Chemical convenient oxygen generator capable of rapidly, controllably and continuously generating oxygen in emergency and application

Abstract

The invention discloses a chemical convenient oxygen generator for emergency rapid oxygen generation and controllable continuous oxygen generation and application, and solves the problem of convenience in preparation, carrying and application of chemical oxygen. The invention provides a novel emergency medical scheme and an implementation method for generating medicine steam by utilizing heat energy of chemical oxygen generation to enable oxygen inhalation to be inhaled along with the medicine steam, and a novel medical oxygen therapy technology for oxygen input of trachea lung and non-respiratory tract cavity organs of a human body or oxygen input along with the medicine steam and chemical oxygen generation body surface application. Emergency rapid chemical oxygen generation can be realized, and controllable continuous circulating chemical oxygen generation can also be realized. The oxygen generator comprises an outer body structure, an oxygen generation layer chamber, a water-free purification filtering layer chamber, a puncture liquid injection piece and an output application device, and the output application device comprises a respiratory tract inhalation application device, a trachea lung and non-respiratory tract cavity organ input application device, a body surface application device and a non-medical output application device. The system has a multi-purpose structure foundation and mechanism capable of being selectively applied, has high cost performance and is easy to popularize and apply.

Description

Technical Field

[0001] The present invention belongs to the technical field of medical supplies and health care equipment, and in particular relates to a chemical convenient oxygen generator for emergency rapid and controllable continuous oxygen production and its application. Background Art

[0002] Safety, ease of use, and low-cost miniaturization are the basic requirements for popularization and application of oxygen generators. Chemical oxygen generators are portable and easy to use because they do not involve electricity, and are relatively easy to miniaturize. However, as long as the conditions are met, chemical oxygen production will complete the chemical reaction in a short time regardless of the amount of oxygen production material in the container, and the produced oxygen will be released in a concentrated manner in a short time, which is difficult to meet the requirements of long-term continuous oxygen production and continuous inhalation. In addition, the chemical oxygen generators of the existing technology are also difficult to meet the requirements of speed and convenience for immediate application when used for emergency medical treatment, and the purification technology of small chemical oxygen generators for immediate inhalation also lacks structural advancement. Due to the technical deficiencies in the above-mentioned chemical oxygen production reaction speed control and sustainable oxygen production problems, comprehensive safety control problems, purification technology problems of oxygen from generation to immediate inhalation in small application devices, and the speed and convenience of emergency applications, the instant oxygen production using chemical materials has not been popularized and applied. In particular, it is difficult to meet the practical requirements of quickly completing clinical operations and instantly generating oxygen for immediate inhalation application in the respiratory system in the medical field. The existing technology has also failed to widely apply oxygen that can play an important medical role in the non-respiratory system cavity of the human body to the corresponding fields, and has failed to provide the most convenient application device that is ready for use and easy to input. The chemical oxygen generators in the existing technology also do not utilize the chemical energy generated by the oxygen production chemical reaction or lack a better way to utilize it. In order to make chemical oxygen production and its application enter people's lives, make it enter people's conventional medical and emergency application fields and expand its application scope, the present invention proposes a chemical convenient oxygen generator and a technical solution for emergency rapid and controllable continuous oxygen production, which has the advantages of simple, fast, safe operation, no electricity, instant oxygen production and instant inhalation application, and can realize continuous circulation oxygen production for respiratory system inhalation application and non-respiratory system cavity organ input application, and can be more miniaturized and can be carried around for easy use. It solves the important problems existing in chemical oxygen production with a controllable continuous dynamic feeding and liquid feeding mechanism and a waterless purification mechanism, and makes the emergency application mode of instant oxygen production and instant inhalation as convenient as eating instant foods and taking oral medications, and makes the cavity organ input application of the non-respiratory system as convenient as using external medications. The structure and application method adopted by the present invention and the overall structure can make the users of the chemical oxygen generator have a better experience. The present invention utilizes the important feature that only chemical oxygen production can generate self-generated heat energy, and adopts the intervention of traditional Chinese medicine that can be hydrolyzed under thermal energy and high temperature to generate drug vapor or stimulate the release of beneficial odors through a thermal energy water environment, so that the oxygen production process is accompanied by the generation of drug vapor or drug aerosol or beneficial odors, so that the traditional Chinese medicine can play a medical auxiliary role by means of chemical energy and the oxygen produced. The present invention adopts the intervention of minerals with the characteristics of releasing biologically active substances under the environment of chemical energy and hot vapor to make the oxygen generator constitute a negative ion oxygen and oxygen mixed gas generator. The intervention of drugs and special minerals in the present invention has opened up new application methods for traditional chemical oxygen generators, so that chemical oxygen production can show more sufficient advantages than other oxygen production methods.

[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 object of the present invention is to provide a chemical convenient oxygen generator and its application for emergency rapid and controllable continuous oxygen production.

[0005] To achieve the above object, the technical solution adopted by the present invention is:

[0006] A chemical convenient oxygen generator for emergency rapid oxygen production and controllable continuous oxygen production and its application, characterized in that: the chemical convenient oxygen generator comprises an outer body structure, a chemical oxygen production layer chamber arranged in the outer body structure, a layer chamber structure arranged in the outer body structure with oxygen purification or conversion as the main function, a gas filtering output layer chamber arranged in the outer body structure, a puncture injection piece arranged on and / or inside the outer body structure, and a gas output application device arranged on the outer body structure and connected to the inside;

[0007] The chemical oxygen production chamber is a chamber structure provided with chemical oxygen production solid materials and a puncturable oxygen production liquid storage bag and / or capable of accepting external oxygen production solid materials and external oxygen production liquid. The chemical oxygen production solid materials and the oxygen production liquid react chemically in the chemical oxygen production chamber to produce oxygen;

[0008] The layer chamber structure arranged in the outer body structure with the main function of oxygen purification or conversion is composed of a three-dimensional space formed by the outer body structure and a layered structure and / or a mesh liner carrying functional materials. The layer chamber structure purifies, defoams and adjusts the temperature of the oxygen produced by the chemical oxygen generator, and can convert oxygen (O2) into ozone (O3) or negative ion oxygen (O2-) according to needs through the adjustment of the functional materials carried in the layered structure and / or the mesh liner, or convert chemical wet oxygen containing a large amount of water vapor into non-medical dry combustion-supporting oxygen through the participation of a dehumidifier;

[0009] The gas filter output layer chamber arranged in the outer body structure allows the oxygen produced by the chemical oxygen generator or the gas converted from oxygen to be filtered and released for output use;

[0010] The chamber structure with oxygen purification or conversion as the main function and the gas filtration output chamber form a substitute for the waterless purification filter chamber of the traditional chemical oxygen water filtration device;

[0011] The chemical oxygen generation chamber obtains the supply of liquid for oxygen generation reaction through the participation of the puncture and liquid injection component, and the puncture and liquid injection component is one of the following: a puncture component arranged on or inside the external structure, a liquid storage component arranged inside or outside the external structure, an external liquid storage, liquid injection and dripping component, or a combination thereof;

[0012] The chemical oxygen production solid material is a strong oxidant powder material for oxygen production or a composite material consisting of a strong oxidant powder material for oxygen production and additional components; the oxygen production reaction liquid is water or a mixed liquid consisting of water and additional components, and the additional components in the oxygen production reaction solid material and the oxygen production reaction liquid are one of catalysts, minerals rich in metal oxides, fragrances, and medicinal ingredients, or a composite component thereof;

[0013] The chemical convenient oxygen concentrator realizes rapid emergency oxygen production by combining an internal puncturable liquid storage bag and an external and / or internal puncturing piece. The chemical convenient oxygen concentrator realizes continuous, continuous, cyclic and controllable oxygen production by controlling the liquid dripping, infusion and injection feeding mode. The chemical oxygen concentrator with the advantage of rapid emergency chemical oxygen production is provided with a structure and mechanism that can be converted into repeated oxygen production and continuous oxygen production. The chemical oxygen concentrator with the advantage of sustainable chemical oxygen production is provided with a structure and mechanism that realizes rapid emergency oxygen production.

[0014] The chemical convenient oxygen generator and its application include the technical method and structural basis for utilizing the chemical heat energy of the oxygen production reaction to produce oxygen accompanied by drug vapor, wherein the establishment of the waterless purification and filtration structural basis and mechanism creates the basic conditions for the generation and utilization of drug vapor without being filtered by water;

[0015] The chemical convenient oxygen generator and its application include the application as a medical oxygen source supplier and the application as a non-medical oxygen source supplier and the corresponding technical methods and structural basis. The application as a medical oxygen source supplier includes the application of the oxygen produced as a respiratory system inhalation application and non-respiratory system cavity organ input application and the surface oxygen therapy application realized by an oxygen dispersion release hood;

[0016] The chemical convenient oxygen generator and its application include the technical method and structural basis for the application of the chemical oxygen source generating input device as an oxygen storage bag;

[0017] The chemical convenient oxygen generator and its application include a compatible device for generating oxygen with a non-oxygen functional factor generator or a technical method and structural basis for generating a third type of functional factor in combination with a non-oxygen functional factor generator;

[0018] The chemical convenient oxygen generator and application also include associated auxiliary devices that are beneficial to chemical oxygen production and application.

[0019] Furthermore, the outer body structure is a bag-type, box-type, or hood-type structure, which respectively constitute a bag-type, an integrated box-type, or a semi-open hood-type chemical convenient oxygen generator for a disposable rapid emergency oxygen production application or a controllable continuous oxygen production application that can be output by squeezing the bag body for pressurized output, and conveniently fed and liquid-filled, and inhaler-free semi-open hood-type, and respectively constitute chemical convenient oxygen generators with different outputs and oxygen flow rates and that can be worn, held, or hung on a seat, and they have the structural characteristics of a first chamber, a second chamber, and a third chamber, or a lower, middle, and upper chamber, which are connected in sequence from bottom to top or from front to back and are jointly constituted by the outer body structure and the internal space, wherein the first chamber or the lower chamber is a chemical oxygen production layer chamber provided with a chemical reaction pool, the second chamber or the middle chamber is a layer chamber structure with oxygen purification or conversion as the main function, and the third chamber or the upper chamber is a gas filtration output layer chamber provided with a layered structure;

[0020] Alternatively, the first chamber or the lower chamber and the second chamber or the middle chamber form a structure combined into one, and the second chamber or the middle chamber and the third chamber or the upper chamber form a structure combined into one;

[0021] Alternatively, the first chamber or the lower chamber is divided into a multi-chamber structure through internal partitions;

[0022] Alternatively, the chemical oxygen production chamber is provided with an inner liner made of glass or porcelain that is resistant to acid, alkali and heat and does not release harmful substances, and the inner liner is used as a chemical reaction pool;

[0023] Alternatively, a secondary gallbladder is provided in the inner gallbladder, and a solid additional component of oxygen-generating material is provided in the secondary gallbladder so that the oxygen-generating solid material and the additional component are isolated and arranged as one body, or a non-oxygen-generating chemical reaction solid material is provided in the secondary gallbladder to form an independent non-oxygen-generating chemical reaction pool that is beneficial to oxygen production or coordinated oxygen application or beneficial to the generation of drug vapor. The height of the secondary gallbladder in which the solid additional component of oxygen-generating material is provided is lower than the height of the main gallbladder so that the oxygen-generating liquid injected into the main gallbladder overflows the secondary gallbladder of the additional component to form a fusion of the main gallbladder and the secondary gallbladder materials to participate in the chemical reaction together. The height of the secondary gallbladder in which the non-oxygen-generating chemical reaction solid material is provided is higher than the height of the main gallbladder to avoid the fusion of the main gallbladder and the secondary gallbladder chemical reaction to ensure that the main and secondary gallbladder chemical reaction pools are independent structures. A material control layered structure is provided above the low secondary gallbladder, and the layered structure is provided with a through hole that can pass through the high secondary gallbladder. The high secondary gallbladder conflicts with the bottom of the purification or functional conversion net gallbladder provided in the middle chamber of the oxygen concentrator, and the bottom surface of the net gallbladder forms control on the solid material provided in the high secondary gallbladder. The secondary gallbladder provided in the main gallbladder is a single multiple setting;

[0024] The chemical convenient oxygen generator outer body structure includes a chemical reaction liquid level control panel, which is arranged above the chemical reaction pool and serves as 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, and its periphery is detachably and tightly connected to the outer body structure wall, and a barrier-free puncture hole with a diameter greater than 5MM is provided at a position corresponding to the puncture hole or the gas delivery hole at the top of the upper chamber wall of the liquid level control panel;

[0025] Alternatively, a gas-permeable and liquid-tight coating is provided on the surface of the liquid level control plate. The liquid level control plate provided with the gas-permeable and liquid-tight coating has the function of defoaming and preventing the chemical reaction liquid from seeping outwardly to the upper structure. Moreover, the barrier formed by the gas-permeable and liquid-tight coating of the liquid level control plate can enable the chemical oxygen generator to realize inverted feeding and liquid injection from the discharge hole connected to the chemical reaction tank at the bottom. Inverted feeding and liquid injection using the discharge hole can avoid the setting of the feeding and liquid injection hole, which is beneficial to the processing and production of the oxygen generator and makes the application more convenient. For example, the bottom hole injection of the hood-type oxygen and hydrogen generator makes the multi-layer integrated shell convenient for production and processing and can avoid damage to the connection structure caused by repeated shell opening.

[0026] Alternatively, the coating on the upper surface of the liquid level control plate is breathable cotton paper or fine gauze;

[0027] Alternatively, the chemical reaction liquid level control panel is provided with a one-way valve membrane that can only output gas in one direction, so as to prevent the reverse transmission of oxygen when the soft bag is pressed or the gas pipe pressure bag is squeezed to increase the gas output power, and the one-way valve membrane structure is a porous plate double-open membrane single structure or a porous plate fish scale valve membrane structure;

[0028] The bag-type, integrated box-type, and hood-type chemical convenient oxygen concentrators all have a structural basis and mechanism for quickly starting an oxygen-generating chemical reaction or an oxygen-generating chemical reaction accompanied by drug vapor for emergency medical treatment. The bag-type oxygen concentrator realizes rapid liquid discharge and emergency start of chemical reaction oxygen production through the configuration of a built-in puncturable liquid storage bag and a puncture piece. The integrated box-type oxygen concentrator realizes emergency oxygen production through a combined structure that can conveniently open the cover to feed liquid and inject sealed oxygen production or through a mechanism that the infusion bag can immediately open the valve to release liquid and start the chemical reaction. The hood-type semi-open oxygen concentrator realizes emergency start of chemical reaction oxygen production through the provision of a convenient injection hole and nozzle in the oxygen concentrator liner.

[0029] The extrudable and deformable pressurization characteristics of the bag-type emergency oxygen concentrator and the arrangement of a pressurized bag in the gas output application device of the rigid oxygen concentrator constitute a rapid pressurized oxygen supply method for emergency medical treatment;

[0030] Alternatively, the mechanism of emergency rapid oxygen production also includes using the gas delivery hole on the top of the upper chamber wall of the oxygen generator as the puncture hole, using a spare puncture needle with a length greater than 100MM and a hole diameter greater than 0.8MM and an injector to penetrate the barrier-free puncture structure layer and / or the through hole of each layer of the chamber to inject liquid into the chemical reaction pool for emergency;

[0031] The bag-type, integrated box-type, and hood-type chemical convenient oxygen concentrators all have a structural basis for continuous and cyclic oxygen production with controllable continuous or continuous feeding and liquid injection and the ability to remove waste liquid at any time. The bag-type and hood-type oxygen concentrators achieve cyclic and continuous oxygen production by setting feeding and liquid injection orifices and waste discharge orifices that can be controlled to continuously or continuously feed and inject liquid and can remove waste liquid at any time, and the integrated box-type oxygen concentrator achieves continuous and continuous oxygen production by setting a convenient opening box cover.

[0032] The chemical convenient oxygen generator has a plurality of structural foundations for separating and arranging the oxygen-producing strong oxidant powder material, the catalyst additional component, and the drug additional component in one body, including the isolation of the oxygen-producing strong oxidant and the additional component by arranging the main and auxiliary gallbladders, the isolation of the oxygen-producing strong oxidant and the additional component by arranging the additional component in a wafer cake or glutinous rice film that melts when in contact with water, the isolation of the oxygen-producing strong oxidant and the additional component by arranging the additional component in a three-dimensional breathable mesh spacing cloth with a glutinous rice paper film, and the isolation of the oxygen-producing strong oxidant and the additional component by arranging the additional component in the middle layer structure of the three-dimensional breathable mesh spacing cloth and arranging the oxygen-producing strong oxidant in the inner space of the spacing cloth bag. The integrated and separated arrangement of different materials avoids the chemical influence between different components during storage, so as to create conditions for the chemical convenient oxygen generator to contain oxygen-producing pre-prepared materials to realize emergency oxygen production;

[0033] The layer chamber structure with the main function of oxygen purification or conversion is arranged in the second chamber of the oxygen generator and is not limited to being arranged in the second chamber;

[0034] The oxygen filter output layer chamber is composed of a three-dimensional filter layer structure, a gas output space, and a hole mouth or a hole column; the three-dimensional layer 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 by them as carriers, or the structural layer also includes a filtering and purifying functional dispersed particle layer; the space of the layer chamber also includes a storage space for a medicine mist generator or an external gas receiving space;

[0035] The puncture and injection structure arranged on the outer body structure wall is a combination of one or more of a puncture hole, an injection nozzle, and an openable injection device; the puncture hole and injection nozzle arranged on the outer body structure wall are single or multiple structures and are provided with an instant sealing film or a sealing member;

[0036] Alternatively, the chemical convenient oxygen generator further comprises a drainage hole orifice disposed on the outer body structure or a bag-type, box-type or capsule-type oxygen production reaction secondary liquid drainage and / or collection structure attached to the outer body structure;

[0037] Alternatively, the outer structure of the chemical convenient oxygen concentrator includes a gasket-type safety valve membrane that can burst when high pressure is accidentally formed inside the oxygen concentrator;

[0038] The oxygen-generating strong oxidant solid material is sodium percarbonate or calcium peroxide powder that can react chemically with the oxygen-generating liquid to produce oxygen and does not produce irritating and unpleasant odors or contact and inhalation harmful substances during the oxygen-generating chemical reaction;

[0039] The oxygen production 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 or a mixture of hot water and an additional component catalyst. The oxygen production liquid reacts with a strong oxidant solid material to produce oxygen. The chemical formula for oxygen production by sodium percarbonate is: 2Na2CO3·3H2O2=2Na2CO3+3 H2O2, The chemical equation for oxygen production by calcium peroxide is: 2CaO2+2H2O=2Ca(OH)2+O2↑), and the mass ratio of oxygen production reaction liquid to oxygen production powder material is 1-10:1;

[0040] The additional components of the chemical oxygen-generating material include the application of a composite material formed with the oxygen-generating material and the application of a functional material used as a layer chamber structure with oxygen purification or conversion as the main function;

[0041] The catalyst used as an additional component of the chemical oxygen production material is a powder preparation of a fast reaction catalyst and / or a slow reaction catalyst. The fast reaction catalyst is a common oxygen production catalyst of manganese dioxide and iron oxide. The slow oxygen production reaction catalyst is a special oxygen production catalyst rich in metal oxides and biologically active substances, such as actinolite and sodium manganese tourmaline, which has an oxygen production catalytic effect and can reduce the catalytic speed of the fast oxygen production catalyst. The mass ratio of the strong oxidant to the catalyst is 5-10:1;

[0042] The fragrance used as an additional component of the chemical oxygen production material is a material capable of releasing aroma, and the material capable of releasing aroma is a dried powder or powder of edible flowers and herbal Chinese medicines with the functions of seasoning, defoaming and chemical reaction rate regulation;

[0043] Alternatively, the spices used as additional ingredients of the chemical oxygen-generating material also include essential oils extracted from edible flowers and Chinese medicinal and edible herbs;

[0044] The medicine used as an additional component of the chemical oxygen-generating solid material is a granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice that has medical effects on the heart, brain, and respiratory system and can be rapidly decomposed or distilled to form medicine vapor or medicine aerosol or stimulated to release beneficial odors when exposed to oxygen-generating chemical energy hot water to play a medical auxiliary role. The effective ingredients of the granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice contain at least one medicine that can release functional volatile components in a thermal energy environment; wherein the granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice involved in the emergency medical oxygen generator can at least play an emergency medical auxiliary role of facilitating cardiopulmonary resuscitation and / or refreshing the mind or facilitating the recovery of consciousness through the release of beneficial odors;

[0045] The medicine used as the additional component of the oxygen-generating reaction liquid is a liquid Chinese patent medicine preparation or natural liquid resin that has medical effects on the heart, brain, and respiratory system and can be quickly dissolved or distilled to form medicine vapor or medicine aerosol when encountering oxygen-generating chemical energy hot water, or can be stimulated to release beneficial odors to play a medical auxiliary role. The effective ingredients of the liquid Chinese patent medicine preparation or natural liquid resin include at least one medicine that can release functional volatile components in a thermal energy environment; wherein the liquid Chinese patent medicine preparation or liquid natural resin involved in the emergency medical oxygen generator can at least play an emergency medical auxiliary role of facilitating cardiopulmonary resuscitation and / or refreshing the mind or facilitating the recovery of consciousness through the release of beneficial odors;

[0046] The oxygen-generating material also includes a carrier, which is an organic carrier composed of three-dimensional breathable mesh spacer cloth, spacer cloth bag, three-dimensional organic sponge, herbal Chinese medicine or spices containing volatile oil components, or solid natural resin dry powder or fragment dispersion, which is a layered structure arranged in the oxygen-generating layer chamber;

[0047] The functional material of the layered chamber structure with oxygen purification or conversion as the main function arranged in the outer body structure is a substance with defoaming, gas purification, and temperature regulation functions, or a substance that converts oxygen (O2) into ozone (O3) or negative ion oxygen (O2-), or a dehumidifier that converts chemical wet oxygen into non-medical dry combustion-supporting oxygen; the functional material is in the form of powder, crushed powder, or rice-like micro-particles poured into the spacer cloth three-dimensional layered carrier, or is arranged in the mesh in the form of mung bean or pea-sized particles;

[0048] Alternatively, a structural layer arranged in the middle chamber with oxygen purification or conversion as the main function and a filter sponge layer and a liquid level control plate arranged in the upper chamber together constitute a three-in-one sandwich-type oxygen waterless purification filtration and function conversion layer, or a fish-scale-shaped gas one-way release membrane is arranged on the upper surface of the filter sponge, which together with the sandwich-type oxygen waterless purification filtration and function conversion layer constitutes a four-layer-in-one composite structure, and the three-in-one or four-in-one composite structure is arranged in the middle chamber and / or the upper chamber of the chemical convenient oxygen generator;

[0049] The built-in puncturable liquid storage bag containing the oxygen-generating reaction liquid is a bag body made of a soft material similar to an infusion bag, which is hollow inside and closed on all sides. The bag wall can be punctured by a spare puncture accessory to release the oxygen-generating reaction liquid, and the liquid carrying capacity is greater than 50ML.

