HYDROGEN GAS CHARGING DEVICE ATTACHED TO POOL TYPE WATER TANK, POOL TYPE WATER TANK EQUIPPED WITH HYDROGEN GAS CHARGING DEVICE AND METHOD OF CHARGING HYDROGEN GAS INTO POOL TYPE WATER TANK

To effectively charge hydrogen gas into a pool-type water tank equipped with a pool water circulation system, and enable pool water in the pool type water tank to continuously contain the hydrogen gas.SOLUTION: A pool water flow is formed between a pool water inlet and a pool water outlet in a pool-...

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Hauptverfasser: MINAGAWA HIROAKI, TAKAISHI SATORU
Format: Patent
Sprache:eng ; jpn
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Zusammenfassung:To effectively charge hydrogen gas into a pool-type water tank equipped with a pool water circulation system, and enable pool water in the pool type water tank to continuously contain the hydrogen gas.SOLUTION: A pool water flow is formed between a pool water inlet and a pool water outlet in a pool-type water tank by pool water introduced into the pool type water tank by a pool water circulation system, and the pool water circulation system is operated to circulate the pool water. During such an operation, hydrogen microbubbles-containing mixed water can be formed by continuously supplying hydrogen gas to hydrogen microbubble-containing mixed water forming means from a hydrogen gas supply source, and the pool water in the pool type water tank can continuously contain hydrogen microbubbles by ejecting the hydrogen microbubbles-containing mixed water from multiple ejection ports into the pool type water tank, and forming a flow of the hydrogen microbubble-containing mixed water in the pool type water tank by being attracted to the pool water flow to form an induced flow which is flowed in the pool type water tank.SELECTED DRAWING: Figure 2 【課題】プール水循環系統を備えたプール形水槽に水素ガスを効果的に投入し、プール形水槽内のプール水が持続して水素ガスを包含することを可能とする。【解決手段】プール水循環系統によって、プール形水槽に導入されたプール水によってプール水導入口及びプール水導出口の間にプール形水槽内にプール水流れが形成され、プール水循環系統が稼働されて、プール水循環がなされる間、水素マイクロバブル包含混合水形成手段に、水素ガス供給源から継続して水素ガスが供給され、水素マイクロバブル包含混合水を形成することが可能とされ、水素マイクロバブル包含混合水が、複数個の噴出口からプール形水槽内に噴出され、水素マイクロバブル包含混合水の流れが、前記プール水流れに誘引させて誘引流れとなってプール形水槽内に形成されてプール形水槽内を流動され、プール形水槽内のプール水が持続して水素マイクロバブルを包含することが可能とされる。【選択図】図2