A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Space grid structure connecting joint
The invention belongs to a space grid structure connecting joint in the field of civil engineering structures. According to the technical scheme, the space grid structure connecting joint comprises ajoint core column, multiple stress rod pieces and cover plates; one ends of the multiple stress rod pieces are inserted into the joint core column; a connector is arranged at the end of each stress rod piece, multiple grooves are formed in the outer wall of the joint core column, the shapes of the connectors and the shapes of the grooves are complementary, and displacement of the connectors is limited by the shapes of the grooves; and the cover plates are arranged at upper and lower ends of the joint core column correspondingly. The structure stress safety is met, meanwhile, industrial-level construction positioning and high-quality and high-efficiency mounting precision are provided, and the shape requirements for universality, standardization and conciseness are met.
本发明属于土木工程结构领域的一种空间网格结构连接节点，技术方案为：一种空间网格结构连接节点，包括一个节点芯柱、若干受力杆件和盖板；若干受力杆件的一端插入节点芯柱；受力杆件的端部设置连接头，节点芯柱的外壁设置若干凹槽，连接头与凹槽形状互补，且凹槽的形状限制连接头的位移；盖板分别设置在节点芯柱上下两端。其在满足结构受力安全的同时，提供工业化级别的施工定位和高质高效的安装精度，并满足通用性、标准化以及简洁的形状需求。
Space grid structure connecting joint
The invention belongs to a space grid structure connecting joint in the field of civil engineering structures. According to the technical scheme, the space grid structure connecting joint comprises ajoint core column, multiple stress rod pieces and cover plates; one ends of the multiple stress rod pieces are inserted into the joint core column; a connector is arranged at the end of each stress rod piece, multiple grooves are formed in the outer wall of the joint core column, the shapes of the connectors and the shapes of the grooves are complementary, and displacement of the connectors is limited by the shapes of the grooves; and the cover plates are arranged at upper and lower ends of the joint core column correspondingly. The structure stress safety is met, meanwhile, industrial-level construction positioning and high-quality and high-efficiency mounting precision are provided, and the shape requirements for universality, standardization and conciseness are met.
本发明属于土木工程结构领域的一种空间网格结构连接节点，技术方案为：一种空间网格结构连接节点，包括一个节点芯柱、若干受力杆件和盖板；若干受力杆件的一端插入节点芯柱；受力杆件的端部设置连接头，节点芯柱的外壁设置若干凹槽，连接头与凹槽形状互补，且凹槽的形状限制连接头的位移；盖板分别设置在节点芯柱上下两端。其在满足结构受力安全的同时，提供工业化级别的施工定位和高质高效的安装精度，并满足通用性、标准化以及简洁的形状需求。
Space grid structure connecting joint
一种空间网格结构连接节点
ZHANG JUNJIE (author) / ZHOU ZHONG (author) / WANG HONGJUN (author) / ZHOU JIAN (author) / LIU HAIYANG (author) / YANG XIAOTIAN (author) / YU WENHUI (author) / PENG CHAO (author)
2021-01-15
Patent
Electronic Resource
Chinese
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