[0050] Furthermore, the puncture and injection component is provided on the outer body structure as an associated component of the outer body structure or as an isolated associated accessory of the outer body structure, wherein the puncture component can penetrate through the puncture hole provided on the oxygen-generating outer body structure or through the bag wall of the soft bag outer body structure and penetrate through the various layers of structures provided inside the outer body structure, and then penetrate through the liquid storage bag provided inside the outer body structure to release the liquid for oxygen-generating reaction and quickly start the chemical reaction; the liquid storage and injection component and the liquid storage and dripping component contain liquid for oxygen-generating reaction, and the liquid storage and injection component or the liquid storage and dripping component and the puncture component are used in combination to inject the exogenous liquid for oxygen-generating reaction provided outside the oxygen-generating outer body structure into the target layer of the oxygen-generating layer chamber through puncture to inject liquid into the oxygen-generating structure layer or increase liquid or intermittently supply liquid to maintain the continuous progress of the chemical reaction;

[0051] The puncture piece is a medical puncture needle or a double-edged puncture piece with a handheld handle or a wallpaper knife-like puncture piece, which is a spare part arranged on the outer surface of the outer body structure, and a sheath is connected to the puncture needle and the trocar;

[0052] Alternatively, the puncture piece also includes a puncture needle and a long-necked puncture funnel or an opener for feeding spare parts that convert the disposable emergency bag oxygen concentrator into a reusable suction, drainage and injection puncture needle, and each layer of the internal structure of the bag oxygen concentrator is provided with an unobstructed puncture channel of the puncture piece;

[0053] The puncture and injection part includes a combined application part of a medical puncture needle and a medical syringe or a medical drip infusion bag, wherein the drip infusion bag supplies oxygen-generating liquid by dripping or intermittently so that the oxygen-generating material and the carrier layer in the oxygen-generating bag body or the box body continuously and slowly or intermittently receive the oxygen-generating liquid from the drip infusion bag to form controllable continuous oxygen production. The medical drip infusion bag is connected to the oxygen-generating bag body or the box body or is separated from the body. The medical drip infusion bag is a complete set of configurations including an infusion bag filled with oxygen-generating liquid, an infusion tube, a drip pot, a controller, and a puncture needle;

[0054] The puncture and injection part also includes a high-position hot water dripping or injection device composed of a hot water bag replacing a medical infusion bag and an infusion tube, a drip pot, a controller, and a puncture and infusion needle. The high-position hot water dripping or injection device of the hot water bag is an independent application body or is integrally formed with the outer structure of the oxygen generator as a component of the outer structure of the oxygen generator. The temporary water filling structure of the hot water bag, especially the availability of boiling water, makes the chemical convenient oxygen generator more convenient to use and more efficient in chemical oxygen production, and has the characteristics of large-capacity emergency oxygen production;

[0055] Alternatively, the liquid injection piece is a capsule-type or pusher-type liquid storage and injection piece with a docking nozzle used in conjunction with the liquid injection nozzle of the oxygen-generating outer body structure;

[0056] Alternatively, the liquid injection part also includes a cap-type liquid dispenser that can be worn on the head, which can supply oxygen-generating liquid to the oxygen generator arranged on both sides of the cap brim and both ends of the wearable C-shaped earphone holder, forming a chemical oxygen-generating application device that does not affect work and activities;

[0057] Alternatively, the liquid injection part also includes an input device for delivering the required liquid (such as water, ethanol or liquid medicine) to the middle chamber or the lower chamber provided with the liquid injection nozzle and the electric heating medicine vapor generation pool;

[0058] The three-dimensional layered carrier of the oxygen-generating solid material is a three-dimensional breathable mesh spacer cloth or a water-absorbing and breathable sponge three-dimensional layered structure or a spacer cloth bag with a thickness greater than 5MM, which has the function of carrying oxygen-generating powder materials and defoaming. The oxygen-generating solid material is connected and arranged on the three-dimensional layered carrier;

[0059] The three-dimensional layered carrier of the spacer cloth used as the carrier of the oxygen-generating solid material, the additional components and the functional oxygen purification and conversion material is a three-dimensional breathable mesh fiber cloth with a thickness greater than 5MM, and the three-dimensional breathable mesh fiber cloth includes a three-dimensional fiber cluster middle layer structure, an upper fabric surface and a lower fabric surface, the three-dimensional fiber cluster middle layer structure is arranged in the horizontal direction, the upper fabric surface is connected to the upper surface of the three-dimensional fiber cluster middle layer structure, and the lower fabric surface is connected to the lower surface of the three-dimensional fiber cluster middle layer structure;

[0060] The three-dimensional synthetic fiber cluster middle layer structure includes a plurality of longitudinal fibers that are connected and arranged, and the longitudinal fibers are arranged in a vertical direction. The plurality of longitudinal fibers form a longitudinal fiber cluster, and the longitudinal fiber cluster is breathable. The material of the three-dimensional breathable three-dimensional spacer cloth is nylon, acrylic, polyester or heat-resistant aramid synthetic material.

[0061] Furthermore, the gas output application device arranged on the external structure and connected to the interior includes a respiratory system inhalation application device, a non-respiratory system cavity organ pressurization input application device, a respiratory resuscitation pressurized airway tracheal tube application device, a facial and body surface gas dispersion mask application device, a non-medical inflation application device, and a combustion-supporting output application device;

[0062] The respiratory system inhalation application device is composed of an oxygen output hole column arranged on the outer body structure, an inhalation application air supply pipe connected to the oxygen output hole column, and a nasal inhalation device connected to the air supply pipe. The oxygen output hole column can be single or double. The double oxygen 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 nasal suction heads and U-shaped connecting loops of the nasal suction heads at the distal ends. The upper wall of the outer body structure is connected to the single oxygen 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 inhalation four-way pipe.

[0063] Alternatively, the nasal suction device is a six-way nasal suction device, which is composed of a horizontal tube and four nasal suction columns vertically arranged above and below the horizontal tube and internally connected. The two nasal suction columns arranged above the horizontal tube can be directly inserted into the nostrils when used, and the port of the horizontal tube is provided with a mouth cover, and the mouth cover is provided with a vent hole. When the six-way nasal suction device is inserted or docked with the nostrils for use, it does not affect breathing through the nostrils; the two nasal suction columns arranged below the horizontal tube are detachably fixedly connected to the output hole column arranged on the external structure;

[0064] Alternatively, one-way valves are provided at both ends of the transverse tube of the six-way nasal inhaler of the oxygen inhalation device. The one-way valves are closed during inhalation to ensure that only airflow from the oxygen concentrator is received during inhalation, and the one-way valves are opened during exhalation to allow airflow to pass through both ends of the transverse tube without obstruction to ensure normal and comfortable breathing and avoid a feeling of suffocation.

[0065] The non-respiratory cavity organ pressurized input application device is composed of an oxygen output hole column arranged on an external body structure, an air supply pipe for non-respiratory cavity input application connected to the oxygen output hole column, and a non-respiratory 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 or oxygen therapy accompanied by drug vapor. The insert is a non-respiratory 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 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 or ozone therapy or oxygen therapy or ozone therapy accompanied by drug vapor.

[0066] The respiratory resuscitation pressurized airway tracheal tube application device is composed of an oxygen output hole column arranged on an external body structure, a blind-headed colloid catheter connected to the oxygen output hole column and having a side hole at the free end, and a manual pressurized air bag is arranged in the middle section of the catheter;

[0067] The application device of the gas dispersion mask for the face and body surface is composed of an oxygen output hole column arranged on the outer body structure, an air supply pipe connected to the oxygen output hole column, and a double-layer mask connected to the far end of the air supply pipe to enable oxygen dispersion and large-area release, the double-layer mask is provided with a deformable bracket or an application handle, the air supply pipe is arranged in the air supply pipe through hole inside the bracket, and the bracket is located on the upper shell of the oxygen concentrator or is provided with a floor-standing base; or the application device of the gas dispersion mask for the face and body surface also includes a single-layer mask directly and detachably fixedly connected to the output hole column or output surface of the oxygen concentrator;

[0068] The non-medical inflation application device is composed of an oxygen output hole column arranged on the outer body structure, an air supply pipe connected to the oxygen output hole column, a bakelite plug arranged at the far end of the air supply pipe, an inflation puncture needle and a one-way valve inflation head;

[0069] The non-medical combustion-supporting output application device is composed of an oxygen output hole column arranged on the outer body structure, a gas delivery pipe connected to the oxygen output hole column, and a rubber head or a shower-type gas output cover provided with a gas output metal hole column at the far end of the gas delivery pipe;

[0070] The non-open state chemical convenient oxygen generator keeps at least one gas transmission hole in an open state during the oxygen production reaction to ensure the safety of chemical oxygen production.

[0071] Alternatively, the gas output application device also includes an external aid (source) gas generator (such as a high-thermal energy drug vapor generator, a drug mist generator or a gas storage bag using calcium oxide as the main raw material) and an access device, wherein the access device is a three-way pipe arranged at the upper or lower section of the gas pipe pressurization bag, and the external aid gas is hydrogen, helium, neon, drug vapor, or drug mist, which has a synergistic medical function with oxygen; wherein the drug mist generator is an independently applicable drug mist generator that utilizes the basic structure and mechanism of an ultrasonic atomizer or an ultrasonic humidifier to replace water with a water-soluble drug solution.

[0072] Furthermore, the Chinese patent medicine preparations in the oxygen-generating solid material and the oxygen-generating reaction liquid additional components are Chinese patent medicines in the form of pills, powders, or liquids that intervene in the oxygen-generating reaction process without participating in the chemical reaction and are used in the oxygen-generating process, or are preparations that are more suitable for intervening in the oxygen-generating reaction and are prepared by adding or subtracting ingredients and adjusting the process based on the original formula and preparation method of the Chinese patent medicines;

[0073] The oxygen production process of the drug-mediated chemical convenient oxygen generator requires the participation of manganese dioxide fast catalyst and / or hot water above 80 degrees to ensure the rapid generation of high chemical energy hot steam;

[0074] Alternatively, the drug-intervention chemical convenient oxygen generator includes a secondary pool that generates a high-heat energy chemical reaction with calcium oxide and water to obtain sufficient heat energy required for the drug chemical energy distillation-like effect, the secondary pool is connected to the strong oxidant oxygen generation main pool, the gas generated by the main pool and the secondary pool is merged through the connecting hole or common space set in the middle chamber and / or the upper chamber and filtered and output by the upper chamber before use, the chemical reaction material of the high-heat energy chemical reaction pool also includes a mixture of calcium oxide, magnesium and / or amphoteric active metals that can be accompanied by hydrogen production (the principle is: calcium oxide meets water to generate calcium hydroxide and releases a large amount of heat energy to generate high-temperature water (CaO+H2O═Ca(OH)2), high-temperature water can react with magnesium to generate hydrogen and continue to release heat (Mg+2H2OΔ=Mg(OH)2+H2↑), amphoteric active metals are amphoteric active metals that can react with both acid and alkali to generate hydrogen, so they react with alkaline calcium hydroxide to produce hydrogen and continue to release heat under the condition of high-temperature hot water), and hydrogen produces a medical auxiliary effect on oxygen;

[0075] Alternatively, the drug-intervention chemical convenient oxygen generator further comprises an electric heating drug vapor pool formed by electric heating;

[0076] The functional material arranged in the middle chamber and / or the 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.

[0077] 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 carbonate ions escaped from oxygen-generating chemical reactions to generate carbonates and water to prevent carbonic acid from being inhaled. Functional crushed materials also include dry herbs and flowers or natural resins that are both medicinal and edible and have aromatic or functional odor release and have strong adsorption.

[0078] 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, 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;

[0079] Alternatively, the mesh containing the water-absorbing purification material dispersed particles is soaked in water and used as a substitute for the chemical oxygen water filtration device and mechanism;

[0080] Alternatively, the functional purification material further comprises applying a chemical defoaming agent to enhance the defoaming effect of the purification layer;

[0081] Alternatively, the functional purification material is used by dripping essential oil extracted from medicine and food homologous substances;

[0082] Alternatively, the mesh container carrying the dispersed particles of the water-absorbing purification material is frozen after absorbing water to enhance the cooling effect;

[0083] The functional material arranged in the middle chamber and / or the upper chamber and mainly playing the role of functional conversion is a titanium dioxide photocatalyst that can produce negative ion oxygen photocatalyst factors under ultraviolet irradiation under the environment of sufficient oxygen and water vapor, or a hygroscopic desiccant silica gel particle that can convert dry oxygen into ozone under ultraviolet irradiation.

[0084] Furthermore, the bag-type outer body structure of the bag-type oxygen concentrator is a hollow, closed upper and lower double-chamber horizontal or self-supporting soft bag made of airtight and liquid-proof material. The oxygen-making structural layers in the bag body of the bag-type oxygen concentrator are an oxygen filtration output layer, a waterless temperature adjustment and defoaming purification layer, an oxygen-making reaction liquid level control panel, a built-in puncturable oxygen-making reaction liquid storage bag, and an oxygen-making powder material layer, which are sequentially connected from outside to inside or from top to bottom.

[0085] The bag-type oxygen concentrator constitutes an emergency medical bag for one-time rapid emergency oxygen production application or controllable continuous oxygen production application that can be squeezed and pressurized by the bag body, wherein the upper surface of the outer body structure of the horizontal bag body is provided with a puncture piece, and the puncture piece of the self-supporting bag body is arranged inside, and the puncture piece is arranged on the outer surface of the bag-type outer body, and the outer surface is provided with a puncture hole and an instant sealing sticker for the puncture hole, and the outer surface of the bag-type outer body is provided with an oxygen output hole and an oxygen output tube and an inhalation or input device, and the puncture piece can penetrate through the puncture hole of the outer body structure and pierce through the various layers of structure arranged inside the outer body structure, and then pierce the built-in liquid storage bag so that the liquid storage bag releases the oxygen production liquid to quickly start the chemical reaction, and the puncture piece is arranged inside the self-supporting bag and directly punctures downward to pierce the liquid storage bag;

[0086] Alternatively, the disposable rapid emergency oxygen-generating medical bag is provided with a structural foundation that can be converted into a reusable one, wherein the reusable structural foundation is a reserved gap and a self-adhesive film arranged above the bag-type chemical reaction pool below the liquid level isolation plate and having both the functions of a safety valve and feeding, liquid injection and waste discharge;

[0087] Alternatively, the bag-type outer body structure also includes a non-disposable bag-type controllable continuous oxygen production bag, and the lower bag body thereof is provided with a liquid filling nozzle and a liquid discharge nozzle.

[0088] Furthermore, the integrated box-type oxygen concentrator comprises a hand-held chemical convenient oxygen concentrator box which is composed of three sections, namely, upper, middle and lower sections, and three chambers, and is an integrated vertical rectangular parallelepiped or upright cylindrical or L-shaped upright column, which can be opened for feeding and liquid injection. The lower section of the rectangular parallelepiped or upright cylindrical or L-shaped upright column hand box is set as the first chamber, which is the oxygen-generating chemical reaction pool space; the upper section, namely, the transverse section of the L-shaped column, is set as the third chamber; the middle section is set as the second chamber, and the second chamber is the structural connecting neck and transition space between the first chamber and the third chamber, and the connecting neck is an upper and lower double-neck structure or a single-neck structure. The double-neck structure is unique. The single-neck structure is integrally formed with the upper or lower box body and is detachably fixedly connected to the upper or lower neckless box body. The internal space of the connecting neck is used as a buffering and digesting space for chemical reaction foam to reduce the infiltration of foam into the upper structure or as a setting room for a waterless cooling, defoaming, deacidification and purification layer. The neck opening of the connecting neck is provided with a liquid level control panel. The outer wall of the square box body connecting neck is provided with a silicone or latex or rubber sealing sleeve. The outer wall of the cylindrical box body connecting neck is provided with an external thread, which matches the internal thread provided on the upper box body or the lower box body.

[0089] Alternatively, a water filter sub-box is provided on the outer surface of the lower wall of the square box body, a water inlet gas pipe through hole and a double gas output nozzle or hole column are provided on the upper surface of the sub-box, and the gas pipe and the double gas output nozzle are detachably fixedly connected;

[0090] Alternatively, the upper surface of the third chamber wall of the chemical convenient oxygen production integrated hand box is provided with double nasal suction columns or a six-way nasal suction device detachably fixedly connected to the double nasal suction columns;

[0091] Alternatively, the inner space of the hand box connection neck is provided with granular functional purification or conversion materials, the granular functional purification materials are mung bean or pea-sized actinolite particles, propolis particles, water-containing breathable ceramsite, mint icicles and / or borneol, and the functional conversion materials are titanium dioxide photocatalyst particles or dehumidifying desiccant silica gel particles;

[0092] Alternatively, an ultraviolet luminescent body or an infrared luminescent body is provided in the inner space of the connecting neck of the hand box;

[0093] Alternatively, the chemical convenient oxygen generator further comprises a box-type, cup-type, bottle-type three-chamber or double-chamber structure and a single-chamber or multi-chamber non-oxygen-producing chemical reactor and an independent purification filter or functional converter to form a connected chamber structure, the independent purification filter or functional converter receives and deeply purifies and filters or functionally converts the gas from the oxygen-producing chemical reactor and the non-oxygen-producing chemical reactor, and a gas conversion luminescent body can be arranged in the independent purification filter or functional converter;

[0094] The integrated box-type oxygen concentrator also includes an upper and lower shell integrated sitting-type convenient oxygen concentrator composed of upper and lower shells that are detachably fixedly connected, and capable of continuous or continuous cycle input feeding and liquid injection and / or opening the cover for feeding and liquid injection, wherein the upper shell and the lower shell are arranged with the liquid level control panel as the interface to form upper and lower chambers, the lower port of the upper shell and the upper port of the lower shell are provided with an outward-flashed edge and a sealing ring gasket, and the outward-flashed edge and the sealing ring gasket are provided with a nail-free structure and accessories that enable the upper and lower shells to be detachably sealed and connected, or a silicone plane structure with holes is used as the interface and sealing structure of both the liquid level control panel and the upper and lower shells, and is detachably sealed and fixedly connected through the outward-flashed edge arranged on the edge of the upper and lower shells and the nail-free nail-free structure arranged on the outward-flashed edge; the upper shell is arranged as the third chamber of the oxygen concentrator, i.e., the gas filtration output space, or the second chamber and the third chamber are combined into a three-dimensional space to accommodate the gas purification conversion filtration composite layer and the gas output, and the lower shell is arranged as a three-dimensional space of an oxygen production chemical reaction pool, or the first chamber and the second chamber are combined into a three-dimensional space to produce oxygen and purify or convert the produced oxygen;

[0095] Alternatively, the outwardly extending edges of the upper and lower shells are provided with closed-loop permanent magnetic rubber strips to form a detachable sealed fixed connection structure of the upper and lower shells;

[0096] Alternatively, the outwardly extended edges of the upper and lower shells are provided with sealing pads and ear buckles to form a detachable sealed fixed connection structure of the upper and lower shells;

[0097] Alternatively, the upper and lower shells are detachably sealed and fixedly connected in a screw-on structure and manner;

[0098] Alternatively, the lower shell of the integrated box-type oxygen concentrator is an inverted trapezoidal structure, and its internal space is configured as a layer chamber that can accommodate two or more inner tanks. The layer chamber is divided by a liquid level control plate that also serves as an inter-chamber isolation plate. The multiple inner tanks provided can generate different gases by putting different materials and injecting different liquids. The generated gases are miscible, and the indoor layered structure and spatial structure are compatible with multiple gases. The gases generated by the lower chamber can enter the upper chamber through the edge holes of the inter-chamber isolation plate that also serves as the liquid level control plate and finally enter the upper chamber to be purified and filtered through the layered structure and output through the output orifice. The inner wall of the inverted trapezoidal shell forms two or more inner ledges to support the liquid level control plate that also serves as the inter-chamber isolation plate and the inner tank located above the control isolation plate, or the inner tank is provided with an outward-flashed edge, and the outward-flashed edge is provided with a side hole. The outward-flashed edge is detachably fixedly connected to the inner wall ledge and does not affect the upward passage of the gas released from the lower chamber.

