Alcohol effect dispelling method and device

Abstract

The invention discloses a hangover alleviating method and device, and belongs to the technical field of air treatment. The hangover alleviating method comprises the steps that a drinker inhale oxygen-enriched air with the oxygen content larger than 30% of normal outdoor air or negative oxygen ion air with the concentration larger than 5000 / cm, the oxygen-enriched air or the negative oxygen ion air is used for breathing in a bottled high-pressure oxygen enrichment or on-site blowing or high-pressure spraying mode, and the air enters the lung to participate in blood oxygen circulation. The hangover alleviating device comprises a negative oxygen ion generator which can be independently provided with an air outlet cover or combined with a high-pressure air storage bottle and a cabin for use; a breathing tube, a fresh air system and a semi-open body supporting chair are arranged in the cabin, the breathing comfort can be guaranteed, and the concentration of carbon dioxide in the cabin can be controlled. Compared with a traditional hangover alleviating mode, the hangover alleviating tea is safer and more convenient, has no side effect, takes effect quickly, can protect organs such as brain, liver and heart, and also has an emergency life-saving function.

Description

Technical Field

[0001] This invention relates to the field of air treatment technology, specifically to a method and a dedicated device for rapidly relieving hangovers using oxygen-enriched air or air with high concentrations of negative oxygen ions. It is suitable for scenarios where it is necessary to quickly alleviate intoxication and protect bodily organs after drinking alcohol. Background Technology

[0002] With increasingly frequent social activities, drinking has become a common form of social interaction. The discomfort symptoms such as headaches, nausea, and confusion after drinking, as well as the damage alcohol causes to organs such as the liver, brain, and heart, have become significant problems. Traditional methods of sobering up mainly include taking hangover medication, drinking strong tea, and drinking specialized hangover drinks. However, these methods have significant drawbacks: hangover medications may have side effects, and some people may be allergic to the drug's ingredients; strong tea contains caffeine and other components that can increase the burden on the heart and may also affect sleep quality; hangover drinks are often bulky, making it difficult for intoxicated individuals with digestive issues to drink large quantities, and their effects are slow, failing to quickly alleviate hangover symptoms, especially in cases of severe intoxication or weak breathing. Furthermore, traditional hangover remedies mostly rely on absorption through the digestive system, requiring absorption in the stomach and intestines, blood transport, and organ metabolism before reaching the whole body. This long onset period cannot meet the needs of emergency hangover situations and is ineffective in reducing the immediate damage alcohol causes to organs. Therefore, there is an urgent need for a safe, convenient, side-effect-free, and fast-acting hangover remedy to address the shortcomings of existing technologies. Summary of the Invention

[0003] The purpose of this invention is to overcome the shortcomings of existing hangover remedies and provide a method and device for hangover remedies that achieves safe, fast, and side-effect-free hangover relief while protecting the drinker's brain, liver, heart, and other vital organs. It can also play a life-saving role in emergency situations.

[0004] One method of sobering up involves having drinkers inhale oxygen-enriched air with an oxygen content 30% higher than normal outdoor air, or air with a concentration of negative oxygen ions exceeding 5000 ions / cm³. This is achieved through bottled high-pressure oxygen enrichment or on-site ventilation, allowing the oxygen-enriched or negative oxygen ion-enriched air to directly enter the lungs and participate in blood oxygen circulation, thus accelerating alcohol metabolism.

[0005] Furthermore, providing the drinker with pure oxygen or negative oxygen ion air with a concentration exceeding 10,000 ions / cm³ can further enhance the efficiency of sobering up and shorten the time it takes to alleviate intoxication.

[0006] Furthermore, oxygen-rich air and / or negative oxygen ion-rich air are actively delivered into the drinker's respiratory tract using a gas at a higher pressure than normal, or by applying it to the drinker's face through high-pressure jetting, or by blowing it directly into the mouth or nose, forcing the gas to quickly enter the lungs and participate in blood oxygen circulation. This avoids the problem of insufficient gas intake caused by the drunkard's weak breathing, ensuring the immediate effect of sobering up.

