Multi-compatible medical device compatible with chemical and physical oxygen and hydrogen production device and medicine evaporator

Abstract

The invention discloses a multi-compatible medical device compatible with a chemical and physical oxygen and hydrogen production device and a medicine vapor generator, which is a selective combined application device compatible with a chemical oxygen production device and / or hydrogen production device, a physical oxygen production device and / or hydrogen production device and a medicine vapor generation device with water vapor. The device at least comprises an oxygen production device or a hydrogen production device and a medicine steam generation device with water steam. Independent gas generating functional devices in the device have a common outer body structure, a common gas humidifying and / or temperature adjusting and purifying chamber, a common gas filtering output chamber and a common output application device. According to the device, oxygen production and hydrogen production can be compatible, chemical and physical oxygen production and hydrogen production can be compatible, an oxygen and hydrogen production device and a medicine steam generator can be compatible, and the intervention of the water steam and medicine steam generator creates conditions for compatibility of the oxygen and hydrogen production device; the oxygen-hydrogen mixed gas contains a large amount of water vapor, so that the important problem of safety of the oxygen-hydrogen mixed gas is solved.

Description

Technical Field

[0001] The invention belongs to the technical field of medical supplies and health care equipment, and relates to a multi-compatible medical device that is compatible with a chemical and physical oxygen and hydrogen production device and a medicine vapor generator. Background Art

[0002] Oxygen inhalation, especially the use of bronchial antispasmodic and antiasthmatic oral spray inhalers, is one of the best treatment options for asthma. In emergency medical treatment of cardiovascular diseases, oxygen administration accompanied by sublingual medication or inhalation is also the best treatment method. For the treatment of cardiopulmonary diseases, it has been widely confirmed and put into medical practice that hydrogen intervention can achieve better therapeutic effects while administering oxygen and medication at the same time. However, the prior art still lacks medical equipment that generates inhalable drug vapor accompanied by oxygen and / or hydrogen generation, or lacks a compatible generator of oxygen, hydrogen, drug vapor multi-therapeutic factor mixed gas with complete technology suitable for emergency and conventional medical applications and with convenience and easy promotion. In particular, there is a lack of medical health care devices that can instantly generate and use mixed gases suitable for home use. In order to overcome the deficiencies of the prior art, the present invention proposes a multi-compatible medical device and application that is compatible with chemical oxygen and hydrogen production devices, physical oxygen and hydrogen production devices, and medicinal vapor generators. The multi-compatible medical device of the present invention enables oxygen production and hydrogen production to be compatible, chemical oxygen and hydrogen production to be compatible with physical oxygen and hydrogen production, and oxygen and hydrogen production devices to be compatible with medicinal vapor generators. It can give full play to the advantages of chemical oxygen and hydrogen production that are not restricted by conditions and are easy to start up in an emergency, and can also give full play to the advantages of physical oxygen and hydrogen production that have good sustainability. In addition, the intervention of the medicinal vapor generator that also has water vapor creates conditions for the compatibility of the oxygen production device and the hydrogen production device, so that the oxygen-hydrogen mixed gas contains a large amount of water vapor, which solves the important problem of the safety of the oxygen-hydrogen mixed gas.

[0003] Through searching, no patent publication documents related to the patent application of the present invention have been found. Summary of the invention

[0004] The purpose of the present invention is to provide a multi-compatible medical device that is compatible with a chemical and physical oxygen and hydrogen production device and a medicine vaporizer;

[0005] Another object of the present invention is a purified filtering water cup that converts oxygen-hydrogen mixed electrolyzed water into high-oxygen and high-hydrogen content high-quality drinking water.

[0006] To achieve the above object, the technical solution adopted by the present invention is:

[0007] A multi-compatible medical device that is compatible with chemical and physical oxygen production, hydrogen production, and steam generation devices, characterized in that: the multi-compatible medical device is a device that can be selectively combined and applied with a chemical oxygen production device, a chemical hydrogen production device, a physical oxygen production device, a physical hydrogen production device, water vapor, and a drug vapor generation device containing water vapor; the multi-compatible medical device includes at least one oxygen production device or a hydrogen production device and a drug vapor generation device containing water vapor, and is composed of independent gas generation devices that are integrated and combined;

[0008] The multi-compatible medical device is composed of an integrated outer body structure and independent gas generating devices in the outer body structure. The multi-compatible medical device includes independent gas generating devices and a gas temperature and humidity adjustment and purification chamber, a gas filtering output chamber, and an output application device shared by the independent gas generating devices. The integrated outer body structure is an upper and lower multi-layer chamber and / or left and right multi-layer chamber integrated structure formed by connecting sub-shells and / or sub-box bodies. The multi-compatible medical device diffusely intervenes the water vapor generated by the water vapor and / or the drug vapor generating device containing water vapor into the oxygen-hydrogen mixed gas space generated by the compatible oxygen-generating device and the hydrogen-generating device, so that the oxygen-hydrogen mixed gas becomes a high-water content safe gas to achieve the safety of the compatibility between the oxygen-generating device and the hydrogen-generating device. The multi-compatible medical device achieves complementary advantages of chemical oxygen and hydrogen production and physical oxygen and hydrogen production through the compatibility of the two, and achieves high oxygen and / or hydrogen production with a small volume container through the sharing of multi-layer chambers, and realizes the medical synergistic effect of oxygen and / or hydrogen and drug aerosol through the intervention of drug vapor.

[0009] Furthermore, the chemical oxygen production device and the chemical hydrogen production device are dual-purpose chemical oxygen production and hydrogen production devices that can produce oxygen using a strong oxidant solid oxygen production material and an oxygen production liquid or produce hydrogen using an active metal solid material and a hydrogen production liquid. The chemical reaction pool of the dual-purpose chemical oxygen production and hydrogen production device is charged with an oxygen production solid material and injected with an oxygen production reaction liquid to form a chemical oxygen producer, and is charged with a hydrogen production solid material and injected with a hydrogen production reaction liquid to form a chemical hydrogen producer. The dual-purpose chemical oxygen production and hydrogen production devices are connected and are charged with oxygen production and hydrogen production solid materials respectively and injected with oxygen production and hydrogen production liquids respectively to form a chemical oxygen production and hydrogen production combined body that produces oxygen and hydrogen simultaneously.

[0010] The physical oxygen production includes oxygen production by molecular sieve involving electric air separation and oxygen production by electrolysis of water.

[0011] The physical hydrogen production includes hydrogen and oxygen separation proton membrane water electrolysis to produce hydrogen;

[0012] The physical oxygen and hydrogen production also includes an oxygen-hydrogen mixed water electrolysis component to simultaneously produce oxygen and hydrogen;

[0013] The drug vapor generating device containing water vapor includes a chemical drug vapor generating device containing water vapor and a physical drug vapor generating device containing water vapor. The chemical drug vapor generating device containing water vapor is combined with a chemical oxygen production or chemical hydrogen production or a high-heat energy chemical reaction pool. The generation of the chemical drug vapor containing water vapor is achieved by adding drug additives to the chemical oxygen production and hydrogen production solid material or the chemical oxygen production and hydrogen production liquid or the high-heat energy chemical reaction material. The drug additives are distilled through the chemical energy of the chemical reaction pool to generate functional drug vapor or drug aerosol.

[0014] The physical water vapor-containing drug vapor generating device is composed of an electric kettle-like heating device and a water-filled inner tank. Drugs are added to the water-filled inner tank, and the drugs are distilled by the electric and hot water to generate functional drug vapor or drug aerosol.

[0015] Each independent gas generating device of the multi-compatible medical device is separated into an independent body by a space isolation plate and / or a liquid level control plate arranged inside a common outer body structure, and the partition structure is provided with inter-chamber communication holes and / or inter-chamber communication air guide tubes, and the inter-chamber communication holes and / or inter-chamber communication air guide tubes enable internal communication between each independent body;

[0016] Alternatively, each independent gas generating device has its own independent gas generating structural system and has its own sub-shell or sub-box body outer structure. Each independent gas generating device is an associated auxiliary device for the exogenous functional coordinated gas. The associated auxiliary devices are internally connected and integrated through the exogenous gas access device.

[0017] Furthermore, the oxygen-generating solid material is sodium percarbonate or calcium peroxide powder without irritating unpleasant odor and contact and inhalation harmful substances produced in the process of oxygen-generating chemical reaction, or a mixed powder consisting of sodium percarbonate or calcium peroxide powder and additional components, the additional components include a catalyst, the catalyst is a powder preparation of a fast-reaction catalyst and / or a slow-reaction catalyst, the fast-reaction catalyst is a common chemical oxygen-generating catalyst of manganese dioxide or iron oxide, and the slow-reaction oxygen-generating reaction catalyst is a mineral rich in metal oxides such as actinolite and sodium manganese tourmaline;

[0018] The oxygen production reaction liquid is a mixture of hot water (H2O) above 80 degrees or normal temperature water (H2O) and an additional component catalyst, the mass ratio of the catalyst to water is 5-10:1, and the one-time dosage of the oxygen production liquid is 50-200ML

[0019] (The chemical equation for producing oxygen from sodium percarbonate is: 2Na2 CO3·3H2O2=2Na2 CO3+3H2O2, 2H2O2=2H2O+O2↑; the chemical equation for producing oxygen from calcium peroxide is: 2CaO2+2H2O=2Ca(OH)2+O2↑);

[0020] The safe active metal hydrogen production solid material is a magnesium, zinc, aluminum, iron rod, strip, fragment, ingot metal body that can undergo a replacement reaction with dilute acid to produce hydrogen and does not produce harmful substances during the hydrogen production process (wherein the hydrogen production chemical reaction equation of active metals Mg, Fe, Zn, Al and dilute hydrochloric acid is:

[0021] Mg+2HCl=MgCl2+H2↑Fe+2HCl=FeCl2+H2↑Zn+2HCl=ZnCl2+H2↑2Al+6HCl=2AlCl3+3H2↑;

[0022] Alternatively, the safe active metal hydrogen production solid material also includes one of aluminum, zinc, tin amphoteric metal rods, fragments, ingots, and strips that can undergo a substitution reaction with a strong base to produce hydrogen and does not produce harmful substances during the hydrogen production process;

[0023] The amount of hydrogen production solid material added at one time is 50-200 grams, and the hydrogen production solid material added once can be left in the hydrogen production layer chamber for multiple injections.

[0024] The dilute acid liquid of the hydrogen production reaction liquid is one of 5-15% dilute hydrochloric acid, dilute sulfuric acid, and dilute acetic acid. The strong alkali aqueous solution of the hydrogen production reaction liquid is a sodium hydroxide aqueous solution, and the mass ratio of sodium hydroxide to water is 40:18 (taking aluminum production of hydrogen as an example (the reaction equation of aluminum and sodium hydroxide is: 2Al+2H2O+2NaOH==2NaAlO2+3H2↑): 500 grams of sodium hydroxide + 225 grams of water + 337.5 grams of aluminum produces 420 liters of hydrogen);

[0025] Alternatively, the hydrogen production solid material is magnesium metal, and the hydrogen production liquid that can react with the specific magnesium metal to produce hydrogen is hot water above 80 degrees (Mg+2H2O(heat)=Mg(OH)2+H2↑);

[0026] Alternatively, the chemical hydrogen production solid material also includes a mixed powder of calcium oxide and magnesium or amphoteric active metals, the liquid for chemical hydrogen production is water, and the mixed powder of calcium oxide and magnesium or amphoteric active metals is added with water to produce hydrogen to realize a hydrogen production method capable of generating a large amount of high-temperature hot steam and to form a high-thermal energy chemical reaction pool as a high-temperature chemical energy drug steam generation chamber (its principle is as follows: calcium oxide generates calcium hydroxide when it meets water and releases a large amount of heat energy to generate high-temperature water (CaO+H2O═Ca(OH)2), and high-temperature water can react with magnesium to generate hydrogen and continue to release heat (Mg+2H2OΔ=Mg(OH)2+H2↑), and amphoteric active metals (such as aluminum) are amphoteric active metals that can react with both acids and alkalis to generate hydrogen, so they react with alkaline calcium hydroxide to produce hydrogen and continue to release heat in the presence of high-temperature hot water);

[0027] Alternatively, the solid material for producing oxygen and hydrogen and the liquid for producing oxygen and hydrogen further include additional ingredients having a flavoring or organic carrier function;

[0028] The flavoring, medicine and carrier-type additional components of the oxygen- and hydrogen-producing solid material and the oxygen- and hydrogen-producing liquid are substances that intervene in the chemical reaction process but do not participate in the chemical reaction.

[0029] Furthermore, the medicine as an additional component of the chemical reaction material arranged in the chemical reaction tank and arranged in the inner tank of the electric heating medicine steamer to generate functional medicine vapor is a Chinese medicine piece or a herbal plant that can release functional volatile components through thermal distillation or thermal excitation in the chemical energy tank water or in the electric heating tank water, or a Chinese patent medicine preparation composed of them as the main medicinal ingredients;

[0030] Alternatively, the medicine as an additional component of the chemical reaction material disposed in the chemical reaction pool and disposed in the inner tank of the electric heating medicine steamer to generate functional medicine vapor also includes a western medicine substance that can release functional volatile components through thermal distillation or thermal excitation in the chemical energy pool water or in the electric heating pool water;

[0031] The medicine used as an additional component of the chemical reaction material and arranged in the chemical reaction tank and in the inner tank of the electric heating medicine steamer to generate functional medicine vapor has the basic functions of emergency medical treatment of the heart, brain, respiratory and nervous systems (such as: a mixed substance composed of one or more components of borneol, menthol, benzoin, sorrel, musk, ephedra, datura, and ginseng, or a Chinese patent medicine made with one or more of them as the main components) or has the basic function of health care (such as: one or more of the tonic Chinese medicines of American ginseng, ganoderma lucidum, dodder seed, Cistanche deserticola, and dendrobium, or the essential oils extracted from them as raw materials) or has the basic functions of resisting respiratory infectious pathogens, promoting blood circulation, promoting wound healing, and sterilizing and anti-inflammatory effects (such as: chamomile, honeysuckle, forsythia, isatis root, houttuynia cordata, dandelion, aloe, palm grass, pearl) or the essential oils extracted from them as raw materials).

[0032] Furthermore, the chemical oxygen production and hydrogen production dual-purpose device comprises an outer body structure, a three-dimensional layer chamber for chemical oxygen production or hydrogen production connected and arranged in the outer body structure, a layer chamber with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and a three-dimensional layer chamber with the main function of filtering and outputting, an injector and / or a puncture and infusion component, and a gas output application device arranged on the outer body structure and connected to the interior;

[0033] The layer structure of the three-dimensional layer chamber for chemical oxygen or hydrogen production, the layer chamber with the main functions of temperature adjustment, defoaming, deacidification, seasoning and purification, and the three-dimensional layer chamber with the main function of filtering output includes a three-dimensional space structure composed of an outer body structure wall and a layered structure composed of a functional three-dimensional structure layer in the outer body structure, which constitutes a hydrogen or oxygen production and anhydrous purification filtration layer chamber; the chemical oxygen or hydrogen production layer chamber is a chemical reaction pool for containing chemical solid materials for oxygen or hydrogen production, liquid for chemical oxygen or hydrogen production and a material control structure, and the chamber can undergo chemical reactions to prepare Oxygen or hydrogen and generate chemical heat energy and play a distillation-like role on the volatile substances involved; the layer chamber with the main functions of temperature regulation, defoaming, deacidification, flavoring and purification plays a role in temperature regulation, defoaming, deacidification, flavoring and purification on the produced oxygen or hydrogen and hot steam, and has the function of oxygen and hydrogen production dual-purpose device conversion. The layer chamber has a selective structural basis for being set as a water filtration layer chamber and a waterless filtration layer chamber; the three-dimensional layer chamber with the main function of filtering and outputting further purifies, assists in conversion, filtration and output of the produced oxygen or hydrogen;

[0034] The chemical oxygen and hydrogen production dual-purpose device has a structural basis for selectively setting three purification modes: waterless filtration, water filtration, and a combination of waterless filtration and water filtration. The establishment of the waterless purification filtration structural basis and mechanism creates the basic conditions for the generation and utilization of drug vapor without being filtered by water.