[0099] Alternatively, the lower shell is an oxygen concentrator with a multi-layer chamber inverted trapezoidal structure, and a transition space consisting of vertical walls is provided above the inverted trapezoidal structure, and the space contains a gas purification net and / or an ultraviolet light source capable of converting oxygen;

[0100] Alternatively, the multi-chamber oxygen concentrator is provided with an exogenous overhead infusion set assembly;

[0101] The integrated box oxygen concentrator also includes a sitting square column / or cylindrical integrated group box structure with a controllable intermittent feeding and / or liquid feeding mechanism, the outer structure of which is jointly formed by a main box body and a sub-box. The main box body of the square column / or cylindrical integrated group box structure jointly formed by the main box body and the sub-box is an L-shaped three-section three-chamber integrated single oxygen production chamber square column, whose transverse section is set as a first chamber, i.e., an oxygen production layer chamber, and its vertical section is set as a third chamber, i.e., a filtering output layer chamber for the produced oxygen. The corner section of the L-shaped combined column is a transition box section and is set as a second chamber, i.e., a layer chamber with the main function of oxygen purification or conversion. The first chamber and the second chamber are formed by 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 or a gas delivery nozzle and an inter-chamber gas delivery pipe, and the second chamber and the third chamber are formed by the partition wall and are connected in one piece, or the main box body of the combined structure is composed of two symmetrical L-shaped main box body vertical sections, i.e., the third chamber and the transition section, i.e., the second chamber. The T-shaped double oxygen production chamber has four chambers, the auxiliary box is an oxygen production and / or additional component powder material supply box connected to the upper surface of the first chamber of the main box body and a waste liquid collection box connected to the lower surface of the first chamber of the main box body. An internal communication hole is provided between the upper and lower surfaces of the first chamber wall and the upper and lower auxiliary boxes. The first chamber and the auxiliary box body on its upper surface together constitute a structural mechanism for manually intermittently rotating box or rotating drum or rotating bottle supply of chemical oxygen solid materials and / or additional component materials. The first chamber and the auxiliary box body on its lower surface together constitute a structural mechanism for manually intermittently collecting waste liquid. The first chamber wall is provided with an infusion bag type oxygen production liquid supply device; the main box body and the auxiliary box together constitute a square cylinder / or cylindrical integrated sitting group box chemical oxygen generator, which realizes the control of the oxygen production reaction speed and flow rate that can be automatically controlled by the user through an infusion device with a control valve, a feeding method with a rotating box or rotating drum or rotating bottle auxiliary box that can be manually rotated and controlled, and a gas supply control device with a gas supply pipe with a control valve;

[0102] The oxygen concentrator formed by the L-shaped integrated box-type outer body structure has a sub-box arranged on the lower wall of the first chamber as a first supporting foot and a second supporting foot is arranged on the lower wall of the chamber in the vertical section so that the oxygen concentrator forms a sitting or straddling stable structure;

[0103] Alternatively, the second supporting foot is a columnar hollow auxiliary supporting foot box connected to the middle chamber and having an electric heater, a water filter tank, and a second oxygen-generating chemical reaction tank. The auxiliary supporting foot box with multiple functions makes the sitting integrated group box structure more changeable and versatile. Adding water to its internal space constitutes a water filter tank, adding oxygen-generating solid materials to its internal space and setting a liquid injection nozzle at the upper end of the outer wall constitutes a second chemical reaction tank, adding volatile drugs to its internal space and setting an electric heating device similar to an electric kettle at the bottom constitutes an electric kettle-like drug distillation or fumigator. When it is used as a water filter tank, the free end of the inter-chamber air transmission pipe set on the upper end wall of the oxygen-generating layer chamber extends into its bottom. When it is used as a water filter tank, a water mist generating component can be set in the tank to enable the oxygen generator to generate a mixed gas with a high water content. When it is used as a second chemical reaction tank and a drug distillation or fumigator, the oxygen or drug vapor generated enters the middle chamber and enters the third chamber together with the oxygen generated in the first chemical reaction tank, and is output after being temperature-controlled, purified and filtered by a three-layer-in-one or four-layer-in-one temperature-controlled purification filter layer;

[0104] The middle chamber and / or the bottom of the auxiliary support foot box of the L-shaped single oxygen-generating chamber and the T-shaped double oxygen-generating chamber sitting square column / or cylindrical integrated group box oxygen generator are provided with an electric kettle-like heating device, which can form an electric kettle-like drug distillation or fumigation pool with the function of a water filtration pool under the joint participation of volatile drugs and water;

[0105] Alternatively, the outer body structure of the oxygen generator consisting of a square column / or cylindrical integrated assembly box structure is made of a light synthetic material, and the first chamber is provided with an acid-base and high-temperature resistant glass or ceramic liner-type chemical reaction pool;

[0106] The integrated box-type oxygen concentrator also includes a cap-type structure whose outer body structure is composed of a sub-shell, which is a special structure of the integrated box body. It is a cap-type oxygen concentrator composed of a miner's cap-type inner shell and an outer shell and a wearing mesh liner. A 20-50MM interlayer space is provided between the inner shell and the outer shell. The interlayer space is divided into an upper, middle and lower three-chamber structure by the first and second liquid level isolation plates perpendicular to the inner and outer shell walls. The lower chamber is set as a chemical reaction pool, the middle chamber is set as a functional purification material particle layer, and the upper chamber is set as a gas filtration output layer. The interchamber isolation plate is connected to the inner and outer shells. The shell or the outer shell is made as a whole, the inner shell and the outer shell are detachably sealed and connected by the outward-flashed edge arranged on the bottom edge, the brim of the lower chamber cap shell or the outer shell walls on both sides are provided with a feeding and liquid injection ear chamber whose height is flush with or close to the first liquid level isolation plate, the top surface of the ear chamber is provided with a feeding and liquid injection hole and a cap, the upper chamber gas output hole is vertically downwardly arranged on the inner shell wall, the gas transmission pipe is detachably fixedly connected to the vertically downward gas output hole and is led out from the gap between the wearing net liner frame and the outer wall of the inner shell, and the internal space of the brim is provided with a secondary gallbladder for accommodating catalysts and / or drug additives.

[0107] Furthermore, the semi-open hood-type chemical convenient oxygen concentrator for wearable or handheld inhalation application composed of a hood-type outer body is an oxygen concentrator for oral and nasal inhalation application that is semi-open and free of air tube and composed of a single-layer or multi-layer composite hood-type curved shell. The semi-open oxygen concentrator is composed of a cover shell, an oxygen-making structural layer inside or on the inner side of the cover shell, a clamping and fixing structure, a supporting isolation structure, and a supporting wearing device. The cover shell is made of an airtight material and its shape matches the human mouth, nose, or head. The hood-type chemical convenient oxygen concentrator maintains a distance from the human mouth and nose through the supporting isolation structure and establishes a breathing passage; the supporting wearing device is connected to the cover shell, and the cover shell, the oxygen-making structural layer inside or on the inner side of the cover shell, the clamping and fixing structure, the supporting isolation structure, and the supporting wearing device. The structural layer, the clamping and fixing device, and the supporting and isolating structure can be detachably connected to the ear or head of a person through the supporting and wearing device; the outer shell of the single-layer and multi-layer composite curved surface mask body is a solid surface airtight shell, and the inner shell of the multi-layer composite curved surface mask body is a hollow breathable structure; the semi-openness of the single-layer mask body and the unidirectional release of the generated gas to the mouth and nose side are reflected in the curved surface structural characteristics of the mask body facing the mouth and nose and the airtight material characteristics of the shell, which constitute the unidirectional release of the gas generated in the mask body to the mouth and nose side; the semi-openness of the multi-layer composite curved surface mask body and the unidirectional release of the generated gas to the mouth and nose side are reflected in the airtightness of the shell and the hollow breathability of the inner shell;

[0108] An oxygen production material storage and oxygen production reaction chamber, an oxygen filtering and releasing chamber, and a transition defoaming chamber are arranged between the multi-layer composite curved surface shells. The chamber of the multi-layer composite curved surface shell is composed of an interlayer space between the multi-layer composite curved surface shells and a partition arranged in the interlayer space. The interlayer space arranged as the oxygen production reaction chamber is provided with a glass or ceramic material liner as a chemical reaction pool;

[0109] The single-layer curved shell is provided with an externally protruding chemical oxygen-producing columnar body, the interior of the externally protruding columnar body is an upper and lower double-chamber structure formed by a horizontal air-permeable liquid level control plate partition, the lower chamber is provided with a single chemical reaction pool liner or a double chemical reaction pool liner, the double chemical reaction pool is composed of an inner liner body divided into two by an airtight and liquid-tight solid surface partition, the two chemical reaction pools are respectively provided as oxygen-producing and calcium oxide high-temperature chemical reaction pools, the upper chamber is provided as a gas purification chamber and a filtering output chamber, and a purification and filtering layered structure is provided in the chamber; the lower wall of the inner liner is provided with a waste discharge orifice, which also serves as an inverted feeding and liquid injection orifice, the orifice is exposed through a through hole provided on the lower wall of the externally protruding chemical oxygen-producing columnar body and is provided with a plug;

[0110] Alternatively, the front side of the protruding chemical oxygen generating column is connected to a hard solid inner lining film.

[0111] Alternatively, the port of the protruding cylinder outside the single-layer mask facing the mouth and nose is provided with a gas purification and filtering pre-layer composed of a spacer cloth and / or a sponge layer structure;

[0112] The support isolation structure is a concave curved beam frame arranged on the inner side of the single-layer mask body and the nose bridge and / or mandibular part of the inner shell of the multi-layer composite mask body; the support isolation structure can keep the oxygen production structure layer and the mouth, nose or head and face at a distance of 2-50MM and form a breathing channel;

[0113] The supporting wearing device is a combined application of one or more of ear frames, ear straps, earmuffs, and elastic bands; the ear straps and earmuffs are hanging ropes or hanging sleeves that are detachably fixedly connected to the edges or both ends of the side wings of the shell; the ear frames are glasses leg-like structures; the ear frames and the edges or side wing end structures of the inner shell of a single-layer cover or a multi-layer composite cover are detachably fixedly connected or integrally formed; the ear frames and the end structures of the side wings of the inner shell are detachably fixedly connected in a foldable shaft connection or a pin and groove plug-in connection.

[0114] Furthermore, the outer structure of the chemical convenient oxygen generator also includes a combination of an upper bag and a lower box, which is divided into an upper and lower part with the liquid level control plate as the interface and tightly connected as a whole, wherein the upper part is a handbag-shaped structure made of a deformable soft, water-impermeable and air-impermeable material, which is wide at the bottom and narrow at the top; the internal space formed by the upper part accommodates a functional purification layer and a gas filtration output layer; the lower part is a box body made of a non-deformable, hard, water-impermeable and air-impermeable material or a hard box body composed of a glass or ceramic hard liner arranged in the space of the lower half of the soft bag; the internal space formed by the lower part accommodates oxygen-generating solid materials and their carriers and serves as a liquid storage layer chamber and a chemical reaction tank.

[0115] Furthermore, the application of the chemical convenient oxygen generator includes the technical method and structural basis for utilizing the chemical energy generated by chemical oxygen production and / or using external chemical energy or electric heat energy to produce the produced oxygen accompanied by drug vapor;

[0116] The application of the chemical convenient oxygen generator includes the application of the oxygen produced or the accompanying drug vapor for inhalation by the respiratory system, the application of the oxygen produced by the trachea, lungs and non-respiratory system cavity organs, and the application on the body surface, as well as the medical and non-medical application of the converted substances of the oxygen produced, wherein the application on the body surface includes facial skin care and the promotion of the healing of large-area burns, scalds, frostbite, trauma, infected wounds, surgical wounds, and facial cosmetic wounds on the body surface and the reduction of scar formation, wherein the application of the trachea, lungs and non-respiratory system cavity organs for the input includes the trachea, lungs and non-respiratory system cavity organs sub-tube oxygen and drug vapor inflation therapy, such as the cardiopulmonary resuscitation artificial respiration assisted therapy implemented by the sub-tracheal tube under the application of the air supply tube, the air supply pressure bag and the one-way valve membrane of the liquid level control panel, and the intubation of the pelvic cavity, uterine cavity and fallopian tube that are difficult to treat directly, or the inflation therapy of oxygen and drug vapor by puncture;

[0117] The application of the chemical convenient oxygen generator includes a compatible device used as a non-oxygen functional factor generator to accompany oxygen generation, or a technical method and structural basis for the combined application with the non-oxygen functional factor generator to produce a synergistic effect or produce a third type of functional factor; the non-oxygen functional factor generator includes an automatic ultrasonic medicine fogger, a heating incense burner, an ultraviolet generator, a red light and / or far infrared generator, a high-temperature chemical energy medicine vapor generator, and includes associated auxiliary devices that promote the progress and application of oxygen-generating chemical reactions; the associated devices, such as utilizing the basic structure of the chemical convenient oxygen generator to use calcium oxide and water as the main substances for the chemical reaction and adding mint, borneol, benzoin or storax or using them as A calcium oxide vapor generator composed of Chinese patent medicine as the main ingredient that can be used independently and can also be used as an associated auxiliary device to provide high heat energy to promote the oxygen-generating chemical reaction. Another example is to modify the bronchial dilator sprayer of tiotropium bromide and salbutamol into an ultrasonic atomizer that can be used independently for nasal inhalation and can be connected to the output of a chemical convenient oxygen generator as an auxiliary associated device for oxygen inhalation (the bronchial dilator ultrasonic atomizer of tiotropium bromide and salbutamol can improve bronchial asthma and promote better absorption and utilization of the generated oxygen by dilating the alveoli of the bronchus). Another example is to convert the chemical convenient oxygen generator into a third type functional factor generator of negative ion oxygen or ozone in an ultraviolet generator and a photocatalyst device;

[0118] The application of the chemical convenient oxygen generator includes the application of the generated oxygen, the negative ion oxygen formed by the conversion through ultraviolet rays and photocatalyst, and the ozone formed by the conversion through ultraviolet rays and desiccant in the fields of non-inhalation medical treatment, environmental purification and food preservation;

[0119] The application of the chemical convenient oxygen generator also includes a structure and mechanism that can isolate various chemical materials and additional components and immediately fuse and react quickly when in contact with water, a structure and mechanism that can controllably feed liquid and thus form a safe and controllable chemical reaction rate and gas generation flow rate, a structure and mechanism that can selectively establish anhydrous and / or water purification filter layer chamber, a structure and mechanism that can purify and convert anhydrous gas, a structure and mechanism that can be set up with a glass or ceramic stable material liner, a structure and mechanism that can be used for the output application device of gas inhalation, input and dispersed release, and an external body structure and mechanism that can conveniently feed, inject liquid and discharge waste and has a safe setting to form a basic device for the research and development of a new (unknown) inhalable C gas substance generated by A substance + B substance, such as: a basic device for the research and development of a new chemical synthesis inhalable gas with or without oxygen generation to deal with a new respiratory system disease X in the future.

[0120] Beneficial effects and principles:

[0121] 1. The present invention relates to a chemical convenient oxygen generator and its application for emergency rapid and controllable continuous oxygen production. The present invention optimizes the structure of the traditional chemical oxygen generator to make instant oxygen production and instant inhalation application as convenient as eating instant food, and makes the application of non-respiratory cavity organs as convenient as using external medicines. The structural basis of the present invention has the dual-use characteristics that the oxygen produced is suitable for both inhalation application of the respiratory system and application of non-respiratory cavity organs. The present invention proposes the utilization of chemical heat energy generated by the oxygen production reaction, and proposes a specific implementation method of chemical heat energy utilization. The present invention focuses on solving the important problem of unsustainable chemical oxygen production and gives full play to the advantages of rapid start-up of chemical oxygen production, and solves the important problem of convenient application of chemical oxygen production. The connection structure of the oxygen generation output device and the oxygen release application device of the present invention can not only realize medical emergency and continuous conventional oxygen use, but also realize the convenient and rapid implementation of cardiopulmonary resuscitation emergency medical treatment containing medicated oxygen, realize inhalation or input drug vapor oxygen therapy for the lungs, realize input drug vapor oxygen therapy for non-respiratory cavity organs, and realize dispersed output of drug vapor oxygen therapy for body surface injuries. In order to achieve the above-mentioned objectives in a better and more comprehensive manner, the present invention proposes a variety of technical structures with common structural features and functional features.

[0122] 2. The present invention uses a three-chamber basic structure of an oxygen-generating chemical reaction chamber, a waterless purification chamber, and a waterless filtration output chamber to form a new type of oxygen generator with a waterless filter, which is different from the traditional chemical oxygen generator with water filtration. The oxygen generator with a waterless filtration device creates conditions for the miniaturization of the device, disposable application mode, and wearable application mode, and also creates conditions for the convenience of application. Among them, the upper chamber of the emergency oxygen-generating bag is a structure that combines the waterless purification chamber and the waterless filtration output chamber; the lower shell of the hard box oxygen generator is a structure that combines the chemical reaction chamber and the waterless purification chamber; the single-shell hood-type oxygen generator has a protruding groove-shaped chemical reaction pool on the outside to form the first chamber, and the inner groove external space and each structural layer are a half-open layer chamber structure that combines the waterless purification layer chamber and the waterless filtration layer chamber.

[0123] 3. When the three-dimensional mesh spacer cloth of the present invention is used as a carrier of catalysts and drug additives, the upper and lower surfaces thereof are covered with glutinous rice paper films to avoid contact between catalysts, drugs and other additives when they are connected and integrated with the strong oxidant oxygen-generating powder, thereby avoiding chemical effects caused by the integrated arrangement of the various materials involved in the oxygen-generating process during storage. The glutinous rice paper melts when it comes into contact with water and does not affect the release of various substances when starting the chemical reaction.

[0124] 4. The present invention implements the intervention of Chinese medicine in oxygen-generating materials and oxygen-generating processes in a variety of ways, so that emergency oxygen production and oxygen inhalation can be accompanied by emergency drugs. The present invention mainly implements drug intervention in three ways. First, the mixing of oxygen-generating powder is used as an additional component of the oxygen-generating material; second, a mixed liquid is formed with the oxygen-generating liquid as an additional component of the oxygen-generating liquid; third, the adsorption of drug powder or powder is used as a functional component of the oxygen purification and cooling isolation layer to make it play a medicinal function while playing the role of absorbing the escaped reaction liquid, defoaming, and correcting the taste; fourth, the drug and food homologous substances are used as organic carriers of oxygen-generating materials. The drugs involved are more easily dissolved, distilled, and excited when encountering chemical heat energy and high-temperature water to form drug vapor or drug aerosol or release beneficial odors to exert drug effects, and the traditional Chinese medicine substances that do not contain inorganic components are stable in performance and do not participate in chemical reactions, and are also difficult to be oxidized and denatured by oxidants. The drug components or beneficial odors and oxygen synergistically constitute a new emergency medical and oxygen therapy method; in addition, the actinolite, sodium manganese tourmaline, far-infrared ceramic powder, rare crystal stone, medical stone, and ochre minerals involved in the present invention are all rich in metal oxides and bioactive substances. They can release beneficial factors such as negative ions with the help of the heat energy of chemical reactions and hot water vapor, among which actinolite and sodium manganese tourmaline also have the special function of slow catalysts.

[0125] 5. The present invention adopts prefabricated structures in its entirety, wherein the application of a puncturable prefabricated liquid storage bag, especially a puncturable prefabricated liquid storage bag containing a catalyst, in a convenient bag for chemical oxygen production constitutes one of the core technologies of the present invention. Its convenience enables the oxygen generator to be used urgently under any conditions; the standby liquid injector arranged on the outer structure of the oxygen generator is subject to certain conditions when used because it involves the preparation of the liquid for oxygen production and the process of infusing and pumping the standby liquid, but it is easier to control the amount of liquid used to form a controllable liquid feeding device to make the oxygen production reaction controllable, and high-temperature water can be used immediately to produce oxygen. High-temperature water can start the oxygen production reaction of a strong oxidant without a catalyst, and its superposition with chemical energy can promote the decomposition and distillation of volatile Chinese medicinal ingredients such as menthol, borneol, benzoin, dripping pills, and essential oils. The arrangement of reserved puncture slits in each layer structure inside the oxygen generator of the present invention creates better conditions for barrier-free emergency puncture, especially for the self-supporting soft oxygen generator bag (the self-supporting soft oxygen generator bag can be punctured by pressing the self-supporting soft oxygen generator bag from top to bottom) provided in the puncture device, which can better realize the start-up of emergency rapid oxygen generator.

[0126] 6. Sodium percarbonate (known as solid hydrogen peroxide) and calcium peroxide have a large oxygen carrying capacity and are controllable and safe to use. They are usually used as strong oxidants and germ and virus disinfectants, and have a unique dual role of disinfection and oxygen production. Because no harmful gases and other harmful secondary substances are produced during their chemical reaction oxygen production process, they are the most suitable strong oxidants to be carried on the mouth and nose mask. The bird-shaped and beetle-shaped mask bodies of the present invention can realize the unidirectional release of the oxygen generated by the oxygen production layer to the mouth and nose side and form a semi-open oxygen production structure, which has higher chemical oxygen production safety, and its own replacement effect of the oxygen production bag outer body structure creates better conditions for the convenience of slow-release oxygen production and wearing applications. In particular, the oxygen production chamber formed by the multi-layer composite beetle-shaped mask body creates the basic conditions for the reuse of the main structure of the oxygen generator, thereby creating better conditions for the low-cost application of the oxygen generator.

