A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Topological interlocking type roof ventilation and greening thermal insulation layer
The invention discloses a topological interlocking type roof ventilation and greening heat insulation layer which comprises basic unit modules, peripheries of the multiple basic unit modules are interlocked and spliced to form a topological relation to form a spliced roof, a ventilation layer is arranged between the basic unit modules and a building roof, two opposite edges of the spliced roof are provided with edge unit modules, and the edge unit modules are connected with the spliced roof. Ventilation gaps are formed between the other two opposite edge portions and the parapet wall, and ventilation openings are formed in the top faces of the edge unit modules. Planting grooves are formed in the upper portions of the basic unit modules, stilts are arranged on the lower portions of the basic unit modules, the multiple planting grooves are formed in the roof after interlocking and splicing, and a ventilation layer is formed below the roof. Roof ventilation and heat insulation layer modules and roof greening are combined together, all the modules are spliced through the topology interlocking principle, and connection in the splicing process is achieved without any rivet or cement mortar or other modes.
本发明公开了一种拓扑互锁式屋顶通风绿化隔热层，包括基本单元模块，多个基本单元模块的周边互锁拼合并形成拓扑关系，构成拼合式屋顶，并与建筑屋顶之间设有通风层，在拼合式屋顶的相对的两个边部设有边单元模块，相对的另两个边部与女儿墙之间设有通风空隙，所述边单元模块的顶面设有通风口。基本单元模块的上部设有种植槽，下部设有脚柱，互锁拼合后的屋顶上面形成多个种植槽，下面形成通风层。将屋顶通风隔热层模块与屋顶绿化结合在一起，并通过拓扑互锁原理，将每个模块之间进行拼装，实现拼装过程无需任何铆钉、水泥砂浆等方式的连接。
Topological interlocking type roof ventilation and greening thermal insulation layer
The invention discloses a topological interlocking type roof ventilation and greening heat insulation layer which comprises basic unit modules, peripheries of the multiple basic unit modules are interlocked and spliced to form a topological relation to form a spliced roof, a ventilation layer is arranged between the basic unit modules and a building roof, two opposite edges of the spliced roof are provided with edge unit modules, and the edge unit modules are connected with the spliced roof. Ventilation gaps are formed between the other two opposite edge portions and the parapet wall, and ventilation openings are formed in the top faces of the edge unit modules. Planting grooves are formed in the upper portions of the basic unit modules, stilts are arranged on the lower portions of the basic unit modules, the multiple planting grooves are formed in the roof after interlocking and splicing, and a ventilation layer is formed below the roof. Roof ventilation and heat insulation layer modules and roof greening are combined together, all the modules are spliced through the topology interlocking principle, and connection in the splicing process is achieved without any rivet or cement mortar or other modes.
本发明公开了一种拓扑互锁式屋顶通风绿化隔热层，包括基本单元模块，多个基本单元模块的周边互锁拼合并形成拓扑关系，构成拼合式屋顶，并与建筑屋顶之间设有通风层，在拼合式屋顶的相对的两个边部设有边单元模块，相对的另两个边部与女儿墙之间设有通风空隙，所述边单元模块的顶面设有通风口。基本单元模块的上部设有种植槽，下部设有脚柱，互锁拼合后的屋顶上面形成多个种植槽，下面形成通风层。将屋顶通风隔热层模块与屋顶绿化结合在一起，并通过拓扑互锁原理，将每个模块之间进行拼装，实现拼装过程无需任何铆钉、水泥砂浆等方式的连接。
Topological interlocking type roof ventilation and greening thermal insulation layer
一种拓扑互锁式屋顶通风绿化隔热层
JIN MINGYU (author) / YANG SHUANG (author) / HU GUOXU (author) / LUO CHUANWEN (author) / HAN BING (author) / WANG YU (author) / LI JINGYUN (author) / JIA LINGZHI (author) / SHAO JIE (author) / BAI ZICHEN (author)
2023-11-03
Patent
Electronic Resource
Chinese
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