Hydrogen water cup base with air-water separation structure

Abstract

The invention discloses a hydrogen water cup base with an air-water separation structure. The hydrogen water cup base is a water-electrolysis hydrogen preparing device with solid polymer electrolyte. The base comprises an electrolytic bath membrane electrode structure, the air-water separation structure and a leakproof structure. The base conducts automatic adjustment through the gravity of a float valve itself in the air-water separation structure and the specific gravity relation of water and oxygen, oxygen generated in an anode plate can be quickly exhausted, oxygen is prevented from gathering near the anode plate, and it can be maintained that the anode plate is in contact with the water body all the time. A water inlet valve pressing sheet is arranged on an anode cavity water inlet valve, and is switched on in one direction, only water in a water cup is allowed to enter an anode cavity, heavy-oxygen-enriched water in the anode cavity cannot reflux to the water cup, therefore it can be guaranteed that water in the water cup is rich in hydrogen, and the oxygen content is reduced, which is beneficial to the human health.

Description

technical field [0001] The invention patent and a hydrogen water generating device, especially a hydrogen water cup base with an air-water separation structure. Background technique [0002] Hydrogen water is also called hydrogen-rich water. It is not only clean, but also rich in hydrogen gas. The water presents small molecular living water clusters. The negative ions are deeply absorbed by 80%, purifying the blood, making the blood flow smoothly, vigorous metabolism, preventing various diseases, and improving the health of the human body. healthy. The hydrogen ions of hydrogen water can neutralize excess active oxygen (H2+O=H2O) in the body and combine to form water, which is excreted with urine to help cell metabolism. It is safe, green and environmentally friendly without any toxic and side effects on the human body. There are no clear contraindications and Taboo crowd. The industrialization of hydrogen-rich water is in line with the development trend of "nutrition, hyg...

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Problems solved by technology

[0009] When SPE electrolysis technology is applied to portable hydrogen-rich water cups and desktop hydrogen-rich kettles, there are problems of water supply in the anode cavity and discharge of anode cavity products. Due to the small space and portability requirements, the previous products used the cathode water to the anode area. Water is supplied to the anode by means of osmosis, and it is inevitable that part of the oxygen and ozone will flow back into the hydrogen water catchment area of ​​the cathode, so there are the following problems: First, how to completely isolate the water catchment area of ​​the anode cavity and the cathode cavity in the electrolytic cell, without Let the active oxygen, hydrogen peroxide and residual chlorine produced by the anode flow back into the hydrogen water area of ​​the cathode chamber, and at the same time allow the anode chamber to obtain electrolyzable water from the cathode chamber in one direction; second, the closed electrolyzer In the anode chamber, water needs to be supplied to the membrane electrode, and the oxygen and ozone generated at the same time are separated from the water in the chamber and discharged in time

After the oxygen is generated in the electrolyzer, the oxygen will prevent the water from entering the electrolytic water tank, so that the electrolyzer is exposed to oxygen, the water cannot fully contact the electrolyzer, the waste of electric energy is large, and it will also cause the electrolyzer to heat up and affect its service life

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