[0035] Furthermore, the chemical oxygen and hydrogen production dual-purpose device is an integrated assembly consisting of sub-shells and / or sub-boxes and constitutes an independent oxygen maker or hydrogen maker, and the independent oxygen maker or hydrogen maker can constitute a combination with multiple oxygen or hydrogen production chambers that are bilaterally symmetrical or have a stacked layer structure, or an integrated assembly that is combined to form a combination with one side producing oxygen and the other side producing hydrogen, or with the upper and lower layers producing oxygen and hydrogen respectively, or an integrated assembly that is combined to form one side producing oxygen or hydrogen and the other side being set as an electric heating mist fumigation or distiller, or a stacked layer structure with a lower chamber set The integrated chemical oxygen and hydrogen generator has the basic structural characteristics of the first chamber, the second chamber, the third chamber or the lower, middle and upper chambers which are connected in sequence from bottom to top or from front to back and are composed of an external structure and an internal space. The first chamber or the lower chamber is an oxygen or hydrogen production layer chamber with a chemical reaction pool, the second chamber or the middle chamber is a layered structure or a mesh chamber with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and the third chamber or the upper chamber is a layered structure with a filter. The layer chamber with output as the main function, the multi-chamber structure with more than three chambers is composed of the first chamber, the second chamber, the third chamber or the lower, middle and upper chambers, and the two-chamber structure with less than three chambers is a combined structure of the three-chamber basic structure, wherein the adjacent upper chamber and the middle chamber have the ability to be combined into one, and the adjacent middle chamber and the lower chamber have the ability to be combined into one, the sub-shells and / or sub-box bodies of each layer chamber are integrated and detachably connected and fixed as one, the interior of each layer chamber is separated by a breathable isolation plate and forms a gas connection, and the sub-shells and / or sub-box bodies of each layer chamber are connected to each other by air. The detachable connection and fixed integration mode provides a structural basis for the convenience of application of the chemical oxygen and hydrogen generator. It can be conveniently opened manually to put in solid materials for oxygen or hydrogen production and inject liquid for oxygen or hydrogen production, and waste liquid can be removed at any time. It can realize the controllability of oxygen or hydrogen production reaction speed and flow rate, the generation of single oxygen and hydrogen gas, the simultaneous generation of oxygen and hydrogen gas, or the selective generation and application of the produced oxygen and / or hydrogen gas accompanied by drug vapor or non-drug functional vapor through different combinations of sub-shells and / or sub-boxes and installation accessories;

[0036] The layered structure or mesh chamber of the second chamber or the middle chamber with the main functions of temperature adjustment, defoaming, acid removal, seasoning and purification is composed of a foam transition consumption chamber composed of a three-dimensional space and a structural layer carrying a functional purification material, or a purification pool composed of a three-dimensional space and a bulk particle purification material, or a purification chamber composed of a three-dimensional space and a bulk particle purification material and a control mesh chamber;

[0037] The purification filter layer chamber arranged in the upper chamber (cover space) and / or the middle chamber (space between the chemical reaction layer chamber and the filter output layer chamber) has the technical and structural basis for functional transformation of the produced gas; it carries functional materials with temperature adjustment, defoaming, acid removal, flavoring and purification functions to make the produced oxygen and / or hydrogen suitable for medical inhalation applications; it carries titanium dioxide photocatalyst and is provided with ultraviolet light emitter functional associated device to convert the produced oxygen and / or hydrogen into negative ion photocatalyst factors suitable for environmental and fresh-keeping applications; it carries dehumidification desiccant, which produces ozone suitable for external medical and environmental applications and fresh-keeping applications under the intervention of ultraviolet light emitter; it carries dehumidification desiccant without ultraviolet light intervention to convert the produced chemical wet oxygen and / or wet hydrogen into dry clean gas energy;

[0038] The layer chamber with filtering output as the main function is composed of a three-dimensional filtering layered structure, a gas output space and a hole mouth or a hole column; the three-dimensional layered structure is a breathable sponge with a thickness greater than 5MM and / or a three-dimensional breathable mesh spacer cloth or a structural layer containing further filtering and purifying functional materials formed with them as carriers, or the structural layer also includes a filtering and purifying functional dispersed particle layer;

[0039] Alternatively, the chemical oxygen or hydrogen production chamber is provided with an inner liner made of glass or porcelain resistant to chemical reaction substances and heat energy and the inner liner is used as a chemical reaction tank;

[0040] Alternatively, a secondary chamber is provided in the inner chamber, and the secondary chamber is used to separate the chemical oxygen or hydrogen production solid material and the additional components, or the secondary chamber is used as a second chemical reaction tank;

[0041] Alternatively, the inner tank is provided with a partition that divides the chemical reaction pool into two, the partition divides the chemical reaction pool into two chemical reaction sub-pools for oxygen production or two chemical reaction sub-pools for hydrogen production or one chemical reaction sub-pool for oxygen production and the other chemical reaction sub-pool for hydrogen production, each of the inner tank sub-pools is connected to the liquid injection hole on the outer wall, and the arrangement of the sub-pools realizes the relay-type continuous oxygen and / or hydrogen production by taking turns to inject liquid in each sub-pool;

[0042] The outer body structure of the chemical convenient oxygen and hydrogen generator includes a chemical reaction liquid level control panel, which is arranged above the chemical reaction pool and serves as both an inter-chamber isolation panel and a bracket of a layered structure; the liquid level control panel is a mesh air-permeable isolation panel or a mesh air-permeable isolation membrane, and its periphery is detachably and tightly connected to the outer body structure wall;

[0043] Alternatively, an unobstructed puncture hole with a diameter greater than 5 MM is provided in the central area of ​​the liquid level control plate corresponding to the puncture hole at the top of the upper chamber wall or the gas delivery hole nozzle which also serves as a puncture injection hole;

[0044] Alternatively, the upper surface of the liquid level control plate is covered with breathable cotton paper or gauze;

[0045] The chemical convenient oxygen and hydrogen generator is provided with a pressurized bag in the gas output application device to form an emergency medical pressurized oxygen and / or hydrogen supply mode;

[0046] The integrated cassette-type dual-purpose oxygen and hydrogen generator has a controllable continuous or sequential feeding and liquid injection and a continuous circulation oxygen or hydrogen production structural basis that can remove waste liquid at any time;

[0047] The chemical oxygen and hydrogen dual-purpose device has a structural foundation for assembling physical oxygen or physical hydrogen production, water-containing physical medicine vapor and other non-oxygen hydrogen gas generators inside and on the outer structure, and its output application device is provided with connection and connecting parts for docking with external gas generation related devices;

[0048] The chemical oxygen and hydrogen production device has a plurality of structural foundations for separating and arranging oxygen production strong oxidant powder materials, catalyst powder materials, drug additional components or hydrogen production solid materials and drug components in one body, including isolation of main and auxiliary materials by arranging main and auxiliary materials in wafer cakes or glutinous rice films that melt when in contact with water, isolation of main and auxiliary materials by arranging additional components in three-dimensional breathable mesh spacing cloth with glutinous rice paper film, and isolation of main and auxiliary materials by arranging additional components in the middle layer structure of three-dimensional mesh spacing cloth and arranging the main materials for oxygen and hydrogen production in the inner space of the spacing cloth bag. The integrated and separated arrangement of different materials can avoid the chemical influence between different components during the storage process, so as to create conditions for the chemical convenient oxygen and hydrogen production dual-purpose device to contain oxygen or hydrogen production pre-prepared materials to realize emergency oxygen or hydrogen production;

[0049] The carrier of the oxygen and hydrogen production solid material is an organic carrier composed of a three-dimensional breathable mesh spacer cloth, a three-dimensional organic sponge, a herbal Chinese medicine containing volatile oil components or a spice or a solid natural resin dry powder dispersion, which is a layered structure arranged in the oxygen or hydrogen production layer chamber; a part of the volatile oil components contained in the organic carrier are distilled by chemical energy hot steam, and the distilled volatile oil is inhaled into the human body to produce corresponding effects on the human body, such as houttuynia cordata contained in the volatile oil of Houttuynia cordata has an antibacterial effect, and the three-dimensional fiber clusters of the spacer cloth carrier and the interconnected honeycomb structure of the sponge have a structural defoaming effect;

[0050] Alternatively, the liquid level control plate disposed above the chemical reaction tank, the layered structure disposed in the middle chamber with the main functions of temperature adjustment, defoaming, acid removal, seasoning and purification, and the layered structure disposed in the upper chamber together constitute a composite layer for gas waterless purification, filtration and / or functional conversion that is connected, or the composite layer also includes a fish scale-shaped gas one-way release membrane disposed on the upper surface of the filter sponge, and the composite layer that is connected is disposed in the middle chamber and / or upper chamber of the chemical convenient oxygen generator;

[0051] Alternatively, the outer body structure is provided with a gasket-type safety valve membrane which can explode when high pressure is accidentally generated inside the oxygen and hydrogen generator. The gasket-type safety hole membrane is composed of a preset valve membrane wall hole arranged on the upper chamber wall of the outer body structure, a self-adhesive gasket and a valve diaphragm. The self-adhesive gasket is a double-sided adhesive gasket with a thickness of 2-5MM and a middle hole. The valve diaphragm is a latex film sheet with a thickness of 0.03-0.06 mm arranged on the upper surface of the double-sided adhesive gasket.

[0052] Furthermore, the multi-compatible medical device comprises a complex consisting of an outer body structure and an inner space of a dual-purpose device for chemical oxygen production and hydrogen production and a chemical medicine vapor generating device as a main structure, and a physical oxygen production and hydrogen production device and a water vapor-containing physical medicine vapor generating device as auxiliary associated devices, wherein the auxiliary associated devices are arranged in the inner space of the chemical oxygen production and hydrogen production device or arranged on the outer body structure of the chemical oxygen production and hydrogen production device to form an internal connection with the inner space of the chemical oxygen production and hydrogen production device through a connecting wall or a connecting gas transmission pipe; the middle chamber and the upper chamber of the dual-purpose device for chemical oxygen production and hydrogen production of the complex and the gas output application device arranged in the upper chamber are used as common devices for each auxiliary associated device, and the oxygen and / or hydrogen produced by the dual-purpose device for chemical oxygen production and hydrogen production and the gas generated by the compatible exogenous gas associated device are temperature-controlled, defoamed, deacidified, seasoned, humidified or dried in the common middle chamber, and are further purified and filtered in the common upper chamber and output through the chamber to be utilized through the common gas output application device;

[0053] The functional material arranged in the common middle chamber and / or upper chamber with the main function of gas purification is a powder, crushed powder or granular material with the functions of adsorbing the escaped reaction liquid, defoaming, correcting the taste and releasing the beneficial factors.

[0054] Functional powders or crushed materials include tourmaline, far-infrared ceramic powder, rare crystal stone, actinolite and other single or composite powders or crushed minerals rich in metal oxides with negative ion or bioenergy wave release characteristics. Metal oxide powders or crushed materials can capture the escaped acid radicals in the chemical reactions of oxygen and hydrogen production to generate salts and water. Functional crushed materials also include dry herbal flowers or natural resins with strong adsorption that are both medicinal and edible and have aromatic or functional odor release.

[0055] The functional granular materials include breathable ceramsite in the size of mung beans to peas, activated carbon particles, hematite particles, actinolite and / or tourmaline particles, mint icicles, borneol, propolis fragments, fragrant wood blocks (such as sandalwood and agarwood blocks), and the granular bodies are arranged in a dispersed state in the net liner or between the purification and filtration layered structure and the liquid level control plate. The functional dispersed particles can absorb the chemical reaction liquid and acid radicals that splash and escape with the steam, and have good air permeability;

[0056] Alternatively, the mesh containing the water-absorbing purification material dispersed particles is soaked in water and then used as a substitute for the chemical oxygen and hydrogen production water filtration device and mechanism;

[0057] Alternatively, the functional purification material further comprises applying a chemical defoaming agent to enhance the defoaming effect of the purification layer;

[0058] Alternatively, the functional purification material is used by dripping essential oil extracted from medicine and food homologous substances;

[0059] Alternatively, the functional granular material includes frozen water-soaked breathable ceramsite or frozen water-soaked activated carbon blocks to enhance the cooling effect of the drug vapor;

[0060] Alternatively, the mesh container carrying the dispersed particles of the water-absorbing purification material is soaked in water and then frozen before use.

[0061] Furthermore, the gas output application structure shared by each compatible device that is arranged on the chemical oxygen and hydrogen production external structure and connected to the inside includes a respiratory system inhalation application device, a tracheal lung and non-respiratory system cavity organ pressurization input application device, and a facial and body surface gas dispersion mask application device; wherein the tracheal lung input application device includes a respiratory resuscitation pressurized airway tracheal tube application device, wherein the non-respiratory system cavity organ pressurization input device includes an application device for intubation of the pelvic cavity, uterine cavity and fallopian tube that are difficult to treat directly, or an inflation therapy application device for oxygen and hydrogen drug vapor through puncture;

[0062] The respiratory system inhalation application device is composed of a gas output hole column arranged on the outer body structure, an inhalation application air supply pipe connected to the gas output hole mouth, and a nasal inhalation device connected to the air supply pipe;

[0063] The non-respiratory system cavity organ pressurized input application device is composed of a gas output hole column arranged on an external body structure, an air supply pipe for non-respiratory system cavity input application connected to the gas output hole column, and a non-respiratory system cavity finger-shaped or cone-shaped insert connected to the distal end of the air supply pipe. When used, the insert is directly inserted into the cavity for anorectal or gynecological oxygen therapy and / or hydrogen therapy, or oxygen therapy and / or hydrogen therapy accompanied by drug vapor. The insert is a non-respiratory system cavity finger-shaped or cone-shaped structure made of silicone or latex and provided with a middle hole. The air supply pipe for non-respiratory system cavity input application is provided with a manual pressurized air bag, or the gas output hole column arranged in the upper chamber is detachably fixedly connected to the insert. When used, the insert is directly inserted into the cavity for anorectal or gynecological oxygen therapy and / or hydrogen therapy, or oxygen therapy and / or hydrogen therapy accompanied by drug vapor.

[0064] The respiratory resuscitation pressurized airway and uterine cavity tube application device is composed of a gas output hole column arranged on the external body structure, a blind-headed airway with a side hole connected to the gas output hole column, or an airway with a round head at the free end, and a manual pressurized air bag is arranged in the middle section of the catheter, or the organ tube inflation device includes a one-way valve membrane of the gas release layer chamber for coordinated application;

[0065] The application device of the gas dispersion mask for the face and body surface is composed of a gas output hole column arranged on the outer body structure, an air supply pipe connected to the gas output hole column, and a mask connected to the far end of the air supply pipe to disperse and release oxygen over a large area. The mask is provided with a deformable bracket or an application handle, and the air supply pipe is arranged in the air supply pipe through hole inside the bracket. The bracket is located on the upper shell of the oxygen concentrator or has a floor-standing base.

[0066] The chemical oxygen and hydrogen production device in the non-open state keeps at least one gas transmission hole in an open state during the chemical reaction to ensure the safety of chemical oxygen and hydrogen production.

[0067] Further, the multi-compatible medical device includes a liquid storage and injection part for the liquid required by each gas generating device, which is arranged on a common outer body structure or a sub-shell of an independent gas generating device or an outer body structure of a sub-box body. The liquid storage and injection part includes a quasi-medical liquid injection device or a quasi-medical infusion device, wherein the quasi-medical infusion device enables each independent body requiring liquid supply to continuously and slowly or intermittently receive liquid from the infusion device through a controllable continuous input supply or intermittent input supply, and the quasi-medical infusion device is a matching component consisting of a liquid storage bag, an infusion tube, a drip pot, a controller, and a puncture needle; wherein the quasi-medical liquid injection device includes a puncture needle and a liquid storage and injection tube or a liquid storage and injection bag, which injects liquid through an injection hole arranged on the outer body structure and connected to the chemical reaction tank;

[0068] The medical infusion device also includes a hot water drip or injection device which uses a hot water bag to replace a medical infusion bag and is composed of an infusion tube, a drip pot, a controller, and a puncture infusion needle.

[0069] Furthermore, the application of the multi-compatible medical device includes any selective compatible application of one or more of a drug vapor generating device containing water vapor and a chemical and physical oxygen and / or hydrogen generating device.

[0070] Among them, the air separation physical oxygen production device adopts the basic structure and mechanism of the commercially available air separation physical oxygen production device. The air separation physical oxygen production device with an external structure smaller than that of the chemical oxygen and hydrogen production device is arranged in the internal space of the chemical oxygen and hydrogen production device. The air separation physical oxygen production device with an external structure larger than that of the chemical oxygen and hydrogen production device is arranged on the external structure of the chemical oxygen and hydrogen production device. The air delivery pipe of the air separation physical oxygen production device extends into the chemical oxygen and hydrogen production device and shares the temperature and humidity adjustment purification layer chamber and the filter output and output application device with the chemical oxygen and hydrogen production device.

