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A platform for research: civil engineering, architecture and urbanism
Distributed underground reservoir group
The invention discloses a distributed underground reservoir group. The distributed underground reservoir group comprises an underground reservoir group body composed of a plurality of alluvial-proluvial fans in front of a mountain; the alluvial-proluvial fans in front of the mountain are distributed in parallel; conveying mechanisms used for conveying underground water are arranged between the plurality of alluvial-proluvial fans; each conveying mechanism comprises two conveying pumps used for conveying the underground water; water inlet pipes are installed at the water inlet ends of the two conveying pumps; and water outlet pipes are installed at the water outlet ends of the two conveying pumps. The plurality of alluvial-proluvial fans communicate with one another through the conveying mechanisms, the water levels in the alluvial-proluvial fans can be detected through a water level detection mechanism, and when the water level in one alluvial-proluvial fan is low, underground water in an alluvial-proluvial fan with high water level can be conveyed into the alluvial-proluvial fan with the low water level through the conveying mechanisms; and therefore, mutual water level complementation among the plurality of alluvial-proluvial fans is realized.
本发明公开了一种分布式地下水库群，包括由山前多个所述冲洪积扇构成的地下水库群，山前多个所述冲洪积扇之间呈平行分布；多个所述冲洪积扇之间均设置有用于输送地下水的输送机构，输送机构包括两个用于输送地下水的输送泵，两个输送泵的进水端均安装有进水管，两个输送泵的出水端均安装有出水管。本发明通过输送机构对多个冲洪积扇进行连通，通过水位检测机构能够对冲洪积扇内的水位进行检测，当其中一个冲洪积扇内的水位较低时，通过输送机构能够将水位较高冲洪积扇内的地下水输送至水位较低的冲洪积扇内，从而实现多个冲洪积扇之间水位的相互补充。
Distributed underground reservoir group
The invention discloses a distributed underground reservoir group. The distributed underground reservoir group comprises an underground reservoir group body composed of a plurality of alluvial-proluvial fans in front of a mountain; the alluvial-proluvial fans in front of the mountain are distributed in parallel; conveying mechanisms used for conveying underground water are arranged between the plurality of alluvial-proluvial fans; each conveying mechanism comprises two conveying pumps used for conveying the underground water; water inlet pipes are installed at the water inlet ends of the two conveying pumps; and water outlet pipes are installed at the water outlet ends of the two conveying pumps. The plurality of alluvial-proluvial fans communicate with one another through the conveying mechanisms, the water levels in the alluvial-proluvial fans can be detected through a water level detection mechanism, and when the water level in one alluvial-proluvial fan is low, underground water in an alluvial-proluvial fan with high water level can be conveyed into the alluvial-proluvial fan with the low water level through the conveying mechanisms; and therefore, mutual water level complementation among the plurality of alluvial-proluvial fans is realized.
本发明公开了一种分布式地下水库群，包括由山前多个所述冲洪积扇构成的地下水库群，山前多个所述冲洪积扇之间呈平行分布；多个所述冲洪积扇之间均设置有用于输送地下水的输送机构，输送机构包括两个用于输送地下水的输送泵，两个输送泵的进水端均安装有进水管，两个输送泵的出水端均安装有出水管。本发明通过输送机构对多个冲洪积扇进行连通，通过水位检测机构能够对冲洪积扇内的水位进行检测，当其中一个冲洪积扇内的水位较低时，通过输送机构能够将水位较高冲洪积扇内的地下水输送至水位较低的冲洪积扇内，从而实现多个冲洪积扇之间水位的相互补充。
Distributed underground reservoir group
一种分布式地下水库群
LUO YINFEI (author) / DONG GAOFENG (author) / QIN GUANGXIONG (author)
2021-08-06
Patent
Electronic Resource
Chinese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
Engineering Index Backfile | 1892
DISTRIBUTED UNDERGROUND RESERVOIR FOR COAL MINES ARTIFICIAL DAM AND ITS ERECTION METHOD
| European Patent Office | 2017