[0127] 7. Carbonic acid (H2CO3) is an intermediate substance produced in the chemical oxygen production reaction. When the oxygen generator is worn on the mouth and nose, acid gas can be smelled and certain bubbles can be generated. Controlling the inhalation of liquid bubbles (which can easily damage the respiratory tract) in the chemical reaction and eliminating acid gas is one of the important technical links in the direct application of chemical oxygen production. The setting of the oxygen filtration sponge layer and the functional spacing layer can eliminate the bubbles generated by the oxygen production reaction to prevent the reaction liquid from being inhaled into the human body and can adsorb acid gas to correct the odor. The double-layer or multi-layer barrier filtration structure prevents the escape of sodium percarbonate, calcium peroxide or chemical reaction secondary products, which is an important guarantee for the safety of oxygen production using sodium percarbonate and calcium peroxide. The functional additional materials in the spacing layer have the functions of adsorbing, defoaming and filtering the reaction liquid due to the functional minerals and / or Chinese medicine powder, which strengthens the safety of the filter breathable layer and can avoid the blockage of the air holes caused by water accumulation in the outer sponge sheet. The application of the double-sided mesh spacer cloth front layer has a filtering enhancement effect, especially the application of the spacer cloth with a sterilizing adhesive layer not only enhances the filtering effect but also makes the mask body have a stronger exhaled pathogenic microorganism sterilization effect. The synthetic material spacer cloth bag used in the present invention has good strong oxidant tolerance.

[0128] 8. The hot steam generated by the chemical convenient oxygen generator of the present invention will feel hot when it is immediately inhaled into the respiratory tract. The setting of the oxygen purification and temperature adjustment isolation layer can reduce the heat sensation and make the inhalation comfortable. The 3D fiber structure and the plant, resin powder or mineral powder or fragments allow the hot steam to obtain buffer time, and the escaped acid radicals are captured to enhance the safety of the inhaled gas. The plant or natural resin Chinese medicine or powder or mineral powder or block used can release beneficial odors or beneficial factors with the help of hot steam. The functional oxygen purification and cooling isolation layer set above the liquid level control panel further forms an isolation distance between the chemical reaction pool and the oxygen sponge filter layer.

[0129] 9. The present invention uses Huoxiang Zhengqi water or Shidi water instead of water for oxygen production and starts a chemical reaction with a manganese dioxide catalyst to produce oxygen, or uses hot water and a mixture of Quzhusharendan to produce oxygen, which is suitable for auxiliary treatment of various shocks. The mixture composed of Suxiao Jiuxin Pills, Guanxin Suhe Pills, Subing Pills, Ginseng Pills, Sanqi Pills powder and strong oxidant oxygen-producing materials, especially a mixture of Wuwei Suhebing alcohol liquid or multi-flavor Suhebing alcohol liquid and oxygen-producing liquid, is particularly suitable for use as an emergency auxiliary medical measure for coronary heart disease.

[0130] 10. The provision of the support and isolation frame of the oronasal mask in the present invention can ensure that the oxygen-generating structure provided on the inner side does not come into contact with the skin of the mouth, nose and face, and creates conditions for the establishment of an open breathing channel; the leg-type wearing of the mask body and the head-mounted device solve the problem of the pain caused by wearing the heavy mask body with ear ropes or ear straps. In addition, the support and isolation frame provided on the side wings and mandible of the single-shell hard mask body of the present invention also has the function of fixing the oxygen-generating liner, and the side wing frame shaft connection and the slidable structure can adapt to oxygen-generating liners of different thicknesses and different face shapes.

[0131] 11. The outer protruding groove structure of the hood-type single-shell oxygen concentrator in the present invention constitutes an oxygen-producing chamber, the oxygen-producing material is stored in the groove and controlled by the liquid level control layer, the liquid injection nozzle arranged at the upper end of the outer protruding groove and the liquid discharge nozzle arranged at the lower end cooperate to make the single-shell oxygen concentrator constitute a dynamic circulation oxygen-producing mechanism; a built-in box is arranged in the beetle-shaped multi-layer hood, the built-in box constitutes a chemical reaction pool, the liquid injection nozzle leading to the outer side surface of the shell and the liquid discharge nozzle leading to the outer bottom surface of the shell provided in the built-in box cooperate to constitute a dynamic circulation oxygen-producing mechanism; the hood-type oxygen concentrator forms a semi-open oxygen concentrator without an airway-tube nasal inhalation device.

[0132] 12. The rotatable clamps at the ends of the concave curved surface mask body with side wings and the slidable support isolation frame of the shield-shaped simple cover in the present invention can be used for the setting of oxygen production structural layers of different thicknesses, and the clamping force can be adjusted according to the consumption changes of the oxygen production process of the oxygen production bag. The rotatable L-shaped, P-shaped, and C-shaped support isolation frames at the ends of the concave curved surface mask body with side wings can be adjusted according to different face shapes to obtain a suitable support distance to avoid contact between the mouth, nose, and facial skin and the bare area of ​​the oxygen production structure. The top of the concave curved surface mask body with side wings can contact the head protrusion at the center of the eyebrows (Yintang acupoint) and the double side wing end support structure and the double side temple wearing structure form a stable triangular support relationship, which can keep the oxygen production structure carried at a basic distance from the mouth and nose to avoid contact. The setting of the nail-free through-holes at the side wing ends of the shell and the use of the nail-free through-holes can firmly fix the edge of the oxygen production structural layer to the shell and can be detached and replaced.

[0133] 13. The three-dimensional soft bag and hard box combined to form a sitting and hanging chemical oxygen generator can constitute a large-volume box oxygen generator. The liquid storage bag arranged on the outer wall of the upper soft bag can be manually squeezed to speed up the liquid feeding speed or control the liquid feeding speed by adjusting the squeezing force. The upper bag and lower box structure can be used in a sitting, hanging, and hand-held manner, making the application method more flexible and convenient. In particular, the introduction of this type of hot water bag infusion device creates conditions for the immediate use of a large amount of hot water, which has outstanding innovation.

[0134] 14. The dripping and injection method of the medical infusion device of the present invention is one of the important controllable devices to enable the oxygen production chemical reaction to be carried out continuously and the oxygen generator to produce and supply oxygen for a long time. The capsule-type liquid feeder and prefabricated device of the injection tube used in the present invention provide convenient conditions for handy and manual control of liquid feeding anytime and anywhere.

[0135] 15. The present invention uses Chinese medicinal substances that can release beneficial factors such as smooth breathing, lung function, and aromatic invigoration, and minerals that can release beneficial factors such as negative ions and bio-energy waves to intervene in the oxygen purification and cooling interval layer to play the role of adsorption, cooling, defoaming, flavor correction, and filtering of chemical reaction liquid, while also adding additional medical functions from the oxygen purification and cooling interval layer to the chemical convenient oxygen generator.

[0136] 16. The preformed product formed by the chemical convenient oxygen concentrator of the present invention is not limited to medical applications, but also suitable for convenient oxygen use in aquatic ornamental breeding or other fields. The disposable bag-type oxygen concentrator and the outer packaging bag together constitute emergency preformed supplies for oxygen production and oxygen inhalation that are more convenient than instant noodles; the oxygen-making hand box has unique application convenience because it can be easily filled with materials and opened to fill; the seated integrated oxygen concentrator combination and the upper bag and lower box wall-mounted oxygen concentrator are suitable for bedside applications. Their common advantages are that the oxygen concentrator is large in size and the infusion bag liquid feeding method only requires opening the infusion tube controller to start oxygen production and obtain a large amount of continuous oxygen use. It provides a new form of oxygen use in hospital beds, especially home hospital beds, and oxygen supply in hospital beds with drug intervention greatly improves the clinical value of oxygen supply in hospital beds.

[0137] 17. The upper soft bag of the self-supporting soft bag and upper bag and lower box oxygen concentrator can promote exhaust by squeezing, so that the small flow gas can get the power to enter the gas pipe or water filter or oxygen collector, and the setting of the one-way valve membrane creates better conditions for squeezing exhaust. The self-supporting soft bag chemical oxygen prefabricated bag manufacturing method has opened up a new form of oxygen bag manufacturing, and also provided technical conditions for the production of medical oxygen or negative ion oxygen prefabricated bags.

[0138] 18. The three-dimensional fiber cluster spacer fabric of the present invention has the following three functions: (1) It has the function of isolating the liquid layer structure from the dry layer structure and maintaining the air permeability between the two layers; (2) It can be used as a pre-layer for the oxygen filtration release layer carrying the disinfection adhesive coating; (3) The mesh spacer fabric with a thickness of less than 2 mm can be made into an oxygen-generating powder material bag with its own defoaming effect; (iv) It and the glutinous rice paper coating together constitute a powder carrier sieve for catalysts and / or drugs, so that the catalysts and / or drugs are protected when stored together with the enhancer, and the partitioning arrangement of the materials carried can form an isolation state of different materials in the same spacer fabric carrier.

[0139] 19. The use of the cannula needle of the present invention can avoid the blockage of the needle hole by the powder material. The combined use of the rod piston and the rodless piston of the injection needle makes the needle tube not only a storage device for catalysts and medicinal powdered dry materials for pills or functional oxygen production mixed liquids, but also avoids the excessively long packaging of the liquid carrier tube and the injection rod.

[0140] 20. The puncture water injection component with a water pipe and a puncture needle made of hot water bag material and structure constitutes an optimal form of externalization of the water storage bag of the chemical emergency oxygen concentrator. It can greatly increase the oxygen material carrying capacity of the oxygen concentrator, and can realize the extrusion control of the injection volume and the heating conditions in the chemical reaction. The temporary filling can greatly reduce the storage and transportation costs of the prefabricated emergency oxygen concentrator.

[0141] 21. The fluidity, controllability, intermittent oxygen production material supply method and structural basis of the present invention and the application of catalytic retarder for oxygen production powder materials create conditions for the controllable and continuous slow progress of chemical oxygen production reactions. In particular, the application of minerals rich in metal oxides such as actinolite and sodium manganese tourmaline constitutes one of the important innovative features of the present invention.

[0142] 22. The outward movement of the filter chamber of the vertical bag oxygen concentrator of the present invention creates a larger three-dimensional defoaming space for the three-dimensional bag oxygen concentrator, and the outward-moved filter chamber cooperates with the water filter to play the role of an infusion filter drip pot, which can prevent the filtered water from being inhaled. The selective inhalation application channel established by the water filtration and waterless filtration of the present invention creates conditions for the selective application of high-purity oxygen inhalation and medicinal oxygen or non-ionic oxygen.

[0143] 23. The thick or strong smells with medical effects released by natural resins and plant extracts such as patchouli, mint, camphor leaves, eucalyptus leaves, perilla, various flower scents, styrax, benzoin, borneol, menthol, etc. used in the present invention all contain volatile substances. These substances are mainly volatile oils, which are insoluble in water but are volatile and can be distilled with hot water vapor. The strong oxidant oxygen production process produces a large amount of heat energy and hot water vapor, which provides conditions for the distillation of volatile oils. The distilled volatile oils can be mixed with oxygen to cooperate with oxygen to play a medical auxiliary role. The above theories support that Chinese medicinal substances with strong or intense smells that have medical effects release effective ingredients through decomposition, distillation or stimulation in chemical energy hot steam, and theoretically, animal and plant Chinese herbal medicines and Chinese patent medicines that do not contain inorganic substances and compounds do not participate in the oxygen-producing chemical reaction. The above two theoretical foundations constitute feasibility support for the intervention of drugs in the oxygen-producing reaction process to form oxygen containing medicinal ingredients and its application, and the introduction of Chinese medicine fumigation therapy to the respiratory system to play a medical or medical auxiliary role is in line with the successful practice of traditional Chinese medicine application.

[0144] 24. The organic carrier capable of releasing aromatic odor used in the present invention makes the produced oxygen have aromatic odor and gives the output oxygen aromatic substance its own effect. Volatile oil is insoluble in water but is easily distilled in hot water and evaporates along with water vapor. This characteristic of volatile oil constitutes the theoretical basis for the feasibility of aromatic substances forming a mixed gas with the produced oxygen with the help of chemical heat energy.

[0145] 25. The configuration of the disposable prefabricated oxygen-generating powder material bag and the disposable prefabricated oxygen-generating liquid prefabricated liquid injector of the present invention creates important conditions for the convenient emergency application and convenient conventional application of the chemical oxygen generator.

[0146] 26. The present invention applies the produced oxygen, especially the oxygen accompanying the drug vapor, to the non-respiratory anorectal and gynecological cavities in a self-made and directly input manner, which provides an innovative way for the treatment of anorectal and gynecological diseases.

[0147] 27. The present invention uses the oxygen generator as an auxiliary device for oxygen inhalation, which enables the functional inhaler to exert medical effects by releasing odors and medicinal mist, and opens up an innovative way to empower the traditional functional inhaler to produce small-flow self-made oxygen.

[0148] 28. The configuration of the inner liner and the high and low auxiliary liner of the present invention creates conditions for isolating different materials and integrating them, and also creates conditions for the compatibility of different chemical reaction pools. The inner liner and the auxiliary liner of the present invention are made of glass or ceramic materials, which creates conditions for the heat conduction of the shared chemical heat energy between the main and auxiliary liner;

[0149] 29. The compatible arrangement of the electric medicine vapor chamber and the calcium oxide amphoteric active metal high thermal energy chemical reaction chamber of the chemical convenient oxygen generator of the present invention constitutes the basic structure of an oxygen-containing medicine vapor generator with high-temperature thermal distillation-like effect guarantee.

[0150] 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

[0151] The above and / or additional aspects and advantages of the present invention will become apparent and easily understood from the description of the embodiments in conjunction with the following drawings, in which:

[0152] Figure 1 This is a schematic diagram of the structure and connection of a disposable horizontal chemical convenient emergency oxygen production bag of the present invention;

[0153] Figure 1-1 It is a schematic diagram of the structure and connection of a disposable horizontal chemical convenient emergency oxygen-generating bag containing medicine and a liquid level isolation plate provided with supporting feet according to the present invention;

[0154] Figure 1-2 This is a schematic diagram of the structure and connection of an emergency and continuous oxygen production bag of the present invention, which uses a spacer cloth as an oxygen production powder material carrier and is provided with a main and auxiliary double liquid storage bag and a liquid injection and material injection nozzle;

[0155] Figure 2 The structure and connection diagram of the self-supporting bag type disposable chemical convenient emergency oxygen-generating bag provided with a tracheal down tube and a built-in puncture piece of the present invention;

[0156] Figure 2-1 The structure and connection diagram of the sustainable oxygen bag oxygen generator provided with a water filter and a material injection nozzle of the present invention;

[0157] Figure 2-2 It is a schematic diagram of the structure and connection of a self-supporting bag oxygen concentrator provided with an oxygen collection bag, a simple oxygen storage bag and a one-way valve inflation device of the present invention;

[0158] Figure 3 It is a schematic diagram of the structure and connection of the vertical rectangular three-section three-chamber openable box for feeding, liquid injection and oxygen production integrated hand box of the present invention;

[0159] Figure 3-1 It is a schematic diagram of the structure and connection of the vertical openable feeding oxygen production integrated hand box combined application body provided with a water filtering sub-box of the present invention;

[0160] Figure 3-2 The present invention is a schematic diagram of the structure and connection of an L-shaped cylindrical three-section three-chamber oxygen production and conversion into ozone non-respiratory organ cavity input application box provided with an ultraviolet generator, an air delivery pipe and an insert;

[0161] Figure 3-3The structure and connection diagram of the oxygen-generating hand box for facial massage and nursing application of the special-shaped three-chamber column of the present invention is provided with a perforated surface, infrared lamp beads and permanent magnets;

[0162] Figure 4 The present invention is a schematic diagram of the structure and connection of a three-chamber oxygen generator with a mesh sealing gasket as the liquid control panel and the chamber interface, a feeding and liquid injection nozzle and a liquid discharge nozzle provided on the chamber wall, and an upper and lower shell with a double chemical reaction structure layer;

[0163] Figure 4-1 The diagram of the present invention is a three-chamber structure with a liquid control panel as the interface between chambers, the lower chamber is provided with a main and auxiliary gallbladder chemical reaction pool, the middle chamber is provided with a bulk particle mesh cover, and the upper chamber is provided with a medicine fogger. The upper and lower shells are integrated into the box-type oxygen generator structure connection schematic diagram;

[0164] Figure 4-2 The schematic diagram of the structure and connection of the oxygen generator of the present invention is a three-chamber upper and lower shell with a sealing structure connected by a sealing gasket without nails, and the lower shell is provided with a double oxygen production pool or a double chemical reaction pool for oxygen production and calcium oxide;

[0165] Figure 4-3 The schematic diagram of the structure and connection of the Lock&Lock three-chamber oxygen generator with a trachea and a non-respiratory organ cavity gas input device provided on the upper chamber shell of the present invention;

[0166] Figure 4-4 The present invention has a screw-cover multi-chamber structure, and the lower shell is set as an oxygen-generating pool and a non-oxygen-generating high-heat energy calcium oxide reaction pool, and the oxygen-generating device structure and connection exploded diagram of one tank and two tanks on the left and right;

[0167] Figure 4-5 The present invention is a three-chamber oxygen concentrator with upper and lower shells connected and sealed with a sealing gasket without nails, the lower shell is provided with a main chamber, a low chamber and a high chamber oxygen concentrator, and a non-oxygen high-heat calcium oxide reaction tank, and a double chamber oxygen concentrator structure and connection schematic diagram;

[0168] Figure 4-6 The present invention is a multi-chamber structure with a sealing gasket and a nail-free fastener as the connection sealing structure, a liquid level control panel above the reaction pool as a solid surface, and a multi-chamber oxygen generator structure and connection schematic diagram with double air guide pipes between chambers and a water filter liner;

[0169] Figure 4-7 The schematic diagram of the structure and connection of the multi-layer chamber oxygen generator of the present invention, in which the upper layer chamber of the oxygen production reaction tank liner is provided with a water filter liner with an S-shaped central air guide column;

[0170] Figure 4-8 The structure and connection diagram of the oxygen concentrator of the present invention is a multi-chamber structure oxygen concentrator with a sealing gasket and a nail-free fastener as a connection sealing structure, and an electric heating medicine vaporizer is provided in the lower box body;

[0171] Figure 4-9The schematic diagram of the structure and connection of the chemical convenient oxygen generator provided with an elevated hot water bag infusion device of the present invention;

[0172] Figure 5 The structure and connection diagram of the L-shaped square column sitting oxygen concentrator with variable multifunctional auxiliary supporting feet for manual feeding of the rotating auxiliary box of the present invention;

[0173] Figure 5-1 The structure and connection diagram of the multi-person sitting oxygen concentrator is shown in the L-shaped square column with water purification support feet for manually controlling the feeding of the rotating auxiliary box of the present invention;

[0174] Figure 5-2 It is a structural and connection diagram of the present invention's sitting integrated box-type T-shaped double oxygen-generating chambers on the left and right, in which the middle chamber is provided with an electric heating medicine steamer and an oxygen water filter tank;

[0175] Figure 5-3 It is a schematic diagram of the structure connection of the combined body of the rotating auxiliary box for manual feeding and multiple-person inhalation seated integrated group box and multiple oxygen production units of the present invention;

[0176] Figure 6 The schematic diagram of the structure and connection of the upper bag and lower box type oxygen concentrator provided with a hot water bag dispenser and an inhalation application device provided with an external gas input bag or generator of the present invention;

[0177] Figure 6-1 It is a schematic diagram of the structure and connection of the upper bag and lower box type oxygen concentrator provided with an extracorporeal water filter and with the filtering and purification structure layer moved outwards according to the present invention;

[0178] Figure 6-2 It is a schematic diagram of the structural connection of the upper bag and lower box oxygen concentrator provided with double Y-shaped inhalers and water filtration and non-water filtration which can be selectively applied in the present invention;

[0179] Figure 6-3 The upper bag and lower box multi-oxygen production unit of the present invention is provided with a common middle chamber and a common squeezable oxygen delivery bag upper chamber combined structure and a connection schematic diagram;

[0180] Figure 7 It is a schematic diagram of the contour of the curved mask body and the wearing method of the present invention provided with side wings and an outwardly protruding three-chamber chemical oxygen production column;

[0181] Figure 7-1 It is a schematic diagram of the connection structure of the curved cover body and the inner liner clip structure provided with side wings and external protruding columns and a groove-type chemical oxygen production liner of the present invention;

[0182] Figure 7-2 The structure and connection diagram of the shield-shaped single-shell semi-open oxygen generator provided with an outwardly protruding three-chamber chemical oxygen production column of the present invention;

[0183] Figure 8The structure and connection diagram of the wearable mask-type oxygen concentrator composed of a three-layer concave beetle-shaped composite shell of the present invention (the ear frame is only shown on one side in this figure);

[0184] Figure 8-1 The structure and connection exploded diagram of the wearable mask-type oxygen concentrator composed of a three-layer concave beetle-shaped composite shell of the present invention (the ear frame is only shown on one side in this figure);

[0185] Figure 8-2 The structure of the hand-held and wearable inhalation mask-type oxygen concentrator composed of a double-layer concave beetle-shaped composite shell of the present invention and its exploded schematic diagram;

[0186] Figure 8-3 The structure of the hood-type oxygen concentrator with an inner shell composed of a double-layer concave beetle-shaped composite shell and spinous process-shaped side wings and ear straps, and a schematic diagram of the disassembly;

[0187] Figure 8-4 A schematic diagram of the symmetrical dual oxygen production chamber connection structure and connection for handheld application composed of a double-layer concave beetle-shaped composite shell of the present invention;

[0188] Fig. 9 It is a schematic diagram of the structure of the full-film liquid level control plate, the liquid level control plate containing a porous plate double-opening one-way valve film, and the liquid level control plate of a porous plate fish-scale valve film;

[0189] Figure 9-1 It is a schematic diagram of the structure of the three-dimensional breathable mesh spacer fabric structure of the present invention and the lower surface of which is provided with a glutinous rice paper film as a catalyst and drug carrier and as an isolation bag carrier with oxygen-generating solid materials in the bag and catalyst additional components on the bag wall;

[0190] Figure 9-2 It is the four-layer-in-one purification and filtration composite structure layer of the present invention;

[0191] Figure 9-3 It is a schematic diagram of the structure of the duckbill opener type injector and the purification and filtering composite layer of the present invention, in which a porous plate fish scale type gas output one-way valve membrane is provided on the upper surface;

[0192] Figure 9-4 It is a schematic diagram of the four-in-one packaging arrangement of the puncture needle of the present invention, the prefabricated tube filled with manganese dioxide and drug powder, the prefabricated tube filled with oxygen production liquid, and the push handle;

[0193] Fig.10 The oxygen concentrator of the present invention is used as an auxiliary device for oxygen inhalation accompanying a functional inhaler, and the three-in-one combined structure and connection diagram of the inhaler and the electric heating device;

[0194] Figure 10-1The structure and connection diagram of the micro photocatalyst factor generator which can be used in the fresh-keeping box and is composed of the three-chamber oxygen-generating hand box and the small-dose ultraviolet generator of the present invention;

[0195] Figure 10-2 For the present invention Figure 3 The structure and connection diagram of a micro photocatalyst factor generator which is composed of a room oxygen generator and a small-dose ultraviolet generator and can be used outside the fresh-keeping box;

[0196] Figure 10-3 The facial care device is composed of an elbow three-chamber integrated cylindrical oxygenator and an ultrasonic water replenishment humidifier and / or a calcium oxide high-heat energy medicine steam generator of the present invention;

[0197] Fig.11 It is a schematic diagram of the structure and connection of the wearable cap-type chemical convenient oxygen generator of the present invention;

[0198] Figure 11-1 This is a schematic diagram of the structure and connection of a twin oxygen-making bag provided with a cap-type liquid dispenser according to the present invention;

[0199] Fig.12 The structure and connection diagram of the seated integrated box oxygen concentrator provided with anorectal gynecological input application seat frame of the present invention;

[0200] Fig.13 The structure and connection diagram of the seated integrated shell box-type multi-chamber oxygen concentrator provided with a dispersion cover for outputting oxygen and drug vapor for body surface application according to the present invention;

[0201] Fig.14 A schematic diagram of the structure and connection of a non-medical application device for oxygenating charcoal fire and reducing carbon smoke in the oxygen generator of the present invention;

[0202] Fig.15 The triple structure and connection diagram of the columnar chemical oxygen production cup, the columnar calcium oxide high-heat energy medicine vapor generation cup, the lock-and-lock cover and the waterless purification filter cup of the present invention;

[0203] Fig.16 It is a schematic diagram of the structural model of the chemical convenient oxygen generator of the waterless purification and filtration device of the present invention.

