Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hyperbolic aluminum plate suspended ceiling for ultra-large space and construction method of hyperbolic aluminum plate suspended ceiling
The invention relates to the field of building decoration engineering, in particular to a hyperbolic aluminum plate suspended ceiling for an ultra-large space and a construction method of the hyperbolic aluminum plate suspended ceiling. The supporting keels are distributed on a roof structure at intervals, the heights of the bottoms of the supporting keels are different, and the heights of the bottoms of the supporting keels are matched with the design curvature of a suspended ceiling; the hyperbolic aluminum honeycomb plates are adjustably arranged at the bottom of the supporting keel, the hyperbolic aluminum honeycomb plates are arranged along the full length of the suspended ceiling, and the radian formed by splicing the hyperbolic aluminum honeycomb plates is matched with the designed curvature of the suspended ceiling; the equipment belt is adjustably arranged at the bottom of the supporting keel and used for positioning the suspended ceiling, measuring points are arranged on the equipment belt, and the equipment belt is arranged along the full length of the suspended ceiling. The method has the beneficial effects that the equipment belt and the measuring points on the equipment belt are arranged, three-dimensional model software is used for modeling the suspended ceiling, and data such as coordinates of the measuring points are measured, so that the form of the whole suspended ceiling is obtained.
本发明涉及建筑装饰工程领域，特指一种用于超大空间的双曲铝板吊顶及其施工方法。包括：间隔分布在屋面结构上的多个支撑龙骨，多个所述支撑龙骨底部的高度不同，且底部的高度与吊顶的设计曲率相适配；可调节地设在所述支撑龙骨底部的多个双曲蜂窝铝板，所述双曲蜂窝铝板沿吊顶通长设置，多个所述双曲蜂窝铝板相拼接形成的弧度与吊顶的设计曲率相适配；可调节地布设在所述支撑龙骨底部的对吊顶进行定位的设备带，所述设备带上布设有测量点，且所述设备带沿吊顶通长设置。有益效果：通过设置设备带以及设备带上的测量点，使用三维模型软件对吊顶进行建模，并对测量点的坐标等数据进行测量，从而得到整个吊顶的形态。
Hyperbolic aluminum plate suspended ceiling for ultra-large space and construction method of hyperbolic aluminum plate suspended ceiling
The invention relates to the field of building decoration engineering, in particular to a hyperbolic aluminum plate suspended ceiling for an ultra-large space and a construction method of the hyperbolic aluminum plate suspended ceiling. The supporting keels are distributed on a roof structure at intervals, the heights of the bottoms of the supporting keels are different, and the heights of the bottoms of the supporting keels are matched with the design curvature of a suspended ceiling; the hyperbolic aluminum honeycomb plates are adjustably arranged at the bottom of the supporting keel, the hyperbolic aluminum honeycomb plates are arranged along the full length of the suspended ceiling, and the radian formed by splicing the hyperbolic aluminum honeycomb plates is matched with the designed curvature of the suspended ceiling; the equipment belt is adjustably arranged at the bottom of the supporting keel and used for positioning the suspended ceiling, measuring points are arranged on the equipment belt, and the equipment belt is arranged along the full length of the suspended ceiling. The method has the beneficial effects that the equipment belt and the measuring points on the equipment belt are arranged, three-dimensional model software is used for modeling the suspended ceiling, and data such as coordinates of the measuring points are measured, so that the form of the whole suspended ceiling is obtained.
本发明涉及建筑装饰工程领域，特指一种用于超大空间的双曲铝板吊顶及其施工方法。包括：间隔分布在屋面结构上的多个支撑龙骨，多个所述支撑龙骨底部的高度不同，且底部的高度与吊顶的设计曲率相适配；可调节地设在所述支撑龙骨底部的多个双曲蜂窝铝板，所述双曲蜂窝铝板沿吊顶通长设置，多个所述双曲蜂窝铝板相拼接形成的弧度与吊顶的设计曲率相适配；可调节地布设在所述支撑龙骨底部的对吊顶进行定位的设备带，所述设备带上布设有测量点，且所述设备带沿吊顶通长设置。有益效果：通过设置设备带以及设备带上的测量点，使用三维模型软件对吊顶进行建模，并对测量点的坐标等数据进行测量，从而得到整个吊顶的形态。
Hyperbolic aluminum plate suspended ceiling for ultra-large space and construction method of hyperbolic aluminum plate suspended ceiling
一种用于超大空间的双曲铝板吊顶及其施工方法
HE YING (Autor:in) / LIU ZHENYONG (Autor:in) / LI TIANRUI (Autor:in) / QIU TIAN (Autor:in) / LU CHENYANG (Autor:in) / CHEN SHANGJIAN (Autor:in) / ZHU YIHONG (Autor:in) / CHEN XIAO (Autor:in)
31.12.2024
Patent
Elektronische Ressource
Chinesisch
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