A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Space cross-shaped connecting node of container module building
The invention relates to a space cross-shaped connecting node of a container module building. Container stand columns are respectively mounted at the end parts of contacted side wall surfaces of all container modules; the bottom edges and the top edges of the contacted wall surfaces of all the container modules are respectively and fixedly connected with cross beams; the cross beams are connected with the container stand columns; the end surfaces of the contacted side wall surfaces of all the container modules are fixedly connected with side beams; the side beams are connected with the container stand columns; the space cross-shaped connecting node comprises a space cross-shaped connecting plate consisting of a main vertical plate, a secondary vertical plate and a horizontal plate; the main vertical plate is longitudinally arranged in a gap in the contacted center position of all the container stand columns; the secondary vertical plate is vertically arranged on the side wall of the main vertical plate, and is longitudinally arranged in a gap among all the cross beams; and the horizontal plate is transversely connected into a space area formed by the main vertical plate and the secondary vertical plate. Compared with the prior art, the space cross-shaped connecting node has such advantages as strong adaptability, simple installation and uniform stress.
本发明涉及一种集装箱模块建筑的空间十字形连接节点，各集装箱模块相互接触的侧墙面的端部分别安装有集装箱立柱，各集装箱模块的相互接触的墙面的底边和顶边分别固定连接一根横梁，横梁连接集装箱立柱，各集装箱模块的相互接触的侧墙面的端面固定连接侧梁，侧梁连接集装箱立柱，该空间十字形连接节点包括由主立板、次立板和水平板组成的空间十字形连接板，所述主立板纵向设置在各集装箱立柱相互接触的中央位置的空隙中，所述次立板垂直设于主立板的侧壁上，且次立板纵向设置在各横梁之间的空隙中，主立板与次立板形成的空间区域内横向连接水平板。与现有技术相比，本发明具有适用性强、安装简单、受力均匀等优点。
Space cross-shaped connecting node of container module building
The invention relates to a space cross-shaped connecting node of a container module building. Container stand columns are respectively mounted at the end parts of contacted side wall surfaces of all container modules; the bottom edges and the top edges of the contacted wall surfaces of all the container modules are respectively and fixedly connected with cross beams; the cross beams are connected with the container stand columns; the end surfaces of the contacted side wall surfaces of all the container modules are fixedly connected with side beams; the side beams are connected with the container stand columns; the space cross-shaped connecting node comprises a space cross-shaped connecting plate consisting of a main vertical plate, a secondary vertical plate and a horizontal plate; the main vertical plate is longitudinally arranged in a gap in the contacted center position of all the container stand columns; the secondary vertical plate is vertically arranged on the side wall of the main vertical plate, and is longitudinally arranged in a gap among all the cross beams; and the horizontal plate is transversely connected into a space area formed by the main vertical plate and the secondary vertical plate. Compared with the prior art, the space cross-shaped connecting node has such advantages as strong adaptability, simple installation and uniform stress.
本发明涉及一种集装箱模块建筑的空间十字形连接节点，各集装箱模块相互接触的侧墙面的端部分别安装有集装箱立柱，各集装箱模块的相互接触的墙面的底边和顶边分别固定连接一根横梁，横梁连接集装箱立柱，各集装箱模块的相互接触的侧墙面的端面固定连接侧梁，侧梁连接集装箱立柱，该空间十字形连接节点包括由主立板、次立板和水平板组成的空间十字形连接板，所述主立板纵向设置在各集装箱立柱相互接触的中央位置的空隙中，所述次立板垂直设于主立板的侧壁上，且次立板纵向设置在各横梁之间的空隙中，主立板与次立板形成的空间区域内横向连接水平板。与现有技术相比，本发明具有适用性强、安装简单、受力均匀等优点。
Space cross-shaped connecting node of container module building
一种集装箱模块建筑的空间十字形连接节点
WU SHUIGEN (author) / LYU ZHAOHUA (author) / WU BINGBING (author)
2021-05-18
Patent
Electronic Resource
Chinese
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