[0204] In the figure:

[0205] 1. Chemical convenient oxygen generator 2. Chemical convenient oxygen generator related devices 1.1.0 External structure of chemical convenient oxygen generator 1.1.1 Oxygen generation chamber (lower chamber, first chamber) 1.1.2 Chamber with oxygen purification or conversion as the main function (middle chamber, second chamber) 1.1.2.1 Functional purification and / or conversion materials and three-dimensional spacer cloth carrier 1.1.3 Oxygen filtration and release output chamber (upper chamber, third chamber) 1.1.3.1 Breathable sponge filtration layer structure 1.1.4 Liquid level control board and inter-chamber isolation board 1.1.1.1 Chemical reaction tank liner 1.1.1.2 Lower auxiliary chamber in the chemical reaction tank liner 1.1.1.3 Second chemical reaction tank or upper auxiliary chamber 1.1.5 Oxygen generation solid materials 1.1.6 Liquid storage bag for oxygen generation reaction liquid 1.1.1.8 Indoor wall support 3.9 Oxygen generation material additional components 3.9.1 Catalyst additional components 3.9.2 Drug additional components 9 Functional particles for purification or conversion of materials 9.1 Purification net 2.2.6 Waterless purification filter composite layer 1.1.7 Calcium oxide high thermal energy chemical reaction chamber 1.1.7.1 Calcium oxide or its mixture with active metals 6.2.1 Inter-chamber air duct 10 Three-dimensional breathable mesh spacer cloth 6.6 Gasket-type safety valve membrane 2.6.1 Upper chamber shell and outward edge 2.6.2 Lower chamber shell and outward edge 6.1 Oxygen generator gas output Hole column 6.2 Air supply tube 7.2 Manually inflated pressurized air bag for air supply tube 7.3 Latex or silicone finger-shaped or cone-shaped insert that can be inserted into gynecological and anorectal cavities 6.9 Inflatable head of tracheal, lung and uterine cavity tube 1.1.4.7 Material control layered structure 5.1 Puncture piece 5.2.5 Infusion bag type dispenser 5.3.5 Hot water bag type dispenser 15 Electric drug vapor 16 Ultraviolet generator 1.1.9 Water mist generator 2.6.7 Drug mist generator. DETAILED DESCRIPTION

[0206] The present invention will be further described in detail below in conjunction with specific examples. The following examples are only illustrative and not restrictive, and the protection scope of the present invention cannot be limited thereto.

[0207] 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.

[0208] A chemical convenient oxygen generator for emergency rapid oxygen production and controllable continuous oxygen production and its application (see Figure 1-Figure 16), the chemical convenient oxygen generator comprises an outer body structure 1.1.0, a chemical oxygen production chamber 1.1.1 arranged in the outer body structure, a chamber structure 1.1.2 arranged in the outer body structure with oxygen purification or conversion as the main function, a gas filtration output chamber 1.1.3 arranged in the outer body structure, a puncture injection piece 5 arranged on and / or inside the outer body structure, and a gas output application device 6 arranged on the outer body structure and connected to the inside; the chamber structure of the chemical oxygen production chamber 1.1.1, the chamber 1.1.2 with oxygen purification or conversion as the main function, and the gas filtration output chamber 1.1.3 comprises a three-dimensional space structure 3.7 formed by the outer body structure wall and a layered structure 3.8 formed by a functional three-dimensional structure layer in the outer body structure (see the internal structure model Fig.16 ), which constitute the oxygen production and waterless purification filter layer chamber;

[0209] The chemical oxygen production chamber is a chamber structure provided with chemical oxygen production solid material 1.1.5 and a puncturable oxygen production liquid storage bag 1.1.6 and / or capable of accepting external oxygen production solid material and external oxygen production liquid. The chemical oxygen production chamber is provided with oxygen production chemical reaction solid material 1.1.5 and puncturable internal oxygen production liquid storage bag 1.1.6 and / or accepting external oxygen production solid material and external oxygen production liquid 1.1.6.1 (see the puncture injection parts 5.2, 5.3, 5.5) Figure 2 ) to produce oxygen (see Figure 1-Figure 8 series);

[0210] The layer chamber structure arranged in the outer body structure with the main function of oxygen purification or conversion is composed of a three-dimensional space formed by the outer body structure and a layered structure and / or a mesh liner carrying functional materials. The layer chamber structure purifies, defoams and adjusts the temperature of the oxygen produced by the chemical oxygen generator, and can convert oxygen (O2) into ozone (O3) or negative ion oxygen (O2-) according to needs through the adjustment of the functional materials carried in the layered structure and / or the mesh liner, or convert chemical wet oxygen containing a large amount of water vapor into non-medical dry combustion-supporting oxygen through the participation of a dehumidifier;

[0211] The gas filter output layer chamber arranged in the outer body structure allows the oxygen produced by the chemical oxygen generator or the gas converted from oxygen to be filtered and released for output use;

[0212] The chamber structure with oxygen purification or conversion as the main function and the gas filtration output chamber form a substitute for the waterless purification filter chamber of the traditional chemical oxygen water filtration device;

[0213] The chemical oxygen generation chamber obtains the supply of oxygen generation reaction liquid through the participation of the puncture and liquid injection piece, and the puncture and liquid injection piece is a puncture piece 5.1-5.1.6 (see Figure 1), a liquid storage part 5.2 arranged inside or outside the outer structure, and an external liquid storage, injection and dripping part 5.3 (see Figure 6 series) or their combined application;

[0214] The chemical oxygen production solid material is a strong oxidant powder material for oxygen production or a composite material consisting of a strong oxidant powder material for oxygen production and additional components; the oxygen production reaction liquid is water or a mixed liquid consisting of water and additional components, and the additional components in the oxygen production reaction solid material and the oxygen production reaction liquid are one of catalysts, minerals rich in metal oxides, fragrances, and medicinal ingredients, or a composite component thereof;

[0215] The chemical convenient oxygen concentrator realizes rapid emergency oxygen production by combining an internal puncturable liquid storage bag and an external and / or internal puncturing piece. The chemical convenient oxygen concentrator realizes continuous, continuous, cyclic and controllable oxygen production by controlling the liquid dripping, infusion and injection feeding mode. The chemical oxygen concentrator with the advantage of rapid emergency chemical oxygen production is provided with a structure and mechanism that can be converted into repeated oxygen production and continuous oxygen production. The chemical oxygen concentrator with the advantage of sustainable chemical oxygen production is provided with a structure and mechanism that realizes rapid emergency oxygen production.

[0216] The chemical convenient oxygen generator and its application include the technical method and structural basis for utilizing the chemical heat energy of the oxygen production reaction to produce oxygen accompanied by drug vapor, wherein the establishment of the waterless purification and filtration structural basis and mechanism creates the basic conditions for the generation and utilization of drug vapor without being filtered by water;

[0217] The chemical convenient oxygen generator and its application include the application as a medical oxygen source supplier and the application as a non-medical oxygen source supplier and the corresponding technical methods and structural basis. The application as a medical oxygen source supplier includes the application of the oxygen produced as a respiratory system inhalation application and non-respiratory system cavity organ input application and the surface oxygen therapy application realized by an oxygen dispersion release hood;

[0218] The chemical convenient oxygen generator and its application include the technical method and structural basis for the application of the chemical oxygen source generating input device as an oxygen storage bag;

[0219] The chemical convenient oxygen generator and its application include a compatible device for generating oxygen with a non-oxygen functional factor generator or a technical method and structural basis for generating a third type of functional factor in combination with a non-oxygen functional factor generator;

[0220] The chemical convenient oxygen generator and application also include associated auxiliary devices that are beneficial to chemical oxygen production and application.

[0221] Preferably, the outer body structure is a bag-type, box-type, or cover-type structure, which respectively constitutes a bag-type oxygen generator for one-time rapid emergency oxygen production or a bag-type oxygen generator for controllable continuous oxygen production (see Figure 1 , Figure 2 Series), integrated cassette type for easy feeding and liquid injection (see Figure 3 , Figure 4 , Figure 5 Series), semi-open mask type without inhaler (see Figure 7 , Figure 8 Series) chemical convenient oxygen generators, and respectively constitute different outputs and oxygen flow rates and respectively constitute wearable, handheld, and seat-mounted chemical convenient oxygen generators, which have the structural characteristics of the first chamber, the second chamber, and the third chamber or the lower, middle, and upper chambers which are connected from bottom to top or from front to back in sequence and are composed of an external structure and an internal space. The first chamber or the lower chamber is an oxygen production layer chamber 1.1.1 with a chemical reaction pool, the second chamber or the middle chamber is a layer chamber structure 1.1.2 with oxygen purification or conversion as the main function, and the third chamber or the upper chamber is a gas filtration output layer chamber 1.1.3 with a layered structure;

[0222] Alternatively, the first chamber or the lower chamber and the second chamber or the middle chamber form a structure that is integrated into one (see Figure 1 , Figure 2 series), the second chamber or middle chamber and the third chamber or upper chamber form a two-in-one structure (see Figure 4 );

[0223] Alternatively, the first chamber or the lower chamber is divided into a multi-chamber structure (see Figure 4 series);

[0224] Alternatively, the chemical oxygen production chamber is provided with an inner liner 1.1.1.1 made of glass or porcelain that is resistant to acid, alkali and heat and does not release harmful substances, and the inner liner is used as a chemical reaction pool (see Figure 4-1 to Figure 4-9 , Figure 8 series);

[0225] Alternatively, the inner liner is provided with auxiliary bladders 1.1.1.2, 1.1.1.3 (see Figure 4-1 to Figure 4-5 ), a solid additional component of oxygen-generating material is arranged in the auxiliary chamber so that the oxygen-generating solid material and the additional component are isolated and arranged as one body, or a non-oxygen-generating chemical reaction solid material is arranged in the auxiliary chamber to form an independent non-oxygen-generating chemical reaction pool that is beneficial to oxygen production or coordinated oxygen application or beneficial to the generation of drug vapor (see Figure 4-5 ), the height of the auxiliary gallbladder 1.1.1.2 of the oxygen-generating solid additional component is set lower than the height of the main gallbladder 1.1.1.1 so that the oxygen-generating liquid injected into the main gallbladder overflows the auxiliary gallbladder of the additional component to form the fusion of the main and auxiliary gallbladder materials to participate in the chemical reaction together (see Figure 4-1 ), the height of the auxiliary gallbladder 1.1.1.3 for setting non-oxygen chemical reaction solids is higher than the height of the main gallbladder 1.1.1.1 to avoid the fusion of the chemical reactions of the main gallbladder and the auxiliary gallbladder to ensure that the main and auxiliary gallbladder chemical reaction pools are independent structures (see Figure 4-5), a material control layered structure is arranged above the lower auxiliary gallbladder 1.1.1.2, and the layered structure is provided with a through hole 1.1.4.7.1 capable of passing through the upper auxiliary gallbladder, and the upper auxiliary gallbladder 1.1.1.3 conflicts with the bottom of the purification or functional conversion net gallbladder arranged in the middle chamber of the oxygen concentrator, and the net gallbladder bottom faces the solid material arranged in the upper auxiliary gallbladder to form a control (see Figure 4-5 ), the auxiliary gallbladder arranged on the main gallbladder is single or multiple;

[0226] The chemical convenient oxygen generator outer body structure includes a chemical reaction liquid level control panel 1.1.4, which is arranged above the chemical reaction pool and serves as 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, and its periphery is detachably and tightly connected to the outer body structure wall, and a barrier-free puncture hole 1.1.4.3 with a diameter greater than 5MM is provided at the position of the liquid level control panel corresponding to the puncture hole or gas delivery hole 6.1 at the top of the upper chamber wall;

[0227] Alternatively, a gas-permeable and liquid-tight film is provided on the surface of the liquid level control plate. The liquid level control plate provided with the gas-permeable and liquid-tight film has the function of defoaming and preventing the chemical reaction liquid from seeping outwardly to the upper structure. The barrier formed by the gas-permeable and liquid-tight film of the liquid level control plate can enable the chemical oxygen generator to realize inverted feeding and liquid injection from the discharge hole mouth connected to the chemical reaction tank at the bottom. Inverted feeding and liquid injection using the discharge hole mouth can avoid the setting of the feeding and liquid injection hole mouth, which is beneficial to the processing and production of the oxygen generator and makes the application more convenient. For example, the bottom hole mouth injection of the hood-type oxygen and hydrogen generator makes the multi-layer integrated shell convenient for production and processing and can avoid damage to the connection structure caused by repeated shell opening (see Figure 8-3 ),

[0228] Alternatively, the coating on the upper surface of the liquid level control plate is breathable cotton paper or gauze 1.1.4.2;

[0229] Alternatively, the chemical reaction liquid level control panel is provided with a one-way valve membrane that can only output gas in one direction, ++ to prevent the reverse transmission of oxygen when the soft bag is pressed or the gas pipe pressure bag is squeezed to increase the gas output power. The one-way valve membrane structure is a porous plate double-open membrane single structure 1.1.4.6 (see Fig. 9 9.1) or porous plate fish scale valve diaphragm structure (see Fig. 9 9.2 in the above);

[0230] Alternatively, the upper and lower surfaces of the four corners of the soft bag oxygen chemical reaction liquid level control board are provided with upper supporting feet 1.1.4.8 and lower supporting feet 1.1.4.9 (see Figure 1-1), the lower support foot keeps the shape of the soft bag body, the upper surface of the oxygen production chemical reaction liquid level control plate, the upper support foot, and the lower surface of the functional oxygen purification isolation layer together constitute the transition space between the oxygen production reaction layer chamber and the oxygen purification layer chamber of the soft bag oxygen generator to strengthen the prevention of chemical reaction foam from infiltrating the upper structure;

[0231] The bag-type, integrated box-type, and hood-type chemical convenient oxygen concentrators all have a structural basis and mechanism for rapidly starting an oxygen-generating chemical reaction or an oxygen-generating chemical reaction accompanied by drug vapor for emergency medical treatment, wherein the bag-type oxygen concentrator has a built-in puncturable liquid storage bag 1.16 and a puncture member 5.1 (see Figure 1 ) configuration to achieve rapid liquid discharge and emergency start of chemical reaction oxygen production, wherein the integrated box oxygen concentrator can conveniently open the cover to feed liquid injection and seal oxygen production or through the infusion bag can immediately open the valve to discharge liquid to start the chemical reaction mechanism to achieve emergency oxygen production (see Figure 4 Series), where the hood-type semi-open oxygen concentrator has a convenient injection nozzle 5.6.1 and a drainage nozzle 5.6.2 (see Figure 7-1 ,See Figure 8-1 ) is set to realize emergency start-up of chemical reaction oxygen production;

[0232] The extrudable and deformable pressurization characteristics of the bag-type emergency oxygen concentrator and the arrangement of a pressurization bag 7.2 in the gas output application device of the rigid oxygen concentrator constitute a rapid pressurized oxygen supply method for emergency medical treatment;

[0233] Alternatively, the mechanism of emergency rapid oxygen production also includes using the gas transmission hole column 6.1 at the top of the upper chamber wall of the oxygen generator as the puncture hole, using a spare puncture needle with a length greater than 100MM and a hole diameter greater than 0.8MM and an injector to penetrate the barrier-free puncture structure layer and / or the through hole of each layer of the chamber to inject liquid into the chemical reaction pool for emergency;

[0234] The bag-type, integrated box-type, and hood-type chemical convenient oxygen concentrators all have a structural basis for continuous cyclic oxygen production with controllable continuous or continuous feeding and liquid injection and the ability to discharge waste liquid at any time. The bag-type and hood-type oxygen concentrators achieve cyclic continuous oxygen production by setting controllable continuous or continuous feeding and liquid injection orifices 5.6.1 and waste discharge orifices 5.6.2, which can discharge waste liquid at any time. The integrated box-type oxygen concentrator achieves continuous oxygen production by setting a convenient opening box cover.

[0235] The chemical convenient oxygen generator has a plurality of structural bases for separating and arranging oxygen-generating strong oxidant powder materials, catalyst additional components, and drug additional components in one body (see Figure 1 , Figure 4 series), which includes the isolation of oxygen-generating strong oxidants and additional components through the setting of main and auxiliary gallbladders (see Figure 4Series), by placing the additional ingredients in a wafer or glutinous rice film that melts when exposed to water to achieve isolation of oxygen strong oxidants and additional ingredients, by placing the additional ingredients in a three-dimensional breathable mesh spacer cloth with a glutinous rice paper film to achieve isolation of oxygen strong oxidants and additional ingredients (see Figure 1 ), by placing the additional components in the middle layer structure of the three-dimensional breathable mesh spacer cloth and placing the oxygen-generating strong oxidant in the inner space of the spacer cloth bag to achieve isolation of the oxygen-generating strong oxidant and the additional components (see Figure 9-2 ), different materials are integrated and separated to avoid chemical influence between different components during storage, so as to create conditions for emergency oxygen production by making the chemically convenient oxygen generator contain oxygen preparation materials;

[0236] The layer chamber structure with the main function of oxygen purification or conversion is arranged in the second chamber of the oxygen generator and is not limited to being arranged in the second chamber;

[0237] The oxygen filter output layer chamber 1.1.3.1 is composed of a three-dimensional filter layer structure, a gas output space and a hole mouth or hole column 6.1; the three-dimensional layer structure is a breathable sponge 1.1.3.1 with a thickness greater than 5MM and / or a three-dimensional breathable mesh spacer cloth 1.1.2.1, and the space of the layer chamber also includes a storage space for a medicine mist generator or an external gas receiving space;

[0238] The puncture injection structure provided on the outer body wall is a puncture hole 5.6 (see Figure 1 ), injection nozzle 5.6.1, discharge nozzle 5.6.2 (see Figure 1-2 ), can open the cover filling device (see Figure 2 , Figure 6 ) is one or more combined arrangements, the puncture opening and the injection nozzle arranged on the wall of the outer structure are single or multiple structures and are provided with an instant sealing film or a plugging member, - the instant sealing member is an instant adhesive film or a rubber plug or an instant plugging material or a capping member, or the injection nozzle also includes a gas delivery nozzle 6.1 arranged on the top of the outer structure;

[0239] Alternatively, the chemical convenient oxygen generator further comprises a liquid discharge orifice disposed on the outer body structure or a bag-type, box-type or capsule-type oxygen production reaction secondary liquid discharge and / or collection structure 5.6 (see Figure 3 );

[0240] Alternatively, the outer structure of the chemical oxygen generator includes a gasket-type safety valve membrane 6.6 (see Figure 2 series, Figure 3-2 , Figure 4 , Figure 6), the gasket-type safety valve membrane is composed of a preset valve membrane wall hole arranged on the upper chamber wall of the outer structure or the lower chamber wall of the liquid level control panel above the oxygen production pool, a self-adhesive gasket 6.6.1 and a valve membrane sheet 6.6.2. The self-adhesive gasket is a double-sided adhesive gasket with a thickness of 2-5MM and a middle hole, and the valve membrane sheet 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; ---The safety valve hole and valve membrane arranged on the hard shell or the chamber wall of the box body below the liquid level control panel above the chemical reaction pool also serve as a feeding and liquid injection port. After the gasket-type safety valve membrane is opened, the hole can be used for feeding and liquid injection. The feeding accessories used in conjunction with the preset hole are a long-necked micro-funnel or a long duckbill-shaped medical nasal opener (see Figure 9-3 );

