A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Recyclable space grid plastic building
The recyclable space grid plastic building comprises a polygonal bottom plate and a bottom plate connecting piece, the bottom plate connecting piece is provided with an outer layer connector and an inward connector, and the outer layer connector of the bottom plate connecting piece is provided with a horizontal connector and an inclined connector; outer-layer space grid nodes and inner-layer space grid nodes are distributed in the space above the bottom plate connecting piece; the outer-layer space grid node is provided with an outer-layer interface and an inward interface, and the inner-layer space grid node is provided with an inner-layer interface and an outward interface; outer-layer interfaces of the outer-layer space grid nodes are provided with horizontal interfaces and inclined interfaces; a middle-layer straw extending in the inward-outward inclined direction is inserted between the inward connector and the outward connector; an outer-layer straw is inserted between the adjacent outer-layer connectors; the outer-layer straw inserted between two adjacent horizontal connectors forms a horizontal straw; an inner layer suction pipe is inserted between every two adjacent inner layer connectors, and a building space is formed in each inner layer suction pipe. The environmental protection problem of the waste straw and the problem of reducing the cost of the plastic building are solved, and the formed plastic building is rich in aesthetic feeling and convenient to assemble, disassemble and recycle.
本发明公开了一种可回收的空间网格塑料建筑，包括多边形底板和底板连接件，底板连接件具有外层接口和内向接口，底板连接件的外层接口具有水平接口和倾斜接口；底板连接件上方空间内分布有外层空间网格节点和内层空间网格节点；外层空间网格节点具有外层接口和内向接口，内层空间网格节点具有内层接口和外向接口；外层空间网格节点的外层接口具有水平接口和倾斜接口；内向接口与外向接口一一对应设置且二者间插接有沿内外倾斜方向延伸的中间层吸管；相邻外层接口之间插接有外层吸管；插接在两个相邻的水平接口之间的外层吸管形成水平吸管；相邻内层接口之间插接有内层吸管，内层吸管的内部形成建筑空间；本发明一并解决了废弃吸管的环保问题与降低塑料建筑成本的问题，形成的塑料建筑富有美感，便于装配与拆卸回收再利用。
Recyclable space grid plastic building
The recyclable space grid plastic building comprises a polygonal bottom plate and a bottom plate connecting piece, the bottom plate connecting piece is provided with an outer layer connector and an inward connector, and the outer layer connector of the bottom plate connecting piece is provided with a horizontal connector and an inclined connector; outer-layer space grid nodes and inner-layer space grid nodes are distributed in the space above the bottom plate connecting piece; the outer-layer space grid node is provided with an outer-layer interface and an inward interface, and the inner-layer space grid node is provided with an inner-layer interface and an outward interface; outer-layer interfaces of the outer-layer space grid nodes are provided with horizontal interfaces and inclined interfaces; a middle-layer straw extending in the inward-outward inclined direction is inserted between the inward connector and the outward connector; an outer-layer straw is inserted between the adjacent outer-layer connectors; the outer-layer straw inserted between two adjacent horizontal connectors forms a horizontal straw; an inner layer suction pipe is inserted between every two adjacent inner layer connectors, and a building space is formed in each inner layer suction pipe. The environmental protection problem of the waste straw and the problem of reducing the cost of the plastic building are solved, and the formed plastic building is rich in aesthetic feeling and convenient to assemble, disassemble and recycle.
本发明公开了一种可回收的空间网格塑料建筑，包括多边形底板和底板连接件，底板连接件具有外层接口和内向接口，底板连接件的外层接口具有水平接口和倾斜接口；底板连接件上方空间内分布有外层空间网格节点和内层空间网格节点；外层空间网格节点具有外层接口和内向接口，内层空间网格节点具有内层接口和外向接口；外层空间网格节点的外层接口具有水平接口和倾斜接口；内向接口与外向接口一一对应设置且二者间插接有沿内外倾斜方向延伸的中间层吸管；相邻外层接口之间插接有外层吸管；插接在两个相邻的水平接口之间的外层吸管形成水平吸管；相邻内层接口之间插接有内层吸管，内层吸管的内部形成建筑空间；本发明一并解决了废弃吸管的环保问题与降低塑料建筑成本的问题，形成的塑料建筑富有美感，便于装配与拆卸回收再利用。
Recyclable space grid plastic building
可回收的空间网格塑料建筑
LEI ZHUOYU (author) / LI TINGYU (author) / ZHU XIANGTAO (author) / WANG SHUAI (author) / ZHANG ZONGPENG (author) / LIU TAOTAO (author) / WANG XIANGLI (author)
2024-06-25
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS