Device and method for providing hydrogen ions in solution in vessel

Abstract

The invention relates to a device and a method for providing hydrogen ions in a solution in a vessel. The device comprises a sealed space, a vessel, and a liquid. A solution is contained in the vessel. At least silica hydride powder is mixed in the liquid. When the silica hydride powder is mixed with the liquid, hydrogen ions are produced. The vessel and the liquid are placed in the sealed space, and the liquid is coated on the vessel. Besides the vessel and the liquid, the sealed space also has a gas storage space. Therefore, hydrogen ions in the liquid penetrate into the solution in the vessel, and hydrogen ion dissolving can be more conveniently and rapidly carried out with no physical invasion manner.

Description

Technical field [0001] The present invention relates to a device and method for making the liquid of a container contain hydrogen ions, in particular to a device and method for dissolving hydrogen ions into a solution in a container for human use without physical intrusion. Background technique [0002] With the advancement of medical technology, scientists have gradually discovered that hydrogen ions are the key fuel and energy source for the human body. Hydrogen ions can affect the overall health of every cell in the human body. It is generally known that oxygen is an important element for the body. Humans do not have oxygen. It can’t survive, but oxygen in the body also generates reactive oxygen species (free radicals). Reactive oxygen species (free radicals) damage the DNA of human cells or mitochondria, causing discomfort, accelerating aging, or even causing major diseases such as cancer. On the contrary When hydrogen ions breathe into the human body, hydrogen ions will ente...

AI Technical Summary

Problems solved by technology

[0003] However, with respect to the production technology of medical supplies at present, when current technology is making liquid nutritional supplements containing hydrogen ions, it must dissolve hydrogen ions and make products while injecting nutritional supplements into its packaging containers while manufacturing. However, the aforementioned manufacturing Nutrient packaging containers that have already been dissolved in hydrogen ions at that time will have the disadvantage of difficulty in preserving the nutrient container. The main factor is that hydrogen ions are the smallest known elements in the universe. Hydrogen ions can even be easily removed from plastic materials such as general PVC. Therefore, it will gradually be exhausted due to the release of hydrogen ions during storage, which is not conducive to long-term storage. Once the storage time is too long, it will be released from the solution due to hydrogen ions If the proportion in the solution is too high, the effect of the hydrogen reaction after use is greatly reduced; and the aforementioned production method of dissolving hydrogen in the process of flushing the solution will limit the variety of products and increase the production cost. The main reason is that the human body The required solutions (nutrients) have different components and proportions. If consumers cannot be provided with different hydrogen ion-containing nutrients in a variety of ways, the effect of the product will be limited and the willingness to use will be reduced.

[0004] Therefore, another production technology has been developed. For the technical content, please refer to the Japanese invention patent application number JP 2010241787. According to the manufacturing technical content disclosed in the JP 2010241787 patent application specification, it can be immersed in electrolyzed water through the container, thus The solution (nutrient) in the container is infiltrated with hydrogen to achieve the effect of providing more hydrogen-containing solutions (nutrients); however, the technology implemented in this patent is to pass the finished solution (nutrient) container through the electrolytic cell (A device for generating electrolyzed water) After generating electrolyzed water and immersing, hydrogen can penetrate into the solution in the immersed container, and it can also be clearly seen from the implementation technology disclosed in this patent. Although this patent states There are time and related ratio technology for immersing the container in the electrolyzer, but on the one hand, the purchase cost of the electrolyzer is high and requires precise control, and it takes a lot of electric energy to electrolyze water to produce enough hydrogen for permeation On the other hand, from the point of view of the purchase of manufacturing equipment and energy consumption, the purchase cost of the patented technology in terms of production cost is obviously beyond the affordability of ordinary families or small medical institutions, and the energy consumed in the production process Quite large, contrary to today's drive to pay attention to energy saving, carbon reduction and environmental protection requirements

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