundation.
本发明公开了一种金属壁板收边的芯片厂房屋面系统；该屋面系统具有屋架、柔性保温防水屋面系统、屋面排水系统以及集中设置排风设备和管道支架几部分；其中，柔性保温防水屋面系统设置于屋架顶部；屋面排水系统对应于混凝土天沟区域处；所述屋架具有桁架；在桁架两端回风夹道顶部设置综合管道支架，回风夹道屋面采用混凝土组合楼板承载相关机电设备和局部局部机房钢屋面，混凝土天沟区域设置于回风夹道屋面，天沟侧壁混凝土翻边高度大于天沟有效深度，天沟立墙采用岩棉玻镁金属壁板的构造做法。本发明是在芯片厂房钢屋架上采用轻钢屋面，配合经技术优化的建筑柔性防水方案，以保证厂房的气密性、防水性，同时在厂房两端回风夹道顶部集中设置排风设备和管道支架，以解决屋面设备基础、管道支架基础的承重和防水难点。
Chip factory building roof system with edges closed by metal wallboards
The invention discloses a chip factory building roof system with edges closed by metal wallboards. The roof system is provided with a roof truss, a flexible heat-preservation waterproof roof system, a roof drainage system, concentrated exhaust equipment and a pipeline support. Wherein the flexible heat-preservation waterproof roof system is arranged at the top of the roof truss; the roof drainage system corresponds to the concrete gutter area; the roof truss is provided with a truss; comprehensive pipeline supports are arranged at the tops of the air return passageways at the two ends of the truss, an air return passageway roof adopts a concrete composite floor to bear related electromechanical equipment and a local machine room steel roof, a concrete gutter area is arranged on the air return passageway roof, and the gutter side wall concrete flanging height is larger than the effective depth of a gutter. And the gutter vertical wall is constructed by adopting a rock wool glass magnesium metal wall plate. A light steel roof is adopted on a steel roof truss of the chip plant, a building flexible waterproof scheme optimized through the technology is matched to guarantee the air tightness and waterproofness of the plant, and meanwhile exhaust equipment and a pipeline support are arranged on the tops of air return passageways at the two ends of the plant in a concentrated mode to solve the load bearing and waterproof difficulties of a roof equipment foundation and a pipeline support foundation.
本发明公开了一种金属壁板收边的芯片厂房屋面系统；该屋面系统具有屋架、柔性保温防水屋面系统、屋面排水系统以及集中设置排风设备和管道支架几部分；其中，柔性保温防水屋面系统设置于屋架顶部；屋面排水系统对应于混凝土天沟区域处；所述屋架具有桁架；在桁架两端回风夹道顶部设置综合管道支架，回风夹道屋面采用混凝土组合楼板承载相关机电设备和局部局部机房钢屋面，混凝土天沟区域设置于回风夹道屋面，天沟侧壁混凝土翻边高度大于天沟有效深度，天沟立墙采用岩棉玻镁金属壁板的构造做法。本发明是在芯片厂房钢屋架上采用轻钢屋面，配合经技术优化的建筑柔性防水方案，以保证厂房的气密性、防水性，同时在厂房两端回风夹道顶部集中设置排风设备和管道支架，以解决屋面设备基础、管道支架基础的承重和防水难点。
Chip factory building roof system with edges closed by metal wallboards
一种金属壁板收边的芯片厂房屋面系统
LI XIWEI (Autor:in) / HUANG WEI (Autor:in) / LIANG QIAN (Autor:in) / LIU SHUANG (Autor:in) / WANG XIONG (Autor:in)
04.07.2023
Patent
Elektronische Ressource
Chinesisch
Auxiliary mounting equipment for fabricated building wallboards
| Europäisches Patentamt | 2023
Online Contents | 2012