[0241] Alternatively, the safety valve membrane of the bag oxygen concentrator is composed of a preset gap arranged on the bag wall of the upper chamber or the bag wall below the liquid level control panel above the bag oxygen concentrator and a film sheet with a self-adhesive sticker, which has both the puncture hole and the feeding, liquid injection and waste discharge hole of the bag oxygen concentrator (see Figure 1-2 );

[0242] The oxygen-generating strong oxidant solid material is sodium percarbonate or calcium peroxide powder that can react chemically with the oxygen-generating liquid to generate oxygen and does not produce irritating and unpleasant odors and contact and inhalation harmful substances during the oxygen-generating chemical reaction; in the application, the strong oxidant powder material and the additional component powder form a mixture or the strong oxidant powder material and the additional component powder form a double-layer structure (see Figure 1 ), wherein the upper structure is a spacer cloth with rice paper at the bottom of the powder containing the additional components 3.9.1 and 3.9.2, and the lower layer is a dispersed layer of strong oxidant powder material 1.1.5, or different materials of strong oxidant powder material and additional components are respectively placed in the compartments of the chemical reaction tank (see Figure 4-1 ) and through the spacer cloth or wafer cover plate 1.1.4.7 without mesh on the bottom surface, the control is formed so that each substance is in an isolated state during storage and is integrated with the oxygen-generating reaction liquid to participate in the oxygen-generating chemical reaction together;

[0243] The oxygen production 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 or a mixture of hot water and an additional component catalyst, and the mass ratio of the oxygen production reaction liquid to the oxygen production powder material is 1-10:1;

[0244] The additional components of the chemical oxygen-generating material include the application of a composite material formed with the oxygen-generating material and the application of a functional material used as a layer chamber structure with oxygen purification or conversion as the main function;

[0245] The catalyst used as an additional component of the chemical oxygen production material is a powder preparation of a fast reaction catalyst and / or a slow reaction catalyst. The fast reaction catalyst is a common oxygen production catalyst of manganese dioxide and iron oxide. The slow oxygen production reaction catalyst is a special oxygen production catalyst rich in metal oxides and biologically active substances, such as actinolite and sodium manganese tourmaline, which has an oxygen production catalytic effect and can reduce the catalytic speed of the fast oxygen production catalyst. The mass ratio of the strong oxidant to the catalyst is 5-10:1;

[0246] The fragrance used as an additional component of the chemical oxygen production material is a material capable of releasing aroma, and the material capable of releasing aroma is a dried powder or powder of edible flowers and herbal Chinese medicines with the functions of seasoning, defoaming and chemical reaction rate regulation;

[0247] Alternatively, the spices used as additional ingredients of the chemical oxygen-generating material also include essential oils extracted from edible flowers and Chinese medicinal and edible herbs;

[0248] The medicine used as an additional component of the chemical oxygen-generating solid material is a granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice that has medical effects on the heart, brain, and respiratory system and can be rapidly decomposed or distilled to form medicine vapor or medicine aerosol or stimulated to release beneficial odors when exposed to oxygen-generating chemical energy hot water to play a medical auxiliary role. The effective ingredients of the granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice contain at least one medicine that can release functional volatile components in a thermal energy environment; wherein the granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice involved in the emergency medical oxygen generator can at least play an emergency medical auxiliary role of facilitating cardiopulmonary resuscitation and / or refreshing the mind or facilitating the recovery of consciousness through the release of beneficial odors;

[0249] The medicine used as the additional component of the oxygen-generating reaction liquid is a liquid Chinese patent medicine preparation or natural liquid resin that has medical effects on the heart, brain, and respiratory system and can be quickly dissolved or distilled to form medicine vapor or medicine aerosol when encountering oxygen-generating chemical energy hot water, or can be stimulated to release beneficial odors to play a medical auxiliary role. The effective ingredients of the liquid Chinese patent medicine preparation or natural liquid resin include at least one medicine that can release functional volatile components in a thermal energy environment; wherein the liquid Chinese patent medicine preparation or liquid natural resin involved in the emergency medical oxygen generator can at least play an emergency medical auxiliary role of facilitating cardiopulmonary resuscitation and / or refreshing the mind or facilitating the recovery of consciousness through the release of beneficial odors;

[0250] Alternatively, the oxygen-generating liquid directly uses a mixture of a decoction of Chinese herbal medicine or a liquid preparation of Chinese patent medicine and manganese dioxide;

[0251] The additional drug components of the chemical convenient oxygen generator also include western medicine substances that can help oxygen to play a medical role, such as the intervention of tiotropium bromide and salbutamol bronchodilator spray to promote oxygen absorption and be used for emergency medical treatment of respiratory diseases;

[0252] The additional drug components of the chemical convenient oxygen generator also include western medicine substances that can reduce important side effects with the help of oxygen. For example, the western medicine substance apomorphine, which affects the respiratory system and easily causes hypoxia and mental symptoms during use, is used as an additional component of the oxygen production material so that it can be inhaled with oxygen to reduce its side effects. The simultaneous introduction of apomorphine and forsythia essential oil into the oxygen production process can also antagonize the nausea symptoms that are easily caused by apomorphine inhalation, and can be better used for Parkinson's disease and male dysfunction.

[0253] The western medicine additional ingredients are passed through a micro ultrasonic medicine mist generator 2.6.7 (see Figure 4-2 ) is realized, the micro ultrasonic drug mist generator and the chemical convenient oxygen generator are auxiliary devices to each other, the micro ultrasonic drug mist generator adopts the basic structure and mechanism of the commercially available micro ultrasonic vibration humidifier or ultrasonic vibration water replenishing instrument, and its water storage tank is a drug aqueous solution;

[0254] The functional material of the layered chamber structure with oxygen purification or conversion as the main function arranged in the outer body structure is a substance with defoaming, gas purification, and temperature regulation functions, or a substance that converts oxygen (O2) into ozone (O3) or negative ion oxygen (O2-), or a dehumidifier that converts chemical wet oxygen into non-medical dry combustion-supporting oxygen; the functional material is in the form of powder, crushed powder, or rice-like micro-particles poured into the spacer cloth three-dimensional layered carrier, or is arranged in the mesh in the form of mung bean or pea-sized particles;

[0255] Alternatively, the structural layer arranged in the middle chamber with oxygen purification or conversion as the main function and the filter sponge layer and liquid level control plate arranged in the upper chamber together constitute the oxygen waterless purification filtration and function conversion composite layer 2.2.6 (see Figure 9-3 ), or the composite layer further comprises a fish-scale gas one-way release membrane disposed on the upper surface of the filter sponge, and the composite layer is disposed in the middle chamber and / or the upper chamber of the chemical convenient oxygen generator;

[0256] The built-in puncturable liquid storage bag 1.1.6 containing the oxygen-generating reaction liquid is a hollow bag body made of a soft material similar to an infusion bag and sealed on all sides, and its bag wall can be punctured by a spare puncture accessory to release the oxygen-generating reaction liquid (see Figure 1 series), the liquid carrying capacity is greater than 50ML.

[0257] Preferably, the puncture and injection member is provided on the outer body structure as an associated member of the outer body structure or as an isolated associated accessory of the outer body structure, wherein the puncture member can pass through the puncture hole 5.6 provided on the oxygen-generating outer body structure with an instant self-adhesive film 5.7.1 or through the reserved gap 5.7 (see Figure 1-2 ) pierces and penetrates each layer structure arranged inside the outer body structure and then pierces the liquid storage bag arranged inside the outer body structure to release the oxygen production reaction liquid to quickly start the chemical reaction; the liquid storage injection piece and the liquid storage dripping piece are filled with oxygen production reaction liquid, and the liquid storage injection piece or the liquid storage dripping piece and the piercing piece are used in combination to inject the exogenous oxygen production reaction liquid arranged outside the oxygen production outer body structure into the target layer of the oxygen production layer chamber through puncture to inject liquid or increase liquid or intermittently supply the oxygen production structure layer to maintain the continuous progress of the chemical reaction;

[0258] The piercing member 5.1 is a piercing needle or a double-edged piercing member with a handheld handle or a wallpaper knife-like piercing member 5.1.1 (see Figure 1 Series), which is a spare part arranged on the outer surface of the outer body structure, and the puncture needle and the trocar of the puncture member are connected with a sheath 5.1.2;

[0259] Alternatively, the puncture piece also includes a puncture needle and a long-necked puncture funnel or an opener for feeding materials to convert the disposable emergency bag oxygen concentrator into a reusable suction, drainage and injection puncture needle, and each layer of the internal structure of the bag oxygen concentrator is provided with an unobstructed puncture channel for the puncture piece (see Figure 1-1 ), the barrier-free puncture channel is the reserved gaps or large-aperture meshes in the corresponding areas of the layered structures and the liquid level control plate corresponding to the puncture opening on the upper wall of the bag body 1.1.4.3 (see Figure 1 The long-necked puncture funnel is a long-necked micro-funnel 5.8 (see Figure 3 , Figure 10-1 ), the opener feeding spare part is a long duckbill-shaped medical nasal opener 5.9 (see Figure 9-3 ), use a long-necked pierceable funnel or an opener to feed the material. The material is easy to pour sodium percarbonate granular powder or calcium peroxide crystalline powder;

[0260] The puncture and injection parts include a medical puncture needle 5.1.2 and a medical syringe or a medical intravenous infusion bag 5.3 (see Figure 6Series), wherein the drip infusion is supplied by dripping or intermittently supplying oxygen-generating liquid so that the oxygen-generating material and the carrier layer in the oxygen-generating bag or box body continuously and slowly or intermittently receive the oxygen-generating liquid from the drip infusion bag, thereby forming controllable continuous oxygen production. The medical drip infusion bag is connected to the oxygen-generating bag or box body or is separated from the body. The medical drip infusion bag 5.3 is a complete set of configurations including an infusion bag 5.3.1 filled with oxygen-generating liquid, an infusion tube 5.3.2, a controller 5.3.3, and a puncture needle 5.1.2 (see Figure 6 series);

[0261] The puncture and injection device also includes a high-position hot water dripping or injection device (see FIG. 5 ) which is composed of a hot water bag instead of a medical infusion bag 5.3.5 and an infusion tube, a drip pot, a controller, and a puncture and infusion needle. Figure 5 , Figure 6 ), the hot water dripping or injection device of the hot water bag is an independent application body or is integrally formed with the outer structure of the oxygen generator as a component of the outer structure of the oxygen generator. The temporary water filling structure of the hot water bag, especially the availability of boiling water, makes the chemical convenient oxygen generator more convenient to use and more efficient in chemical oxygen production, and has the characteristics of large-capacity emergency oxygen production;

[0262] Alternatively, the liquid injection member is a capsule type 5.2 with a docking nozzle for use with the liquid injection nozzle of the oxygen generator outer structure (see Figure 2-1 , Figure 6 ) or a push-in syringe type reservoir and injection assembly (see Figure 9-4 );

[0263] Alternatively, the liquid injection part also includes a cap-type liquid dispenser 17 that can be worn on the head, which can supply oxygen-generating liquid to the oxygen generator arranged on both sides of the cap brim and both ends of the wearable C-shaped earphone holder, forming a chemical oxygen generator application device that does not affect work and activities (see Figure 11-1 ), the earphone holder is used as a neck-worn device for the twin oxygen concentrator, and the twin oxygen concentrator provided with the earphone holder can be used independently or in combination with a cap-type liquid dispenser;

[0264] Alternatively, the injection part also includes an overhead liquid storage and injection assembly (see Figure 4-9 ), the elevated liquid storage and injection assembly includes an infusion stand 5.5, a hot water bag 5.3.5 type liquid storage bag or a cap-type liquid storage device that can be easily filled at any time, the neck of the hot water bag type liquid storage bag is provided with a hanging ring and / or a hook and can be hung on the infusion stand through the hanging ring and / or the hook, the cap-type liquid storage device 17 is supported by the double crossbeams of the double bracket, and the infusion stand is a double U-shaped frame and a double ladder frame with double concave arc crossbeams (see Fig.14 , 4-9), which is composed of a frame bottom 5.5.1 frame column 5.5.2 frame beam 5.5.3, the elevated liquid storage and injection assembly can be placed on the upper shell or the top of the upper box body of a sitting or horizontal integrated group box oxygen generator without affecting the setting and application of the gas output device; the elevated liquid storage and injection assembly inputs oxygen-generating liquid into the chemical reaction pool through the injection hole nozzle and the punctureable sealing rubber head arranged on the shell wall of the outer body structure or the box wall, and the infusion tube, flow control valve, and puncture needle connected to the liquid storage bag, and / or inputs oxygen-generating liquid into the chemical reaction pool liner through the port side wall provided with a puncture needle through hole corresponding to the outer wall;

[0265] Alternatively, the liquid injection part also includes an input device 5.5.9 (see FIG. 5 ) for delivering liquid (such as water, ethanol or liquid medicine) required for distillation or steam to the middle chamber or lower chamber provided with a liquid injection nozzle and an electric distillation or steam generation pool. Figure 5-2 );

[0266] The three-dimensional layered carrier of the oxygen-generating solid material spacer cloth is a three-dimensional air-permeable mesh spacer cloth 10 (see FIG. Figure 9-1 ) or 10-20ppi low density water-absorbing and breathable sponge three-dimensional layered structure or spacer bag (see Figure 9-1 9-1.3), the oxygen-producing solid material is connected and arranged on a three-dimensional layered carrier;

[0267] The three-dimensional layered carrier of the spacer cloth used as the carrier of the oxygen-generating solid material, the additional components and the functional oxygen purification and conversion material is a three-dimensional breathable mesh fiber cloth 10 (see Figure 9-1 ), the three-dimensional breathable mesh fiber cloth comprises a three-dimensional fiber cluster middle layer structure 10.2, an upper fabric surface 10.1 and a lower fabric surface 10.3, the three-dimensional fiber cluster middle layer structure is arranged in a horizontal direction, the upper fabric surface is connected and arranged on the upper surface of the three-dimensional fiber cluster middle layer structure, and the lower fabric surface is connected and arranged on the lower surface of the three-dimensional fiber cluster middle layer structure;

[0268] The three-dimensional synthetic fiber cluster middle layer structure includes a plurality of longitudinal fibers that are connected and arranged, and the longitudinal fibers are arranged in a vertical direction. The plurality of longitudinal fibers form a longitudinal fiber cluster, and the longitudinal fiber cluster is breathable. The material of the three-dimensional breathable three-dimensional spacer cloth is nylon, acrylic, polyester or heat-resistant aramid synthetic material.

[0269] Preferably, the gas output application device disposed on the external structure and connected to the interior includes a respiratory system inhalation application device, a non-respiratory system cavity organ pressurization input application device, a respiratory resuscitation pressurized airway tracheal subtracheal tube 7.6 application device (see Figure 2 ), application devices for gas dispersion masks on the face and body surface, non-medical inflation application devices, and combustion-supporting output application devices;

[0270] The respiratory system inhalation application device is composed of an oxygen output hole column 6.1 arranged on the outer body structure, an inhalation application air supply pipe 6.2 connected to the oxygen output hole column, and a nasal inhalation device 6.5 connected to the air supply pipe, and the air supply pipe is provided with a flow controller 6.5.1; the oxygen output hole column can be provided singly or in pairs, and the double oxygen output hole columns of the double structure are connected to form a double air supply pipe, and the distal ends of the double air supply pipes are provided with a nasal suction head 6.3 and a nasal suction head U-shaped connecting loop 6.4 (see Figure 1-1 ), a single oxygen 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 the 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 4 ) connected to set 6.2.1 (see Figure 4 ), the π-shaped four-way pipe is composed of a horizontal pipe 6.5.1 and two vertical pipes 6.5.2 connected internally (see Figure 4 ), the transverse 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 transverse pipe through the through hole in the center of the transverse pipe cover and is controlled by the through hole (see Figure 2-1 ); The gas pipe flow controller 6.5.1 is in an open state of non-closed flow regulation when the oxygen concentrator is in working state. The flow controller is closed only when the oxygen concentrator is not in working state to ensure the safety of the oxygen concentrator application. The function of the closure is to keep the inside of the oxygen concentrator airtight when it is not in working state;

[0271] 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 4 Series) forms a filtering barrier disposed in the nasal suction device;

[0272] Alternatively, the nasal suction device is a six-way nasal suction device 6.6.1 (see Figure 3 ), the six-way nasal inhaler is composed of a horizontal tube 6.6.2 and four nasal inhalation columns 6.6.3 vertically arranged above and below the horizontal tube and internally connected, the two nasal inhalation columns arranged above the horizontal tube can be directly inserted into the nostrils when used, the end of the horizontal tube is provided with a mouth cover 6.6.4, the mouth cover is provided with a vent hole 6.6.4.1, and the six-way nasal inhaler does not affect the breathing through the nostrils when inserted or docked with the nostrils; the two nasal inhalation columns arranged below the horizontal tube are detachably fixedly connected to the output hole column arranged on the external structure;

[0273] Alternatively, one-way valves are provided at both ends of the transverse tube of the six-way nasal inhaler. When inhaling, the one-way valves are closed to ensure that only airflow from the integrated hand box is received during inhalation. When exhaling, the one-way valves are opened to allow airflow to pass through both ends of the transverse tube and exhale without obstacles, ensuring normal and comfortable breathing and avoiding a feeling of suffocation.

[0274] The non-respiratory cavity organ pressurized input application device comprises an oxygen output hole column arranged on the outer body structure, an air delivery pipe 7.1 connected to the oxygen output hole column and used for non-respiratory cavity input application, and a non-respiratory cavity finger-shaped or cone-shaped insert 7.3 (see Figure 3-3 ) is composed of an insert body that is directly inserted into the cavity for anorectal or gynecological oxygen therapy or oxygen therapy with drug vapor. The insert body is a finger-shaped or cone-shaped structure of a non-respiratory cavity with a central hole made of silicone or latex. The air supply 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 body. The insert body is directly inserted into the cavity for anorectal, gynecological oxygen therapy or ozone therapy or oxygen therapy or ozone therapy with drug vapor ( Fig.12 );

[0275] The respiratory resuscitation pressurized airway tracheal tube application device is composed of an oxygen output hole column arranged on the outer body structure, and a blind head colloid catheter 7.6 connected to the oxygen output hole column and having a side hole at the free end (see Figure 2 ), a manual pressurized air bag is provided in the middle section of the catheter;

[0276] The application device of the face and body surface gas dispersion mask comprises an oxygen output hole column arranged on the outer body structure, an air supply pipe connected to the oxygen output hole column, and a double-layer mask body 20.1 (see FIG. 1 ) connected to the far end of the air supply pipe to enable oxygen dispersion and large-area release. Fig.13 ) is composed of a double-layer mask body 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 concentrator or has a floor base; or the application device of the face and body surface gas dispersion mask body also includes a single-layer mask body that is directly and detachably fixedly connected to the output hole column or output surface of the oxygen concentrator (see Figure 10-3 );

[0277] The non-medical inflation application device is composed of an oxygen output hole column arranged on the outer body structure, an air supply pipe connected to the oxygen output hole column, a bakelite plug 5.9 arranged at the far end of the air supply pipe, an inflation puncture needle and a one-way valve inflation head with a one-way valve membrane 5.9.2, which constitutes 5.9.1 (see 2-2);

[0278] The non-medical combustion-supporting output application device comprises an oxygen output hole column arranged on the outer body structure, a gas delivery pipe connected to the oxygen output hole column, a rubber head or a shower-type gas output cover 2.2.5 (see Fig.14 )constitute;

[0279] The non-open chemical oxygen generator keeps at least one gas transmission hole in an open state during the oxygen production reaction to ensure the safety of chemical oxygen production;

[0280] Alternatively, the gas output application device also includes an external aid (source) gas generator 1.1.7 (such as: a high-heat energy drug vapor generator with calcium oxide as the main raw material, a drug mist generator 13 (see Figure 6 ) or air storage bag 6.9) and access device (see Figure 6 ), the access device is a three-way pipe 6.8 arranged on the upper or lower section of the air supply pipe pressurization bag, the external aid gas is hydrogen, helium, neon, drug vapor, drug mist and oxygen to form a synergistic medical function gas; wherein the drug mist generator is an independently applicable drug mist generator that utilizes the basic structure and mechanism of an ultrasonic atomizer or ultrasonic humidifier to replace water with a water-soluble drug liquid.

[0281] Preferably, the Chinese patent medicine preparation in the oxygen-generating solid material and the oxygen-generating reaction liquid additional component is a dripping pill, powder, or liquid Chinese patent medicine that intervenes in the oxygen-generating reaction process without participating in the chemical reaction and is used in the oxygen-generating process, or a preparation that is more suitable for intervening in the oxygen-generating reaction and is prepared by adding or subtracting ingredients and adjusting the process on the basis of the original formula and preparation method of the Chinese patent medicine;

[0282] The Chinese patent medicine pills suitable for accompanying the oxygen production process are Subing pills, Suxiao Jiuxin pills, Ginseng pills, American ginseng pills, Panax notoginseng pills, Breviscapine pills, Ephedra datura pills, which are used in the form of granules or powder;

[0283] The powdered Chinese patent medicine suitable for accompanying the oxygen production process is Quzhusharendan and Huoxiangzhengqisan (capsule).

