A portable hydrogen-rich water electrolysis device

Abstract

A portable hydrogen-enriched water electrolysis device comprises an electrolyzer and a water bag used for storing water. A safe box provided with a circuit board and a lithium battery is arranged in the electrolyzer. A connecting nozzle and a water leakage hole are formed in the two opposite end faces of the electrolyzer correspondingly. The outer wall of the connecting nozzle is provided with an outer thread. The upper portion of the connecting nozzle is divided by symmetrically-arranged grooves into two arc fixing pieces. One end of the connecting nozzle penetrates a shell of the electrolyzer and stretches into the electrolyzer, and an electrode installing pipe is formed. A cathode and an anode are arranged on a fixing plate in the electrode installing plate, and the fixing plate slides along a sliding groove in a reciprocating manner so as to drive the cathode and the anode to stretch out of or retract in the connecting nozzle. A water guiding pipe communicating with the connecting nozzle and the water leakage hole is arranged on one side of the safe box, an electrolysis pipe opening and a water drinking opening are formed in the two ends of the water bag correspondingly, positioning protruding strips capable of being inserted in the grooves are formed in the electrolysis pipe opening, and the electrolysis pipe opening and the connecting nozzle are connected together through a cylindrical sealing connecting pipe. The water bag is adopted as a water storage device in the portable hydrogen-enriched water electrolysis device, space can be well saved, and portability is high.

Description

technical field [0001] The invention belongs to the technical field of hydrogen-rich water generation, and in particular relates to a portable hydrogen-rich water electrolysis device. Background technique [0002] Generally speaking, water that contains a lot of hydrogen, also called hydrogen-rich water, has a remarkable effect in the prevention and treatment of adult diseases such as cancer and diabetes, so it is very famous at home and abroad recently, and research in this area continues and is active. conduct. Through the analysis of Lourdes spring in France, Nordenau water in Germany, and Toracte water in Mexico, it is found that they have the following common characteristics: the concentration of dissolved hydrogen gas is 0.3-1ppm, which is as high as several hundred percent compared with ordinary drinking water. times rich in dissolved hydrogen, the spring of Lourdes in France is famous for its miracle water, the effect of Nordenau water in Germany and Toracte water i...

AI Technical Summary

Problems solved by technology

[0004] At present, there are many ways to produce hydrogen-rich water, the common ones are: hydrogen water stick, filter type hydrogen-rich water machine and electrolytic type hydrogen-rich water machine, but the hydrogen concentration in hydrogen-rich water produced by hydrogen water stick and filter element is very low, which is very important for health care. The effect is not good, so electrolysis is more used to generate hydrogen-rich water

[0005] Currently, the devices for generating hydrogen-rich water by electrolysis are relatively complicated and lack of portability, especially for bottled water or cup-type devices. When you are away from home or on a business trip or play, bottled water takes up a lot of space and is not conducive to carrying

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