Hydrogen-enriched water generating device and manufacturing method for hydrogen generating source of hydrogen-enriched water generating device

Abstract

The invention discloses a hydrogen-enriched water generating device and a manufacturing method for a hydrogen generating source of the hydrogen-enriched water generating device. The hydrogen-enriched water generating device comprises a water storage container, the water storage container is provided with a one-way water inlet valve, a water inlet, a water outlet, a wastewater port and a pressure release valve, and two layers of filtering membranes and the hydrogen generating source are arranged in the water storage container; the hydrogen generating source can be in a block shape, an annular shape and a cylindrical shape or drum shape according to the difference of the using properties, and the hydrogen generating source is formed through the steps that raw materials are completely treated through a nanotechnology and then subjected to high-pressure polymerizing, normal-temperature air drying and high-temperature calcining. The hydrogen-enriched water generating device is convenient to use, clean and sanitary, the hydrogen generating source is long in service life, white precipitates and impurities cannot be generated, and wastewater is scientifically drained in time.

Description

technical field [0001] The invention relates to a hydrogen-rich water generating device and a manufacturing method of a hydrogen-producing source. Background technique [0002] The existing device scheme for producing hydrogen-rich water is: use a round plastic cylinder device with a diameter of about 5-8 cm, and a length of about 20-30 cm. There is a small hole with a diameter of about 1 cm for installing the water inlet and outlet pipes. Put particles of different particle sizes and different functions into the plastic cylinder, tighten the cover, and connect the water inlet and outlet pipes at both ends. [0003] This hydrogen-rich water generator mainly has the following defects: [0004] 1. Easy to block: Since the water inlet and outlet of the hydrogen production cylinder device are at both ends of the cylinder, water enters from one section of the cylinder and exits from the other end. The small hydrogen-producing particles and impurities all rushed to one end of t...

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Problems solved by technology

[0004] 1. Easy to block: Since the water inlet and outlet of the hydrogen production cylinder device are at both ends of the cylinder, water enters from one section of the cylinder and exits from the other end. All the fine hydrogen-producing particles and impurities rush to one end of the water outlet. After a long time, a dense mixture is formed, which blocks the water outlet, resulting in no water coming out. The pressure of the water continues to increase. When the pressure reaches a certain level, the pipe or When the joint part reaches a certain level, it will be broken due to overwhelm, causing water leakage;

[0005] 2. It is inconvenient to disassemble and wash: the water inlet and outlet are at both ends of the generator. Under the impulse of water, the fine hydrogen-producing particles and mixture will move to the end of the water outlet. After a long time, the water outlet will be blocked. It is extremely inconvenient to disassemble and clean, and it must be operated by professionals, and it is easy to touch other parts, causing hidden damage to the parts and posing hidden dangers to quality and safety;

[0006] 3. Short hydrogen production time: the existing technology uses particles ranging in size from 0.2 to 0.5 cm, and the hydrogen produced by it is released from each particle at the same time, resulting in a short hydrogen production time

[0007] 4. White precipitates: The existing hydrogen generators mainly use magnesium and water to react to generate hydrogen, but in the process of producing hydrogen, white precipitates of magnesium hydroxide are inevitably formed; the original hydrogen The generator has small and many hydrogen-producing particles, and many white precipitates will be produced during the hydrogen-producing process. The white precipitates are mixed with the original hydrogen-producing particles, and under the pressure of water, they form a glued state. Blockage, some are discharged with the so-called clean water, people can drink directly, there is a big health and safety hazard;

[0008] 5. Unable to release pressure: If the user is away from home for a long time due to business trips, tourism, etc., the hydrogen production source is continuously producing hydrogen, which will continuously accumulate and increase the pressure. It will not be released in time, which will easily cause the overall internal pressure of the water generator to increase rapidly, causing the other interfaces of the water generator to burst, causing water leakage, electric leakage and other safety hazards;

[0009] 6. Unable to discharge waste (water): During the process of hydrogen production, waste water and other impurities (such as white precipitates) will be produced. The hydrogen, good water, waste water and other impurities all go out through one hole, and people drink it. After a long time, it will form a hidden danger to drinking hygiene and safety.

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