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Anti-backflow waterproof design for steel structure roof gutter in plateau area
The plateau area steel structure roof gutter anti-backflow waterproof design comprises a first parapet wall, a second parapet wall, a roof panel and an eave board, the first parapet wall is connected to the lower end of the second parapet wall, the roof panel is connected to the other side of the first parapet wall, the eave board is connected to the upper end of the roof panel, and the roof panel is connected to the lower end of the eave board. A drainage assembly is arranged at the lower end of the parapet wall and one side of the second parapet wall, an embedding groove used for installing a first waterproof material is further formed in one side of the second parapet wall, the drainage assembly extends to the outer portion of the first waterproof material, and the upper end of the roof panel is further connected with a driving mechanism through an installation assembly. One end of the driving mechanism is connected to the lower end of the eave board; according to the technical scheme, drainage is accelerated, the protection area is enlarged, a large amount of drainage can be effectively achieved, water accumulation is prevented, and then the hidden danger of the backward flowing phenomenon is reduced.
本发明公开了领域为一种高原地区钢结构屋面天沟防倒灌防水设计,包括第一女儿墙、第二女儿墙、屋面板、屋檐板,所述第一女儿墙连接在第二女儿墙的下端,所述屋面板连接在第一女儿墙的另一侧,所述屋檐板连接在屋面板的上端,所述女儿墙的下端,所述第二女儿墙的一侧设有排水组件,所述第二女儿墙的一侧还设有用于安装第一防水材料的嵌入槽,所述排水组件延伸至第一防水材料的外部,所述屋面板的上端还通过安装组件连接有驱动机构,所述驱动机构的一端连接至屋檐板的下端;本发明通过上述技术方案,加快排水、扩大防护面积可有效的大量排水防止水积留,进而降低倒灌现象的隐患。
Anti-backflow waterproof design for steel structure roof gutter in plateau area
The plateau area steel structure roof gutter anti-backflow waterproof design comprises a first parapet wall, a second parapet wall, a roof panel and an eave board, the first parapet wall is connected to the lower end of the second parapet wall, the roof panel is connected to the other side of the first parapet wall, the eave board is connected to the upper end of the roof panel, and the roof panel is connected to the lower end of the eave board. A drainage assembly is arranged at the lower end of the parapet wall and one side of the second parapet wall, an embedding groove used for installing a first waterproof material is further formed in one side of the second parapet wall, the drainage assembly extends to the outer portion of the first waterproof material, and the upper end of the roof panel is further connected with a driving mechanism through an installation assembly. One end of the driving mechanism is connected to the lower end of the eave board; according to the technical scheme, drainage is accelerated, the protection area is enlarged, a large amount of drainage can be effectively achieved, water accumulation is prevented, and then the hidden danger of the backward flowing phenomenon is reduced.
本发明公开了领域为一种高原地区钢结构屋面天沟防倒灌防水设计,包括第一女儿墙、第二女儿墙、屋面板、屋檐板,所述第一女儿墙连接在第二女儿墙的下端,所述屋面板连接在第一女儿墙的另一侧,所述屋檐板连接在屋面板的上端,所述女儿墙的下端,所述第二女儿墙的一侧设有排水组件,所述第二女儿墙的一侧还设有用于安装第一防水材料的嵌入槽,所述排水组件延伸至第一防水材料的外部,所述屋面板的上端还通过安装组件连接有驱动机构,所述驱动机构的一端连接至屋檐板的下端;本发明通过上述技术方案,加快排水、扩大防护面积可有效的大量排水防止水积留,进而降低倒灌现象的隐患。
Anti-backflow waterproof design for steel structure roof gutter in plateau area
一种高原地区钢结构屋面天沟防倒灌防水设计
DONG PENGCHENG (Autor:in) / ZHOU HUI (Autor:in) / LANG SHICAI (Autor:in) / ZHU LEI (Autor:in) / LU JIAN (Autor:in)
14.11.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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