[0284] The liquid Chinese patent medicine suitable for accompanying the oxygen production process is Huoxiang Zhengqi Water and Shidi Water;

[0285] The preparation more suitable for intervention oxygen production reaction prepared by adding and subtracting ingredients and adjusting the process on the basis of the original formula and preparation method of the Chinese patent medicine is a five-flavor storax alcohol liquid prepared by adding and subtracting ingredients and adjusting the process on the basis of the original formula and preparation method of Guanxin Suhe Pills and Suxiao Jiuxin Pills. The formula and preparation method are as follows: storax or benzoin oil, borneol oil, amurense oil, frankincense oil, and chuanxiong oil are prepared into a mixed oil in equal parts, and 1-2 times the volume of 90% ethanol is used to dissolve the mixed liquid, or 1 1-2 grams of artificial musk is added to 1000ML ethanol blending liquid to prepare the five-flavor storax alcohol liquid containing artificial musk. The dosage of the five-flavor storax alcohol liquid is 5-10ML for every 100ML oxygen production liquid. Among them, Guanxin Suhe Pills are free of cinnabar to prevent the mercuric sulfide in cinnabar from participating in the oxygen production reaction and producing harmful substances. Chuanxiong is a cardiovascular treatment drug and is used to replace cinnabar to introduce the main ingredient of the Suxiao Jiuxin Pills. The natural resin is dissolved in ethanol to make the resin oil in a dissolved state, which is more conducive to emergency medical applications.

[0286] Alternatively, the five-flavor styrax alcohol liquid is flavored to prepare a six-flavor or multi-flavor styrax alcohol liquid, such as a multi-flavor styrax alcohol liquid consisting of one or more of patchouli oil, perilla leaf oil, peppermint oil, ginseng or American ginseng essential oil in an amount equal to the single natural resin oil in the five-flavor styrax alcohol liquid;

[0287] The additional component added to the oxygen-producing solid material and the additional component added to the oxygen-producing liquid are used in combination, the liquid additional component evaporates quickly and the solid additional component evaporates slowly and lasts for a long time, and the two are used together to combine the emergency effect and the continuous effect;

[0288] The oxygen production process of the drug-mediated chemical convenient oxygen generator requires the participation of manganese dioxide fast catalyst and / or hot water above 80 degrees to ensure the rapid generation of high chemical energy hot steam;

[0289] Alternatively, the drug-involved chemical oxygen generator includes a secondary pool that generates a high-heat energy chemical reaction with calcium oxide and water to obtain sufficient heat energy required for the drug chemical energy distillation effect, and the secondary pool and the strong oxidant oxygen generating main pool are located above and below (see Figure 4-2 ) or around (see Figure 4-4 ) or connected with a high auxiliary tank 1.1.1.3 Non-oxygen chemical reaction tank (see Figure 4-5 ), the chemical energy of the auxiliary pool can be transferred to the main pool, the gases generated by the main pool and the auxiliary pool are combined through the connecting holes or common spaces set in the middle chamber and / or the upper chamber and filtered and outputted by the upper chamber before use, the chemical reaction materials of the high thermal energy chemical reaction pool also include a mixture of calcium oxide, magnesium and / or amphoteric active metals that can be accompanied by hydrogen, and hydrogen has a medical auxiliary effect on oxygen;

[0290] Alternatively, the drug-intervention chemical convenient oxygen generator further comprises an electric heating drug vapor pool formed by an electric heater 15 (see 4-8);

[0291] The functional material arranged in the middle chamber and / or the 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.

[0292] 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 carbonate ions escaped from oxygen-generating chemical reactions to generate carbonates and water to prevent carbonic acid from being inhaled. Functional crushed materials also include dry herbs and flowers or natural resins that are both medicinal and edible and have aromatic or functional odor release and have strong adsorption.

[0293] 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, 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;

[0294] Alternatively, the mesh containing the water-absorbing purification material dispersed particles is soaked in water and used as a substitute for the chemical oxygen water filtration device and mechanism;

[0295] Alternatively, the functional purification material further comprises applying a chemical defoaming agent to enhance the defoaming effect of the purification layer;

[0296] Alternatively, the functional purification material is used by dripping essential oil extracted from medicine and food homologous substances;

[0297] Alternatively, the mesh container carrying the dispersed particles of the water-absorbing purification material is frozen after absorbing water to enhance the cooling effect;

[0298] The functional material arranged in the middle chamber and / or the upper chamber and mainly playing the role of functional conversion is a titanium dioxide photocatalyst that can produce negative ion oxygen photocatalyst factors under ultraviolet irradiation under the environment of sufficient oxygen and water vapor, or a hygroscopic desiccant silica gel particle that can convert dry oxygen into ozone under ultraviolet irradiation.

[0299] Preferably, the bag-type oxygen concentrator composed of the bag-type outer body structure constitutes a disposable emergency rapid oxygen concentrator auxiliary emergency medical bag, which is provided with a puncturable oxygen concentrator liquid storage bag 1.1.6, and the outer body structure is provided with a puncture member 5.1 (see Figure 1 series, Figure 2 ); the bag-type outer body structure is made of airtight, liquid-tight material, with a hollow interior and closed upper and lower double-chamber horizontal structure (see Figure 1 ) or self-supporting soft bag (see Figure 2 ), the oxygen production structure layer in the bag body of the bag oxygen concentrator is an oxygen filtration output layer, a waterless cooling, defoaming and seasoning purification layer, an oxygen production reaction liquid level control panel, a built-in puncturable oxygen production reaction liquid storage bag, and an oxygen production powder material layer, which are arranged in sequence from outside to inside or from top to bottom;

[0300] The puncture piece of the disposable chemical convenient emergency bag oxygen generator is arranged on the outer surface of the bag-type outer body structure or arranged inside the self-supporting bag. If the puncture piece is arranged on the outer surface of the bag-type outer body, the outer surface is provided with a puncture hole and an instant sealing piece for the puncture hole. The outer surface of the bag-type outer body is provided with an oxygen output hole, an oxygen output tube and an inhalation or input device. The puncture piece can penetrate through the puncture hole of the outer body structure and pierce through the various layers of structures arranged inside the outer body structure, and then pierce the built-in liquid storage bag so that the liquid storage bag releases the oxygen production liquid to quickly start the chemical reaction. If the puncture piece is arranged inside the self-supporting bag, it will directly pierce downwards to pierce the liquid storage bag (see Figure 2 );

[0301] Alternatively, the oxygen-making liquid storage bag of the chemical convenient emergency bag oxygen concentrator is composed of a main and a secondary double puncturable liquid storage bag (see Figure 1-1 , Figure 1-2 ), the main liquid storage bag 1.1.6 contains water (H2O) or a mixture of water and manganese dioxide catalyst fine powder with a mesh size of more than 200, the main liquid storage bag has a volume of more than 50ml, and the auxiliary liquid storage bag 3.9.6 (see Figure 1-1 , Figure 1-2 ) is filled with five-flavor storax alcohol liquid, the secondary bag is arranged on the upper surface of the main bag or on the position corresponding to the puncture hole on the liquid level control panel, and a disposable emergency rapid oxygen-generating bag with a built-in function of puncturing the main and secondary liquid storage bags is provided to form an emergency auxiliary medical bag for simultaneous inhalation of oxygen and volatile components of drugs;

[0302] Alternatively, the disposable rapid emergency oxygen-generating medical bag is provided with a structure foundation for conversion into a reusable structure, wherein the reusable structure foundation is a reserved gap and a self-adhesive film (see FIG. 1 ) arranged above the bag-type chemical reaction pool below the liquid level isolation plate and having both a safety valve and a feeding, liquid injection and waste discharge function. Figure 1-2 );

[0303] Alternatively, the bag-type outer body structure constitutes a non-disposable bag-type controllable continuous oxygen concentrator, and the lower bag body of the non-disposable bag-type controllable continuous oxygen concentrator is provided with a liquid injection nozzle 5.6.1 and a liquid discharge nozzle 5.6.2 (see Figure 1-2 );

[0304] Alternatively, the bag-type oxygen concentrator constitutes a chemical oxygen source supplier for a simple oxygen storage bag (see Figure 2-2 ).

[0305] Preferably, the integrated box oxygen concentrator comprises a vertical rectangular body ( Figure 3 ) or upright cylindrical or L-shaped vertical column can be opened to add materials and liquids to the chemical convenient oxygen generator hand box (see Figure 3Series), the lower section of the rectangular or upright cylindrical or L-shaped vertical column hand box is set as the first chamber 1.1.1, which is the oxygen production chemical reaction pool space, and its volume is greater than 1 / 2 of the whole box body; the upper section (the horizontal section of the L-shaped cylinder) is set as the third chamber 1.1.3, which is the gas filtration output space, and its volume is less than 1 / 3 of the whole box body, and its internal space is provided with a gas filtration purification output layer and / or a functional purification layer; the middle section of the rectangular or upright cylindrical or L-shaped vertical column hand box is set as the second chamber 1.1.2, which is the foam digestion transition space and / or the waterless cooling, defoaming and acid removal purification layer chamber, and the second chamber is the structural connection neck and transition space between the first chamber and the third chamber, and the connection neck is an upper 2.1.2.1 and a lower 2.1..2.2 double-neck structure (see Figure 3 , Figure 3-1 ) or a single-neck structure, a double-neck structure is independently manufactured and detachably fixedly connected to the upper and lower sections of the box body, a single-neck structure is integrally manufactured with the upper or lower section of the box body and detachably fixedly connected to the upper or lower section of the neckless box body, the internal space of the connecting neck is used as a buffer digestion space for chemical reaction foam to reduce the infiltration of foam into the upper structure, a liquid level control panel 1.1.4 is provided at the neck opening of the connecting neck, a silicone or latex or rubber sealing ring 2.1.6 is provided on the outer wall of the square box body connecting neck, an external thread is provided on the outer wall of the cylindrical box body connecting neck, and the external thread matches the internal thread set on the upper section of the box body or the lower section of the box body, and the internal volume of the outer structure of the hand box is less than 500ML;

[0306] Alternatively, the upper surface of the third chamber wall of the chemical convenient oxygen production integrated hand box is provided with a double nasal suction column or a six-way nasal suction device detachably fixedly connected to the double nasal suction column (see Figure 3 );

[0307] Alternatively, the inner space of the hand box connection neck is provided with a granular functional purification or conversion material 9 (see Figure 3-1 ), the granular functional purification material is mung bean or pea-sized actinolite particles, propolis particles, water-containing breathable ceramsite, mint icicles and / or borneol, and the functional conversion material is titanium dioxide photocatalyst particles or dehumidifying desiccant silica gel particles;

[0308] Alternatively, the inner space of the hand box connection neck is provided with an ultraviolet luminous body (see Figure 3-2 ) or infrared illuminator (see Figure 3-3 );

[0309] Alternatively, a water filter sub-box 4 (see Figure 3-1 ), the upper surface of the sub-box is provided with a water inlet gas pipe 6.2.1 through hole and a double gas output nozzle or hole column, and the gas pipe and the double gas output nozzle are detachably fixedly connected;

[0310] Alternatively, the lower section of the box body is provided with a removable box bottom 5.6.2 (see Figure 3) or feeding, liquid injection and waste discharge nozzle;

[0311] The integrated box-type oxygen concentrator also includes a continuous or continuous cycle input feeding and liquid injection and / or open cover feeding and liquid injection upper and lower shell integrated sitting type convenient oxygen concentrator (see Figure 4 Series), which uses the liquid level control panel as the interface to set the upper shell 2.6.1 and the lower shell 2.6.2 to form upper and lower chambers, the lower port of the upper shell and the upper port of the lower shell are provided with outward edges 2.6.3., 2.6..4 and sealing rings, and the outward edges and the sealing rings are provided with nail-free structures and accessories that can make the upper and lower shells detachably sealed and connected, or a silicone plane structure with holes is used as the interface and sealing structure of the liquid level control panel and the upper and lower shells, and the outward edges provided on the edges of the upper and lower shells are detachably sealed and fixedly connected by nail-free nails provided on the outward edges; the upper shell is set as the third chamber of the oxygen generator, that is, the gas filtration output space 1.1.3, or the second chamber and the third chamber are combined into a three-dimensional space 1.1.2, 1.1.3 for accommodating the gas purification filtration composite layer and gas output, and the lower shell is set as a three-dimensional space of an oxygen production chemical reaction pool, or the first chamber and the second chamber are combined into a three-dimensional space 1.1.1, 1.1.2 for oxygen production and purification or conversion of the produced oxygen;

[0312] Alternatively, the outwardly extending edges of the upper and lower shells are provided with closed-loop permanent magnetic rubber strips to form a detachable sealed fixed connection structure of the upper and lower shells;

[0313] Alternatively, the outwardly extended edges of the upper and lower shells are provided with sealing pads and ear buckles to form a lock-and-lock type upper and lower shells detachable sealed fixed connection structure;

[0314] Alternatively, the upper and lower shells are detachably sealed and fixedly connected in a screw-on structure and manner (see Figure 4-4 );

[0315] Alternatively, the lower shell of the integrated shell box oxygen concentrator is a multi-layer chamber inverted trapezoidal structure (see Figure 4-2 , 4-6), the multi-chamber space of the lower shell is divided by a breathable mesh liquid level control panel 1.1.4 which also serves as an inter-chamber isolation panel, and each layer of the chamber is provided with an independent liner 1.1.1.1; a single oxygen-generating layer chamber or multiple oxygen-generating layer chambers are arranged in an inverted trapezoidal structure of the multi-layer chambers, or a combination of an oxygen-generating layer chamber and a water filter layer chamber and / or an electric heating medicine vapor layer chamber is arranged in an inverted trapezoidal structure of the multi-layer chambers, and the water filter layer chamber is arranged above the single oxygen-generating layer chamber or the multiple oxygen-generating layer chambers (see Figure 4-6 ), an inter-chamber air guide pipe 2.6.1 is provided between the water filtration layer chamber and the oxygen production layer chamber, the electric medicine vapor layer chamber is arranged at the bottom layer chamber (4-8) of the multi-layer chamber inverted trapezoidal structure, the inner liner of the electric medicine vapor layer chamber is a heat-conducting electric kettle-like inner liner, and the electric steam layer chamber is provided with an electric heating base 15 (see Figure 4-8); the inner wall of the inverted trapezoidal shell forms two or more inner ridge frames 1.1.1.8 to support the liquid level control panel with the chamber isolation plate and the inner liner located above the control isolation plate, the upper opening of the inner liner is provided with an outward edge, the outward edge is provided with a side hole, the outward edge is detachably fixedly connected to the inner wall ridge frame and does not affect the upward passage of the gas released from the lower chamber (see Figure 4-3 、4-5- Figure 4-8 );

[0316] Alternatively, the inner wall 1.1.1.8 of the shell is provided with a puncture injection hole and a rubber plug 5.1.9, and the liquid for oxygen production or the liquid for the electric steam pool of each layer can be injected through the wall hole or injected or dripped through the puncture rubber plug;

[0317] Alternatively, the bottommost chamber of the multi-chamber oxygen generator formed by the lower shell is provided with a water mist generator or an alcohol mist generator intervened by an electric heating base;

[0318] Alternatively, the bottom chamber of the multi-layer chamber oxygen generator formed by the lower shell is provided with an ultraviolet light source generator 16 composed of a small dose cold cathode ultraviolet light emitting body assembly, which provides conditions for converting the oxygen and water vapor mixed gas generated by the oxygen generator into negative ions (see Figure 4-8 );

[0319] Alternatively, the lower shell is an oxygen concentrator with a multi-layer chamber inverted trapezoidal structure, and a transition space 2.1.7 consisting of vertical walls is provided above the inverted trapezoidal structure (see Figure 4-8 ), the space contains a gas purification net and / or an ultraviolet light source capable of converting oxygen;

[0320] Alternatively, the multi-layer chamber oxygen concentrator is provided with an external overhead infusion set 5.5 (see Figure 4-9 );

[0321] The integrated box oxygen concentrator also includes an outer body structure composed of a main box body 1.1.0 and auxiliary boxes 2.4.1 and 2.4.2, and a sitting square column / or cylindrical integrated assembly box structure with a controllable intermittent feeding and / or liquid feeding mechanism (see Figure 5 Series), the main box body of the square column / or cylindrical integrated box structure composed of the main box body and the auxiliary box is an L-shaped three-section three-chamber integrated single oxygen production chamber square column (see Figure 5 , Figure 5-1), its horizontal section is set as the first chamber, i.e., the oxygen production layer chamber 1.1.1, its vertical section is set as the third chamber, i.e., the filtering output layer chamber 1.1.3 of the produced oxygen, the corner section of the L-shaped combined column is the 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, the first chamber and the second chamber are formed by the main body of the box body separated by a partition wall, the upper end of the partition wall is provided with a two-chamber gas connecting hole area 1.1.4 or a gas delivery nozzle 2.4.4.1 and an inter-chamber gas delivery pipe 6.2.1, the second chamber and the third chamber are formed and connected in one piece through the partition wall; or the main box body of the combined structure is a T-shaped double oxygen production chamber four-chamber square column composed of two symmetrical L-shaped main box body vertical sections, i.e., the third chamber and the transition section, i.e., the second chamber (see Figure 5-2 ), the auxiliary box is an oxygen production and / or additional component powder material supply box connected to the upper surface of the first chamber of the main box body and a waste liquid collection box connected to the lower surface of the first chamber of the main box body, an internal communication hole is provided between the upper and lower surfaces of the first chamber wall and the upper and lower auxiliary boxes, the first chamber and the auxiliary box body on its upper surface together constitute a structural mechanism for manually controlled intermittent rotating box or rotating drum or rotating bottle supply of chemical oxygen solid materials and / or additional component materials, the first chamber and the auxiliary box body on its lower surface together constitute a structural mechanism for manually controlled intermittent collection of waste liquid, and the first chamber wall is provided with an infusion bag type oxygen production liquid supply device; the main box body and the auxiliary box together constitute a square column / or cylindrical integrated sitting group box chemical oxygen generator, which realizes the control of the oxygen production reaction speed and flow rate that can be automatically controlled by the user through an infusion device with a control valve, a feeding method of a rotating box or rotating drum or rotating bottle auxiliary box that can be manually rotated and controlled, and a gas supply control device of a gas supply pipe with a control valve;

[0322] The oxygen concentrator composed of the L-shaped integrated box-type outer body structure has a sub-box arranged on the lower wall of the first chamber as the first supporting foot and a second supporting foot 2.4.3.1 is arranged on the lower wall of the chamber in the vertical section so that the oxygen concentrator forms a sitting or straddling stable structure;

[0323] Alternatively, the second support leg is connected to the middle chamber and has an electric heater, a water filter tank, a second oxygen-generating chemical reaction pool or a calcium oxide high-heat non-oxygen-generating chemical reaction pool 1.1.7 (see Figure 5 ) of the columnar hollow auxiliary support foot box, the auxiliary support foot box with multiple functions makes the sitting integrated group box structure more changeable and versatile. Adding water to its internal space constitutes a water filtration pool, adding oxygen-generating solid materials to its internal space and setting a liquid injection nozzle at the upper end of the outer wall constitutes a second oxygen-generating chemical reaction pool, adding volatile drugs to its internal space and setting an electric kettle-like electric heating device 15.1 at the bottom constitutes an electric kettle-like drug distillation or fumigation device 15. When it is used as a water filtration pool, the free end of the inter-chamber air transmission pipe set on the upper end wall of the oxygen-generating layer room extends into its bottom. When it is used as a water filtration pool, a water mist generating component can be set in the pool to enable the oxygen generator to generate a mixed gas with a high water content. When it is used as a calcium oxide high-heat energy non-oxygen chemical reaction pool, adding volatile drugs generates chemical energy drug vapor;

[0324] The middle chamber and / or the bottom of the auxiliary support foot box of the L-shaped single oxygen-generating chamber and the T-shaped double oxygen-generating chamber sitting square column / or cylindrical integrated group box oxygen generator are provided with an electric kettle-like heating device, which can form an electric kettle-like drug distillation or fumigation pool with the function of a water filtration pool under the joint participation of volatile drugs and water;

[0325] Alternatively, the upper wall or lower wall of the first chamber and the middle chamber of the integrated box-type L-shaped and T-shaped oxygen concentrator is provided with a screw-cap type injection port, and the screw-cap type injection port arranged on the lower wall (bottom) also serves as a waste material and waste liquid discharge port;

[0326] The integrated box-type oxygen concentrator also includes a cap-type structure whose outer body structure is composed of sub-shells, which is a special structure of the integrated box body, and is a cap-type oxygen concentrator 17 (see FIG. 1 ) composed of a miner's cap-type inner shell 17.1, an outer shell 17.2 and a wearing net liner frame 17.7. Fig.11 ), a 20-50MM interlayer space 17.3 is provided between the inner shell and the outer shell, and the interlayer space is divided into an upper, middle and lower three-chamber structure by the first and second liquid level isolation plates 1.1.4 perpendicular to the inner and outer shell walls, the lower chamber 1.1.1 is set as a chemical reaction tank, the middle chamber 1.1.2 is set as a functional purification material particle layer 9, and the upper chamber 1.1.3 is set as a gas filtration output layer. The inter-chamber isolation plate is integrally made with the inner shell or the outer shell, and the inner shell and the outer shell are detachable through the outward edges 2.6.1 and 2.6.2 set at the bottom edge Sealed connection, a feeding and liquid injection ear chamber 17.6 whose height is flush with or close to the first liquid level isolation plate is provided on the side or both sides of the brim 17.9 of the lower chamber cap shell, and a feeding and liquid injection hole and a cap 17.5 are provided on the top surface of the ear chamber. The upper chamber gas output hole 6.1 is vertically downwardly arranged on the inner shell wall, and the gas pipe 6.2.1 is detachably fixedly connected to the vertically downward gas output hole and is led out from the gap between the wearing net liner and the outer wall of the inner shell, and the internal space of the brim is provided with a secondary gallbladder 1.1.1.2 for accommodating catalysts and / or drug additives.