[0007] The principle behind this invention for relieving hangovers is that negative oxygen ions can promote human metabolism. When high-concentration negative oxygen ion air is inhaled, it can quickly increase the oxygen content in the human blood. At the same time, high-concentration oxygen can provide sufficient oxygen support for the liver to metabolize alcohol, accelerating the decomposition of alcohol into carbon dioxide and water, thereby rapidly reducing the concentration of alcohol in the blood, relieving hangover symptoms, and reducing the damage of alcohol to organs such as the liver, brain, and heart.

[0008] A hangover remedy device includes a negative ion generator with a fixed air outlet cover. The shape of the air outlet cover is adapted to fit the mouth and nose area for a close fit. When the drinker inhales, the air outlet cover is placed over the mouth and nose, allowing for deep inhalation of air with a high concentration of negative ions generated by the generator. When exhaling, the drinker manually removes the air outlet cover, expelling air directly through the mouth and nose to expel carbon dioxide produced during metabolism. This device is simple, portable, and suitable for everyday hangover remedies.

[0009] Furthermore, the negative ion generator is positioned at the mouth of a high-pressure gas cylinder via a threaded connection or snap-fit ​​fixation. The high-pressure gas cylinder is equipped with a valve that adjusts the gas output. When the valve is opened, the high-pressure air or oxygen inside the high-pressure gas cylinder flows rapidly through the negative ion generator under pressure, fully mixing with the negative ions produced by the generator to form a high-concentration, high-speed airflow of negative ions. This airflow directly acts on the drinker's face and is naturally inhaled into the lungs through the nose and mouth, making it suitable for emergency situations requiring rapid sobering up.

[0010] Furthermore, the hangover remedy also includes a chamber, inside which the negative ion generator is fixedly mounted via a bracket. A breathing tube, communicating with the outside, is installed through the side wall of the chamber. One end of the breathing tube extends into the chamber, while the other end is exposed outside, and the end of the breathing tube is fitted with a silicone sleeve for easy inhalation. A fresh air system is also installed inside the chamber, comprising an intake fan, an exhaust fan, and an air filter assembly. The intake fan draws in fresh air from outside, the exhaust fan promptly removes stale air from inside the chamber, and the air filter assembly filters dust, impurities, and pollutants from the air, ensuring clean air inside the chamber. When the drinker inhales, they draw in high-concentration negative ion air through the exhaust hood; when exhaling, they blow air out of the chamber through the breathing tube, directly expelling carbon dioxide generated by the respiratory system, effectively preventing the carbon dioxide concentration inside the chamber from increasing due to the drinker's breathing and ensuring respiratory comfort.

[0011] Furthermore, the cabin is also equipped with a semi-open body support chair, which includes a seat body and an adjustable backrest. The backrest angle can be adjusted between 30° and 90°, allowing drinkers to choose a semi-reclining or sitting position according to their own comfort, reducing physical discomfort in a drunk state, while providing stable support for drinkers and avoiding accidents caused by dizziness and instability.

[0012] Compared with the prior art, the present invention has the following significant advantages: High safety: This invention allows the ingestion of oxygen-rich or high-concentration negative oxygen ions through respiration, without passing through the digestive system, avoiding the stimulation of the stomach and intestines by drugs, beverages, etc., without any side effects, suitable for all types of people, and will not cause allergies, gastrointestinal discomfort, or other problems. Fast results: Oxygen-rich air or high concentration of negative oxygen ions directly enter the lungs and participate in blood oxygen circulation. Without going through a metabolic transformation process, it can quickly increase blood oxygen content and accelerate alcohol decomposition. Compared with traditional hangover relief methods, the hangover relief efficiency can be greatly increased. Easy to use: The device has a variety of structures, and you can choose a portable air hood type device, a high-pressure fast device or a comfortable cabin type device according to the scenario. It is simple to operate and does not require professional guidance. Drinkers can operate it by themselves. Organ protection: Sufficient oxygen and negative oxygen ions can support the liver in metabolizing alcohol, reduce the time alcohol stays in the body, and at the same time reduce the damage of alcohol to brain nerve cells and cardiovascular system, thus playing a role in protecting vital organs. Multifunctionality: The high-pressure jet device can be used when an intoxicated person is unconscious and breathing weakly. It forces oxygen-rich and negative oxygen ion-rich air into the lungs through high-pressure gas, providing emergency life-saving capabilities and expanding the device's application scenarios. Attached Figure Description

