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A platform for research: civil engineering, architecture and urbanism
Construction method of passive building external cantilever plate heat preservation and energy saving structure
The invention discloses a construction method of a passive building external cantilever plate heat preservation and energy saving structure. The cantilever plate heat preservation and energy saving structure comprises a structural beam, a wall body below a window connected to a structural floor slab at the top of the structural beam, a cantilever plate connected to the outer side of the structural floor slab and the outer side of the structural beam, filling beams arranged on the cantilever plate, a filling material filled between the filling beams and a heat preservation layer below the beam, wherein the heat preservation layer below the beam is connected to the outer side of the structural beam and located below the cantilever plate. Through the arrangement of the filling material, heat preservation of the top of the cantilever plate can be guaranteed; through the arrangement of the filling beams, effective laying and fixing of the filling materials can be guaranteed; by arranging a drainage ditch, a drainage connecting pipe and a main drainage pipe, water prevention and drainage are facilitated, and hidden arrangement of pipelines is achieved through filling beams; and through arrangement of the cantilever plate reinforcing steel bars and the reinforcing steel bars of the structural beam, the final bearing of the cantilever plate is guaranteed, and supporting of the upper structure of the cantilever plate is effectively guaranteed.
本发明公开了一种被动式建筑外悬挑板保温节能结构的施工方法，悬挑板保温节能结构包含结构梁、连接于与结构梁顶部的结构楼板上的窗下墙体、连接于结构楼板和结构梁外侧的悬挑板、设置于悬挑板上的填充梁、填充于填充梁之间的填充材料以及连接于结构梁外侧且位于悬挑板下方的梁下保温层。本发明通过填充材料的设置，利于保证悬挑板顶部的保温；且通过填充梁的设置利于保证填充材料的有效铺设和固定；通过排水沟、排水连接管和主排水管的设置，利于防排水，且利用填充梁进行管线的隐藏式设置；通过悬挑板钢筋和结构梁的钢筋的设置，有利于保证悬挑板的最终承载，有效保证了对悬挑板上部结构的支撑。
Construction method of passive building external cantilever plate heat preservation and energy saving structure
The invention discloses a construction method of a passive building external cantilever plate heat preservation and energy saving structure. The cantilever plate heat preservation and energy saving structure comprises a structural beam, a wall body below a window connected to a structural floor slab at the top of the structural beam, a cantilever plate connected to the outer side of the structural floor slab and the outer side of the structural beam, filling beams arranged on the cantilever plate, a filling material filled between the filling beams and a heat preservation layer below the beam, wherein the heat preservation layer below the beam is connected to the outer side of the structural beam and located below the cantilever plate. Through the arrangement of the filling material, heat preservation of the top of the cantilever plate can be guaranteed; through the arrangement of the filling beams, effective laying and fixing of the filling materials can be guaranteed; by arranging a drainage ditch, a drainage connecting pipe and a main drainage pipe, water prevention and drainage are facilitated, and hidden arrangement of pipelines is achieved through filling beams; and through arrangement of the cantilever plate reinforcing steel bars and the reinforcing steel bars of the structural beam, the final bearing of the cantilever plate is guaranteed, and supporting of the upper structure of the cantilever plate is effectively guaranteed.
本发明公开了一种被动式建筑外悬挑板保温节能结构的施工方法，悬挑板保温节能结构包含结构梁、连接于与结构梁顶部的结构楼板上的窗下墙体、连接于结构楼板和结构梁外侧的悬挑板、设置于悬挑板上的填充梁、填充于填充梁之间的填充材料以及连接于结构梁外侧且位于悬挑板下方的梁下保温层。本发明通过填充材料的设置，利于保证悬挑板顶部的保温；且通过填充梁的设置利于保证填充材料的有效铺设和固定；通过排水沟、排水连接管和主排水管的设置，利于防排水，且利用填充梁进行管线的隐藏式设置；通过悬挑板钢筋和结构梁的钢筋的设置，有利于保证悬挑板的最终承载，有效保证了对悬挑板上部结构的支撑。
Construction method of passive building external cantilever plate heat preservation and energy saving structure
一种被动式建筑外悬挑板保温节能结构的施工方法
HU GUANGHUI (author) / QIAN SHAOBO (author) / WANG BAOLIANG (author) / LI SHUANG (author) / ZHOU YUHUI (author) / HUANG XUEHONG (author) / MENG YUAN (author) / ZHANG BAO (author) / GAO YUAN (author)
2024-08-30
Patent
Electronic Resource
Chinese
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