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    1. When is the best time of day to inhale hydrogen? How long is the best time to inhale hydrogen each time?

    Preliminary observations and clinical trials show that there are no contraindications to the specific time of hydrogen inhalation; however, it is recommended to stagger the peak period of digestion and absorption of the body as much as possible, preferably between meals .

    Based on existing empirical observations, patients with underlying diseases accumulate daily co-inhalation hours .

    Mild illness and prevention: 1 to 2 hours/day

    Moderate symptoms: 2 to 6 hours/day

    Severe disease: more than 6 hours a day

    The above is based on the hydrogen and oxygen mixing flow rate of 3 liters/minute. If a smaller flow hydrogen and oxygen machine is used, the time must be doubled and extended appropriately .

    The respiratory rate slows down during sleep at night and the gas intake rate is high. Therefore, those who need to inhale a large amount of hydrogen should try to use hydrogen inhalation before going to bed or during sleep for better results. In principle, the longer the hydrogen inhalation lasts, the more obvious the effect will be; however, paralysis and/or People who cannot take care of themselves or have language barriers must obtain the guidance of a professional doctor before using it .

    2. Hydrogen production principle of hydrogen and oxygen atomizer

    The Hydrogen Oxygen Atomizer uses pure water (H2O) to separate the hydrogen/oxygen electric field through low-voltage and high-current heat energy exchange to produce hydrogen and oxygen of different concentrations and flow rates.

    The mixed chamber or hydrogen and oxygen separated chamber medical gas passes through the humidification system, the bacteria filter system, and the ultrasonic atomized liquid with a particle size of 3 to 8 microns for safe inhalation by the human body.

    3. What is the difference between inhaling hydrogen gas and drinking hydrogen water (hydrogen water cup) or hydrogen capsules?

    In terms of the dose of hydrogen, inhaling a mixture of hydrogen and oxygen (AMS-H-03, producing 3L of gas per minute) for one hour is equivalent to 6,000 liters of hydrogen water with a hydrogen concentration of 2,000 ppm, so there is a big difference in dose and effect.

    Hydrogen water and hydrogen capsules provide trace amounts (about 50~200cc per day) of hydrogen gas, which enters the digestive system through the mouth and acts on the regulation of intestinal flora .

    Inhaled hydrogen (oxygen) gas is inhaled through the nose at a sufficient flow rate and exchanged through the lungs or penetrates the cell membrane and directly enters the blood and body throughout the body, which has a relatively greater effect on eliminating inflammatory reactions .

    4. Hydrogen is flammable and explosive. Is your hydrogen-oxygen atomizer safe?

    Hongmei hydrogen and oxygen atomizer has passed the safety type inspection of the national medical device quality inspection agency, and its safety fully complies with the national medical device standards .

    The patented zero air cavity technology of the Hydrogen Oxygen Atomizer effectively reduces the "instant pressure of explosion" to the extreme. Even if it is deliberately ignited, it will not explode and only one explosion will occur (80 decibels/s). The machine can still run continuously and will not harm the human body .

    Since the physical properties of hydrogen determine its physical penetration properties and fast diffusion rate, it is not easy to accumulate in the atmosphere .

    A large number of experiments show that even in a 25-cubic-meter confined space, the Ximei hydrogen and oxygen atomizer will not reach a gas explosion concentration of 4% even if it is turned on for 8 hours continuously; when multiple machines are used in the same environment at the same time, even if the warning concentration is exceeded, the hydrogen and oxygen atomizer will be atomized The concentration safety detection system in the machine equipment will also send out a signal to prompt the machine to automatically shut down to ensure safety .

    5. Are there any side effects of hydrogen inhalation? Is it toxic to breathe high concentrations of hydrogen?

    So far, there have been no reports of adverse effects of hydrogen on the human body. Hydrogen has been used by divers in deep-sea operations for more than 80 years. European scholar Dahlback found that under 1.3MPa conditions, the lung impedance ratio of inhaling 98% hydrogen and 2% oxygen is 98 % helium and 2% oxygen are reduced by 35%, which shows that hydrogen and oxygen can reduce the load on respiratory muscles and improve the diver's working ability .

    When training on the ground, a simulation experiment of hydrogen inhalation (2 weeks) in a 70 atmospheric pressure environment is used to ensure the safety of long-term inhalation of high-concentration hydrogen.

    Hydrogen is non-toxic: However, under conditions where the pressure is much lower than that of diving, the outlet pressure of the Hydrogen Oxygen Atomizer is only one atmosphere of hydrogen. Through toxicological safety experiments, various physical and chemical properties are even safer than nitrogen in the air. .