[0071] The physical hydrogen production device adopts the basic structure and mechanism of the commercially available hydrogen-oxygen separation proton membrane water electrolysis hydrogen production cup, which is arranged in the internal space of the chemical oxygen hydrogen production device or arranged outside the chemical oxygen hydrogen production device as an external gas generator of the chemical oxygen hydrogen production device through a connecting pipe to form a connecting device, and the electrolyzed water in the cup can be used as hydrogen-rich water for drinking;

[0072] The physical oxygen and hydrogen production device adopts the basic structure and mechanism of commercially available oxygen-hydrogen mixed electrolytic water cup assembly to simultaneously produce oxygen and hydrogen. It is arranged in the internal space of the chemical oxygen and hydrogen production device, and is equipped with an electrolytic water reverse purification filter sub-cup. The reverse purification filter is the process of pouring the electrolytic water produced by the electrolytic water cup into the purification filter cup. The oxygen-hydrogen mixed electrolytic water after reverse filtration constitutes drinkable oxygen-rich and hydrogen-rich water.

[0073] Wherein, the physical water vapor-containing medicine vapor generating device is arranged below the oxygen and hydrogen production chemical reaction pool layer chamber in the internal space of the chemical oxygen production hydrogen generator, and is composed of an electric kettle-like heating device and a heat-conducting metal inner tank. The medicine vapor generated by it can rise to the common layer chamber and output application device through the side holes of the liquid level control panel and / or the upper inner tank side holes arranged in each layer chamber of the internal space of the chemical oxygen production hydrogen generator, and be inhaled and applied along with oxygen and / or hydrogen. The medicine liquid boiled in the inner tank can be taken as a functional medicine liquid;

[0074] Alternatively, the multi-compatible medical device also includes compatibility with ultraviolet generators, and the multi-compatible medical device that is compatible with ultraviolet generators is converted into a high-concentration negative ion generator. When the multi-compatible medical device is used as a negative ion generator, the functional materials arranged in the middle chamber and / or the upper chamber include a titanium dioxide photocatalyst; the multi-compatible medical device compatible with ultraviolet generators constitutes a negative ion generator for regulating indoor air composition and air purification, and the high-concentration negative ion indoor air and the drug vapor formed by adding additional ingredients such as honeysuckle, forsythia, isatis root, magnolia flower, palm grass, and houttuynia cordata can be used as one of the indoor epidemic prevention measures during the epidemic of respiratory infectious diseases. The drug vapor formed by adding additional ingredients such as branches, leaves, rhizomes, and natural aromatic resins of aromatic flowers or aromatic herbs with medicinal and edible properties makes the indoor air rich in oxygen and hydrogen and / or negative oxygen and negative hydrogen ions and has a pleasant fragrance.

[0075] The advantages and beneficial effects achieved by the present invention are:

[0076] 1. The electric heating medicine vapor of the present invention is compatible with the chemical oxygen and / or hydrogen generator, and the water and herbal medicine in the medicine vapor generation pool can be used for water filtration so that the oxygen and / or hydrogen produced by the chemical oxygen and / or hydrogen generator can be purified through the defoaming, acid removal, and absorption of chemical reaction escape substances in the medicine vapor generation pool.

[0077] 2. The electric heating medicine vapor of the present invention is compatible with the electric physical oxygen and / or hydrogen generator. The water vapor generated by the medicine vaporizer can be used to humidify the dry oxygen produced by the electric physical oxygen and / or hydrogen generator to make it suitable for inhalation applications and cavity input applications of non-respiratory systems.

[0078] 3. The electric heating medicine vapor of the present invention is compatible with chemical and physical oxygen and / or hydrogen generators. The introduction of water vapor creates conditions for the compatibility of oxygen generators and hydrogen generators. The oxygen-hydrogen mixed gas containing a large amount of water vapor is safe, which enables the compatibility of oxygen generators and hydrogen generators.

[0079] 4. The compatibility of multiple oxygen and / or hydrogen production methods can enable the smallest volume of oxygen and hydrogen generator to obtain the maximum oxygen and hydrogen production capacity, and because the oxygen generator and hydrogen generator are compatible, oxygen-hydrogen mixed gas can be obtained, which is of great significance in medical and health care applications.

[0080] 5. Multi-compatible medical devices The compatible application of chemical oxygen and / or hydrogen production devices with the advantages of emergency rapid oxygen and / or hydrogen production and electrical physical oxygen and / or hydrogen production devices with the advantages of low-cost continuous oxygen and / or hydrogen production can constitute the best unified model for emergency rapid oxygen and / or hydrogen production and sustainable oxygen and / or hydrogen production.

[0081] 6. A multi-compatible medical device formed by integrating electric heating drug vapor, chemical oxygen and / or hydrogen generator, and physical oxygen and / or hydrogen generator. Since multiple devices use multiple common structures, the miniaturization and cost-effectiveness of the multi-functional medical device can be achieved, forming a cost-effective home medical care device.

[0082] 7. The drug vapor generation chamber of the present invention can be used as a decoction and distillation device for drugs with auxiliary therapeutic or preventive effects on currently known infectious diseases (such as compound houttuynia preparations recorded in pharmacopoeias and commercially available), and can also be used as a drug decoction and steaming device for inhalable and / or oral drug vapor, drug aerosol, and decoction drugs invented in the future that can be used to deal with future infectious diseases X through decoction and distillation.

[0083] Additional aspects and advantages of the present invention will be given in part in the following description and in part will be obvious from the following description, or will be learned through practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0084] Figure 1It is a schematic diagram of the structure and connection of the multi-compatible medical device of the integrated sitting type chemical oxygen and hydrogen production two-chamber compatible electric heating medicine vapor device and the electric molecular sieve physical oxygen production device composed of the sub-box body of the present invention;

[0085] Figure 2 The structure and connection diagram of the integrated sitting single chemical oxygen or hydrogen generator auxiliary support foot and calcium oxide high-energy drug vapor chamber of the present invention;

[0086] Figure 2-1 It is a schematic diagram of the structure and connection of a multi-compatible medical device in an integrated sitting chemical oxygen and hydrogen generator composed of sub-boxes, which is compatible with a calcium oxide high-temperature drug vapor device and has a water filter chamber;

[0087] Figure 3 The schematic diagram of the structure and connection of the multi-compatible medical device of the present invention is a double lower chamber structure of an inverted trapezoidal shape with a chamber and a lock cover composed of separate shells, and is provided with a main gallbladder, a multifunctional auxiliary gallbladder, and an external gas generation or gas storage bag access device;

[0088] Figure 3-1 The schematic diagram of the structure and connection of the multi-compatible medical device of the invention is a double lower chamber structure with a mesh gallbladder, a main gallbladder, a multifunctional auxiliary gallbladder, and a lower tube for the trachea, lungs and cervical cavity, and an airway for oxygen, hydrogen and drug vapor inflation input;

[0089] Figure 3-2 It is a schematic diagram of the structure and connection decomposition of a multi-compatible medical device having a lock-and-lock cover with a mesh groove and an inverted trapezoidal double lower chamber structure reaction pool, an inner liner for material partitioning, and a non-respiratory system cavity input application device;

[0090] Figure 4 The schematic diagram of the structure and connection of the multi-compatible medical device of the flat-top connected chamber and the music button cover chemical oxygen and hydrogen generator upper chamber shell provided with a molecular sieve physical oxygen generator of the present invention;

[0091] Figure 4-1 The schematic diagram of the structure and connection of the multi-compatible medical device of the flat-top connected chamber and the music button cover chemical oxygen and hydrogen generator upper chamber shell of the present invention is provided with a water electrolysis type physical oxygen and hydrogen generator and an elevated infusion device;

[0092] Figure 4-2 This is a schematic diagram of the structure and connection of the twist-cover multi-compatible medical device of the present invention;

[0093] Figure 5 The schematic diagram of the structure and connection of the multi-compatible medical device of the present invention is a multi-chamber structure with an easy-to-open inverted trapezoidal multiple lower chambers, wherein the upper chamber is configured as a water filtration chamber and a calcium oxide high chemical energy medicine vapor chamber and the lower chamber is configured as two oxygen and hydrogen production tanks;

[0094] Figure 6The schematic diagram of the structure and connection of the multi-compatible medical device of the chemical oxygen and hydrogen production chamber of the inverted trapezoidal multi-lower chamber structure composed of the sub-shells of the present invention, which is provided with a transition layer chamber compatible with the electrolytic water cup;

[0095] Figure 7 The oxygen and hydrogen production chamber of the present invention is a multi-compatible medical device structure and connection schematic diagram of a chamber-locking cover inverted trapezoidal multi-lower chamber structure composed of sub-shells, with a transition layer chamber and ultraviolet light intervention and compatible with electric heating medicine vapor in the bottom layer chamber;

[0096] Figure 7-1 The schematic diagram of the structure and connection of the multi-compatible medical device of the inverted trapezoidal oxygen and hydrogen generator of the present invention, which is composed of sub-shells and has a chamber, a buckle cover and an upper shell, and a medicine mist generator;

[0097] Figure 8 It is a schematic diagram of the connection structure of a multi-compatible medical device for gynecology or anorectal application, which is a chemical oxygen and hydrogen generator composed of separate shells and is compatible with calcium oxide high-temperature drug vapor and has a stool frame;

[0098] Fig. 9 A schematic diagram of the structure and connection of a multi-compatible medical device with a gas output dispersion mask for facial care and body surface application according to the present invention;

[0099] Fig.10 The chemical oxygen or hydrogen production cup of the present invention is compatible with the calcium oxide high-heat energy medicine vapor generation cup, and the purification filter layer chamber is a Lock & Lock independent cup, which constitutes a cup-type triple-connected multi-compatible medical device structure and connection schematic diagram;

[0100] Figure 10-1 The schematic diagram of the structure and connection of the Lock&Lock cover high-foot cup-shaped multi-compatible medical device of the chemical oxygen or hydrogen production cup of the present invention that is compatible with the high-foot electrolytic water cup;

[0101] Fig.11 The structure and connection diagram of the reverse filtering electrolysis water sub-cup for converting the electrolysis water generated by the hydrogen-oxygen mixed electrolysis water cup into oxygen-rich and hydrogen-rich drinkable electrolysis water according to the present invention;

[0102] Fig.12 The present invention is a schematic diagram of the structure and connection of a waterless purification and filtration composite layer composed of a liquid level control plate, gas purification particles, purification material spacing cloth and a filter sponge layer.

[0103] Figure 12-1 The schematic diagram of the structure and connection of a fish-scale-shaped one-way gas release membrane provided on the upper surface of the purification and filtration composite layer of the present invention.

[0104] In the figure:

[0105] 1.0.1 Chemical oxygen production device 1.0.2 Chemical hydrogen production device 1.0.3 Physical oxygen production device 1.0.3.1 Molecular sieve physical oxygen production device 1.0.4 Physical hydrogen production device 1.1.0 External structure of chemical oxygen and hydrogen production dual-purpose device 1.1.1 Chemical oxygen or hydrogen production layer chamber (lower chamber, first chamber) 1.1.2 Shared anhydrous cooling, defoaming and acid removal purification layer chamber (middle chamber, second chamber) 1.1.2.1 Functional purification materials and three-dimensional spacer cloth carrier 1.1.3 Shared gas filtration release layer chamber (upper chamber, third chamber) 1.1 .3.1 Breathable sponge filter layer structure 1.1.4.7 Layered structure control layer 1.1.4 Liquid level control board and inter-chamber isolation board 1.1.1.1 Chemical reaction tank liner 1.1.1.2 Auxiliary liner in chemical reaction tank liner 1.1.5 Chemical oxygen production solid materials 1.2.9 Chemical hydrogen production solid materials 1.1.6 Chemical oxygen or hydrogen production reaction liquid 3.9 Oxygen or hydrogen production material additional components 3.9.1 Catalyst additional components 3.9.2 Drug additional components 9 Functional purification materials 9.1 Purification net liner 2.2.6 None Water purification and filtration composite layer 1.1.4.6 One-way valve membrane 6.2.1 Inter-chamber air duct 2.4.4 Inter-chamber breathable isolation board 1.1.1.8 Indoor wall support 1.1.9 Lock and lock cover 1.1.9.1 Lock and lock cover mesh surface 1.1.9.2 Lock and lock cover ear buckle 1.1.9.3 Lock and lock cover mesh surface closed loop groove 1.1.9.4 Lock and lock cover groove sealing ring 1.1.9.6 Lock and lock cover upper groove 1.1.9.5 Lock and lock cover lower groove 2.6.1 Lock and lock cover upper chamber shell and flared edge 2.6.2 Lock and lock cover lower chamber shell and flared edge 6 .1 Gas output hole column gas pipe 6.2 gas pipe 7.2 gas pipe manual pressurized air bag 7.3 latex or silicone finger-shaped or cone-shaped insert that can be inserted into the cavity 15 electrochemical drug vapor 15.1 electric heating base 5.1 piercing piece 16 ultraviolet generator 1.1.7 calcium oxide high chemical thermal energy drug vaporizer 1.1.7.1 calcium oxide or its mixed material with active metals 2.6.7 drug mist generator 1.0.4.1 hydrogen and oxygen separation proton membrane water electrolysis hydrogen production cup 1.0.4.2 hydrogen and oxygen mixed water electrolysis hydrogen production cup 5 electrolysis water purification filter cup DETAILED DESCRIPTION

[0106] The present invention will be further described in detail below in conjunction with specific embodiments. The following embodiments are only illustrative and not restrictive, and the protection scope of the present invention cannot be limited thereto.

[0107] The raw materials used in the present invention, unless otherwise specified, are conventional commercial products, the methods used in the present invention, unless otherwise specified, are conventional methods in the art, and the quality of each substance used in the present invention is conventional quality. The structures, connection relationships, etc. not described in detail in the present invention can be understood as conventional technical means in the art.

[0108] A multi-compatible medical device compatible with chemical and physical oxygen, hydrogen and steam generation devices (see Figure 1-Figure 12 ), characterized in that: the multi-compatible medical device is compatible with chemical oxygen production device 1.0.1, chemical hydrogen production device 1.0.2., physical oxygen production device 1.0.3 (see Figure 1 ), physical hydrogen production device 1.0.4 (see Figure 10-1 ), a water vapor and a drug vapor generating device containing water vapor can be selectively combined and applied, the multi-compatible medical device comprises at least one oxygen generating device or a hydrogen generating device and a drug vapor generating device containing water vapor; the multi-compatible medical device is composed of independent gas generating devices through an integrated combination;

[0109] The multi-compatible medical device is composed of an integrated outer body structure 1.1.0 and independent gas generating devices in the outer body structure. The multi-compatible medical device includes independent gas generating devices and a gas temperature and humidity adjustment and purification chamber 1.1.2, a gas filtration output chamber 1.1.3, and an output application device 6 shared by the independent gas generating devices. The integrated outer body structure is an upper and lower multi-layer chamber and / or left and right multi-layer chamber integrated structure formed by connecting sub-shells and / or sub-boxes; the multi-compatible medical device passes water vapor and / or water-containing The water vapor generated by the steam-generating device for generating medicinal vapor diffusely intervenes in the space of the oxygen-hydrogen mixed gas generated by the oxygen-generating device and the hydrogen-generating device, so that the oxygen-hydrogen mixed gas becomes a safe gas with a high water content, thereby achieving the safety of compatibility between the oxygen-generating device and the hydrogen-generating device. The multi-compatible medical device realizes the complementary advantages of chemical oxygen and hydrogen production and physical oxygen and hydrogen production through the compatibility of the two, and achieves high oxygen and / or hydrogen production in a small volume container through the sharing of multi-layer chambers, and realizes the medical synergistic effect of oxygen and / or hydrogen and medicinal aerosol through the intervention of medicinal vapor.

