A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
POWER GENERATOR AND POWER GENERATION METHOD UTILIZING SUBSOIL WATER
PROBLEM TO BE SOLVED: To provide a power generator for generating power using subsoil water that does not drain the subsoil water on a ground surface and does not require a large-scale facility.SOLUTION: A power generator 1 utilizing subsoil water comprises: pipeline 2 having a going pipe part 4 of which a water intake port 6 at a bottom end is located in a subsoil layer A and a returning pipe part 5 of which a water discharge port 7 at a bottom end is located in the subsoil layer A, where the subsoil water taken in from the water intake port 6 returns from the water discharge port 7 to the subsoil layer without being exposed to the atmosphere; and a power generator 3 provided on the pipeline 2 and generating the power utilizing a flow of subsoil water from the water intake port 6 of the going pipe part 4 located in the subsoil layer A, through the pipeline 2 and returning to the subsoil layer A from the water discharge port 7 of the returning pipe part 5 without being exposed to the atmosphere.SELECTED DRAWING: Figure 1
【課題】伏流水を利用して発電を行なうに際してこの伏流水を地表で排水しないようにすることを課題とし、大掛かりな施設を要しない発電装置を提供する。【解決手段】伏流水層Ａに下端の取水口６が位置する往管部４と伏流水層Ａに下端の放水口７が位置する復管部５とからなり、取水口６で取水された伏流水が大気に対して非開放にして放水口７から伏流水層に戻る管路２と、管路２に設けられていて、伏流水層Ａに位置する往管部４の取水口６から管路２内を経て復管部５の放水口７より元の伏流水層Ａに戻る伏流水の大気に非開放の流れで発電を行なう発電機３とで、伏流水発電装置１を構成した。【選択図】図１
POWER GENERATOR AND POWER GENERATION METHOD UTILIZING SUBSOIL WATER
PROBLEM TO BE SOLVED: To provide a power generator for generating power using subsoil water that does not drain the subsoil water on a ground surface and does not require a large-scale facility.SOLUTION: A power generator 1 utilizing subsoil water comprises: pipeline 2 having a going pipe part 4 of which a water intake port 6 at a bottom end is located in a subsoil layer A and a returning pipe part 5 of which a water discharge port 7 at a bottom end is located in the subsoil layer A, where the subsoil water taken in from the water intake port 6 returns from the water discharge port 7 to the subsoil layer without being exposed to the atmosphere; and a power generator 3 provided on the pipeline 2 and generating the power utilizing a flow of subsoil water from the water intake port 6 of the going pipe part 4 located in the subsoil layer A, through the pipeline 2 and returning to the subsoil layer A from the water discharge port 7 of the returning pipe part 5 without being exposed to the atmosphere.SELECTED DRAWING: Figure 1
【課題】伏流水を利用して発電を行なうに際してこの伏流水を地表で排水しないようにすることを課題とし、大掛かりな施設を要しない発電装置を提供する。【解決手段】伏流水層Ａに下端の取水口６が位置する往管部４と伏流水層Ａに下端の放水口７が位置する復管部５とからなり、取水口６で取水された伏流水が大気に対して非開放にして放水口７から伏流水層に戻る管路２と、管路２に設けられていて、伏流水層Ａに位置する往管部４の取水口６から管路２内を経て復管部５の放水口７より元の伏流水層Ａに戻る伏流水の大気に非開放の流れで発電を行なう発電機３とで、伏流水発電装置１を構成した。【選択図】図１
POWER GENERATOR AND POWER GENERATION METHOD UTILIZING SUBSOIL WATER
伏流水発電装置と伏流水を用いた発電方法
KAWAMURA HIDEKAZU (author) / NARA KIMIO (author)
2018-03-08
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
SUBSOIL MODIFICATION METHOD, AND SUBSOIL MODIFICATION BODY
| European Patent Office | 2021
SUBSOIL REINFORCEMENT METHOD AND CASING FOR SUBSOIL REINFORCEMENT
| European Patent Office | 2019
| Wiley | 2012
| European Patent Office | 2019
Wiley | 2015