Hydrogen water filled product, manufacturing method thereof, and manufacturing device thereof

Abstract

An object of the invention is to develop a novel product filled with hydrogen water, made in such a way that the release of hydrogen from hydrogen water loaded and tightly sealed into a drum is extremely minimal, and a manufacturing technique thereof. The present invention relates to a hydrogen water filled product in which hydrogen water in which hydrogen is dissolved is loaded into a container and is supplied in a tightly sealed state during the time period from circulation until consumption. The hydrogen water filled product is characterized in that the container is a metal can, and in a tightly sealed state in which the can lid is sealed to the can barrel, for example by fully filling the can with the hydrogen water, the container is made in such a way that the loaded hydrogen water does not come into contact with gases other than hydrogen.

Description

technical field [0001] The present invention relates to the product that is filled with hydrogen water in tank container and its manufacturing method, particularly relate to make the hydrogen water after sealing filling not contact with the gas other than hydrogen gas, thereby, under unopened state, make hydrogen from hydrogen New filled product with minimal water release and method for its manufacture. Background technique [0002] Based on the recognition that it is effective in maintaining health, the production and sales of hydrogen water have been formed and are attracting attention. The reason for this is that hydrogen water participates in the removal of so-called "oxidative stress (Oxidative Stress)" involved in the occurrence and deterioration of various diseases. Active oxygen that is constantly produced in the living body plays a role as part of the body's immune function, but when more active oxygen is produced than required (this state is called "oxidative stre...

AI Technical Summary

Problems solved by technology

However, there is a big disadvantage in such a method: it takes a long time to melt frozen hydrogen water (for example, 12 hours at room temperature), and it cannot be drunk immediately when you want to drink it.

In addition, refrigeration is required for preservation, so not only does the manufacturing cost increase, but also refrigeration equipment is required for distribution, preservation in each store, and display, and there is also a problem that practical inconvenience cannot be completely eliminated in this regard.

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