[0110] Preferably, the chemical oxygen production device and the chemical hydrogen production device are dual-purpose chemical oxygen production and hydrogen production devices that can use strong oxidant oxygen production solid materials 1.1.5 and oxygen production liquid to produce oxygen or use active metal solid materials 1.2.9 and hydrogen production liquid to produce hydrogen. The chemical reaction pool of the dual-purpose chemical oxygen production and hydrogen production device is charged with oxygen production solid materials and injected with oxygen production reaction liquid to form a chemical oxygen generator, and charged with hydrogen production solid materials and injected with hydrogen production reaction liquid to form a chemical hydrogen generator. The dual-purpose chemical oxygen production and hydrogen production devices are arranged in a connected body and oxygen production and hydrogen production solid materials are respectively charged and oxygen production and hydrogen production liquids are respectively injected to form a chemical oxygen production and hydrogen production combined body that produces oxygen and hydrogen simultaneously (see Figure 1 );

[0111] The physical oxygen production includes oxygen production involving electric air separation molecular sieve 1.0.3.1 (adding Figure 1 ) and electrolysis of water to produce oxygen; the physical hydrogen production includes hydrogen and oxygen separation proton membrane electrolysis of water to produce hydrogen 1.0.4.1 (see Figure Figure 6 , Figure 10-1 ); The physical oxygen and hydrogen production also includes an oxygen-hydrogen mixed electrolysis water component to simultaneously produce oxygen and hydrogen 1.0.3.4 (see Figure 10-1 );

[0112] The water-containing chemical drug vapor generation device is combined with an oxygen production or hydrogen production or high-heat energy chemical reaction pool. The water-containing chemical drug vapor is generated by adding drug additives 3.9.2 to the oxygen and hydrogen production solid materials or liquids for oxygen and hydrogen production or high-heat energy chemical reaction materials. The drug additives are distilled through the chemical energy of the chemical reaction pool to generate functional drug vapor or drug aerosol;

[0113] The water-containing physical medicine vapor generating device is composed of an electric kettle-like heating device 15 and a water-filled inner tank (see Figure 7 ), add medicine 3.9.2 into the water tank, the medicine is distilled by the electric hot water to generate functional medicine vapor or medicine aerosol;

[0114] The independent gas generating devices of the multi-compatible medical devices are connected by space isolation plates 2.4.4 (see Figure 2-1 ) and / or the liquid level control plate 1.1.4 (see 7-1) to form an independent body, the partition structure is provided with inter-chamber communication holes and / or inter-chamber communication air ducts 6.2.1, and the inter-chamber communication holes and / or inter-chamber communication air ducts make the independent bodies internally connected;

[0115] Alternatively, each independent gas generating device has its own independent gas generating structural system and has its own sub-shell or sub-box body structure, each independent gas generating device is an associated auxiliary device for the external functional coordinated gas, and the associated auxiliary devices are internally connected and integrated through the external gas access device;

[0116] The common outer body structure of the multi-compatible medical device and the independent outer body structure of each independent gas generating device are provided with an easy-open cover for easy feeding and liquid injection, and the easy-open cover is a lock cover (see Figure 3 ), screw cap (see Figure 4-2 ), nail-free cover (see Figure 5 ).

[0117] Preferably, the oxygen-generating solid material is sodium percarbonate or calcium peroxide powder without irritating unpleasant odor and contact and inhalation harmful substances produced in the process of oxygen-generating chemical reaction, or a mixed powder consisting of sodium percarbonate or calcium peroxide powder and additional components, wherein the additional components include a catalyst, and the catalyst is a powder preparation of a fast-reaction catalyst and / or a slow-reaction catalyst, wherein the fast-reaction catalyst is a common chemical oxygen-generating catalyst of manganese dioxide or iron oxide, and the slow-reaction oxygen-generating reaction catalyst is a mineral rich in metal oxides such as actinolite and sodium manganese tourmaline;

[0118] The oxygen production reaction liquid is hot water (H2O) above 80 degrees or safe hydrogen peroxide (H2O2) with a concentration of 3-8% or a mixture of normal temperature water (H2O) and an additional component catalyst;

[0119] The hydrogen production solid material is one of the metal bodies of magnesium, zinc, aluminum, and iron, such as rods, strips, fragments, and ingots, which can undergo a substitution reaction with dilute acid to produce hydrogen and do not produce harmful substances during the hydrogen production process; the hydrogen production reaction liquid is one of 5-15% dilute hydrochloric acid, dilute sulfuric acid, and dilute acetic acid;

[0120] Alternatively, the hydrogen production solid material also includes one of aluminum, zinc, tin amphoteric metal rods, fragments, ingots, and strips that can undergo a substitution reaction with a strong alkali aqueous solution to produce hydrogen and does not produce harmful substances during the hydrogen production process. The strong alkali aqueous solution is a sodium hydroxide aqueous solution.

[0121] Alternatively, the hydrogen production solid material is magnesium metal, and the hydrogen production liquid that can react with the specific magnesium metal to produce hydrogen is hot water above 80 degrees;

[0122] Alternatively, the chemical hydrogen production solid material also includes a mixed powder of calcium oxide and magnesium or amphoteric active metals, the liquid for chemical hydrogen production is water, and the mixed powder of calcium oxide and magnesium or amphoteric active metals is added with water to produce hydrogen to realize a hydrogen production method capable of generating a large amount of high-temperature hot steam and forming a high-thermal energy chemical reaction pool as a high-temperature chemical energy drug steam generation chamber;

[0123] Alternatively, the solid material for producing oxygen and hydrogen and the liquid for producing oxygen and hydrogen further include additional ingredients having a flavoring or organic carrier function;

[0124] The solid materials for producing oxygen and hydrogen, and the liquid seasoning, medicine and carrier-type additional components for producing oxygen and hydrogen are substances that intervene in the chemical reaction process but do not participate in the chemical reaction.

[0125] Preferably, the medicine as an additional component of the chemical reaction material arranged in the chemical reaction tank and arranged in the inner tank of the electric heating medicine steamer to generate functional medicine vapor is a Chinese medicine piece or a herbal plant that can release functional volatile components through thermal distillation or thermal excitation in the chemical energy pool water or in the electric heating pool water, or a Chinese patent medicine preparation composed of them as the main medicinal ingredients;

[0126] Alternatively, the medicine as an additional component of the chemical reaction material disposed in the chemical reaction pool and disposed in the inner tank of the electric heating medicine steamer to generate functional medicine vapor also includes a western medicine substance that can release functional volatile components through thermal distillation or thermal excitation in the chemical energy pool water or in the electric heating pool water;

[0127] The medicine used as an additional component of the chemical reaction material and arranged in the chemical reaction tank and in the inner tank of the electric heating medicine steamer to generate inhalable functional medicine vapor has the basic functions of emergency medical treatment of the heart, brain, respiratory and nervous systems (such as: a mixed substance composed of one or more components of borneol, menthol, benzoin, suzan, musk, ephedra, datura and ginseng, or a Chinese patent medicine made with one or more of them as the main components) or has the basic function of health care (such as: one or more of American ginseng, ganoderma lucidum, dodder seed, Cistanche deserticola and dendrobium tonic Chinese medicine or essential oils extracted from them as raw materials);

[0128] The medicines as additional components of chemical reaction materials arranged in the chemical reaction tank and arranged in the inner tank of the electric heating medicine steamer to generate functional medicine vapor that can be input into non-respiratory cavity organs include Chinese medicine substances with anorectal or vaginal cervical treatment or auxiliary treatment effects, wherein the anorectal medical treatment or medical auxiliary medicines include the well-known anorectal anti-inflammatory, astringent hemostatic and analgesic effects of Galla chinensis, Phellodendron chinense, Scutellaria baicalensis, Sophora japonica, Safflower, Atractylodes lancea and the prescriptions with them as the main ingredients, wherein the vaginal cervical medical treatment or The auxiliary medical drugs include the well-known Cnidium monnieri, Galla chinensis, Sophora flavescens, Phellodendron chinense, Angelica dahurica, Aloe vera and the prescriptions with them as the main ingredients, or the anorectal medical or auxiliary medical drugs also include the medical or auxiliary medical drugs for prostate disease through anorectal oxygen delivery and / or drug vapor, which include the well-known Cnidium monnieri, Palmarosa chinensis, Phellodendron chinense, Atractylodes lancea, Curcuma zedoaria, Panax notoginseng and the prescriptions with them as the main ingredients;

[0129] The medicines used as additional components of chemical reaction materials and arranged in the chemical reaction tank and in the inner tank of the electric heating medicine steamer to generate functional medicine vapors that can be inhaled and applied externally include Chinese herbal medicine pieces (such as chamomile, honeysuckle, forsythia, isatis root, houttuynia, dandelion, aloe, palm grass, pearl) with basic functions of resisting respiratory infectious pathogens, promoting blood circulation, promoting wound healing, and sterilizing and anti-inflammatory effects, or essential oils extracted from them as raw materials;

[0130] The dosage of the single medicine used as an additional component of the chemical reaction material and arranged in the chemical reaction tank and in the inner tank of the electric heating medicine steamer to generate functional medicine vapor is 1-2 times the commonly used dosage of water decoction, the dosage of each single medicine in the multi-flavor combination is the highest commonly used dosage of water decoction, and the components of the multi-flavor combination are used in an equal gram weight ratio or are combined in differentiated dosages.

[0131] Preferably, the chemical oxygen production and hydrogen production dual-purpose device comprises an outer body structure 1.1.0, a chemical oxygen production or hydrogen production three-dimensional layer chamber 1.1.1 connected and arranged in the outer body structure, a layer chamber 1.1.2 with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and a three-dimensional layer chamber 1.1.3 with the main function of filtering and outputting, an injector and / or a puncture and infusion component 5, and a gas output application device 6 arranged on the outer body structure and connected to the interior (see Figure 3 , Figure 4 series, Figure 5 );

[0132] The layer structure of the three-dimensional layer chamber for chemical oxygen or hydrogen production, the layer chamber with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and the three-dimensional layer chamber with the main function of filtering and outputting includes a three-dimensional space structure composed of an outer body structure wall and a layered structure composed of a functional three-dimensional structure layer inside the outer body structure, which constitute the hydrogen or oxygen production and waterless purification filtration layer chamber; the chemical oxygen or hydrogen production layer chamber is a chemical reaction pool for accommodating chemical solid materials for oxygen or hydrogen production, liquid for chemical oxygen or hydrogen production and material control structure 1.1.4.7, and the chamber can undergo chemical reactions Oxygen or hydrogen should be prepared and chemical heat energy should be generated, and a distillation-like effect should be exerted on the volatile substances involved; the layer chamber with the main functions of temperature regulation, defoaming, deacidification, flavoring and purification plays a role in temperature regulation, defoaming, deacidification, flavoring and purification on the produced oxygen or hydrogen and hot steam, and has the function of oxygen and hydrogen production dual-purpose conversion. The layer chamber has a selective structural basis for being set as a water filtration layer chamber and a waterless filtration layer chamber; the three-dimensional layer chamber with the main function of filtering and outputting further purifies, assists in conversion, filtration and output of the produced oxygen or hydrogen;

[0133] Alternatively, the layer chamber 1.1.2 with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification and the three-dimensional layer chamber 1.1.3 with the main functions of filtering and outputting and the output application device 6 are set as independent bodies with water filtration and anhydrous filtration selectable for application, and the three-dimensional layer chamber 1.1.1 for chemical oxygen production or hydrogen production is set as an independent body, and the two independent bodies are formed by the air guide tube to form an internally connected upper and lower series or left and right parallel structure (such as Fig.11 );

[0134] The chemical oxygen and hydrogen production dual-purpose device has a structural basis for selectively setting three purification modes: waterless filtration, water filtration, and a combination of waterless filtration and water filtration. The establishment of the waterless purification filtration structural basis and mechanism creates the basic conditions for the generation and utilization of drug vapor without being filtered by water.

[0135] Preferably, the chemical oxygen and hydrogen production dual-purpose device is an integrated assembly consisting of sub-shells and / or sub-boxes and constitutes an independent oxygen or hydrogen generator, and the independent oxygen or hydrogen generator can be configured with multiple oxygen or hydrogen production chambers that are bilaterally symmetrical (see Figure 1 ) or a combination of upper and lower stacked chamber structures (see Figure 6 ) or integrated combination bodies are combined to form a combination body with one side producing oxygen and the other side producing hydrogen or with the upper and lower layers producing oxygen and hydrogen respectively; the integrated chemical oxygen and hydrogen generator has the basic structural characteristics of the first chamber, the second and third chambers or the lower, middle and upper chambers which are connected in sequence from bottom to top or from front to back and are composed of an external structure and an internal space. The first chamber or the lower chamber is an oxygen or hydrogen production layer chamber with a chemical reaction pool, the second chamber or the middle chamber is a layer chamber with a layered structure or a mesh chamber with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and the third chamber or the upper chamber is a layer chamber with a layered structure with the main function of filtering and outputting. The multi-chamber structure with more than three chambers is composed of the first chamber, the second chamber, the third chamber or the lower, middle and upper chambers (see Figure 6 , Figure 7 ), the two-chamber structure with less than three chambers is a combined structure of the three-chamber basic structure, in which the adjacent upper chamber and middle chamber have the ability to be combined into one (see Figure 4 ), the adjacent middle chamber and lower chamber can be combined into one (see Figure 3 ), the sub-shells and / or sub-boxes of each layer of the chamber are integrated and detachably connected and fixed as one, and the interior of each layer of the chamber is provided with a breathable isolation plate 2.4.4 (see Figure 2 ) or liquid level isolation plate 1.1.4 (see Figure 5 ) are separated and gas is connected, and the integrated mode of the sub-shells and / or sub-boxes of each layer of chambers being detachably connected and fixed provides a structural basis for the convenience of the application of the chemical oxygen and hydrogen generator. It can be conveniently opened manually to put in oxygen or hydrogen production solid materials and inject oxygen or hydrogen production liquid, and the waste liquid can be removed at any time. It can realize the controllability of the reaction speed and flow rate of oxygen or hydrogen production, the generation of single oxygen and hydrogen gas, the simultaneous generation of oxygen and hydrogen gas, or the selective generation and application of the produced oxygen and / or hydrogen gas accompanied by drug vapor or non-drug functional vapor through different combinations of sub-shells and / or sub-boxes and installation accessories;

[0136] The layered structure or mesh chamber of the second chamber or the middle chamber with the main functions of temperature adjustment, defoaming, deacidification, seasoning and purification is composed of a foam transition consumption chamber composed of a three-dimensional space and a structural layer carrying a functional purification material, or a purification pool composed of a three-dimensional space and a bulk particle purification material 9, or a purification chamber composed of a three-dimensional space and a bulk particle purification material and a control mesh chamber 9.1 (see Figure 3 );

[0137] The purification filter layer chamber arranged in the upper chamber (cover space) and / or the middle chamber (space between the chemical reaction layer chamber and the filter output layer chamber) has the technical and structural basis for functional transformation of the produced gas; it carries functional materials with temperature adjustment, defoaming, acid removal, flavoring and purification functions to make the produced oxygen and / or hydrogen suitable for medical inhalation applications; it carries titanium dioxide photocatalyst and is provided with ultraviolet light emitter functional associated device to convert the produced oxygen and / or hydrogen into negative ion photocatalyst factors suitable for environmental and fresh-keeping applications; it carries dehumidification desiccant to produce ozone suitable for external medical and environmental applications and fresh-keeping applications under the intervention of ultraviolet light emitter (see Figure 7 );

[0138] The layer chamber with filtering output as the main function is composed of a three-dimensional filtering layered structure 1.1.3.1 and a gas output space and a hole mouth or hole column 6.1; the three-dimensional layered structure is a breathable sponge with a thickness greater than 5MM and / or a three-dimensional breathable mesh spacer cloth or a structural layer containing further filtering and purifying functional materials formed with them as carriers, or the structural layer also includes a filtering and purifying functional dispersed particle layer;

[0139] Alternatively, the chemical oxygen or hydrogen production chamber is provided with an inner liner made of glass or porcelain that is resistant to chemical reaction substances and heat energy and does not release harmful substances, and the inner liner 1.1.1.1 is used as a chemical reaction pool (see Figure 3 );

[0140] Alternatively, the inner tank is provided with a secondary tank 1.1.1.2, which separates the chemical oxygen or hydrogen production solid material and the additional components, or the secondary tank is used as a second chemical reaction tank 1.1.7 (see Figure 3 );

[0141] Alternatively, the inner tank is provided with a partition that divides the chemical reaction pool into two, the partition divides the chemical reaction pool into two chemical reaction sub-pools for oxygen production or two chemical reaction sub-pools for hydrogen production or one chemical reaction sub-pool for oxygen production and the other chemical reaction sub-pool for hydrogen production, each of the inner tank sub-pools is connected to the liquid injection hole on the outer wall, and the arrangement of the sub-pools realizes the relay-type continuous oxygen and / or hydrogen production by taking turns to inject liquid in each sub-pool;

[0142] The outer structure of the chemical convenient oxygen and hydrogen production dual-purpose device includes a chemical reaction liquid level control panel 1.1.4 (see Figure 5 , Fig.12 ), the liquid level control panel is arranged above the chemical reaction tank and serves as both an inter-chamber isolation panel and a bracket of a layered structure; the liquid level control panel is a mesh breathable isolation panel or a mesh breathable isolation membrane 1.1.4.1, and its periphery is detachably and tightly connected to the outer body structure wall;

[0143] Alternatively, an unobstructed puncture hole 1.1.4.3 with a diameter greater than 5 MM is provided in the central area of ​​the liquid level control plate corresponding to the puncture hole on the top of the upper chamber wall or the gas delivery hole nozzle which also serves as a puncture injection hole;

[0144] Alternatively, the upper surface of the liquid level control plate is covered with breathable tissue paper or gauze 1.1.4.2 or fish scale-shaped gas release one-way valve membrane 1.1.4.6 (see Figure 12-1 );

[0145] The chemical convenient oxygen and hydrogen generator is provided with a pressurized bag 7.2 in the gas output application device to form an emergency medical pressurized oxygen and / or hydrogen supply method (see Figure 3-1 );

[0146] The integrated box-type chemical convenient oxygen and hydrogen generator has a controllable continuous or continuous feeding and liquid injection and a continuous circulation oxygen or hydrogen production structural basis that can remove waste liquid at any time;

[0147] The chemical oxygen and hydrogen production dual-purpose device has a structural foundation for assembling physical oxygen production or physical hydrogen production, physical medicinal vapor containing water vapor, and other non-oxygen hydrogen gas generators inside and on the outer structure (see Figure 1 , Figure 6 ), the output application device is provided with a connection and a connecting piece 6.9 (see Figure 4-2 ).