[0013] The accompanying drawings are provided to further illustrate the invention and constitute a part of this application. The illustrative embodiments and descriptions of the invention are used to explain the invention and do not constitute an undue limitation thereof. Figure 1 This is a structural schematic diagram of a basic design for a hangover remedy device; Figure 2 This is a schematic diagram of a hangover remedy device with a high-pressure gas storage cylinder; Figure 3 This is a schematic diagram of a hangover remedy device with a compartment.

[0014] In the diagram: 1. Negative ion generator, 11. Air outlet hood, 2. High-pressure gas cylinder, 21. Valve, 3. Cabin, 31. Breathing tube, 32. Fresh air system, 33. Semi-open body support chair. Detailed Implementation

[0015] The embodiments of the present invention will be described below with reference to the accompanying drawings. The described embodiments are only for illustration and explanation of the present invention and are not intended to limit the present invention.

[0016] Example 1: A method for relieving hangovers involves having the drinker inhale oxygen-enriched air with an oxygen content 30% higher than normal outdoor air. The oxygen-enriched air is actively delivered into the drinker's respiratory tract using a bottled high-pressure oxygen-enriched method, utilizing the thrust of high-pressure gas. The drinker remains seated and continuously inhales the oxygen-enriched air for 15-20 minutes, which can significantly relieve symptoms of dizziness and nausea.

[0017] Example 2: A method for relieving hangovers involves having the drinker inhale air with a concentration of negative oxygen ions between 5000 and 8000 per cm³. The negative oxygen ion-generated air is then blown towards the drinker's face using a blower, with the blowing distance controlled at 10-15 cm and the wind speed adjusted to medium. The drinker breathes naturally for 20-30 minutes, which can effectively reduce blood alcohol concentration.

[0018] Example 3: A method for relieving hangovers involves mixing air with negative oxygen ions (concentration exceeding 10,000 ions / cm³) with pure oxygen, using a gas pressure 0.2-0.5 MPa higher than normal, and spraying it onto the face of the person needing to relieve hangovers through a spraying device, or blowing it directly into the mouth or nose through a cannula. Continuous spraying for 10-15 minutes can quickly alleviate severe intoxication and avoid the risk of alcohol poisoning.

[0019] Example 4: A hangover remedy device includes a negative ion generator 1, which has an air outlet cover 11 made of food-grade silicone material that is soft and skin-friendly. When the drinker inhales, the mouth and nose are covered by the air outlet cover 11, allowing them to deeply inhale air containing a high concentration of negative ions; when exhaling, the air outlet cover is removed, allowing air to be exhaled directly through the mouth and nose. The device weighs no more than 500g, making it easy to carry and suitable for home, car, and other scenarios. It also has high practical value in oxygen-deficient high-altitude areas.

[0020] Example 5: A hangover remedy device includes a negative ion generator 1, which is placed at the mouth of a high-pressure gas cylinder 2. The high-pressure gas cylinder 2 has a volume of 2-5L and can store high-pressure air or oxygen. The high-pressure gas cylinder 2 is equipped with a valve 21. After opening the valve 21, the high-pressure air or oxygen in the high-pressure gas cylinder 2 quickly passes through the negative ion generator 1 to generate a high-concentration and high-speed airflow rich in negative ions, which directly acts on the drinker's face. This device has a fast hangover remedy speed and is suitable for entertainment venues such as bars and KTVs.

