Ore-bearing hydrogen-rich water production method and device

Abstract

The invention relates to the field of manufacture of daily necessities, in particular to an ore-bearing hydrogen-rich water production method and device. The ore-bearing hydrogen-rich water production method is characterized in that ore-bearing hydrogen-rich water is produced at one step after multifunctional mineral particles are mixed and react with water, the multifunctional mineral particles comprise, in weight percentage, 20%-80% of negative potential balls, 0%-60% of hydrogen balls, 0%-45% of dechlorination ceramic balls, 3%-40% of medical stone ceramic balls, 0%-30% of negative ion ceramic balls, 0%-40% of far infrared ceramic balls, 0%-35% of silver-loaded antibacterial balls, 0%-25% of nano-crystals, 0%-30% of descaling molecular balls, 0%-40% of tourmaline ceramic balls and 0%-20% of taste adjusting balls. The production method has the advantages that the method solves the problem that cost is high when hydrogen-rich water (hydrogen water) is prepared by a traditional method. The ore-bearing hydrogen-rich water production device comprises a sediment filter, a carbon block filter, an antibacterial filter, a hydrogen-rich water generator and the like are sequentially connected from an inlet to an outlet, and the production cost of the hydrogen-rich water can be greatly reduced by the aid of the method and the device.

Description

technical field [0001] The invention relates to the field of daily necessities manufacturing, in particular to a method and device for producing ore-containing hydrogen-rich water. Background technique [0002] With people's higher pursuit of health, the impact of drinking water quality on human health has gradually been valued by people. [0003] The concept of hydrogen-rich water (hydrogen water): hydrogen water (Hydrogen Water), is the direct use of the original Japanese name. Because "hydrogen" in Japanese means "hydrogen", some people call it "hydrogen water", and it is also called hydrogen-rich water (hydrogen water) in China. [0004] The research on hydrogen-rich water (hydrogen water) began in 2007 with a paper on hydrogen biology in "Natural Medicine". Common sense tells us that hydrogen is insoluble in water. In the chemical experiments on the preparation of hydrogen in middle school, we used the drainage method to collect hydrogen. The main reason is that hydro...

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Problems solved by technology

[0012] At the same time, the above methods can only provide pure hydrogen-rich water (hydrogen water), which does not contain minerals

Drinking water lacking mineral elements for a long time will cause symptoms such as electrolyte imbalance and calcium loss in the human body.

[0013] The solid negative hydrogen ion products in the prior art need to be taken with water, so that the consumption of consumers is greatly limited, and the consumption of solid negative hydrogen ion products by consumers is not as direct and convenient as eating liquid negative hydrogen ion products

Compared with liquid negative hydrogen ion products, solid negative hydrogen ion products that achieve the same edible effect are more expensive

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