[0148] Preferably, the multi-compatible medical device comprises an external structure and an internal space of a dual-purpose device for chemical oxygen and hydrogen production and chemical medicine vapor generation as the main structure, and a complex consisting of a physical oxygen and hydrogen production device and a physical water vapor medicine vapor generation device as auxiliary related devices, and the auxiliary related devices are arranged in the internal space of the chemical oxygen and hydrogen production device (see Figure 6 ) or installed on the external structure of the chemical oxygen hydrogen generator (see Figure 1 , Figure 4 ) An internal connection is formed through a connecting wall or a connecting gas transmission pipe and the internal space of the chemical oxygen and hydrogen generator; the middle chamber and upper chamber of the chemical oxygen and hydrogen generator of the complex and the gas output application device 6 arranged in the upper chamber are used as common devices for various auxiliary related devices. The oxygen and / or hydrogen produced by the chemical oxygen and hydrogen generator and the gas generated by the compatible external gas related devices are temperature-controlled, defoamed, deacidified, seasoned, humidified or dried in the common middle chamber 1.1.2, and further purified and filtered in the common upper chamber 1.1.3 and output through the chamber to be utilized through the common gas output application device;

[0149] The functional material arranged in the common middle chamber and / or upper chamber with the main function of gas purification is a powder, crushed powder or granular material with the functions of adsorbing the escaped reaction liquid, defoaming, correcting the taste and releasing the beneficial factors.

[0150] Functional powders or crushed materials include tourmaline, far-infrared ceramic powder, rare crystal stone, actinolite and other single or composite powders or crushed minerals rich in metal oxides with negative ion or bioenergy wave release characteristics. Metal oxide powders or crushed materials can capture the escaped acid radicals in the chemical reactions of oxygen and hydrogen production to generate salts and water. Functional crushed materials also include dry herbal flowers or natural resins with strong adsorption that are both medicinal and edible and have aromatic or functional odor release.

[0151] The functional granular material 9 includes breathable ceramsite of mung bean to pea size, activated carbon granules, hematite granules, actinolite and / or tourmaline granules, mint icicles, borneol, propolis fragments, fragrant wood blocks (such as sandalwood, agarwood blocks), and the granular body is arranged in a dispersed state in the mesh or between the purification and filtration layered structure and the liquid level control plate. The functional dispersed particles can absorb the chemical reaction liquid and acid radicals that splash and escape with the steam, and have good air permeability;

[0152] Alternatively, the mesh 9.1 carrying the water-absorbing purification material dispersed particles is used as a replacement for the chemical oxygen and hydrogen production water filtering device and mechanism after being soaked and watered;

[0153] Alternatively, the functional purification material further comprises applying a chemical defoaming agent to enhance the defoaming effect of the purification layer;

[0154] Alternatively, the functional purification material is used by dripping essential oil extracted from medicine and food homologous substances;

[0155] Alternatively, the functional granular material includes frozen water-soaked breathable ceramsite or frozen water-soaked activated carbon blocks to enhance the cooling effect of the drug vapor;

[0156] Alternatively, the mesh container carrying the dispersed particles of the water-absorbing purification material is soaked in water and then frozen before use.

[0157] Preferably, the gas output application structure shared by each compatible device disposed on the chemical oxygen production and hydrogen production external structure and connected to the inside includes a respiratory system inhalation application device 6, a tracheal lung and non-respiratory system cavity organ pressurization input application device (see Figure 3-1 , 3-2), facial and body surface gas dispersion mask application device; wherein the tracheal lung input application device includes the respiratory resuscitation pressurized airway tracheal tube application device, wherein the non-respiratory system cavity organ pressurized input device includes the pelvic cavity and uterine cavity and fallopian tube that are difficult to treat directly, or the oxygen-hydrogen drug vapor inflation therapy application device through puncture (see Fig. 9 );

[0158] The respiratory system inhalation application device is composed of a gas output hole column 6.1 arranged on the outer body structure, an inhalation application air supply pipe 6.2 connected to the gas output hole mouth, and a nasal suction device 6.5 connected to the air supply pipe, and the air supply pipe is provided with a flow controller 6.5.1; the gas output hole column can be single or double, and the double gas output hole columns of the double structure are connected to set up a double air supply pipe, and the far ends of the double air supply pipes are respectively provided with a nasal suction head 6.3 and a nasal suction head U-shaped connecting loop 6.4 (see Figure 2 ), a single gas output hole column is arranged on the upper wall of the outer structure, connected to a Y-shaped gas delivery pipe 6.2.1 with a forked distal end, and a free end of the Y-shaped distal double gas delivery pipe is connected to a π-shaped nasal suction four-way pipe 6.5 ( Figure 1 ) are connected to each other and set 6.2.1, the π-shaped four-way pipe is composed of a horizontal pipe 6.5.1 and two vertical pipes 6.5.2 connected internally, the horizontal pipe port of the π-shaped four-way pipe is provided with a cover 6.5.5, the center of the cover plane is provided with a gas pipe through hole 6.5.5.1, and the periphery of the through hole is provided with air holes 6.5.5.2, the gas pipe extends into the horizontal pipe through the center through hole of the horizontal pipe cover and is controlled by the through hole; the gas pipe flow controller 6.5.1 is in an open state of non-closed flow regulation when the oxygen and hydrogen generator is in working state, and the flow controller is closed only when the oxygen generator is not in working state to ensure the safety of the application of the oxygen and hydrogen generator, and its closed function is to keep the inside of the oxygen and hydrogen generator airtight in the non-working state;

[0159] Alternatively, a filter sponge or a test tube-like brush structure is provided in the transverse tube of the π-shaped four-way pipe 6.5.5.3 (see Figure 5 ) forms a filter barrier set in the nasal suction device

[0160] The non-respiratory cavity organ pressurized input application device is composed of a gas output hole column arranged on the external structure, an air supply pipe for non-respiratory cavity input application connected to the gas output hole column, and a non-respiratory cavity finger-shaped or cone-shaped insert 7.3 connected to the distal end of the air supply pipe (see Figure 3-2 ), when used, the insert is directly inserted into the cavity for anorectal or gynecological oxygen therapy and / or hydrogen therapy or oxygen therapy and / or hydrogen therapy with drug vapor, the insert is a finger-shaped or cone-shaped structure of a non-respiratory cavity with a middle hole made of silicone or latex, the air delivery pipe for the non-respiratory cavity input application is provided with a manual pressurized air bag 7.2, or the gas output hole column arranged in the upper chamber is detachably fixedly connected to the insert, and when used, the insert is directly inserted into the cavity for anorectal, gynecological oxygen therapy and / or hydrogen therapy or oxygen therapy and / or hydrogen therapy with drug vapor (see Figure 8 );

[0161] The respiratory resuscitation pressurized airway and uterine cavity tube application device is composed of a gas output hole column arranged on the outer body structure, a blind airway with a side hole connected to the gas output hole column, or an airway with a round head 6.9 at the free end (see Figure 3-1 ), the middle section of the catheter is provided with a manual pressurized air bag 7.2, or the inflatable device of the lower tube of the organ includes the coordinated application of a one-way valve membrane of the gas release layer chamber;

[0162] The application device of the gas dispersion mask for face and body surface is composed of a gas output hole column arranged on the outer body structure, a gas delivery pipe connected to the gas output hole column, and a mask 20.1 connected to the far end of the gas delivery pipe to enable gas dispersion and large-area release (see Fig. 9 ), the cover body is provided with a deformable bracket 20.1.1 or an application handle, the gas pipe is arranged in the gas pipe through hole inside the bracket, and the bracket is located on the upper shell of the oxygen and hydrogen generator or is provided with a floor base (see Fig. 9 );

[0163] The non-open state chemical convenient oxygen and hydrogen production device keeps at least one gas transmission hole in an open state during the oxygen production or hydrogen production reaction to ensure the safety of chemical oxygen production or hydrogen production.

[0164] Preferably, the multi-compatible medical device includes a liquid storage and injection part for the liquid required by each gas generating device, which is arranged on the common outer body structure or the separate shell of the independent gas generating device or the separate box body structure (see Figure 1 , Figure 4-1 ), the liquid storage and injection parts include a quasi-medical injection device or a quasi-medical infusion device, wherein the quasi-infusion device enables each independent body that needs liquid supply to continuously and slowly or intermittently receive liquid from the infusion device through controllable continuous input supply or intermittent input supply, and the quasi-medical infusion device is a matching component consisting of a liquid storage bag 5.3.1, an infusion tube 5.3.2, a drip pot, a controller 5.3.3, and a puncture needle 5.1.2; wherein the quasi-medical injection device includes a puncture needle and a liquid storage and injection tube or a liquid storage and injection bag (see Figure 1 ), which injects liquid through a liquid injection nozzle 5.6.1 arranged on the outer structure and communicating with the chemical reaction tank;

[0165] The medical infusion device also includes a high-position hot water drip or injection device consisting of a hot water bag 5.3.5 instead of a medical infusion bag and an infusion tube, a drip pot, a controller, and a puncture infusion needle (see Figure 1 ). The temporary water filling structure of the hot water bag, especially the availability of boiling water, makes the chemical oxygen generator more convenient to use and more efficient in chemical oxygen production, and has the characteristics of large-capacity continuous liquid oxygen production. The hot water output by the hot water bag can make magnesium metal produce hydrogen;

[0166] Alternatively, the injection part also includes an overhead liquid storage and injection assembly (see Figure 4-1 ), the elevated liquid storage and injection assembly includes a ring-shaped base, a bracket heat, and a hot water bag type liquid storage bag that can be conveniently filled with liquid at any time. The neck of the hot water bag type liquid storage bag is provided with a hanging ring and can be hung on the bracket beam or hook through the hanging ring. The elevated liquid storage and injection assembly can be placed on the top of the upper shell or upper box body of the multi-compatible medical device without affecting the setting and application of the gas output device; the elevated liquid storage and injection assembly inputs oxygen or hydrogen production liquid into the chemical reaction tank through the injection hole and pierceable sealing rubber head arranged on the shell wall or box wall of the outer body mechanism, and the infusion tube, flow control valve, and puncture needle connected to the liquid storage bag;

[0167] The physical oxygen production includes oxygen production involving electric air separation molecular sieve 1.0.3.1 (adding Figure 1 ) and electrolysis of water to produce oxygen,

[0168] The physical hydrogen production includes hydrogen and oxygen separation proton membrane water electrolysis hydrogen production 1.0.4.1 (see Figure 6 );

[0169] The physical oxygen and hydrogen production also includes an oxygen-hydrogen mixed water electrolysis component to simultaneously produce oxygen and hydrogen 1.0.3.4 (see figure);

[0170] Preferably, the application of the multi-compatible medical device includes any selective compatible application of one or more of a physical water vapor-containing drug vapor generating device and a chemical and physical oxygen and / or hydrogen generating device.

[0171] Among them, air separation physical oxygen production device 1.0.3.1 (addition Figure 1 ) The basic structure and mechanism of the commercially available air separation physical oxygen generator is adopted. The air separation physical oxygen generator with an external structure smaller than that of the chemical oxygen and hydrogen generator is installed in the internal space of the chemical oxygen and hydrogen generator. The air separation physical oxygen generator with an external structure larger than that of the chemical oxygen and hydrogen generator is installed on the external structure of the chemical oxygen and hydrogen generator (see Figure 1 , Figure 4 ), the gas pipe of the air separation physical oxygen production device extends into the chemical oxygen production and hydrogen production dual device and shares the temperature and humidity adjustment purification layer chamber 1.1.2 and the filter output 1.1.3 and the output application device 6 (see Figure 1 , Figure 4 ),

[0172] The physical hydrogen production device adopts the basic structure and mechanism of the commercially available hydrogen-oxygen separation proton membrane water electrolysis hydrogen production cup 1.0.4.1, which is arranged in the internal space of the chemical oxygen hydrogen production device or arranged outside the chemical oxygen hydrogen production device as an external gas generator of the chemical oxygen hydrogen production device through a connecting pipe to form a connecting device (see Figure 4-1 ), the electrolyzed water in the cup can be used as hydrogen-rich water for drinking;

[0173] Among them, the physical oxygen production and hydrogen production device adopts the basic structure and mechanism of commercially available oxygen-hydrogen mixed electrolysis water cup assembly 1.0.3.4 to simultaneously produce oxygen and hydrogen, which is arranged in the internal space of the chemical oxygen production and hydrogen production device (see Figure 6 ), which is equipped with an electrolyzed water reverse purification filter sub-cup (see Fig.11 ), the reverse purification filtration is the process of pouring the electrolyzed water produced by the electrolysis cup into the purification filtration cup, and the oxygen-hydrogen mixed electrolyzed water after reverse filtration constitutes drinkable oxygen-rich and hydrogen-rich water;

[0174] Wherein, the physical water vapor-containing medicine vapor generating device is arranged below the oxygen-producing and hydrogen-producing chemical reaction pool layer chamber in the internal space of the chemical oxygen-producing and hydrogen-producing device (see Figure 6 , Figure 7 ), which is composed of an electric kettle-like heating device and a heat-conducting metal inner liner, and the drug vapor generated by it can rise to the common layer chamber and output application device through the side holes of the liquid level control panel set in each layer chamber of the internal space of the chemical oxygen and hydrogen generator and / or the side holes of the upper inner liner to be inhaled and applied along with oxygen and / or hydrogen, and the drug liquid boiled in the inner liner can be taken as a functional drug liquid;

[0175] Alternatively, the multi-compatible medical device also includes compatibility with ultraviolet generators (see Figure 7 ), the multi-compatible medical device compatible with the ultraviolet generator is converted into a high-concentration negative ion generator, and the functional materials arranged in the middle chamber and / or the upper chamber when the multi-compatible medical device is used as a negative ion generator include a setting of titanium dioxide photocatalyst; the multi-compatible medical device compatible with the ultraviolet generator constitutes a negative ion generator for adjusting indoor air composition and air purification (see Figure 7 ), high concentration of negative ion indoor air and medicinal vapor formed by adding honeysuckle, forsythia, isatis root, magnolia flower, palm grass, and houttuynia cordata as additional ingredients can be used as one of the indoor epidemic prevention measures during the epidemic of respiratory infectious diseases. The medicinal vapor formed by adding branches, leaves, rhizomes, or natural aromatic resins of aromatic flowers or aromatic herbs that are both medicinal and edible as additional ingredients makes the indoor air rich in oxygen and hydrogen and / or negative oxygen and negative hydrogen ions and has a pleasant fragrance.

