Double-layer packaging technology used for adding hydrogen into hydrogen-enriched water for second time

Abstract

The invention discloses a double-layer packaging technology used for adding hydrogen into hydrogen-enriched water for a second time. The double-layer packaging technology used for adding hydrogen into the hydrogen-enriched water for the second time comprises the steps of changing a double-layer bag into a sphere with a volume of about 10L; embedding a plastic nozzle (3) with a diameter of 4.7cm onto a circular hole of the double-layer bag; adding 300ml of hydrogen between the outer wall of an aluminum foil plate (5) of the double-layer bag and the inner wall of a plastic plate (6) of the double-layer bag; filling the double-layer bag with the prepared hydrogen-enriched water and tightening a plastic cap to connect the plastic nozzle (3) with the plastic cap (4) in a threaded manner; forming a fold line hole with a diameter of 4.7cm in the middle part, which is 5cm away from a ridge, of one side of a carton; putting the double-layer bag which is filled with clear water into the carton and aligning the plastic nozzle (3) with the fold line hole of the carton; and putting a tap at the position of the plastic nozzle (3). A user can drink the hydrogen-enriched water in the double-layer bag by taking the tap out. According to the technology, the hydrogen-enriched water can be added with hydrogen for the second time to keep the concentration of hydrogen in the hydrogen-enriched water stable during transportation and storage, so that the qualified hydrogen-enriched water can be supplied to the market.

Description

technical field [0001] The invention relates to a packaging technology, in particular to a double-layer packaging technology for secondary hydrogenation of hydrogen-rich water. Background technique [0002] Scientific research has proved that hydrogen is the smallest atom in the world, has strong penetrating power, and is a non-toxic and harmless substance. After hydrogen enters the human body, it can easily penetrate human cells and enter tissues and organs. Medical research has shown that when the human body breathes oxygen and ingests various nutrients to undergo oxidation reactions to generate energy, it also produces excessive and harmful active oxygen free radicals. the root of the disease. After hydrogen gas enters the human body, it forms active hydrogen, which reacts with active oxygen free radicals to form water to be excreted from the body, reducing the number of active oxygen free radicals that induce diseases in the human body, thereby playing a role in medical...

AI Technical Summary

Problems solved by technology

Refilling hydrogen-rich water with hydrogen during transportation and storage can maintain a relatively stable hydrogen concentration in hydrogen-rich water. In the prior art, there is no report on the packaging technology of hydrogen-rich water refilling with hydrogen during transportation and storage.

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