A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a purified water supply system that can reduce a cost as compared with renewing a water supply pipe and can supply water to each consumer's house in a depopulated area or a marginal village when necessary.SOLUTION: The purified water supply system comprises: a relay water tank 20 to which the water is supplied from a water purification plant 1 by transportation means 10; and a plurality of water distribution pipes 30 connecting the relay water tank 20 and each consumer's house 5, wherein a plurality of cartridge type tanks 40 connected to the water distribution pipe 30 are detachably accommodated in the relay water tank 20, the water is supplied to each cartridge type tank 40 from the water purification plant 1 by the transportation means 10, and the water 40 stored in each cartridge type tank is configured to be delivered to each consumer's house 5 through the water distribution pipe 30 by using a pump P provided in the middle of the relay water tank 20 or the water distribution pipe 30, or a water level difference between the relay water tank 20 and each consumer's house 5.SELECTED DRAWING: Figure 1
【課題】給水管を更新するよりも費用を低く抑えることができ、必要な場合に過疎地や限界集落等における各需要者宅へ水を供給できる、浄水供給システムを提供する。【解決手段】この浄水供給システムは、浄水場１から輸送手段１０によって水が供給される中継水槽２０と、中継水槽２０と各需要者宅５とを連結する複数の配水管３０とを有しており、中継水槽２０内には、配水管３０に接続される複数のカートリッジ型タンク４０が着脱可能に収容されており、各カートリッジ型タンク４０に、浄水場１から輸送手段１０によって水が供給されるようになっており、各カートリッジ型タンクに貯留された水４０が、中継水槽２０又は配水管３０の途中に設けられたポンプＰ、或いは、中継水槽２０と各需要者宅５との水位差を利用して、配水管３０を通して各需要者宅５へ送出されるように構成されている。【選択図】図１
To provide a purified water supply system that can reduce a cost as compared with renewing a water supply pipe and can supply water to each consumer's house in a depopulated area or a marginal village when necessary.SOLUTION: The purified water supply system comprises: a relay water tank 20 to which the water is supplied from a water purification plant 1 by transportation means 10; and a plurality of water distribution pipes 30 connecting the relay water tank 20 and each consumer's house 5, wherein a plurality of cartridge type tanks 40 connected to the water distribution pipe 30 are detachably accommodated in the relay water tank 20, the water is supplied to each cartridge type tank 40 from the water purification plant 1 by the transportation means 10, and the water 40 stored in each cartridge type tank is configured to be delivered to each consumer's house 5 through the water distribution pipe 30 by using a pump P provided in the middle of the relay water tank 20 or the water distribution pipe 30, or a water level difference between the relay water tank 20 and each consumer's house 5.SELECTED DRAWING: Figure 1
【課題】給水管を更新するよりも費用を低く抑えることができ、必要な場合に過疎地や限界集落等における各需要者宅へ水を供給できる、浄水供給システムを提供する。【解決手段】この浄水供給システムは、浄水場１から輸送手段１０によって水が供給される中継水槽２０と、中継水槽２０と各需要者宅５とを連結する複数の配水管３０とを有しており、中継水槽２０内には、配水管３０に接続される複数のカートリッジ型タンク４０が着脱可能に収容されており、各カートリッジ型タンク４０に、浄水場１から輸送手段１０によって水が供給されるようになっており、各カートリッジ型タンクに貯留された水４０が、中継水槽２０又は配水管３０の途中に設けられたポンプＰ、或いは、中継水槽２０と各需要者宅５との水位差を利用して、配水管３０を通して各需要者宅５へ送出されるように構成されている。【選択図】図１
PURIFIED WATER SUPPLY SYSTEM
浄水供給システム
SATO TAKAMICHI (author)
2020-05-28
Patent
Electronic Resource
Japanese
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