A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel connecting structure for large-span steel bamboo building
The invention discloses a novel connecting structure for a large-span steel bamboo building, which belongs to the technical field of large-span buildings, and comprises a support body formed by mutually splicing a plurality of groups of connecting units, long steel bamboo poles are connected to the peripheral side of the support body, and a central lifting point is arranged right above the support body. A plurality of lifting pieces are connected between the supporting body and the central lifting point; the connecting unit comprises a plurality of short steel bamboo poles, the ends of the short steel bamboo poles are connected, and the short steel bamboo poles are radially distributed at equal included angles. The ends of the short steel bamboo poles are fixed through connecting joints. Every two adjacent connecting units are connected through the corresponding connecting joints or are connected by sharing one short steel bamboo pole. According to the novel connecting structure for the large-span steel bamboo building, the vertical initial form of natural steel bamboo is fully utilized, a novel building structure system is formed in combination with the novel connecting joints, and the novel connecting structure has the advantages of being economical, low in cost, safe in structure and attractive in building and can be used for the large-span steel bamboo building.
本发明公开一种大跨度钢竹建筑用新型连接结构，属于大跨度建筑技术领域，包括由若干组连接单元相互拼接组成的支撑体，所述支撑体周侧连接有长钢竹杆，所述支撑体的正上方设有中心提拉点，所述支撑体和所述中心提拉点之间连接多个提拉件；所述连接单元包括多根端部相接且等夹角放射分布的短钢竹杆，所述短钢竹杆的端部通过连接节点固定；相邻两连接单元之间通过所述连接节点相接或通过共用一根所述短钢竹杆相接。本发明的大跨度钢竹建筑用新型连接结构，充分利用天然钢竹本身铅直的初始形态，并结合本发明提出的新型连接节点，形成一种新型建筑结构体系，具有经济低廉、结构安全、建筑美观特点，可用于大跨度钢竹建筑。
Novel connecting structure for large-span steel bamboo building
The invention discloses a novel connecting structure for a large-span steel bamboo building, which belongs to the technical field of large-span buildings, and comprises a support body formed by mutually splicing a plurality of groups of connecting units, long steel bamboo poles are connected to the peripheral side of the support body, and a central lifting point is arranged right above the support body. A plurality of lifting pieces are connected between the supporting body and the central lifting point; the connecting unit comprises a plurality of short steel bamboo poles, the ends of the short steel bamboo poles are connected, and the short steel bamboo poles are radially distributed at equal included angles. The ends of the short steel bamboo poles are fixed through connecting joints. Every two adjacent connecting units are connected through the corresponding connecting joints or are connected by sharing one short steel bamboo pole. According to the novel connecting structure for the large-span steel bamboo building, the vertical initial form of natural steel bamboo is fully utilized, a novel building structure system is formed in combination with the novel connecting joints, and the novel connecting structure has the advantages of being economical, low in cost, safe in structure and attractive in building and can be used for the large-span steel bamboo building.
本发明公开一种大跨度钢竹建筑用新型连接结构，属于大跨度建筑技术领域，包括由若干组连接单元相互拼接组成的支撑体，所述支撑体周侧连接有长钢竹杆，所述支撑体的正上方设有中心提拉点，所述支撑体和所述中心提拉点之间连接多个提拉件；所述连接单元包括多根端部相接且等夹角放射分布的短钢竹杆，所述短钢竹杆的端部通过连接节点固定；相邻两连接单元之间通过所述连接节点相接或通过共用一根所述短钢竹杆相接。本发明的大跨度钢竹建筑用新型连接结构，充分利用天然钢竹本身铅直的初始形态，并结合本发明提出的新型连接节点，形成一种新型建筑结构体系，具有经济低廉、结构安全、建筑美观特点，可用于大跨度钢竹建筑。
Novel connecting structure for large-span steel bamboo building
一种大跨度钢竹建筑用新型连接结构
TIAN LIMIN (author) / JIN BEIBEI (author) / LI LEI (author) / KOU YUEFENG (author)
2024-02-09
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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