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A platform for research: civil engineering, architecture and urbanism
Staggered stacked steel structure module system
The invention belongs to the technical field of constructional engineering, and particularly relates to a staggered and stacked steel structure module system. The system comprises a plurality of module layers which are connected up and down, modules of each module layer are arranged at intervals, the modules of every two adjacent module layers are arranged in a staggered mode, the modules of the bottom module layer are connected with an adjacent two-dimensional bottom plate through basic connection nodes, and every two adjacent module layers are connected through a plurality of standard interlayer connection nodes. The modules of the top module layer are connected with the adjacent two-dimensional top plate through top connecting nodes. Therefore, the system is provided with the foundation connecting nodes, the standard interlayer connecting nodes and the top connecting nodes, wherein the foundation connecting nodes, the standard interlayer connecting nodes and the top connecting nodes are composed of the tensile structures mainly comprising the screws and the shear-resistant structures mainly comprising the connecting pieces, so that foundation connection, standard interlayer connection and top connection of the staggered and stacked steel structure module system are realized respectively; on the basis of reducing the structural steel consumption and improving the building space utilization rate, the steel structure module has the advantages of being reliable in connection, simple in structure, detachable, easy to construct and the like.
本发明属于建筑工程技术领域，尤其涉及一种交错堆叠钢结构模块体系。该体系包括若干上下连接的模块层，每层模块层的模块间隔设置且相邻两层模块层的模块交错设置，底层模块层的模块通过基础连接节点与相邻二维底板连接，相邻两层模块层之间通过若干标准层间连接节点连接，顶层模块层的模块通过顶部连接节点与相邻二维顶板连接。由此，该体系由于设置了主要包括螺杆的抗拉构造和主要包括连接件的抗剪构造组成的基础连接节点、标准层间连接节点和顶部连接节点分别实现交错堆叠钢结构模块体系的基础连接、标准层间连接及顶部连接，在降低结构用钢量和提高建筑空间利用率的基础上，满足钢结构模块连接可靠、构造简单，且可拆卸、易于施工等特点。
Staggered stacked steel structure module system
The invention belongs to the technical field of constructional engineering, and particularly relates to a staggered and stacked steel structure module system. The system comprises a plurality of module layers which are connected up and down, modules of each module layer are arranged at intervals, the modules of every two adjacent module layers are arranged in a staggered mode, the modules of the bottom module layer are connected with an adjacent two-dimensional bottom plate through basic connection nodes, and every two adjacent module layers are connected through a plurality of standard interlayer connection nodes. The modules of the top module layer are connected with the adjacent two-dimensional top plate through top connecting nodes. Therefore, the system is provided with the foundation connecting nodes, the standard interlayer connecting nodes and the top connecting nodes, wherein the foundation connecting nodes, the standard interlayer connecting nodes and the top connecting nodes are composed of the tensile structures mainly comprising the screws and the shear-resistant structures mainly comprising the connecting pieces, so that foundation connection, standard interlayer connection and top connection of the staggered and stacked steel structure module system are realized respectively; on the basis of reducing the structural steel consumption and improving the building space utilization rate, the steel structure module has the advantages of being reliable in connection, simple in structure, detachable, easy to construct and the like.
本发明属于建筑工程技术领域，尤其涉及一种交错堆叠钢结构模块体系。该体系包括若干上下连接的模块层，每层模块层的模块间隔设置且相邻两层模块层的模块交错设置，底层模块层的模块通过基础连接节点与相邻二维底板连接，相邻两层模块层之间通过若干标准层间连接节点连接，顶层模块层的模块通过顶部连接节点与相邻二维顶板连接。由此，该体系由于设置了主要包括螺杆的抗拉构造和主要包括连接件的抗剪构造组成的基础连接节点、标准层间连接节点和顶部连接节点分别实现交错堆叠钢结构模块体系的基础连接、标准层间连接及顶部连接，在降低结构用钢量和提高建筑空间利用率的基础上，满足钢结构模块连接可靠、构造简单，且可拆卸、易于施工等特点。
Staggered stacked steel structure module system
一种交错堆叠钢结构模块体系
ZHANG ZONGJUN (author) / ZHAO BAOJUN (author) / WANG QIONG (author) / ZHAN HE (author) / HE CHENGLE (author) / ZHANG YONG (author) / ZHANG DEJUN (author) / YE HONG (author)
2024-10-01
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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