[0176] Embodiment 1

[0177] This embodiment is a multi-compatible medical device composed of an L-shaped integrated sitting chemical oxygen and hydrogen production dual-purpose device composed of sub-boxes, which is compatible with an electric heating medicine vapor device and / or a physical oxygen or hydrogen production device. The sitting chemical convenient oxygen and hydrogen production dual-purpose device composed of the sub-boxes in this embodiment is a sitting square column / or cylindrical integrated group box structure with a controllable intermittent feeding and / or liquid feeding mechanism composed of a main box body 1.1.0 and sub-boxes 2.4.1 and 2.4.2 (see Figure 2), the main box body of the combined structure is an L-shaped three-section three-chamber integrated single oxygen or hydrogen production chamber square cylinder, its horizontal section is set as the first chamber, i.e., the oxygen or hydrogen production layer chamber 1.1.1, and its vertical section is set as the third chamber, i.e., the filtering output layer chamber 1.1.3 of the produced oxygen or hydrogen, the corner section of the L-shaped combined column is a transition box section and is set as the second chamber, i.e., the cooling, defoaming and acid removal purification layer chamber 1.1.2 of the produced oxygen or hydrogen, the first chamber and the second chamber are composed of the main box body separated by a partition wall, and the upper end of the partition wall is provided with a two-chamber gas connecting hole area 2.4.4 or a gas delivery nozzle and an inter-chamber gas delivery pipe 6.2.1, and the second chamber and the third chamber are connected in an integrated manner; the auxiliary box is an oxygen or hydrogen production and / or additional component powder material supply box 2.4.2 connected to the upper surface of the first chamber of the main box body and a waste liquid collection box 2.4.3 connected to the lower surface of the first chamber of the main box body, and the upper and lower surfaces of the first chamber Internal connecting holes 2.4.1.3, 2.4.1.5, 2.4.2.3 and 2.4.2.5 are arranged between the upper and lower sub-boxes; the first chamber and the sub-box body on its upper surface together constitute a structural mechanism for controllable intermittent rotating box or rotating drum or rotating bottle supply of chemical oxygen production or hydrogen production and / or additional component powder materials; the first chamber and the sub-box body on its lower surface together constitute a structural mechanism for controllable intermittent collection of waste liquid; the first chamber wall is provided with an infusion bag type oxygen production or hydrogen production liquid supply device; the inhalable or input application device 6 is arranged on the upper surface of the third chamber; the square column / or cylindrical integrated sitting group box chemical oxygen production and hydrogen production device composed of the main box body and the sub-box realizes the control of the oxygen production or hydrogen production reaction speed and flow rate that can be controlled by the user through an infusion device with a control valve, a rotating box or rotating drum or rotating bottle sub-box feeding method that can be manually rotated and controlled, and a gas supply control device with a gas supply pipe and a control valve;

[0178] Alternatively, the upper wall or lower wall of the first chamber and the middle chamber of the L-shaped oxygen and hydrogen generator composed of the box body of this embodiment is provided with a screw-cap injection port, and the screw-cap injection port arranged on the lower wall (bottom) also serves as a waste material and waste liquid discharge port;

[0179] Alternatively, in this embodiment, the first chamber of the integrated box whose outer structure is made of lightweight synthetic material is provided with an acid, alkali and high temperature resistant glass or ceramic liner type chemical reaction pool.

[0180] Embodiment 2

[0181] In this embodiment, two symmetrical L-shaped main box vertical sections (i.e., the third chamber) and transition sections (i.e., the second chamber) are used together to form an inverted T-shaped double oxygen and hydrogen production chamber or a four-chamber square column with oxygen and hydrogen production chambers on the left and right (see Figure 1 ), the common middle chamber of this embodiment is set as an electrically heated medicinal vapor chamber, in which water and Chinese medicinal fumigation pieces containing volatile substances are placed, and a heating device similar to an electric kettle is placed at the bottom. Alternatively, the left and right chambers of this embodiment are respectively set as chemical oxygen production and chemical oxygen and hydrogen production chambers. The middle chamber is set as a calcium oxide high-heat energy medicinal vapor generation chamber (see Figure 2-1 ). The upper surface of the chemical hydrogen production chamber of this embodiment is provided with an electric molecular sieve physical oxygen production device. The other features of this embodiment are the same as those of the first embodiment.

[0182] Embodiment 3

[0183] This embodiment is a specific embodiment of the invention, which is composed of a sub-shell integrated combined outer shell, a compatible electrothermal medicine vapor generating device, a chemical oxygen and hydrogen generating device, a hydrogen and oxygen mixed electrolysis water physical oxygen and hydrogen generating device, a chamber lock cover, an inverted trapezoidal cup-shaped upper and lower multi-layer chamber, and a multi-compatible medical device (see Figure 6 ); wherein, the electrothermal medicine vapor generating device is arranged in the bottom layer chamber and constitutes an electrothermal medicine vapor generator with water vapor, a first breathable liquid level control plate is arranged on the upper edge of the electrothermal medicine vapor pool inner tank, a hydrogen production chemical reaction pool inner tank is arranged above it, a second breathable liquid level control plate is arranged on the upper edge of the hydrogen production chemical reaction pool inner tank, an oxygen production chemical reaction pool inner tank is arranged above it, a third breathable liquid level control plate is arranged on the upper edge of the oxygen production chemical reaction pool inner tank, a space above it is arranged as a middle chamber with a secondary chamber, the middle chamber is provided with a common gas temperature adjustment and purification net 9.1, the secondary chamber is arranged on both sides of the middle chamber, and a hydrogen-oxygen mixed electrolysis water cup-type physical oxygen production and hydrogen production device is arranged respectively (or the electrolysis water cup body is arranged on the outer wall and connected internally through the air guide pipe); in this embodiment, the lower shell of the connecting chamber lock cover and the shell wall corresponding to each layer of the chamber are provided with a toe 1.1.1.8 as each layer of liquid level control The bracket of the plate and / or the edge of the inner tank, the inner tank is located on the bottom surface of the shell and the liquid level control plates of each layer, and each upper layer of the inner tank above the steam inner tank is provided with an outward edge which is detachably fixedly connected to the support frame, and the outward edge of the inner tank is provided with side holes for ventilation of the upper and lower chambers; the air permeability of each layer of the liquid level control plate and the setting of the ventilation side holes of the outward edge of the inner tank enable the gas generated by the lower chamber to rise to the upper chamber and be output after being regulated by the humidity and temperature of the middle chamber and / or the upper chamber, purified and filtered; the middle chamber of this embodiment is provided with a mesh tank 9.1 carrying functional particles 9 for humidity, temperature regulation and purification; the middle chamber of this embodiment is arranged as a vertical wall 1.1.7 to facilitate the setting of the auxiliary chamber, and the free end of the gas transmission pipe of the water electrolysis oxygen and hydrogen production device arranged in the auxiliary chamber extends into the functional material layer of the particles in the mesh tank through the mesh tank hole so that the output gas is regulated by humidity and temperature and purified. The control component of the electrical device of this embodiment is arranged on the outer structure wall or is arranged together with the power supply in the bottom layer chamber. The power supply is arranged as a one-to-many component. The electrical appliance is electrically connected to the power supply through an electrical wire or the electrical device adopts a wireless charging power supply. The top of the upper shell of this embodiment is provided with a gas output hole column 6.1 and a gas output application device detachably fixedly connected to the hole column. The electrolyzed water produced by the electrolytic water cup type oxygen and hydrogen generator set in this embodiment is reversely filtered by the electrolytic water purification filter cup (i.e., the auxiliary cup) 5 as drinking water with high oxygen content and high hydrogen content;

[0184] Alternatively, the sub-chamber of the chamber in this embodiment is provided with a hydrogen-oxygen separation proton membrane hydrogen production electrolysis water cup, or a molecular sieve physical oxygen production device;

[0185] The hydrogen-oxygen mixed electrolysis water cup-type physical oxygen and hydrogen production device, the hydrogen-oxygen separation proton membrane electrolysis water cup-type hydrogen production device, the molecular sieve physical oxygen production device and the electric kettle-like heating base of the electric heating medicine vapor generator in this embodiment adopt the basic structure and mechanism of the commercially available hydrogen-oxygen mixed electrolysis water cup, hydrogen-oxygen separation proton membrane electrolysis water cup, molecular sieve physical oxygen generator and electric kettle heating base of the commercially available existing technology.

[0186] Embodiment 3

[0187] In this embodiment, the sub-chamber of the chamber is configured as an ultraviolet generator (see Figure 7 ), a multi-compatible medical device compatible with an ultraviolet generator is used for regulating and purifying indoor air components, and the gas output hole column arranged on the upper shell is arranged as a straight column or a T-shaped column (see Figure 7 ). The ultraviolet generator illuminant 16.1 of this embodiment adopts a low-power ultraviolet cold cathode tube or lamp bead or lamp that can use direct current as power source, has a power of 5W and a wavelength of 180-400NM. The humidity, temperature regulation and purification functional particles of this embodiment are provided with titanium dioxide, or titanium dioxide is arranged in the spacer cloth as a functional purification material or coated on the inner wall of the outer body structure through a carrier glue. In order to facilitate heat dissipation and control, the ultraviolet generator of this embodiment adopts a charging power supply and the power supply, control template and switch component protective shell are arranged outside the middle chamber wall. The other structural features of this embodiment are the same as those of the second embodiment.

[0188] Embodiment 4

[0189] This embodiment is a specific embodiment in which the molecular sieve physical oxygen generator 1.0.3.1 is arranged on the lock cover of the chamber (see Figure 4 ), the upper surface of the flat-top upper chamber shell 1.1.3 is provided with an upper protruding edge and forms a groove structure for installing the molecular sieve oxygen generator. The bottom of the molecular sieve oxygen generator is located in the groove. The oxygen output pipe of the molecular sieve oxygen generator extends into the internal space of the upper shell through a through hole set in the wall of the upper shell to receive the humidification from the bottom drug vapor and mix with the gas generated by the lower shell layer chamber of the connected chamber lock cover to enter the gas output application device.

[0190] Alternatively, the upper surface of the flat-top lock-and-lock cover of this embodiment is provided with a hydrogen-oxygen mixed electrolysis water cup type and / or a hydrogen-oxygen separation proton membrane electrolysis water cup type physical oxygen and hydrogen production device or a calcium oxide high thermal energy drug vapor generator 1.1.7 and an elevated infusion device, and the lower shell of the multi-compatible medical device provided with an elevated infusion device is provided with an infusion hole (see Figure 4-1 ).

[0191] Embodiment 5

[0192] This embodiment is a special compatible combination of an integrated sub-shell and a lock-and-lock multi-layer chamber compatible medical device. It is a simple ozone generator consisting of a chemical oxygen production chamber, a mesh liner loaded with silica gel or other granular moisture-absorbing desiccant, and an ultraviolet generator. The moisture-absorbing mesh liner is an alternative structure for the purification filter chamber, and the ultraviolet generator is arranged in the middle chamber or upper chamber of the chemical oxygen and / or hydrogen generator. The ozone generator and gas input application device composed of multiple compatible medical devices are used for the disinfection of non-respiratory cavity organs in gynecology and anorectal departments.

[0193] Embodiment 6

[0194] This embodiment is a specific embodiment of a multi-compatible medical device with a gas output dispersion cover for body surface application (see Fig. 9 ), the bottom layer chamber of the integrated shell-type upper and lower multi-layer chamber multi-compatible medical device and the middle chamber of the L-shaped or T-shaped integrated box-type multi-layer chamber multi-compatible medical device of this embodiment are set as a generator for heating medicine vapor similar to an electric kettle (the medicines used include honeysuckle, houttuynia, dandelion, aloe, palm grass and other commonly used anti-inflammatory and wound healing Chinese herbal medicine pieces or essential oils with known corresponding functions) with equal gram weight or differentiated gram weight ratios, and the gas generated is a mixed gas of oxygen and / or hydrogen and medicine vapor. The cover body is detachably fixedly connected to the gas output hole column of the multi-compatible medical device through a gas transmission pipe, and the cover body used is a double-layer concave curved with a sandwich space. The face shell mask 20.1, the mask body with an area and shape matching the human face shape constitutes a facial care sauna mask, and the trumpet-shaped cover combination with different calibers is used for oxygen therapy and / or hydrogen therapy of wounds or wounds, sores on the body surface. The inner shell of the mask body is set as a mesh shell wall, and the outer shell is set as an airtight solid shell. The central area of ​​the inner shell opposite to the gas pipe is provided with a mesh-free, airtight, solid raised area with a diameter greater than 20MM as an interception surface for output gas so that the gas can be dispersed into the interlayer space to form a mixed gas that is dispersedly released throughout the mask body to facilitate full facial care or full-range healing of wounds, burns, or sores on the body surface. The mask body is provided with a deformable bracket 20 or an application handle, and a gas pipe through hole is provided inside the bracket. The bracket is located on the upper shell of a multi-compatible medical device or is provided with a floor-standing base;

[0195] Alternatively, when the multi-compatible medical device of this embodiment is used as a sauna mask, the interlayer space formed by the inner and outer shells of the mask is provided with a functional layered structure capable of releasing skin care beneficial factors under the action of hot steam, wherein the functional layered structure is composed of minerals rich in metal oxides such as tourmaline, far-infrared ceramic powder, rare crystal stone, actinolite, etc., which have the characteristics of releasing negative ions or bioenergy waves, and a three-dimensional breathable three-dimensional mesh spacer cloth carrier, and the functional material is infused into the three-dimensional fiber cluster middle layer structure of the spacer cloth in the form of powder or powdery particles, or the functional layered structure is a dispersed layered structure composed of two or more materials such as tourmaline, etc., which are the size of mung beans or peas and can release negative ions and bioenergy waves, mint icicles, and borneol, or the functional material also includes skin care essential oils extracted from medicinal and edible substances, and the gas and other functional factors released by the double-shell mask have dual beneficial effects on facial skin and inhalation applications.

[0196] Embodiment 7

[0197] In this embodiment, the layer chamber 1.1.2 of the chemical oxygen production and hydrogen production device with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and the three-dimensional layer chamber 1.1.3 and the output application device 6 with the main functions of filtering and outputting are set as columnar cup-shaped independent bodies that can be selectively used for water filtration and waterless filtration. The three-dimensional layer chamber 1.1.1 of the chemical oxygen production or hydrogen production chemical reaction pool is set as a columnar cup-shaped independent body and is set on one side of the purification filter cup. The high thermal energy chemical reaction pool 1.1.7 using calcium oxide or a mixture of calcium oxide and amphoteric active metals as raw materials is set as a columnar cup-shaped independent body and is set on the other side of the purification filter cup. The three cup bodies are connected in parallel to form a multi-compatible medical device (see Fig.10 ), the oxygen-producing and hydrogen-producing chemical reaction independent bodies and the calcium oxide high-heat energy chemical reaction independent bodies of this embodiment are connected by a screw-cover cup body and are arranged on both sides of the purification filtration and output application independent cup body with water filtration and waterless filtration that can be selectively applied in the lock-and-lock cover, wherein the waterless purification filtration cup body is provided with jasmine, osmanthus, snow chrysanthemum small flower dry bud granules and mung bean to pea-sized non-flower functional purification filtration granules, wherein the water purification filtration cup body is provided with water for purification filtration, the oxygen-producing and hydrogen-producing independent bodies and the calcium oxide high-temperature medicine vapor independent bodies are provided with S-shaped or Z-shaped gas transmission pipes, the gas transmission pipes enter the purification filtration independent bodies through the inner body wall below the lock-and-lock cover and extend into the bottom of the cup, the free end of the gas transmission pipe in the cup body is provided with a gas transmission head that is not easily blocked by the granules and is suitable for water filtration, the screw-cover cup feet arranged on both sides of this embodiment are higher than the middle cup body or the middle cup body is higher than the two side cup bodies to facilitate the manual opening of the three cup bodies for feeding and liquid injection operations.

[0198] Embodiment 8

[0199] This embodiment is a multi-compatible medical device in the shape of a lock-and-lock lid goblet that is compatible with a calcium oxide high-heat energy drug vapor chemical reaction liner, a chemical oxygen production liner, a hydrogen-oxygen mixed electrolysis water cup, or a proton membrane hydrogen production electrolysis water cup (see Figure 10-1 ). The calcium oxide or calcium oxide amphoteric active metal high thermal energy medicine vapor chemical reaction liner is a high auxiliary liner arranged in the chemical oxygen production or hydrogen production liner.

[0200] Embodiment 9

[0201] The present embodiment is a specific embodiment of a reverse filtration electrolysis water cup (i.e., a secondary cup) 5, which is composed of a cylindrical tea bag cup body 5.3, a funnel-shaped purification and filtration chamber 5.2, a lock-and-lock cover 5.1 provided with a functional purification and filtration layered structure and / or a granular mesh, and a bubble bag 5.5 for edible aromatic flowers and dry granular materials of roots, stems, leaves, and fruits of herbal plants with medicinal and edible properties; the present embodiment is an in vitro configured water cup that can adjust the color and flavor of reverse filtration electrolysis water and / or increase the health and therapeutic function; the upper surface of the lock-and-lock cover of the reverse filtration electrolysis water cup of the present embodiment is provided with a reverse filtration flat rotating cover 5.1.1 and a reverse filtration water pouring inlet 5.1.2, and a reverse filtration mesh 5.1.3 connected to the cover is provided below the lock-and-lock cover, and ferric oxide or ferric oxide and tourmaline-like mineral particles rich in metal oxides are provided in the mesh. The bag body of the functional purification and filtering granular material bubble bag is a hollow, liquid-permeable, non-leaking granular yarn or cotton or non-woven bag made of daily tea bag materials and a circular bag body that matches the inner diameter of the groove-shaped neck 5.2.2 of the funnel-shaped purification and filtering chamber 5.2.1. The bag body contains edible aromatic flowers or herbal roots, stems, leaves and flowers that can release beneficial substances and good color and taste after brewing with boiling water. The neck space of the funnel-shaped purification and filtering chamber of this embodiment is the storage space for the functional purification and filtering material bubble bag 5.5.1 after soaking. The neck is provided with a mesh bottom surface 5.2.2.1. The brewed purification and filtering material bubble bag has an adsorption and filtration effect on tangible substances. The basic formula components and proportions of the functional materials set in the tea bag-type functional granular material package of this embodiment are:

[0202] Roselle (whole flower) and / or snow chrysanthemum (whole flower) account for 80%-90% by weight, stevia account for 10-20% by weight, or black plum (dry pieces and granules) account for 80%-90% by weight, stevia (broken leaves) account for 10-20% by weight;

[0203] Alternatively, the functional material provided in the tea bag type functional granular material package of this embodiment is a 20-50 gram granular material package composed of the basic formula and other granular materials, wherein the gram weight proportion of the basic formula material is greater than 50%.

