PORTABLE HYDROGEN WATER BOTTLE

To provide a portable hydrogen water bottle that makes it possible to carry and drink safe hydrogen-rich water anytime, regardless of the quality of water, and also to enable 3Rs (reuse, recycling, resume) of waste generated as a result of drinking of the hydrogen-rich water.SOLUTION: A portable hyd...

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Bibliographic Details
Main Authors BANDO MITSUGI, SAKA AKITOSHI, HAYASHI KENJI
Format Patent
LanguageEnglish
Japanese
Published 01.10.2020
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Summary:To provide a portable hydrogen water bottle that makes it possible to carry and drink safe hydrogen-rich water anytime, regardless of the quality of water, and also to enable 3Rs (reuse, recycling, resume) of waste generated as a result of drinking of the hydrogen-rich water.SOLUTION: A portable hydrogen water bottle comprising a hydrogen gas supply unit fixed to the bottle in a detachable state, wherein the bottle does not permeate hydrogen gas, wherein the hydrogen supply unit contains magnesium granules, ceramic, natural stone, and water for generating hydrogen gas, and wherein the hydrogen supply unit is constituted in a manner that it allows only hydrogen gas to pass through. This means that the magnesium hydroxide on the surface of the magnesium granules in the hydrogen gas feeder is scraped off each time the hydrogen-rich water is consumed, and only hydrogen gas is always supplied to the drinking water. If the collection of end-user questionnaire and the supply/collection of mixtures of granules, ceramic, natural stone or capsules containing them for generating hydrogen gas are made at the same time, it becomes possible to perform both management of end-use information and the 3Rs of wastes while managing end-user information.SELECTED DRAWING: Figure 1 【課題】水質を問わず、安全な水素豊富水の、常時持ち運びと適宜飲用を可能ならしめ、飲用に伴って発生する廃棄物の3R(リユース、リサイクル、リジューム)も可能ならしめる。【解決手段】水素ガス発生用のマグネシウム顆粒とセラミックと天然石と水を、水素ガスのみを透過させるべく成型された水素ガス供給器に収納し、この水素ガス供給器を水素ガスが透過し難いポータブルボトルに脱着可能の状態で固定する。これにより、水素豊富水を飲用する都度水素ガス供給器内のマグネシウム顆粒表面の水酸化マグネシウムがそぎ落とされ、水素ガスのみが常に飲用水に供給される。又、エンドユーザーのアンケート情報の収集と、水素ガス発生用の混合物もしくは水素ガス生成用カプセルの供給及び回収を同時に行うことにより、情報管理と廃棄物の3Rが可能となる。【選択図】図1
Bibliography:Application Number: JP20190075927