A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Latticed shell structure
The invention discloses a latticed shell structure. A first stacking layer is formed by first glued wood beams, and a second stacking layer is formed by second glued wood beams. The first stacking layer is placed on the second stacking layer, and the first glued wood beams and the second glued wood beams are fixedly connected through high-strength screws. Due to the fact that the first glued woodbeams and the second glued wood beams are not located on the same arc face, the first glued wood beams and the second glued wood beams continuously communicate in connecting joint areas. The problemsthat in the prior art, the joint areas of glued wood beams are difficult to connect and insufficient in rigidity, the weakening effect of internally inserted steel plates on the strength of the connecting joint areas of the glued wood beams is poor, and the building effect achieved after connectors are exposed to the joint areas is poor are solved. The span of a glued wood structure can be increased, the latticed shell structure is used for a large-span space wood structure building, and the advantages of the glued wood structure are fully utilized. The glued wood structure is light, low in carbon and environmentally friendly, and assembling mounting can be achieved during construction; and the wood structure belongs to recycled materials, the span can be increased, and the use range on the wood structure building is greatly widened.
本发明公开了一种网壳结构，分别利用第一胶合木梁构成第一叠放层以及第二胶合木梁构成第二叠放层，将第一叠放层放置第二叠放层上，第一胶合木梁与第二胶合木梁间通过高强度螺钉连接件固定连接。由于第一胶合木梁与第二胶合木梁不在同一弧面，第一胶合木梁以及第二胶合木梁在连接节点区连续贯通。克服了现有技术中胶合木梁在节点区连接困难刚度不足、内插钢板对胶合木梁的连接节点区强度的削弱以及节点区外露连接件后建筑效果不佳的问题。可以实现胶合木结构跨度增加，用于大跨度空间木结构建筑，充分利用胶合木结构的优点，胶合木结构轻质、低碳环保、施工可实现装配化安装，且木结构属于可再生材料，可实现跨度增加，大大拓展木结构建筑的使用。
Latticed shell structure
The invention discloses a latticed shell structure. A first stacking layer is formed by first glued wood beams, and a second stacking layer is formed by second glued wood beams. The first stacking layer is placed on the second stacking layer, and the first glued wood beams and the second glued wood beams are fixedly connected through high-strength screws. Due to the fact that the first glued woodbeams and the second glued wood beams are not located on the same arc face, the first glued wood beams and the second glued wood beams continuously communicate in connecting joint areas. The problemsthat in the prior art, the joint areas of glued wood beams are difficult to connect and insufficient in rigidity, the weakening effect of internally inserted steel plates on the strength of the connecting joint areas of the glued wood beams is poor, and the building effect achieved after connectors are exposed to the joint areas is poor are solved. The span of a glued wood structure can be increased, the latticed shell structure is used for a large-span space wood structure building, and the advantages of the glued wood structure are fully utilized. The glued wood structure is light, low in carbon and environmentally friendly, and assembling mounting can be achieved during construction; and the wood structure belongs to recycled materials, the span can be increased, and the use range on the wood structure building is greatly widened.
本发明公开了一种网壳结构，分别利用第一胶合木梁构成第一叠放层以及第二胶合木梁构成第二叠放层，将第一叠放层放置第二叠放层上，第一胶合木梁与第二胶合木梁间通过高强度螺钉连接件固定连接。由于第一胶合木梁与第二胶合木梁不在同一弧面，第一胶合木梁以及第二胶合木梁在连接节点区连续贯通。克服了现有技术中胶合木梁在节点区连接困难刚度不足、内插钢板对胶合木梁的连接节点区强度的削弱以及节点区外露连接件后建筑效果不佳的问题。可以实现胶合木结构跨度增加，用于大跨度空间木结构建筑，充分利用胶合木结构的优点，胶合木结构轻质、低碳环保、施工可实现装配化安装，且木结构属于可再生材料，可实现跨度增加，大大拓展木结构建筑的使用。
Latticed shell structure
一种网壳结构
LI RUIXIONG (author) / JIANG QI (author) / LI YAMING (author) / JIA SHUIZHONG (author) / LIU HONGXIN (author) / QIU ZHENGE (author) / ZHANG HAI (author)
2020-06-05
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Fabricated lower hanging corridor for latticed shell structure
| European Patent Office | 2022