    6. What indications can hydrogen therapy be tried?

    Many research results show that human beings are affected by life stress, environmental pollution, food safety, drug side effects and other factors, which induce malignant free radicals (hydroxyl·OH, nitrite anion ONOO) and have a certain causal relationship with the formation of inflammatory reactions due to cellular oxidative stress damage. Long-term inflammatory response is the main cause of human aging and chronic diseases .

    The main mechanisms of action of hydrogen molecules are antioxidant, anti-inflammatory, and participation in cell metabolism. According to 1,500 published papers around the world, hydrogen molecules may have biological effects on the following diseases: Malignant tumors: lung cancer, liver cancer, gastric cancer, large intestine Cancer, oral cancer, nasopharyngeal cancer; Endocrine and metabolic diseases: diabetes, hyperlipidemia, thyroid; Dysfunctional mental diseases: sleep disorders, depression, schizophrenia; Nervous system diseases: Parkinson's disease, dementia; Circulation Systemic diseases: heart disease, hypertension, stroke, thrombosis; Respiratory system diseases: chronic sinusitis, chronic bronchitis, chronic obstructive pneumonia (COPD); Digestive system diseases: gastric ulcer, cirrhosis, chronic hepatitis, chronic cholangitis ; Urinary system diseases: chronic nephritis, kidney infection; Musculoskeletal and connective tissue diseases: arthritis, polymyositis, osteoporosis, lupus erythematosus; Skin and subcutaneous tissue diseases: chronic urticaria, atopic skin inflammation, psoriasis, systemic eczema; blood and hematopoietic organ diseases: chronic anemia, purpura, hemophilia; ear and mastoid diseases: chronic otitis media, inner ear vestibulopathy, neurological tinnitus.

    7. Will I become dependent on hydrogen if I breathe it for a long time?

    Recent and long-term observations as a home-based consumer show no significant dependence .

    8. What is the purpose of the atomization function? Is the amount of atomization related to the amount of air?

    According to the design principle, combining hydrogen and oxygen with atomized drugs can increase the efficacy of the drug .

    Atomization can clean and humidify the airways to protect the respiratory mucosa. The size of the atomized water vapor can be adjusted arbitrarily based on the dryness and comfort of the environment.

    Since the atomization volume and air volume belong to their own control systems, the size of the atomization volume will not affect the air output volume .

    9. Why do I feel tired after inhaling hydrogen?

    Hydrogen can regulate the release of neurotransmitters in the brain, and has a good effect on relieving anxiety and soothing nerves; when inhaling hydrogen, it often relaxes the body, and fatigue will follow, which can prompt hydrogen inhalers to Already in a state of fatigue .

    However, some hydrogen inhalers will experience a "high" feeling after inhaling hydrogen. This is because the body's tolerance to hydrogen gas is different and the reactions are different .

    10. What causes discomfort in the early stages of hydrogen inhalation?

    Under abnormal body conditions, the discomfort after inhaling hydrogen may be more obvious, which is a normal reaction .

    Adverse reactions refer to increasing physical discomfort, and the initial discomfort of hydrogen inhalation can be gradually relieved during the subsequent hydrogen inhalation process; according to many years of clinical observation, usually some discomfort will gradually disappear after 1 week of continuous hydrogen inhalation. Common minor discomforts that vary from person to person include: drowsiness, excitement, sputum production, dizziness, muscle cramps, skin irritation, allergies, and exacerbation of symptoms.

    11. What are the differences between the performance characteristics of hydrogen and oxygen atomizers and industrial water electrolysis technology on the market?

    Hongmei Medical spent nearly 9 years carefully developing the first domestic hydrogen and oxygen atomizer approved as a Class III medical device .

    Every component of the Hydrogen Oxygen Atomizer has undergone strict biocompatibility, toxicology, electromagnetic radiation and other tests to ensure that it will not cause safety hazards to the human body after long-term use.

    So far, 222 invention, new model and design patents have been approved for the Hydrogen Oxygen Atomizer at home and abroad. It has broken through the AEC/PEM/SPE existence life and electrolyte (liquid) chemistry in the traditional water electrolysis industry in terms of technical optimization. Security technical bottlenecks .

    12. Why can’t we use industrial hydrogen generator?

    There are two ways to electrolyze water in industrial hydrogen generators: one is to add conductive matter (mixing of hydrogen and oxygen) into the electrolytic cell between the alloy electrodes; the other is to coat the solid electrolyte on the proton/ion exchange membrane (hydrogen and oxygen separation). In the first way, the industrial-grade electrolyte with a fixed concentration ratio will be inhaled by the human body along with the gas, which is harmful to health; in the second way, unstable ozone will be produced, which is not good for human health. And the common perfluorosulfonic acid proton exchange membrane contains perfluorosulfonic acid, which is irritating to the eyes, respiratory system and skin.

