Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Combined assembly type bent cap and assembly method
A prefabricated thin-wall shell is a hollow box body with an opening formed in the top face in an assembled or prefabricated mode, when the thin-wall shell is prefabricated, an integral steel reinforcement framework cage and the thin-wall shell are prefabricated and poured into a whole, and the shape of a wave-shaped core mold is matched with the shape of a cavity of the prefabricated thin-wall shell; the wave-shaped core mold is located in the integral steel reinforcement framework cage, the post-pouring concrete core body is poured in a cavity of the prefabricated thin-wall shell, and the inner cavity is filled with the post-pouring concrete core body. The prefabricated thin-wall shell has the beneficial effects that the prefabricated thin-wall shell manufactured in an industrialized mode is good in quality, high in efficiency, light in weight and convenient and fast to transport and install; when the post-pouring concrete is poured, a forming template does not need to be built, so that time can be saved, the construction period can be shortened, the mode of combining factory-like manufacturing and on-site modeling-free post-pouring solves the problem that large components in municipal bridge engineering are difficult to integrally assemble and construct, and the green and environment-friendly construction level is effectively improved.
本发明公开了一种组合装配式盖梁及装配方法，预制薄壁外壳为组装或预制形成顶面开口的空心箱体，在预制薄壁外壳时，整体钢筋骨架笼与薄壁外壳预制浇筑为一体，波形芯模的形状与预制薄壁外壳的空腔相匹配，波形芯模位于整体钢筋骨架笼内，后浇混凝土核心体浇筑在预制薄壁外壳的空腔内，且后浇混凝土核心体将内腔填充密。本发明的有益效果是：工业化方式制造的预制薄壁外壳质量好，效率高，重量轻，运输和安装便捷；后浇混凝土在浇筑时，也无需再搭建成型模板，故而也可节约时间，缩短施工工期，这种工厂化制造和现场无模化后浇相结合的方式，解决了市政桥梁工程大型构件难以整体装配式建造的难题，有效提高了绿色环保施工水平。
Combined assembly type bent cap and assembly method
A prefabricated thin-wall shell is a hollow box body with an opening formed in the top face in an assembled or prefabricated mode, when the thin-wall shell is prefabricated, an integral steel reinforcement framework cage and the thin-wall shell are prefabricated and poured into a whole, and the shape of a wave-shaped core mold is matched with the shape of a cavity of the prefabricated thin-wall shell; the wave-shaped core mold is located in the integral steel reinforcement framework cage, the post-pouring concrete core body is poured in a cavity of the prefabricated thin-wall shell, and the inner cavity is filled with the post-pouring concrete core body. The prefabricated thin-wall shell has the beneficial effects that the prefabricated thin-wall shell manufactured in an industrialized mode is good in quality, high in efficiency, light in weight and convenient and fast to transport and install; when the post-pouring concrete is poured, a forming template does not need to be built, so that time can be saved, the construction period can be shortened, the mode of combining factory-like manufacturing and on-site modeling-free post-pouring solves the problem that large components in municipal bridge engineering are difficult to integrally assemble and construct, and the green and environment-friendly construction level is effectively improved.
本发明公开了一种组合装配式盖梁及装配方法，预制薄壁外壳为组装或预制形成顶面开口的空心箱体，在预制薄壁外壳时，整体钢筋骨架笼与薄壁外壳预制浇筑为一体，波形芯模的形状与预制薄壁外壳的空腔相匹配，波形芯模位于整体钢筋骨架笼内，后浇混凝土核心体浇筑在预制薄壁外壳的空腔内，且后浇混凝土核心体将内腔填充密。本发明的有益效果是：工业化方式制造的预制薄壁外壳质量好，效率高，重量轻，运输和安装便捷；后浇混凝土在浇筑时，也无需再搭建成型模板，故而也可节约时间，缩短施工工期，这种工厂化制造和现场无模化后浇相结合的方式，解决了市政桥梁工程大型构件难以整体装配式建造的难题，有效提高了绿色环保施工水平。
Combined assembly type bent cap and assembly method
一种组合装配式盖梁及装配方法
ZHAO XIAOBO (Autor:in) / CHEN DECHAO (Autor:in) / CHEN BO (Autor:in) / LI XIUJIANG (Autor:in) / ZHANG FUGUI (Autor:in) / ZHAO YUANXIN (Autor:in) / LI JIANJUN (Autor:in) / ZHANG YANGYANG (Autor:in)
07.07.2023
Patent
Elektronische Ressource
Chinesisch
Support-free assembly construction method for assembly type bent cap construction
| Europäisches Patentamt | 2020