[0204] Several specific embodiments of the 20g material package composed of the basic formula of this embodiment and other granular materials:

[0205] Compound formula based on basic formula 1

[0206] The basic formula and 10-30% by weight of black tea or red tea are combined to form a colored drink;

[0207] Compound formula based on basic formula 2

[0208] The basic formula and the color health care beverage are composed of functional ingredients of medicine and food or health care that account for 30-60% by weight and have a light bitter taste and have no adverse medicinal properties conflicting with the materials of the basic components. The functional ingredients are a combination of one or more of hawthorn, ophiopogon, monk fruit, Sterculia lychnophora, wolfberry, eucommia, notoginseng, salvia miltiorrhiza, American ginseng, ganoderma lucidum, Cistanche deserticola, safflower, dendrobium, and gynostemma pentaphyllum, and they are used in equal weight ratios or differentiated weight ratios;

[0209] Compound formula three based on basic formula

[0210] The basic formula and the colored beverage are composed of 30-60% by weight of the antibacterial and antiviral functional ingredients of medicinal and edible origin or health care, which have a light bitter taste and no adverse drug property conflict with the materials of the basic components. The antibacterial and antiviral functional ingredients are a combination of one or more of honeysuckle, forsythia, houttuynia, isatis root, and magnolia, and they are used in equal weight ratios or differentiated weight ratios;

[0211] Alternatively, the functional granule material package further comprises dry probiotic mothers which can restore activity when in contact with water, and the bagged material in which the probiotic mothers are introduced enables the brewed base liquid to constitute an overnight tea fungus liquid.

[0212] Embodiment 10

[0213] This embodiment is an application embodiment of a multi-compatible medical device using Houttuynia cordata as a drug containing functional volatile components as an additional component of chemical oxygen production or hydrogen production or as an additional component of a calcium oxide high thermal energy chemical reaction pool. The dry stems and leaves of Houttuynia cordata are processed into fine powder (the fineness can be selected to be 60-100 mesh) and mixed with solid materials for oxygen production or hydrogen production or calcium oxide to form a mixture, which is then placed in an oxygen production or hydrogen production chemical reaction pool or in a calcium oxide high thermal energy chemical reaction pool as a secondary pool (the solid materials for oxygen production, hydrogen production and calcium oxide chemical reactions and the dry Houttuynia cordata additive material can be used in equal proportions by weight or volume, or the proportion of additional components is not Less than 1 / 3), injecting chemical reaction liquid will generate oxygen or hydrogen accompanied by volatile components of Houttuynia cordata, wherein Houttuynia cordata obtains a distillation-like effect in the environment of chemical reaction heat energy and high-temperature water to release volatile effective components. The application of this embodiment includes auxiliary medical treatment for nuclear radiation, because people have found that Houttuynia cordata is the only plant that can survive tenaciously at an explosive point, and therefore it is determined that it has radiation resistance. Oxygen and hydrogen both have the effect of promoting the decay of nuclear radiation. The mixed gas composed of oxygen and / or hydrogen and Houttuynia cordata vapor can be used for medical research and medical practice of nuclear radiation.

[0214] Embodiment 11

[0215] This embodiment is an application example of a liquid level control plate 1.1.4 composed of a purification layer chamber and a gas filter layer chamber of a chemical oxygen or hydrogen generator, a purification filter particle body 9, a three-dimensional air-permeable spacer cloth 1.1.2.1 carrying purification materials, and a waterless purification filter composite layer 2.2.6 composed of a sponge gas filter release layer (see Fig.12 ), which replaces the water filtration device of the traditional chemical oxygen and hydrogen production to ensure that the drug vapor produced by the multi-compatible medical device is not filtered, or the upper surface of the composite layer of this embodiment is provided with a fish scale gas one-way release film 1.1.4.6 (see Figure 12-1 ), the one-way membrane cooperates with the air supply tube 6, 2 and the air supply pressure bag 7.2 to realize the oxygen-hydrogen drug vapor inflation therapy of the trachea, lungs and uterine cavity.

[0216] Embodiment 12

[0217] This embodiment is an application device for the inflatable therapy of oxygen-hydrogen drug vapor through the cervical cannula for the uterine cavity and fallopian tube which are difficult to treat directly (see Figure 3-1 ), the air delivery tube is made of medical catheter-like material, and the free end of the air delivery tube is provided with a lower tube round head that does not hurt the cavity mucosa;

[0218] One of the methods for using the hydrogen-oxygen mixed electrolyzed water purification filter cup (i.e., the off-body secondary cup) of this embodiment is:

[0219] Put the tea bag type functional granule material package into the bottom of the main cup body, leave the free end of the pull line outside the cup body, use boiling water to pour into the main cup body, the pouring amount is 1 / 5-1 / 2 of the volume of the main cup body, and after the pouring is completed, cover and soak for 6-24 hours to obtain the base liquid;

[0220] Before using the purification filter cup, open the cup cover, take out the bubble bag from the main cup body and put it into the cylindrical neck, cover the cup cover and open the sub-cover to expose the reverse filtration pouring port; pour the water in the electrolyzed water cup through the reverse filtration pouring port of the cup cover, and the reverse filtered electrolyzed water will enter the main cup body containing the basic liquid after purification and filtration by the layered structure and / or net gallbladder with functional particles arranged in the cover body and / or below, and the bubble bag containing organic particles, and form safe drinking functional colored water rich in hydrogen and oxygen together with the basic liquid. When drinking, open and remove the cup cover together with the purification and filtration structure layer, net gallbladder and funnel-shaped cup body structure, and drink through the upper opening of the main cup body. The soaked bubble bag is a disposable product and is discarded after reverse filtration.

[0221] Alternatively, the reverse filtration electrolysis water cup of this embodiment adopts the double mesh liner structure of the commonly used screw-top water cup, and the upper opening of the double mesh liner is detachably fixedly connected to the inner edge of the screw-top opening, wherein the inner mesh liner is provided with functional purification particles, and the bottom of the outer mesh liner is provided with a tea bag-style functional particle material package after brewing.

[0222] Although the embodiments of the present invention are disclosed for illustrative purposes, those skilled in the art will appreciate that various substitutions, changes and modifications are possible without departing from the spirit and scope of the present invention and the appended claims. Therefore, the scope of the present invention is not limited to the contents disclosed in the embodiments.

Claims

1. A multi-compatible medical device compatible with chemical and physical oxygen production, hydrogen production, and steam generation devices, characterized in that: The multi-compatible medical device is a device that can be used in combination with a chemical oxygen generator, a chemical hydrogen generator, a physical oxygen generator, a physical hydrogen generator, water vapor and a drug vapor generator containing water vapor, and the multi-compatible medical device includes at least one oxygen generator or a hydrogen generator and a drug vapor generator containing water vapor; The multi-compatible medical device is composed of independent gas generating devices which are integrated into one; The multi-compatible medical device is composed of an integrated outer body structure and independent gas generating devices in the outer body structure. The multi-compatible medical device includes independent gas generating devices and a gas temperature and humidity adjustment and purification chamber, a gas filtering output chamber, and an output application device shared by the independent gas generating devices. The integrated outer body structure is an upper and lower multi-layer chamber and / or left and right multi-layer chamber integrated structure formed by connecting sub-shells and / or sub-box bodies. The multi-compatible medical device diffusely intervenes the water vapor generated by the water vapor and / or the drug vapor generating device containing water vapor into the oxygen-hydrogen mixed gas space generated by the compatible oxygen-generating device and the hydrogen-generating device, so that the oxygen-hydrogen mixed gas becomes a high-water content safe gas to achieve the safety of the compatibility between the oxygen-generating device and the hydrogen-generating device. The multi-compatible medical device achieves complementary advantages of chemical oxygen and hydrogen production and physical oxygen and hydrogen production through the compatibility of the two, and achieves high oxygen and / or hydrogen production with a small volume container through the sharing of multi-layer chambers, and realizes the medical synergistic effect of oxygen and / or hydrogen and drug aerosol through the intervention of drug vapor.

2. The multi-compatible medical device according to claim 1, characterized in that: The chemical oxygen production device and the chemical hydrogen production device are dual-purpose chemical oxygen production and hydrogen production devices that can produce oxygen using a strong oxidant solid oxygen production material and an oxygen production liquid or produce hydrogen using an active metal solid material and a hydrogen production liquid. The chemical reaction pool of the dual-purpose chemical oxygen production and hydrogen production device is charged with an oxygen production solid material and injected with an oxygen production reaction liquid to form a chemical oxygen producer, and charged with a hydrogen production solid material and injected with a hydrogen production reaction liquid to form a chemical hydrogen producer. The dual-purpose chemical oxygen production and hydrogen production devices are connected and are charged with oxygen production and hydrogen production solid materials respectively and injected with oxygen production and hydrogen production liquids respectively to form a chemical oxygen production and hydrogen production combined body that produces oxygen and hydrogen simultaneously. The physical oxygen production includes oxygen production by molecular sieve involving electric air separation and oxygen production by electrolysis of water. The physical hydrogen production includes hydrogen and oxygen separation proton membrane water electrolysis to produce hydrogen; The physical oxygen and hydrogen production also includes an oxygen-hydrogen mixed water electrolysis component to simultaneously produce oxygen and hydrogen; The drug vapor generating device containing water vapor includes a chemical drug vapor generating device containing water vapor and a physical drug vapor generating device containing water vapor. The chemical drug vapor generating device containing water vapor is combined with a chemical oxygen production or chemical hydrogen production or a high-heat energy chemical reaction pool. The generation of the chemical drug vapor containing water vapor is achieved by adding drug additives to the chemical oxygen production and hydrogen production solid material or the chemical oxygen production and hydrogen production liquid or the high-heat energy chemical reaction material. The drug additives are distilled through the chemical energy of the chemical reaction pool to generate functional drug vapor or drug aerosol. The physical water vapor-containing drug vapor generating device is composed of an electric kettle-like heating device and a water-filled inner tank. Drugs are added to the water-filled inner tank, and the drugs are distilled by the electric and hot water to generate functional drug vapor or drug aerosol. Each independent gas generating device of the multi-compatible medical device is separated into an independent body by a space isolation plate and / or a liquid level control plate arranged inside a common outer body structure, and the partition structure is provided with inter-chamber communication holes and / or inter-chamber communication air guide tubes, and the inter-chamber communication holes and / or inter-chamber communication air guide tubes enable internal communication between each independent body; Alternatively, each independent gas generating device has its own independent gas generating structural system and has its own sub-shell or sub-box body outer structure. Each independent gas generating device is an associated auxiliary device for the exogenous functional coordinated gas. The associated auxiliary devices are internally connected and integrated through the exogenous gas access device.

3. The multi-compatible medical device according to claims 1 and 2, characterized in that: The oxygen-generating solid material is sodium percarbonate or calcium peroxide powder without irritating unpleasant odor and contact and inhalation harmful substances produced in the process of oxygen-generating chemical reaction, or a mixed powder consisting of sodium percarbonate or calcium peroxide powder and additional components, wherein the additional components include a catalyst, and the catalyst is a powder preparation of a fast-reaction catalyst and / or a slow-reaction catalyst, wherein the fast-reaction catalyst is a common chemical oxygen-generating catalyst of manganese dioxide or iron oxide, and the slow-reaction oxygen-generating reaction catalyst is a mineral rich in metal oxides such as actinolite and sodium manganese tourmaline; The oxygen production reaction liquid is hot water (H2O) above 80 degrees or safe hydrogen peroxide (H2O2) with a concentration of 3-8% or a mixture of normal temperature water (H2O) and an additional component catalyst; The hydrogen production solid material is one of the metal bodies of magnesium, zinc, aluminum, and iron, such as rods, strips, fragments, and ingots, which can undergo a substitution reaction with dilute acid to produce hydrogen and do not produce harmful substances during the hydrogen production process; the hydrogen production reaction liquid is one of 5-15% dilute hydrochloric acid, dilute sulfuric acid, and dilute acetic acid; Alternatively, the hydrogen production solid material also includes one of aluminum, zinc, tin amphoteric metal rods, fragments, ingots, and strips that can undergo a replacement reaction with a strong alkali aqueous solution to produce hydrogen and does not produce harmful substances during the hydrogen production process, and the strong alkali aqueous solution is a sodium hydroxide aqueous solution; Alternatively, the hydrogen production solid material is magnesium metal, and the hydrogen production liquid that can react with the specific magnesium metal to produce hydrogen is hot water above 80 degrees; or, the chemical hydrogen production solid material also includes a mixed powder of calcium oxide and magnesium or amphoteric active metals, the chemical hydrogen production liquid is water, and the mixed powder of calcium oxide and magnesium or amphoteric active metals is added with water to produce hydrogen to achieve a hydrogen production method that can generate a large amount of high-temperature hot steam and form a high-thermal energy chemical reaction pool as a high-temperature chemical energy drug steam generation chamber; Alternatively, the solid material for producing oxygen and hydrogen and the liquid for producing oxygen and hydrogen further include additional ingredients having a flavoring or organic carrier function; The solid materials for producing oxygen and hydrogen, and the liquid seasoning, medicine and carrier-type additional components for producing oxygen and hydrogen are substances that intervene in the chemical reaction process but do not participate in the chemical reaction.

4. The multi-compatible medical device according to claims 1-3, characterized in that: The medicine as an additional component of the chemical reaction material arranged in the chemical reaction tank and arranged in the inner tank of the electric heating medicine steamer to generate functional medicine vapor is a Chinese medicine piece or a herbal plant that can release functional volatile components through thermal distillation or thermal excitation in the chemical energy tank water or the electric heating tank water, or a Chinese patent medicine preparation composed of these as the main medicinal ingredients; Alternatively, the medicine as an additional component of the chemical reaction material disposed in the chemical reaction pool and disposed in the inner tank of the electric heating medicine steamer to generate functional medicine vapor also includes a western medicine substance that can release functional volatile components through thermal distillation or thermal excitation in the chemical energy pool water or in the electric heating pool water; The medicine used as an additional component of the chemical reaction material and arranged in the chemical reaction tank and in the inner tank of the electric heating medicine steamer to generate functional medicine vapor has the basic functions of emergency medical treatment for the heart, brain, respiratory and nervous systems, or has the basic functions of health care, or has the basic functions of resisting respiratory infectious pathogens, promoting blood circulation, promoting wound healing, and having bactericidal and anti-inflammatory effects.

5. The multi-compatible medical device according to claims 1 and 2, characterized in that: The dual-purpose chemical oxygen and hydrogen production device comprises an outer body structure, a three-dimensional chemical oxygen or hydrogen production chamber connected and arranged in the outer body structure, a chamber with the main functions of temperature adjustment, defoaming, deacidification, flavoring and purification, and a three-dimensional chamber with the main function of filtering and outputting, an injector and / or a puncture and infusion component, and a gas output application device arranged on the outer body structure and connected to the interior; The layer structure of the three-dimensional layer chamber for chemical oxygen or hydrogen production, the layer chamber with the main functions of temperature adjustment, defoaming, deacidification, seasoning and purification, and the three-dimensional layer chamber with the main function of filtering output includes a three-dimensional space structure composed of an outer body structure wall and a layered structure composed of a functional three-dimensional structure layer in the outer body structure, which constitutes a hydrogen or oxygen production and anhydrous purification filtration layer chamber; the chemical oxygen or hydrogen production layer chamber is a chemical reaction pool for containing chemical solid materials for oxygen or hydrogen production, liquid for chemical oxygen or hydrogen production and a material control structure, and the chamber can undergo chemical reactions to prepare Oxygen or hydrogen and generate chemical heat energy and play a distillation-like role on the volatile substances involved; the layer chamber with the main functions of temperature regulation, defoaming, deacidification, flavoring and purification plays a role in temperature regulation, defoaming, deacidification, flavoring and purification on the produced oxygen or hydrogen and hot steam, and has the function of oxygen and hydrogen production dual-purpose device conversion. The layer chamber has a selective structural basis for being set as a water filtration layer chamber and a waterless filtration layer chamber; the three-dimensional layer chamber with the main function of filtering and outputting further purifies, assists in conversion, filtration and output of the produced oxygen or hydrogen; The chemical oxygen and hydrogen production dual-purpose device has a structural basis for selectively setting three purification modes: waterless filtration, water filtration, and a combination of waterless filtration and water filtration. The establishment of the waterless purification filtration structural basis and mechanism creates the basic conditions for the generation and utilization of drug vapor without being filtered by water.

