A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Desertification control device and photovoltaic desertification control system
The invention provides a desertification control device and a photovoltaic desertification control system, a plurality of desertification control devices are mutually spliced to define a planting area; the desertification control device comprises a box body, the box body is configured to be partially buried in a sand layer, and the side wall face, facing the planting area, of the box body is a water retention layer; the water conveying pipeline is arranged in the box body; the first end of the branch pipe section is communicated with the water conveying pipeline, and the second end extends into the water retention layer; the water seepage guide pipe penetrates through the side wall of the box body and communicates with the water conveying pipeline, and the water outlet end of the water seepage guide pipe extends to the vicinity of roots of plants in the planting area; after the multiple box bodies are spliced, the water conveying pipelines in the box bodies are communicated with one another, and the water inlet of one water conveying pipeline is connected with an external water source. After the multiple desertification control devices are mutually spliced, the effect of shielding sandy soil can be achieved, meanwhile, water needed by growth of plants in the planting area can be provided, the survival rate of the plants in the desert is increased, and then the desertification control efficiency is improved.
本申请提供一种治沙装置及光伏治沙系统，多个治沙装置相互拼接，以围合限定出种植区；治沙装置包括：箱体，箱体被配置为部分埋入沙层，箱体朝向种植区的一侧壁面为保水层；输水管路，设置于箱体的内部；分支管段，第一端与输水管路连通、第二端伸入保水层内；渗水导管，贯穿箱体的侧壁并与输水管路连通，渗水导管的出水端延伸至种植区内植物的根系附近；其中，当多个箱体拼接后，各箱体中的输水管路相互连通，其中一个输水管路的进水口连接外部水源。多个治沙装置相互拼接后不仅可以起到遮挡沙土的作用，同时可以为种植区内的植物提供生长所需的水分，提高植物在沙漠中的成活率，进而提高沙化治理效率。
Desertification control device and photovoltaic desertification control system
The invention provides a desertification control device and a photovoltaic desertification control system, a plurality of desertification control devices are mutually spliced to define a planting area; the desertification control device comprises a box body, the box body is configured to be partially buried in a sand layer, and the side wall face, facing the planting area, of the box body is a water retention layer; the water conveying pipeline is arranged in the box body; the first end of the branch pipe section is communicated with the water conveying pipeline, and the second end extends into the water retention layer; the water seepage guide pipe penetrates through the side wall of the box body and communicates with the water conveying pipeline, and the water outlet end of the water seepage guide pipe extends to the vicinity of roots of plants in the planting area; after the multiple box bodies are spliced, the water conveying pipelines in the box bodies are communicated with one another, and the water inlet of one water conveying pipeline is connected with an external water source. After the multiple desertification control devices are mutually spliced, the effect of shielding sandy soil can be achieved, meanwhile, water needed by growth of plants in the planting area can be provided, the survival rate of the plants in the desert is increased, and then the desertification control efficiency is improved.
本申请提供一种治沙装置及光伏治沙系统，多个治沙装置相互拼接，以围合限定出种植区；治沙装置包括：箱体，箱体被配置为部分埋入沙层，箱体朝向种植区的一侧壁面为保水层；输水管路，设置于箱体的内部；分支管段，第一端与输水管路连通、第二端伸入保水层内；渗水导管，贯穿箱体的侧壁并与输水管路连通，渗水导管的出水端延伸至种植区内植物的根系附近；其中，当多个箱体拼接后，各箱体中的输水管路相互连通，其中一个输水管路的进水口连接外部水源。多个治沙装置相互拼接后不仅可以起到遮挡沙土的作用，同时可以为种植区内的植物提供生长所需的水分，提高植物在沙漠中的成活率，进而提高沙化治理效率。
Desertification control device and photovoltaic desertification control system
治沙装置及光伏治沙系统
ZHANG ERXIN (author) / WANG LI (author) / GAO WEIDONG (author) / WANG CHANGMING (author) / GE DIANHUI (author) / LI ZHIPENG (author) / LEI XIANDAO (author) / CUI XIAOBO (author)
2023-07-18
Patent
Electronic Resource
Chinese
Modeled ecological photovoltaic desertification control system
| European Patent Office | 2024