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A platform for research: civil engineering, architecture and urbanism
Steel structure modular building connection joint and construction method thereof
The invention discloses a steel structure modular building connecting joint which comprises an upper layer module corner column component, a lower layer module corner column component and a connecting plate component used for connecting the upper layer module corner column component and the lower layer module corner column component. The upper-layer module corner post component comprises an upper-layer module corner post and a bottom beam arranged on the side portion of the upper-layer module corner post, and the lower-layer module corner post component comprises a lower-layer module corner post and a top beam arranged on the side portion of the lower-layer module corner post. The connecting plate component comprises a connecting plate, a first energy dissipation and shock absorption positioning block arranged on the upper surface of the connecting plate and a second energy dissipation and shock absorption positioning block arranged on the lower surface of the connecting plate. The first energy dissipation and shock absorption positioning block is used for being inserted into an inner cavity of a corner column of the upper-layer module so as to achieve positioning and energy dissipation and shock absorption effects on installation of the module, and the second energy dissipation and shock absorption positioning block is used for being inserted into an inner cavity of a corner column of the lower-layer module so as to achieve positioning and energy dissipation and shock absorption effects on installation of the module.
本发明公开了一种钢结构模块化建筑连接节点，包括上层模块角柱构件、下层模块角柱构件以及用于连接上层模块角柱构件和下层模块角柱构件的连接板构件，所述上层模块角柱构件包括上层模块角柱和设置在所述上层模块角柱侧部的底梁，所述下层模块角柱构件包括下层模块角柱和设置在所述下层模块角柱侧部的顶梁，所述连接板构件包括连接板和设置在所述连接板上表面的第一耗能减震定位块以及设置在所述连接板下表面的第二耗能减震定位块，所述第一耗能减震定位块用以插入所述上层模块角柱内腔以对模块的安装起到定位和耗能减震作用，所述第二耗能减震定位块用以插入所述下层模块角柱内腔以对模块的安装起到定位和耗能减震作用。
Steel structure modular building connection joint and construction method thereof
The invention discloses a steel structure modular building connecting joint which comprises an upper layer module corner column component, a lower layer module corner column component and a connecting plate component used for connecting the upper layer module corner column component and the lower layer module corner column component. The upper-layer module corner post component comprises an upper-layer module corner post and a bottom beam arranged on the side portion of the upper-layer module corner post, and the lower-layer module corner post component comprises a lower-layer module corner post and a top beam arranged on the side portion of the lower-layer module corner post. The connecting plate component comprises a connecting plate, a first energy dissipation and shock absorption positioning block arranged on the upper surface of the connecting plate and a second energy dissipation and shock absorption positioning block arranged on the lower surface of the connecting plate. The first energy dissipation and shock absorption positioning block is used for being inserted into an inner cavity of a corner column of the upper-layer module so as to achieve positioning and energy dissipation and shock absorption effects on installation of the module, and the second energy dissipation and shock absorption positioning block is used for being inserted into an inner cavity of a corner column of the lower-layer module so as to achieve positioning and energy dissipation and shock absorption effects on installation of the module.
本发明公开了一种钢结构模块化建筑连接节点，包括上层模块角柱构件、下层模块角柱构件以及用于连接上层模块角柱构件和下层模块角柱构件的连接板构件，所述上层模块角柱构件包括上层模块角柱和设置在所述上层模块角柱侧部的底梁，所述下层模块角柱构件包括下层模块角柱和设置在所述下层模块角柱侧部的顶梁，所述连接板构件包括连接板和设置在所述连接板上表面的第一耗能减震定位块以及设置在所述连接板下表面的第二耗能减震定位块，所述第一耗能减震定位块用以插入所述上层模块角柱内腔以对模块的安装起到定位和耗能减震作用，所述第二耗能减震定位块用以插入所述下层模块角柱内腔以对模块的安装起到定位和耗能减震作用。
Steel structure modular building connection joint and construction method thereof
一种钢结构模块化建筑连接节点及其施工方法
ZHANG SHIQIAN (author) / YU XIANGPING (author) / JIANG JUNMING (author) / CHEN HONGLEI (author) / CHEN YUESHI (author) / YANG QI (author) / LIU YA (author) / XIA YU (author) / LIU ZHAOHUI (author)
2023-11-28
Patent
Electronic Resource
Chinese
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