[0021] Example 6: A hangover relief device includes a negative ion generator 1 and a chamber 3. The negative ion generator 1 is placed inside the chamber 3, which has a volume of 1-2 m³, ensuring sufficient space for the drinker to move around. The chamber 3 is equipped with a breathing tube 31 and a fresh air system 32 that connects to the outside. The intake and exhaust volumes of the fresh air system 32 are adjustable to ensure the oxygen concentration inside the chamber is maintained at 25%-30%. When the drinker inhales, their mouth and nose are covered by the negative ion outlet 11, allowing them to deeply inhale air containing a high concentration of negative ions. When exhaling, they breathe through the breathing tube 31 into the chamber 3, expelling the carbon dioxide generated by their respiratory system. A semi-open body support chair 33 is provided inside the chamber, allowing the drinker to recline and rest. This device is suitable for hotels, health clubs, and other settings requiring a comfortable hangover relief experience.

[0022] The above description is merely a preferred embodiment of the present invention and is not intended to limit the invention. Various modifications and variations can be made to the present invention by those skilled in the art. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the scope of protection of the present invention.

Claims

1. A method for relieving hangovers, characterized in that, Drinkers are given oxygen-enriched air with an oxygen content 30% higher than normal outdoor air, or negative oxygen ion concentrations exceeding 5000 ions / cm³, provided through bottled high-pressure oxygen enrichment or on-site ventilation.

2. The method for relieving hangovers according to claim 1, characterized in that, The air provided for drinkers to inhale is pure oxygen or negative oxygen ion air with a concentration of more than 10,000 ions / cm³.

3. The method for relieving hangovers according to claim 1, characterized in that, The gas is delivered into the respiratory tract of the drinker by actively delivering oxygen-rich air and / or negative oxygen ion-rich air at a higher pressure than normal, or by high-pressure spraying onto the drinker's face, or by blowing air directly into the mouth or nose, so that the gas enters the lungs and participates in blood oxygenation.

4. A hangover remedy device, characterized in that, It includes a negative oxygen ion generator (1), which is equipped with an air outlet hood (11). When the drinker inhales, his mouth and nose are covered by the air outlet hood (11), and when he exhales, he removes the air outlet hood (11) and blows air directly to the outside.

5. The hangover remedy device according to claim 4, characterized in that, The negative oxygen ion generator (1) is placed at the mouth of the high-pressure gas cylinder (2). The high-pressure gas cylinder (2) is equipped with a valve (21). After the valve (21) is opened, the high-pressure air or oxygen in the high-pressure gas cylinder (2) is generated by the negative oxygen ion generator (1) to form a high-concentration, high-speed negative oxygen ion airflow, which directly acts on the face of the drinker.

6. The hangover remedy device according to claim 4, characterized in that, Includes a cabin (3), the negative oxygen ion generator (1) is placed inside the cabin (3), the cabin (3) is equipped with a breathing tube (31) and a fresh air system (32) that communicates with the outside world, the fresh air system (32) is used to draw in fresh air from outside the cabin and expel stale air from inside the cabin.

7. The hangover remedy device according to claim 6, characterized in that, When inhaling, the drinker inhales air with a high concentration of negative oxygen ions through the air outlet (11), and when exhaling, the drinker breathes through the breathing tube (31) to expel the air out of the cabin (3) to avoid an increase in the carbon dioxide concentration inside the cabin (3).

8. The hangover remedy device according to claim 6, characterized in that, The cabin (3) is equipped with a semi-open body support chair (33) for drinkers to recline and rest.

9. The hangover remedy device according to claim 5, characterized in that, The high-pressure gas in the high-pressure gas cylinder (2) is air or oxygen, and the concentration of negative oxygen ions in the air stream formed after passing through the negative oxygen ion generator (1) is not less than 5000 ions / cm³.

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