6. The multi-compatible medical device according to claim 5, characterized in that: The chemical oxygen and hydrogen production dual-purpose device is an integrated combination composed of sub-shells and / or sub-boxes and constitutes an independent oxygen producer or hydrogen producer, and the independent oxygen producer or hydrogen producer can constitute a combination with multiple oxygen or hydrogen production chambers that are bilaterally symmetrical or have a stacked layer structure, or an integrated combination that is combined to form a combination with one side producing oxygen and the other side producing hydrogen, or with the upper and lower layers producing oxygen and hydrogen respectively, or an integrated combination that is combined to form one side producing oxygen or hydrogen and one side being set up as an electric heating mist fumigation or distiller, or a stacked layer structure with the lower chamber being set up as an electric heating The integrated chemical oxygen and hydrogen generator has the basic structural features of the first chamber, the second chamber, the third chamber or the lower, middle and upper chambers which are connected in sequence from bottom to top or from front to back, which are composed of an external structure and an internal space. The first chamber or the lower chamber is an oxygen or hydrogen production layer chamber with a chemical reaction pool, the second chamber or the middle chamber is a layered structure or a mesh chamber with the main functions of temperature adjustment, defoaming, acid removal, seasoning and purification, and the third chamber or the upper chamber is a layered structure with a filtering output as the main function. The multi-chamber structure with more than three chambers is composed of the first chamber, the second chamber, the third chamber or the lower chamber, the middle chamber and the upper chamber. The two-chamber structure with less than three chambers is a combined structure of the three-chamber basic structure, wherein the adjacent upper chamber and the middle chamber have the ability to be combined into one, and the adjacent middle chamber and the lower chamber have the ability to be combined into one. The sub-shells and / or sub-boxes of each layer chamber are integrated and detachably connected and fixed as one. The interior of each layer chamber is separated by a breathable isolation plate and forms a gas connection. The sub-shells and / or sub-boxes of each layer chamber can be The integrated method of disassembly, connection and fixation provides a structural basis for the convenience of application of chemical oxygen and hydrogen generators. It can be conveniently opened manually to put in solid materials for oxygen or hydrogen production and inject liquid for oxygen or hydrogen production, and waste liquid can be removed at any time. It can realize the controllability of oxygen or hydrogen production reaction speed and flow rate, the generation of single oxygen and hydrogen gas, the simultaneous generation of oxygen and hydrogen gas, or the selective generation and application of produced oxygen and / or hydrogen gas accompanied by medicinal steam or non-medicinal functional steam through different combinations of sub-shells and / or sub-boxes and installation accessories; The layered structure or mesh chamber of the second chamber or the middle chamber with the main functions of temperature adjustment, defoaming, acid removal, seasoning and purification is composed of a foam transition consumption chamber composed of a three-dimensional space and a structural layer carrying a functional purification material, or a purification pool composed of a three-dimensional space and a bulk particle purification material, or a purification chamber composed of a three-dimensional space and a bulk particle purification material and a control mesh chamber; The purification filter layer chamber arranged in the upper chamber and / or the middle chamber has the technical and structural basis for functional transformation of the produced gas; The functional materials it carries with the functions of temperature adjustment, defoaming, deacidification, flavoring and purification make the produced oxygen and / or hydrogen suitable for medical inhalation applications. The titanium dioxide photocatalyst it carries and the functional associated device of ultraviolet light emitter are provided to convert the produced oxygen and / or hydrogen into negative ion photocatalyst factors suitable for environmental and fresh-keeping applications. The dehumidifying desiccant it carries produces ozone suitable for external medical and environmental applications and fresh-keeping applications under the intervention of ultraviolet light emitter. The dehumidifying desiccant it carries can convert the produced chemical wet oxygen and / or wet hydrogen into dry clean gas energy without the intervention of ultraviolet light. The layer chamber with filtering output as the main function is composed of a three-dimensional filtering layered structure, a gas output space and a hole mouth or a hole column; the three-dimensional layered structure is a breathable sponge with a thickness greater than 5MM and / or a three-dimensional breathable mesh spacer cloth or a structural layer containing further filtering and purifying functional materials formed with them as carriers, or the structural layer also includes a filtering and purifying functional dispersed particle layer; Alternatively, the chemical oxygen or hydrogen production chamber is provided with an inner liner made of glass or porcelain that is resistant to chemical reaction substances and heat energy and does not release harmful substances, and the inner liner is used as a chemical reaction pool; Alternatively, a secondary chamber is provided in the inner chamber, and the secondary chamber is used to separate the chemical oxygen or hydrogen production solid material and the additional components, or the secondary chamber is used as a second chemical reaction tank; The outer body structure of the chemical convenient oxygen and hydrogen generator includes a chemical reaction liquid level control panel, which is arranged above the chemical reaction pool and serves as both an inter-chamber isolation panel and a bracket of a layered structure; the liquid level control panel is a mesh air-permeable isolation panel or a mesh air-permeable isolation membrane, and its periphery is detachably and tightly connected to the outer body structure wall; Alternatively, an unobstructed puncture hole with a diameter greater than 5 MM is provided in the central area of ​​the liquid level control plate corresponding to the puncture hole at the top of the upper chamber wall or the gas delivery hole nozzle which also serves as a puncture injection hole; Alternatively, the upper surface of the liquid level control plate is covered with breathable cotton paper or gauze; The chemical convenient oxygen and hydrogen generator is provided with a pressurized bag in the gas output application device to form an emergency medical pressurized oxygen and / or hydrogen supply mode; The integrated cassette-type chemical convenient oxygen and hydrogen production dual-purpose device has a controllable continuous or consecutive feeding and liquid injection and a continuous circulation oxygen or hydrogen production structural basis that can remove waste liquid at any time; The chemical oxygen and hydrogen dual-purpose device has a structural foundation for assembling physical oxygen or physical hydrogen production, water-containing physical medicine vapor and other non-oxygen hydrogen gas generators inside and on the outer structure, and its output application device is provided with connection and connecting parts for docking with external gas generation related devices.

7. The multi-compatible medical device according to any one of claims 1 to 6, characterized in that: The multi-compatible medical device comprises a complex consisting of an outer body structure and an inner space of a dual-purpose device for chemical oxygen production and hydrogen production and a chemical medicine vapor generating device as a main structure, and a physical oxygen production and hydrogen production device and a water vapor-containing physical medicine vapor generating device as auxiliary associated devices, wherein the auxiliary associated devices are arranged in the inner space of the chemical oxygen production and hydrogen production device or arranged on the outer body structure of the chemical oxygen production and hydrogen production device, and are internally connected with the inner space of the chemical oxygen production and hydrogen production device through a connecting wall or a connecting gas transmission pipe; the middle chamber and the upper chamber of the dual-purpose device for chemical oxygen production and hydrogen production of the complex and the gas output application device arranged in the upper chamber are used as common devices for each auxiliary associated device, and the oxygen and / or hydrogen produced by the dual-purpose device for chemical oxygen production and hydrogen production and the gas generated by the compatible external gas associated device are temperature-controlled, defoamed, deacidified, seasoned, humidified or dried in the common middle chamber, and are further purified and filtered in the common upper chamber, and are output through the chamber and utilized through the common gas output application device; The functional material arranged in the common middle chamber and / or upper chamber with the main function of gas purification is a powder, crushed powder or granular material with the functions of adsorbing the escaped reaction liquid, defoaming, correcting the taste and releasing the beneficial factors. Functional powders or crushed materials include tourmaline, far-infrared ceramic powder, rare crystal stone, actinolite and other single or composite powders or crushed minerals rich in metal oxides with negative ion or bioenergy wave release characteristics. Metal oxide powders or crushed materials can capture the escaped acid radicals in the chemical reactions of oxygen and hydrogen production to generate salts and water. Functional crushed materials also include dry herbal flowers or natural resins with strong adsorption that are both medicinal and edible and have aromatic or functional odor release. The functional granular materials include breathable ceramsite in the size of mung beans to peas, activated carbon particles, hematite particles, actinolite and / or tourmaline particles, mint icicles, borneol, propolis fragments, fragrant wood blocks, and the granular bodies are arranged in a dispersed state in the net liner or between the purification and filtration layered structure and the liquid level control plate. The functional dispersed particles can absorb the chemical reaction liquid and acid radicals that splash and escape with the steam, and have good air permeability; Alternatively, the mesh containing the water-absorbing purification material dispersed particles is soaked in water and then used as a substitute for the chemical oxygen and hydrogen production water filtration device and mechanism; Alternatively, the functional purification material further comprises applying a chemical defoaming agent to enhance the defoaming effect of the purification layer; Alternatively, the functional purification material is used by dripping essential oil extracted from medicine and food homologous substances; Alternatively, the functional granular material includes frozen water-soaked breathable ceramsite or frozen water-soaked activated carbon blocks to enhance the cooling effect of the drug vapor; Alternatively, the mesh container carrying the dispersed particles of the water-absorbing purification material is soaked in water and then frozen before use.

8. The multi-compatible medical device according to claims 1 and 2, characterized in that: The gas output application structure shared by various compatible devices arranged on the chemical oxygen and hydrogen production external structure and connected to the inside includes a respiratory system inhalation application device, a tracheal lung and non-respiratory system cavity organ pressurization input application device, and a face and body surface gas dispersion mask application device; wherein the tracheal lung input application device includes a respiratory resuscitation pressurized airway tracheal tube application device, wherein the non-respiratory system cavity organ pressurization input device includes an application device for intubation of the pelvic cavity, uterine cavity and fallopian tube that are difficult to treat directly, or an inflation therapy application device for oxygen and hydrogen drug vapor through puncture; The respiratory system inhalation application device is composed of a gas output hole column arranged on the outer body structure, an inhalation application air supply pipe connected to the gas output hole mouth, and a nasal suction device connected to the air supply pipe. The gas output hole column can be single or double. The double gas output hole columns of the double structure are connected to set up a double air supply pipe. The double air supply pipes are respectively provided with a nasal suction head and a U-shaped connecting loop of the nasal suction head at the distal end. The upper wall of the outer body structure is connected to the single gas output hole column to set up a Y-shaped air supply pipe with a forked distal end. The free end of the Y-shaped distal double air supply pipe is connected to a π-shaped nasal suction four-way pipe. The non-respiratory system cavity organ pressurized input application device is composed of a gas output hole column arranged on an external body structure, an air supply pipe for non-respiratory system cavity input application connected to the gas output hole column, and a non-respiratory system cavity finger-shaped or cone-shaped insert connected to the distal end of the air supply pipe. When used, the insert is directly inserted into the cavity for anorectal or gynecological oxygen therapy and / or hydrogen therapy, or oxygen therapy and / or hydrogen therapy accompanied by drug vapor. The insert is a non-respiratory system cavity finger-shaped or cone-shaped structure made of silicone or latex and provided with a middle hole. The air supply pipe for non-respiratory system cavity input application is provided with a manual pressurized air bag, or the gas output hole column arranged in the upper chamber is detachably fixedly connected to the insert. When used, the insert is directly inserted into the cavity for anorectal or gynecological oxygen therapy and / or hydrogen therapy, or oxygen therapy and / or hydrogen therapy accompanied by drug vapor. The respiratory resuscitation pressurized airway trachea and uterine cavity tube application device is composed of a gas output hole column arranged on the external structure, a blind-headed airway with a side hole connected to the gas output hole column or an airway with a round head at the free end, and a manual pressurized air bag is arranged in the middle section of the catheter; The application device of the gas dispersion mask for the face and body surface is composed of a gas output hole column arranged on the outer body structure, an air supply pipe connected to the gas output hole column, and a mask connected to the far end of the air supply pipe to disperse and release oxygen over a large area. The mask is provided with a deformable bracket or an application handle, and the air supply pipe is arranged in the air supply pipe through hole inside the bracket. The bracket is located on the upper shell of the oxygen concentrator or has a floor-standing base. The non-open state chemical convenient oxygen and hydrogen production device keeps at least one gas transmission hole in an open state during the oxygen production or hydrogen production reaction to ensure the safety of chemical oxygen and hydrogen production.

9. The multi-compatible medical device according to any one of claims 1 to 8, characterized in that: The multi-compatible medical device includes a liquid storage and injection part for the liquid required by each gas generating device, which is arranged on a common outer body structure or on a sub-shell of an independent gas generating device or an outer body structure of a sub-box body. The liquid storage and injection part includes a quasi-medical liquid injection device or a quasi-medical infusion device, wherein the quasi-medical infusion device enables each independent body requiring liquid supply to continuously and slowly or intermittently receive liquid from the infusion device through a controllable continuous input supply or intermittent input supply, and the quasi-medical infusion device is a matching component consisting of a liquid storage bag, an infusion tube, a drip pot, a controller, and a puncture needle; wherein the quasi-medical liquid injection device includes a puncture needle and a liquid storage and injection tube or a liquid storage and injection bag, which injects liquid through an injection hole arranged on the outer body structure and connected to the chemical reaction pool; The medical infusion device also includes a high-position hot water drip or injection device composed of a hot water bag instead of a medical infusion bag and an infusion tube, a drip pot, a controller, and a puncture infusion needle.

10. The multi-compatible medical device according to claims 1-9, characterized in that; The application of the multi-compatible medical device includes any selective compatible application of one or more of a drug vapor generating device containing water vapor and a chemical and physical oxygen and / or hydrogen generating device, Among them, the air separation physical oxygen production device adopts the basic structure and mechanism of the air separation physical oxygen production device. The air separation physical oxygen production device with an external structure smaller than the chemical oxygen and hydrogen production device is arranged in the internal space of the chemical oxygen and hydrogen production device. The air separation physical oxygen production device with an external structure larger than the chemical oxygen and hydrogen production device is arranged on the external structure of the chemical oxygen and hydrogen production device. The air delivery pipe of the air separation physical oxygen production device extends into the chemical oxygen and hydrogen production device and shares the temperature and humidity adjustment purification layer chamber and the filter output and output application device with the chemical oxygen and hydrogen production device. The physical hydrogen production device adopts the basic structure and mechanism of the hydrogen-oxygen separation proton membrane water electrolysis hydrogen production cup, which is arranged in the internal space of the chemical oxygen hydrogen production device or arranged outside the chemical oxygen hydrogen production device as an external gas generator of the chemical oxygen hydrogen production device through a connecting pipe to form a connecting device, and the electrolyzed water in the cup can be used as hydrogen-rich water for drinking; Among them, the physical oxygen and hydrogen production device adopts the basic structure and mechanism of oxygen and hydrogen production simultaneously produced by the oxygen-hydrogen mixed electrolysis water cup assembly, which is arranged in the internal space of the chemical oxygen and hydrogen production device, and is equipped with an electrolysis water reverse purification filtration sub-cup. The reverse purification filtration is the process of pouring the electrolysis water produced by the electrolysis water cup into the purification filtration cup. The oxygen-hydrogen mixed electrolysis water after reverse filtration constitutes drinkable oxygen-rich and hydrogen-rich water; The physical water vapor-containing drug vapor generating device is arranged below the oxygen and hydrogen production chemical reaction pool layer chamber in the internal space of the chemical oxygen production hydrogen generator, and is composed of an electric kettle-like heating device and a heat-conducting metal inner tank. The drug vapor generated by the device can rise to the common layer chamber and output application device through the side holes of the liquid level control panel and / or the upper inner tank side holes arranged in each layer chamber of the internal space of the chemical oxygen production hydrogen generator, and be inhaled and applied along with oxygen and / or hydrogen. The drug liquid boiled in the inner tank can be taken as a functional drug liquid; Alternatively, the multi-compatible medical device also includes compatibility with ultraviolet generators, and the multi-compatible medical device that is compatible with ultraviolet generators is converted into a high-concentration negative ion generator. When the multi-compatible medical device is used as a negative ion generator, the functional materials arranged in the middle chamber and / or the upper chamber include a titanium dioxide photocatalyst; the multi-compatible medical device that is compatible with ultraviolet generators constitutes a negative ion generator for regulating indoor air composition and air purification, and the indoor high-concentration negative ion air and the drug vapor formed by adding additional ingredients to the drug can be used as one of the indoor epidemic prevention measures during the epidemic of respiratory infectious diseases.

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