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A platform for research: civil engineering, architecture and urbanism
Connecting joint of modular steel structure, modular building and construction method
The invention provides a connecting joint of a modular steel structure. The connecting joint comprises an upper module, a lower module, a connecting assembly and a fastener. The lower module is located below the upper module and comprises a lower module column and a lower inner partition plate, the lower module column extends in the vertical direction and is provided with a lower containing cavity, the lower inner partition plate is located in the lower containing cavity and connected to the inner wall of the lower module column, and the lower inner partition plate is provided with a connecting hole. The connecting assembly is connected to the upper module and the lower module and comprises a bottom plate, the bottom plate is located in the lower containing cavity and abuts against the top surface of the lower inner partition plate, and the bottom plate is provided with fixing holes corresponding to the connecting holes. The fastener penetrates through the fixing hole and is connected to the connecting hole, so that the bottom plate is fixed to the lower inner partition plate. According to the connecting joint, the bottom plate can improve the stability of the connecting assembly placed on the lower module, the fixing holes of the bottom plate correspond to the connecting holes of the lower inner partition plate in a matched mode, the connecting assembly can be conveniently positioned, and the mounting precision of the connecting assembly and the lower module is improved.
本申请提供一种模块化钢结构的连接节点，连接节点包括上模块、下模块、连接组件以及紧固件。下模块位于上模块的下方且包括下模块柱和下内隔板，下模块柱沿竖直方向延伸且具有下容纳腔，下内隔板位于下容纳腔且连接至下模块柱的内壁，下内隔板具有连接孔。连接组件连接至上模块以及下模块，连接组件包括底板，底板位于下容纳腔且抵靠至下内隔板的顶表面，底板具有与连接孔对应的固定孔。紧固件穿过固定孔并连接至连接孔，以使得底板被固定至下内隔板。根据本申请的连接节点，底板能够提升连接组件放置于下模块的稳定性，底板的固定孔与下内隔板的连接孔适配对应，便于对连接组件进行定位，提升连接组件与下模块的安装精度。
Connecting joint of modular steel structure, modular building and construction method
The invention provides a connecting joint of a modular steel structure. The connecting joint comprises an upper module, a lower module, a connecting assembly and a fastener. The lower module is located below the upper module and comprises a lower module column and a lower inner partition plate, the lower module column extends in the vertical direction and is provided with a lower containing cavity, the lower inner partition plate is located in the lower containing cavity and connected to the inner wall of the lower module column, and the lower inner partition plate is provided with a connecting hole. The connecting assembly is connected to the upper module and the lower module and comprises a bottom plate, the bottom plate is located in the lower containing cavity and abuts against the top surface of the lower inner partition plate, and the bottom plate is provided with fixing holes corresponding to the connecting holes. The fastener penetrates through the fixing hole and is connected to the connecting hole, so that the bottom plate is fixed to the lower inner partition plate. According to the connecting joint, the bottom plate can improve the stability of the connecting assembly placed on the lower module, the fixing holes of the bottom plate correspond to the connecting holes of the lower inner partition plate in a matched mode, the connecting assembly can be conveniently positioned, and the mounting precision of the connecting assembly and the lower module is improved.
本申请提供一种模块化钢结构的连接节点，连接节点包括上模块、下模块、连接组件以及紧固件。下模块位于上模块的下方且包括下模块柱和下内隔板，下模块柱沿竖直方向延伸且具有下容纳腔，下内隔板位于下容纳腔且连接至下模块柱的内壁，下内隔板具有连接孔。连接组件连接至上模块以及下模块，连接组件包括底板，底板位于下容纳腔且抵靠至下内隔板的顶表面，底板具有与连接孔对应的固定孔。紧固件穿过固定孔并连接至连接孔，以使得底板被固定至下内隔板。根据本申请的连接节点，底板能够提升连接组件放置于下模块的稳定性，底板的固定孔与下内隔板的连接孔适配对应，便于对连接组件进行定位，提升连接组件与下模块的安装精度。
Connecting joint of modular steel structure, modular building and construction method
模块化钢结构的连接节点、模块化建筑以及施工方法
WANG LINAN (author) / ZENG YANG (author) / WEI JIANJIAN (author) / LI YUNSONG (author) / YI JINTONG (author)
2024-11-08
Patent
Electronic Resource
Chinese
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