Tea bar machine hydrogen dissolving machine core, working method thereof and application of machine core

Abstract

The invention provides a tea bar machine hydrogen dissolving machine core which comprises a hydrogen making unit, a hydrogen dissolving unit and a control unit. A hydrogen output pipeline of a hydrogen electrolysis cell is connected with a hydrogen purification unit, the hydrogen purification unit is connected with a first tee valve, the other pipeline of the first tee valve is connected with a water source, the hydrogen dissolving unit comprises a diaphragm self-priming pump and an ion permeable membrane filter element or hollow fiber filter element, the last pipeline of the first tee valve is connected with the diaphragm self-priming pump, the diaphragm self-priming pump is connected to the ion permeable membrane filter element or hollow fiber filter element, a check valve is arranged ona water outlet pipeline of the hydrogen dissolving unit, the water outlet pipeline is connected with a pressure barrel through a second tee valve, a normally open solenoid valve is arranged between the check valve and the pressure barrel, the other pipeline of the second tee valve is connected with a bottom water feeding kettle, and a normally closed solenoid valve is arranged between the pressure barrel and the bottom water feeding kettle. The invention further provides a working method and an application of the tea bar machine hydrogen dissolving machine core. The hydrogen dissolving machine core has the advantages that hydrogen is physically dissolved, and the machine core is safe and secure and convenient in heating.

Description

technical field [0001] The invention belongs to the technical field of drinking water devices, in particular to a hydrogen-dissolving core of a tea bar machine and its working method and application. Background technique [0002] There are currently three types of hydrogen-rich water products on the market: [0003] One is hydrogen-rich water in small packages of mouthpiece bags and pop cans; this kind of packaged drinking water is expensive and inconvenient to heat, making it difficult for people to drink in large quantities; [0004] The second is the hydrogen-rich water cup; this kind of hydrogen-rich water is produced by contacting drinking water with DC metal electrodes, and particulate matter such as heavy metals often pollutes drinking water, posing a great safety hazard. [0005] The third is the hydrogen-rich water dispenser. For hydrogen-rich water dispensers, some current products make hydrogen-rich water flow through metal magnesium to produce chemical reaction...

AI Technical Summary

Problems solved by technology

[0003] One is hydrogen-rich water in small packages of mouthpiece bags and pop cans; this kind of packaged drinking water is expensive and inconvenient to heat, making it difficult for people to drink in large quantities;

[0004] The second is the hydrogen-rich water cup; this kind of hydrogen-rich water is produced by contacting drinking water with DC metal electrodes, and heavy metals and other particles often pollute drinking water, posing a great safety hazard

For hydrogen-rich water dispensers, some of the current products make water flow through metal magnesium to produce chemical reactions to obtain hydrogen-rich water. Magnesium ions and hydroxide ions will inevitably dissolve into drinking water, and the prepared hydrogen-rich water has a poor taste and is not safe.

The principle of some hydrogen-rich water machines to prepare hydrogen water is the same as that of hydrogen-rich water cups, that is, drinking water is electrolyzed water, but the current is greater, and the amount of water prepared is just too much, and there are also potential safety hazards

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