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Roof drainage system and drainage assembly for existing building extension
The invention provides a roof drainage system and drainage assembly for existing building extension, the roof drainage system comprises X drainage subsystems and Y second drainage subsystems, the first drainage subsystem guides roof rainwater of a newly-built raised pitched roof to flow to the slope surface, away from the newly-built raised pitched roof, of a first existing traditional pitched roof; rainwater, collected by the second drainage subsystem, of the second existing traditional pitched roof and the newly-built equal-height pitched roof flows to the slope face, away from the newly-built equal-height slope roof, of the third existing traditional pitched roof. The drainage assembly is based on a roof drainage system. The X drainage subsystems and the Y second drainage subsystems are adopted to drain roof rainwater of the newly-built traditional building to the slope surface of the pitched roof of the existing traditional building away from the newly-built traditional building, and drainage of the newly-built traditional building and drainage of the existing traditional building are connected on the premise that the modeling landscape and use of the traditional building are not affected. And it is ensured that rainwater does not drop on eaves of a newly-built traditional building pitched roof and an existing traditional building pitched roof which are close to each other.
本发明提供了一种既有建筑扩建的屋面排水系统及排水组件,屋面排水系统包括X个排水子系统和Y个第二排水子系统,第一排水子系统引导新建抬高坡屋面的屋面雨水流向第一既有传统坡屋面远离新建抬高坡屋面的坡面;第二排水子系统收集的第二既有传统坡屋面和新建等高坡屋面雨水流向第三既有传统坡屋面远离所述新建等高陂屋面的坡面。排水组件基于屋面排水系统。本发明采用X个排水子系统和Y个第二排水子系统将新建传统建筑的屋面雨水排放到远离新建传统建筑的既有传统建筑坡屋面的坡面,在不影响传统建筑造型景观及使用前提下衔接新建和既有传统建筑排水,确保相互紧挨的新建传统建筑坡屋面和既有传统建筑坡屋面的屋檐不滴落雨水。
Roof drainage system and drainage assembly for existing building extension
The invention provides a roof drainage system and drainage assembly for existing building extension, the roof drainage system comprises X drainage subsystems and Y second drainage subsystems, the first drainage subsystem guides roof rainwater of a newly-built raised pitched roof to flow to the slope surface, away from the newly-built raised pitched roof, of a first existing traditional pitched roof; rainwater, collected by the second drainage subsystem, of the second existing traditional pitched roof and the newly-built equal-height pitched roof flows to the slope face, away from the newly-built equal-height slope roof, of the third existing traditional pitched roof. The drainage assembly is based on a roof drainage system. The X drainage subsystems and the Y second drainage subsystems are adopted to drain roof rainwater of the newly-built traditional building to the slope surface of the pitched roof of the existing traditional building away from the newly-built traditional building, and drainage of the newly-built traditional building and drainage of the existing traditional building are connected on the premise that the modeling landscape and use of the traditional building are not affected. And it is ensured that rainwater does not drop on eaves of a newly-built traditional building pitched roof and an existing traditional building pitched roof which are close to each other.
本发明提供了一种既有建筑扩建的屋面排水系统及排水组件,屋面排水系统包括X个排水子系统和Y个第二排水子系统,第一排水子系统引导新建抬高坡屋面的屋面雨水流向第一既有传统坡屋面远离新建抬高坡屋面的坡面;第二排水子系统收集的第二既有传统坡屋面和新建等高坡屋面雨水流向第三既有传统坡屋面远离所述新建等高陂屋面的坡面。排水组件基于屋面排水系统。本发明采用X个排水子系统和Y个第二排水子系统将新建传统建筑的屋面雨水排放到远离新建传统建筑的既有传统建筑坡屋面的坡面,在不影响传统建筑造型景观及使用前提下衔接新建和既有传统建筑排水,确保相互紧挨的新建传统建筑坡屋面和既有传统建筑坡屋面的屋檐不滴落雨水。
Roof drainage system and drainage assembly for existing building extension
一种既有建筑扩建的屋面排水系统及排水组件
LYU CHENG (author) / FENG XUEFEI (author) / WEI PEINA (author)
2023-10-31
Patent
Electronic Resource
Chinese
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