    13. Will any side effects such as radiation be produced when the equipment is operating?

    Won't. The Hydrogen Oxygen Nebulizer is a Class III medical device standard. The electromagnetic compatibility testing standards are much higher than similar home appliances and electronic communication products. For example, the peak value of radiated emission of electronic communication products is between 30M~200MHz and is required to be lower than 40 dBuV/ m, while the peak value of radiation emission from household medical devices is between 30M and 200MHz, which is required to be lower than 30 dBuV/m. The radiation is smaller than that of mobile phones.

    14. What kind of water does the hydrogen machine need to use?

    Precautions for adding water when using the hydrogen and oxygen machine for the first time: In order to extend the service life of the machine, be sure to use purified water or distilled water. Remember not to use other filtered water or mineral water. Watsons distilled water is recommended.

    15. If I purchase a hydrogen and oxygen machine, how long is the after-sales service warranty period?

    From the date of purchase (based on the invoice date), customers will enjoy a warranty period of 2 years or 5000 hours of use (excluding express fees), whichever comes first. The warranty period for accessories is 3 months.

    During the warranty period, if the equipment fails, our company will provide free replacement parts or repair services (excluding express fees).

    Product shipping costs during or after the warranty period will be paid by the customer.

    16. What precautions should be taken during use?

    (1) When in use, it should be placed on a level ground and the 4 bottom wheels of the equipment should be locked to prevent movement or imbalance; if you need to move long distances during use, you should first turn off the machine, unplug the power plug, and unlock the bottom wheels. The rear is movable; the equipment cannot be used on moving vehicles;

    (2) This device can be used in an environment with a temperature of 5°C~40°C and a relative humidity (RH) of 15%~90% (it is recommended to be used in an environment of 5°C~25°C); not in the bathroom and use in the kitchen;

    (3) This equipment needs to be placed 30cm away from the left and right side obstructions and 50cm away from the front and rear obstructions; this equipment must not be placed in an environment with air flow obstruction. It should be placed in a dry indoor ventilated place and avoid direct sunlight. Piles of carpet, heaters, electric stoves, or hot air ventilators;

    (4) This equipment must not be placed in the following environments: near heat sources and light or dark fire sources, humid, unobstructed, smoke and pollution, or environments where the temperature is too high or too low. Do not place debris or water and oil containers on the top of this equipment. Do not place any debris on the bottom. Do not place the machine on soft surfaces that will cause tilting or sinking (such as beds, sofas) to prevent the inlet and exhaust ports from being blocked and causing excessive temperature. High resulting in shutdown or decrease in hydrogen and oxygen concentration;

    (5) It is recommended to use Watsons distilled water for the water tank (water injection port), hydrogen water cup, atomization cup and atomization tank, otherwise the service life of the equipment will be affected.

    17. What is the function of hydrogen-oxygen mixture?

    As we all know, inflammation and peroxidation caused by long-term stress response of cells are the core theories for the occurrence of various chronic diseases. How to eliminate inflammation, resist peroxidation, and maintain the normal physiological activity of cells are basic elements of human health. The countless mitochondria in the cell are the place where cellular energy (ATP) is produced. The role of mitochondria is like the cooking pot in the kitchen. Oxygen in the air is sent to the nucleus through the blood to burn the physical nutrient ATP, producing a large number of oxidative metabolites. As the environmental conditions in different human bodies vary, benign and malignant free radicals are induced to damage mitochondria and cause dysfunction. The biggest issue in science today is how to reduce the ratio of malignant free radicals hydroxyl radicals (. OH) and peroxynitrite anions (ONOO-) in the body. Hydrogen in nature exists in a molecular state by combining two-atom hydrogen bonds, and it is also an important factor in nature. The smallest molecular weight (10-10 power) is far smaller than the molecular weight of cells (10-5, 6 power), so it is very easy to enter the nucleus of the body cells in various parts of the human body and interact with malignant free radicals that lack one electron. When meeting, the hydrogen bond chain is instantly disassembled and passively chemically reduced to H2O. Based on the above, the specific chemical reduction effect of hydrogen molecules can passively neutralize toxic free radicals in the body and exert anti-inflammatory and oxidative effects. It is different from the traditional non-selective Antioxidants (vitamins C/E) have very subtly different meanings. And due to its small molecule characteristics and blood concentration tests half an hour after inhalation, it is known that hydrogen molecules that have not formed hydrogen bonds will not and cannot be accumulated in the human body, and will quickly overflow the human body without metabolic disorders. On the other hand, it is now clear in medicine that inflammation is the core process of many chronic diseases. Controlling inflammation is an ideal strategy for controlling chronic diseases. As early as 2001, French GHARIB and others reported that inhaling high concentrations of H2 cured parasites. The liver inflammation caused by H2 suggests that H2 has anti-inflammatory properties. So far, more than 2,000 research papers have been published around the world, and the anti-inflammatory effect of hydrogen has been recognized by experts in the medical field.