Hydrogen-rich magnetized water cup

Abstract

The invention discloses a hydrogen-rich magnetized water cup. The cup comprises a cup body, a base and a cup cover. The two ends of the cup body are in threaded connection with the base and the cup cover respectively; an electrolysis chamber, a magnetization chamber and a water accumulation chamber are formed in the base at intervals, the electrolysis chamber faces the cup body and is communicatedwith the interior of the cup body, and a hydrogen ion generator is arranged in the electrolysis chamber; the water accumulation chamber is away from the cup body, and an air discharge valve is arranged at the end, away from the cup body, of the water accumulation chamber; the magnetization chamber is located between the electrolysis chamber and the water accumulation chamber, a power supply assembly, an electromagnetic generator and a magnetic enhancement drum are arranged in the magnetization chamber, and the power supply assembly is electrically connected with the electromagnetic generatorand the hydrogen ion generator separately. According to the hydrogen-rich magnetized water cup, water molecules are subjected to microelectrolysis through the hydrogen ion generator in the electrolysis chamber, then hydrogen-rich water is obtained, and accordingly the drinking cup has a health maintenance function; the electromagnetic generator is arranged in the magnetization chamber and used formagnetizing water, and the hydrogen-rich water finally obtained through electrolysis is more easily absorbed and is healthier.

Description

technical field [0001] The invention belongs to the technical field of daily necessities, and in particular relates to a hydrogen-rich magnetized water cup. Background technique [0002] Electrolysis of water, that is, water reduction hydrogen production reaction and oxidation oxygen production reaction, both electrodes are placed in water, the positive electrode generates oxygen, and the negative electrode generates hydrogen. Their volume ratio is 1:2, and the amount of hydrogen generated is about that of oxygen. Twice, hydrogen is beneficial to the human body. When electrolyzing water, the positive electrode will also produce unpleasant and pungent ozone, chlorine, hydrogen peroxide and other gases and substances that are harmful to human health. [0003] In order to overcome the harmful gases and substances produced by the positive electrode, the hydrogen-rich water cup usually uses an ion exchange membrane to isolate the positive electrode from the negative electrode. Th...

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Problems solved by technology

[0004] The water permeability characteristic of the ion exchange membrane will increase the water permeability rate due to the increase of the storage time of the water in the cup. On the other hand, during the electrolysis process, the main gas oxygen produced by the positive electrode will also be converted into water, commonly known as disinfection. The "hydrogen peroxide" used is corrosive to a certain extent, so it cannot be discharged at will. In the design, a water accumulation chamber will be made, and the "hydrogen peroxide" will continue to permeate in the water accumulation chamber. The increase of hydrogen will increase the air pressure in the water storage chamber, which will slow down the permeation of "hydrogen peroxide", making it inconvenient to collect "hydrogen peroxide".

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