A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of steel cable type complex curved surface modeling space
The invention relates to a construction method of a steel cable type complex curved surface modeling space. The method comprises the following steps of S1, building a three-dimensional model of a curved surface modeling which comprises rigid contour skeletons, skeleton supports, steel cables and clamps; S2, determining intersection positions of all the steel cables, numbering the intersection positions, and determining three-dimensional coordinates of numbered positions; S3, mounting a rigid outline framework; S4, preliminarily installing the steel cables, arranging the steel cables between the rigid outline frameworks in a pulling mode, installing clamps at the crossed positions of the steel cables, and forming a primary steel cable net; S5, on the basis of the primary steel cable net, increasing the steel cable installation number, forming a secondary steel cable net, wherein the density of the secondary steel cable net is larger than that of the primary steel cable net; and S6, installing rattans on the second-stage steel cable net. According to the construction method, the net-shaped flexible framework is formed on the rigid framework through interweaving of the steel cables, the rattans are installed on the flexible framework, the crossed positions of the steel cables are fixed through the clamps, the positions can be adjusted according to needs, and operation is convenient.
本发明涉及一种钢索式复杂曲面造型空间的建造方法，该方法包括以下步骤：S1、建立曲面造型的三维模型，曲面造型包括刚性轮廓骨架、骨架支撑、钢缆、夹具；S2、确定所有钢缆的交叉位置并进行编号，确定编号位置三维坐标；S3、安装刚性轮廓骨架；S4、初步安装钢缆，在刚性轮廓骨架之间拉设钢缆，钢缆交叉位置安装夹具，形成初级钢缆网；S5、在初级钢缆网的基础上，增加钢缆安装数量，形成二级钢缆网，二级钢缆网的密度大于一级钢缆网的密度；S6、在二级钢缆网上进行藤条安装。本发明的建造方法在刚性骨架上通过钢缆交织形成网状的柔性骨架，在柔性骨架上进行藤条的安装，钢缆交叉位置通过夹具固定，可根据需要进行位置调整，操作方便。
Construction method of steel cable type complex curved surface modeling space
The invention relates to a construction method of a steel cable type complex curved surface modeling space. The method comprises the following steps of S1, building a three-dimensional model of a curved surface modeling which comprises rigid contour skeletons, skeleton supports, steel cables and clamps; S2, determining intersection positions of all the steel cables, numbering the intersection positions, and determining three-dimensional coordinates of numbered positions; S3, mounting a rigid outline framework; S4, preliminarily installing the steel cables, arranging the steel cables between the rigid outline frameworks in a pulling mode, installing clamps at the crossed positions of the steel cables, and forming a primary steel cable net; S5, on the basis of the primary steel cable net, increasing the steel cable installation number, forming a secondary steel cable net, wherein the density of the secondary steel cable net is larger than that of the primary steel cable net; and S6, installing rattans on the second-stage steel cable net. According to the construction method, the net-shaped flexible framework is formed on the rigid framework through interweaving of the steel cables, the rattans are installed on the flexible framework, the crossed positions of the steel cables are fixed through the clamps, the positions can be adjusted according to needs, and operation is convenient.
本发明涉及一种钢索式复杂曲面造型空间的建造方法，该方法包括以下步骤：S1、建立曲面造型的三维模型，曲面造型包括刚性轮廓骨架、骨架支撑、钢缆、夹具；S2、确定所有钢缆的交叉位置并进行编号，确定编号位置三维坐标；S3、安装刚性轮廓骨架；S4、初步安装钢缆，在刚性轮廓骨架之间拉设钢缆，钢缆交叉位置安装夹具，形成初级钢缆网；S5、在初级钢缆网的基础上，增加钢缆安装数量，形成二级钢缆网，二级钢缆网的密度大于一级钢缆网的密度；S6、在二级钢缆网上进行藤条安装。本发明的建造方法在刚性骨架上通过钢缆交织形成网状的柔性骨架，在柔性骨架上进行藤条的安装，钢缆交叉位置通过夹具固定，可根据需要进行位置调整，操作方便。
Construction method of steel cable type complex curved surface modeling space
一种钢索式复杂曲面造型空间的建造方法
ZHU JIAJIA (author) / LIAN ZHEN (author) / JIANG YINI (author) / LIU TIANZE (author) / FENG WEI (author) / CUI JIE (author) / LI MENGQIU (author) / ZHOU YIFANG (author)
2021-11-02
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Construction method of woven complex curved surface modeling space
| European Patent Office | 2021
| European Patent Office | 2023
Jacking device positioning method for complex curved surface modeling space construction
| European Patent Office | 2021
Complex curved surface modeling space structure unit positioning method
| European Patent Office | 2021