[0327] Preferably, the semi-open hood-type chemical convenient oxygen generator for wearable inhalation application composed of a hood-type outer body is a semi-open oxygen generator for oral and nasal inhalation application composed of a single-layer or multi-layer composite hood-type curved shell (see Figure 7 , Figure 7-1 ), the semi-open oxygen generator comprises a housing 3.3.1, an oxygen generator structure layer 1.1.5.9 arranged inside or on the inner side of the housing (see Figure 7 , Figure 7-1 ), clamping and fixing structure 3.1.1.2, 3.1.1.3, 3.1.1.4, 3.1.1.5, 3.1.1.6, 3.1.1.8 (see Figure 7 , Figure 7-1), support isolation structure 3.2.7, 3.1.7 and support wearing device 3.2.6 (see Figure 7 , Figure 7-1 ), the cover shell is made of airtight material and its shape matches the human mouth, nose or head, the cover-type chemical convenient oxygen generator maintains a distance from the human mouth and nose through the supporting isolation structure and establishes a breathing passage; the supporting wearing device is connected to the cover shell, and the cover shell, the oxygen-generating structural layer inside or inside the cover shell, the clamping and fixing device, and the supporting isolation structure can be detachably connected to the human ear or head through the supporting wearing device; the outer shell 3.3.3 of the single-layer cover body and the multi-layer composite curved surface cover body is a solid surface airtight shell, and the inner shell 3.3.1 of the multi-layer composite curved surface cover body is a hollow breathable structure; the semi-open body of the single-layer cover and the unidirectional release of the generated gas to the mouth and nose side are reflected in the curved surface structural characteristics of the cover body toward the mouth and nose and the airtight material characteristics of the shell, which constitute the unidirectional release of the gas generated in the cover body to the mouth and nose side; the semi-openness of the multi-layer composite curved surface cover body and the unidirectional release of the generated gas to the mouth and nose side are reflected in the airtightness of the shell and the hollow breathability of the inner shell;

[0328] The single-layer curved shell is provided with an externally protruding chemical oxygen production column 3.2.8 (see Figure 7 Series), the outer protruding columnar body has an upper and lower double chamber structure separated by a horizontal air-permeable liquid level control plate 1.1.4, and the lower chamber is provided with a single chemical reaction pool liner 1.1.1.1 (see Figure 7-1 ) or double chemical reaction tank liner 1.1.1.1.1 / 1.1.1.1.2 (see Figure 7 , Figure 7-2 ), the double chemical reaction pool is divided into two by an airtight and liquidtight solid surface partition 1.1.1.9, and the two chemical reaction pools are respectively set as oxygen production and calcium oxide high-temperature chemical reaction pools, and the upper chamber is set as a gas purification chamber and a filter output chamber, and the purification and filtration layered structure is set in the chamber; the lower wall of the inner tank is provided with a waste discharge orifice, which also has an inverted feeding and liquid injection orifice 5.6.2, and the orifice is exposed through a through hole set on the lower wall of the externally protruding chemical oxygen production column and is provided with a plug;

[0329] Alternatively, the front side of the outwardly protruding chemical oxygen generating column is connected to a hard solid inner lining film 3.2.5 (see Figure 7 , 7-1 )

[0330] Alternatively, the port of the protruding cylindrical body of the single-layer mask facing the mouth and nose is provided with a gas purification filter pre-layer 1.1.3.1 composed of a spacer cloth 1.1.2.1 and / or a sponge layer structure (see Figure 7 , 7-1 );

[0331] The multi-layer composite curved surface shells are provided with oxygen production material storage and oxygen production reaction chambers, oxygen filtration and release chambers, and transition defoaming chambers. The chambers of the multi-layer composite curved surface shells are composed of interlayer spaces 3.3.5 and 3.3.8 (see Figure 8 Series) and partitions 3.3.5.1 set in the mezzanine space;

[0332] The supporting isolation structure is a concave curved beam frame 3.16, 3.17 (see Figure 7 , Figure 8 series); the supporting isolation structure can keep the oxygen-generating structure layer 2-50MM away from the mouth, nose or head and face and form a breathing passage;

[0333] The supporting wearing device 3.2.7 is a combination of one or more of an ear frame, an ear strap, an earmuff, and an elastic band (see Figure 7 , Figure 8 Series), the ear straps and earmuffs are lanyards or hanging sleeves that are detachably fixed to the edges or ends of the side wings of the shell; the ear racks are glasses leg-like structures 3.2.6 (see Figure 7 , Figure 8 Series), the ear frame and the two side edges or side wing end structures of the inner shell of the single-layer cover or multi-layer composite cover are detachably fixedly connected or made as one piece, and the ear frame and the end structure of the side wing of the inner shell are detachably fixedly connected in a foldable shaft connection 3.1.2.3 or a pin and groove plug-in connection 3.1.2.1.

[0334] The semi-open oxygen generator formed by the multi-layer hood-type curved shell is a three-chamber structure consisting of a double layer of an inner layer 3.3.1 and an outer layer 3.3.3 or a three-layer concave beetle-shaped shell consisting of an inner layer 3.3.1, a middle layer 3.3.2 and an outer layer 3.3.3 (see Figure 8-1 Series), the inner shell is a hollow breathable curved shell composed of mesh, grid or beam, and the outer shell is an airtight solid curved shell; the interlayer space 3.3.5 between the inner shell and the outer shell is formed by the partition plane 3.3.5.1 to form the first chamber 3.3.7 and the second chamber 3.3.8 (see Figure 8 , 8-2 ), the third chamber of the double-layer structure is the open space between the inner side of the inner shell and the mouth and nose 3.3..9 (see Figure Figure 8-3 ); The middle shell and the inner shell of the three-layer structure constitute the third chamber 3.3.1.2 (see Figure 8 ), the partition plane is a structural layer with two-chamber gas mesh connecting holes and breathable cotton paper or breathable gauze, the partition plane also has a liquid level control panel, the upper part of the middle shell of the three-layer structure and the corresponding area of ​​the second chamber are set as mesh or beam-type hollow areas 3.3.2.1 (see Figure 8-1 ) to achieve gas communication between the second chamber and the third chamber; the edges of the double-layer or triple-layer shell are provided with an outward edge 3.3.4 (see Figure 8-1 ), the outer shell, the middle shell and the inner shell are detachably connected through the outwardly extending edge, and a detachable fixed slot card connection structure 3.3.4.1 / 3.3.4.2 is provided on the outwardly extending edge; the first chamber composed of the double-layer or triple-layer structure is provided with an independently manufactured groove-shaped built-in box 3.3.6 ( Figure 8 Series) as a chemical reaction pool for accommodating oxygen-generating materials and oxygen-generating liquids, the upper end of the inner box is open, and the upper end of the inner box side wall is provided with a liquid injection nozzle 5.6.1 that is connected to the outer shell and is equipped with a matching powder injection micro-funnel (funnel neck 3-8MM) or a storage material injection bag with an injection nozzle or a prefabricated bag for quantitative packaging of oxygen-generating materials for disposable use with a cutout, the powder is a granular powder with a diameter of 0.1-2MM for easy infusion, the bottom of the inner box is provided with a drainage nozzle 5.6.2 that is tightly connected to the outer shell and is equipped with a matching waste liquid collection bag or collection box 5.6, the through connection is a setting mode in which the inner box nozzle passes through the outer shell nozzle port so as to inject and discharge liquid from the outside of the shell to the inner box; the outer shell is provided with nozzles 3.3.7.1, 3.3.7.2 ( Figure 8-2 ); The second chamber above the room partition and liquid level control panel is provided with an oxygen waterless cooling, defoaming and seasoning purification layer and a sponge filter layer. After being purified and filtered by the double-layer structure, the gas enters the third chamber through the inner hollow structure or the mesh area of ​​the middle shell, so that the third chamber forms an oxygen inhalation chamber and the wearable multi-layer mask oxygen generator constitutes a semi-open oxygen generator that does not require an airway for inhalation and can be used for oral and nasal inhalation;

[0335] Alternatively, the outer edge of the inner shell of the double-layer or triple-layer mask is a spinous process-shaped butterfly wing-shaped side wing structure that is convenient for setting ear straps and is comfortable and beautiful to wear 3.3.4.1 (see Figure 8-3 );

[0336] Alternatively, the third chamber is provided with an oxygen purification, cooling, filtration and strengthening pre-layer 3.3.9.1, which is a three-dimensional layered structure of spacer cloth or sponge, which is controlled by a tongue-shaped spring clip 3.3.1.2 cut out of a hollow beam frame 3.3.1.1 arranged on the inner shell, and the pre-layer 3.3.9.1 is detachably clamped and fixed to the back side of the inner shell by the tongue-shaped spring clip;

[0337] Alternatively, the front layer is provided with an adhesive liquid coating or spray liquid that has the function of disinfecting exhaled pathogens, so that the semi-open oxygen-generating mouth-nose mask has a one-way epidemic prevention enhancement effect;

[0338] Alternatively, the hollow inner shell with spinous butterfly wing-shaped double wings, the nose bridge and / or the lower jaw with a respiratory duct support, the front layer containing the exhaled pathogen disinfection adhesive liquid or spray liquid (such as a double-chain quaternary ammonium salt solution) clamped on the back side, and the outer shell with the upper half as a perforated surface and the lower half as a solid surface together constitute an exhaled pathogen-side one-way epidemic prevention reinforced oronasal mask that can be worn during sleep, which is used as an extension application device of the wearable mask-type chemical convenient oxygen generator shell (see Figure 8 --3);

[0339] Alternatively, the semi-open oxygen generator formed by the multi-layered cover-type curved shell is a concave beetle-shaped dual-purpose device that can be worn for inhalation application and handheld for inhalation application (see Figure 8-3 8-4), which is composed of an inner shell and an outer shell that are detachably fixedly connected as an integral structure and an interlayer space is provided between the inner and outer shells, the interlayer space of the inner and outer shells is divided into upper and lower chambers by a liquid level isolation plate, the lower chamber space is the first chamber, which is provided with a built-in box as a chemical reaction pool, the upper chamber space of the shell interlayer is the second chamber, which is provided with an oxygen purification filter layer, and the area corresponding to the inner shell and the second chamber is set as a hole area; the breathing channel of the beetle-shaped dual-purpose device for wearable and handheld inhalation application is realized by the incomplete fitting design of the shell edge contour and the human face contour and / or the support isolation frame arranged on the inner shell; the wearable application of the wearable and handheld dual-purpose device is realized by arranging ear strap holes and ear straps on the side edge of the shell;

[0340] Alternatively, the built-in groove box and the corresponding outer shell body are not provided with side holes, and the drainage hole 5.6.2 arranged at the bottom of the inner box also serves as a material injection hole (see Figure 8-3 ), or the injection of materials and liquids is achieved by opening the detachably fixedly connected housing;

[0341] Alternatively, the wearable and handheld beetle-shaped dual-purpose device is provided with a waste liquid collection box-type base 5.6 (see 8-3, 8-4) for easy placement, and the base and the application body are detachably fixedly connected.

[0342] Preferably, the chemical convenient oxygen generator also includes a chemical convenient oxygen generator for upper bag and lower box sitting type and hanging type application consisting of a bag-type outer body structure and a box-type outer body structure (see Figure 6Series), which is a self-standing three-dimensional box bag made by combining a soft bag and a hard box, which is composed of an upper and lower part tightly connected in any way and formed into a whole, the upper part is made of a deformable soft water-impermeable and air-impermeable material, which is wide at the bottom and narrow at the top, and the internal space formed by the upper part is used to accommodate a gas filtration and release layer and a waterless temperature adjustment, defoaming, seasoning and purification layer, and the lower part is made of a box body 1.1.1 made of a non-deformable hard water-impermeable and air-impermeable material, and the internal space formed by the lower part is used to accommodate oxygen-generating solid materials and their carriers and serve as a liquid storage layer chamber and a chemical reaction tank. The upper end of the bag body is provided with a hanging structure 11.1 suitable for emergency use of hanging and releasing liquid at the bedside (see Figure 6-1 ); The upper bag and lower box type oxygen generator is provided with an interface between the lower bottom of the bag body and the upper port of the box body, the interface is a liquid level control panel 1.1.4, a liquid injection nozzle is provided below the control panel at the upper end of the box body wall, and a puncture liquid injection device is provided on the bag body; The upper bag and lower box type oxygen generator has a structural basis for continuous and controllable intermittent feeding and liquid feeding, dynamic continuous and continuous oxygen production;

[0343] Alternatively, the upper bag and lower box type oxygen generator further comprises a water filter structure 4 and a mechanism, wherein the water filter structure is arranged on the outer wall of the outer body structure in the form of a bag, a bottle or a box (see Figure 6-1 , Figure 6-2 ); the outer wall water filtration structure can replace the anhydrous gas filtration structure layer and the anhydrous temperature adjustment, defoaming and seasoning purification layer in the bag to form the water filtration and purification structure of the produced gas (see Figure 6-1 ), when the water filtration structure is arranged in the outer body structure and replaces the gas filtration structure layer and the waterless temperature adjustment, defoaming, seasoning and purification layer in the bag, the internal space of the upper bag is used as a defoaming and purification transition space without a structure setting;

[0344] The water filter arranged on the outer body structure of the upper bag and lower box type oxygen concentrator is integrally or independently made into a detachable fixed connection with the outer wall of the box body, and the air supply pipe is led out from the upper soft bag into the bottom of the water filter, and the air supply pipe is led out from the upper end of the water filter when wearing the inhalation (see Figure 6-1 , Figure 6-2 );

[0345] Alternatively, the lower surface of the box body of the upper bag and lower box type oxygen generator is provided with a secondary chemical reaction liquid collection sub-box 5.6.2 or a capsule 5.6.2.1 with a liquid collection tube (see Figure 6 );

[0346] Alternatively, the upper bag body of the upper bag and lower box oxygen concentrator adopts a structure with an outward edge 11.2..2 at the bottom, and the upper port of the lower box body adopts a structure with an outward edge 11.2.1, and the outward edge at the bottom of the bag body and the outward edge at the top of the lower box body constitute a fixed connection structure 11.1.1 of the upper and lower parts (see Figure 6 );

[0347] Alternatively, the bottom surface of the upper bag body is set as a mesh surface and covered with a thin layer of breathable cotton or gauze film to form a soft liquid level control panel 11.2.3 (see Figure 6 );

[0348] Alternatively, the upper bag and lower box oxygen concentrator is composed of a soft self-supporting bag and a built-in hard box-type liner and a secondary liner. The hard box-type liner is arranged in the space of the lower half of the self-supporting soft bag and is detachably and tightly connected to the four walls of the lower half of the space. The built-in hard box-type liner is made of acid, alkali and high temperature resistant glass or ceramic material, and is a three-dimensional groove structure with an open upper opening, and a liquid level control panel is provided on the opening surface;

[0349] Alternatively, the lower box body of the upper bag and lower box oxygen concentrator serves as the inner liner, the outer flared edge of the lower box body is the outer flared edge of the inner liner, a double-sided adhesive pad is provided on the outer flared edge, and the upper bag body with a mesh bottom surface and an outer flared edge is detachably fixedly connected to the lower box body which also serves as the inner liner of the chemical reaction pool through the double-sided adhesive pad (see Figure 6 ), after one use, peel off the double-sided adhesive pad, open the lower box and change the material for next use;

[0350] The chemical convenient oxygen production device also includes a multi-oxygen production unit integrated and connectable oxygen production connection body composed of a box-type and an upper bag and lower box-type oxygen production device (see Figure 6-3 ), multiple oxygen production units of the combined body share a gas filtration layer chamber, a temperature-adjusting defoaming and seasoning purification layer chamber, a wearable inhalation device, and a puncture injection device, wherein each oxygen production unit is provided with an injection nozzle, and the shared injector can sequentially inject liquid into each oxygen production unit (when one oxygen production unit completes the oxygen production process, it injects liquid into another oxygen production unit to start the oxygen production process), forming a continuous or relay oxygen production method. Each oxygen production unit successively starts the chemical reaction process at different times, which is an important way to form a small flow rate of continuous oxygen production and application. It constitutes one of the control methods to overcome the oxygen production reaction of the same amount of oxygen generator in the same container will be quickly completed in a short time;

[0351] Alternatively, the coating structure of the liquid level control panel of the soft self-supporting bag and the upper bag and lower box type oxygen concentrator is made of two pieces of airtight material, one side of which is fixed to the mesh control panel and the three sides are free edges, or a porous fish scale-shaped one-way valve membrane (see Figure 6-1 , Figure 9-1 ), the film is sealed when the bag is squeezed so that oxygen is only output to the gas pipe. When oxygen is produced, the oxygen breaks through the two one-way valve films and enters the purification layer chamber;

[0352] Alternatively, the bag-type oxygen concentrator is provided with a dual structural basis for selective application of water-free filtration and water-free filtration. The selectively applicable structural basis of the oxygen concentrator is that a water-filtered gas transmission path is formed by a water-filtered gas transmission path formed by a bag-body water filter device outside the oxygen concentrator body structure on one side, and a gas transmission path formed by a water-free filtration device with only a gas transmission hole and mouth joint is formed on the other side of the bag body (see Figure 6-2), the structural basis of the selective application of the air suction device is the establishment of a double Y-shaped air pipe 6.5.7 and a valve control system, which establishes gases from different paths (channels) of water filtration or waterless filtration through the opening and closing of different air pipe valves. The significance of the selective application of the two filtering methods is that water filtration makes the output gas purer, while waterless filtration is a necessary condition for the application of drug vapor (water filtration will cause the drug vapor to be filtered);

[0353] Preferably, the application of the chemical convenient oxygen generator includes the technical method and structural basis for utilizing the chemical energy generated by chemical oxygen production and / or using external chemical energy or electric heat energy to produce the produced oxygen accompanied by drug vapor;

[0354] The application of the chemical convenient oxygen generator includes the application of the produced oxygen or oxygen with drug vapor for respiratory system inhalation, the application of tracheal lung and non-respiratory system cavity organ input, body surface application and medical and non-medical application of the converted substances of the produced oxygen, wherein the body surface application includes facial skin care (see Figure 10-3 ) and promote the healing of large-area burns, scalds, frostbite, trauma, infected wounds, surgical wounds, and facial cosmetic wounds and reduce scar formation (see Fig.13 ), wherein the tracheal, pulmonary and non-respiratory system cavity organ input application includes tracheal, pulmonary and non-respiratory system cavity organ sub-tube oxygen and drug vapor inflation therapy, such as cardiopulmonary resuscitation and artificial respiration assisted therapy implemented by sub-tracheal tube under the coordinated application of air supply tube, air supply pressure bag and liquid level control panel one-way valve membrane, and oxygen and drug vapor inflation therapy implemented by intubation or puncture of pelvic cavity, uterine cavity and fallopian tube that are difficult to treat directly;

[0355] The application of the chemical convenient oxygen generator includes the application of the produced oxygen for respiratory system inhalation and the application of the produced oxygen or the converted oxygen-changing substances for non-respiratory body cavity organs and body surface oxygen therapy, wherein the body surface oxygen therapy application includes facial skin care (see Figure 10-3 ) and oxygen therapy to promote the healing of large-area burns, scalds, frostbite, trauma, infected wounds, surgical wounds, facial cosmetic wounds and reduce scar formation (see Fig.13 );

[0356] The application of the chemical convenient oxygen generator includes a compatible device as a non-oxygen functional factor generator accompanied by oxygen generation (see Fig.10 series) or in combination with non-oxygen functional factor generators to produce synergistic effects or generate technical methods and structural basis for the third type of functional factors (see Figure 3-3 , Figure 4-8 ); The non-oxygen functional factor generator includes an ultrasonic automatic water replenisher 1.1.9 (see Figure 10-3 ), Ultrasonic automatic drug sprayer 2.6.7 (see Figure 4-1 ), Heating incense burner 2.6.8 (see Fig.10 ), ultraviolet generator 16 (see Figure 4-8 ), red and / or far infrared generators 2.6.9 (see Figure 3-3 );

[0357] These include associated auxiliary devices that promote the progress and application of oxygen-generating chemical reactions, such as a calcium oxide vapor generator that can be used independently and can also be used as an associated auxiliary device that provides high heat energy to promote the progress of oxygen-generating chemical reactions, using the basic structure of a chemical oxygen generator with calcium oxide and water as the main chemical reaction substances and adding mint, borneol, benzoin or storax or Chinese patent medicines with them as main ingredients17 (see Figure 4-5 ), and for example, the bronchodilator spray of tiotropium bromide and salbutamol is modified into an independent nasal inhalation application and a nasal inhalation application device connected to a chemical convenient oxygen generator output application device. The bronchodilator ultrasonic nebulizer of tiotropium bromide and salbutamol can improve bronchial asthma and promote better absorption and utilization of the produced oxygen (see Figure 4-1 ),

[0358] These include generators that convert chemical oxygen generators into negative ion oxygen or ozone third-type functional factors under the joint intervention of ultraviolet generators and photocatalysts (see 3-3, 4-8). The negative ion oxygen or ozone third-type substances generated by them are used for non-inhalation medical treatment, environmental purification and food preservation (see Figure 3-2 , 10-2); Specific embodiments

[0360] Embodiment 1

[0361] This embodiment is a disposable horizontal chemical convenient emergency oxygen bag (see Figure 1 ), which is composed of a bag-type oxygen-generating outer body structure 1.1.0 made of any shape of plastic film, an oxygen filtering and releasing sponge layer with a thickness of 5-10MM that can be built into the bag-type outer body structure and matches the shape and area of ​​the bag-type outer body structure, a water-free cooling and defoaming purification layer composed of a spacing cloth and functional materials (the functional materials are actinolite and / or sodium manganese tourmaline with a mesh size of more than 100 meshes), a chemical reaction liquid level control panel composed of a 0.5-1MM thick mesh plastic plate or mesh plastic film tightly connected to the periphery and the bag wall and a breathable cotton paper or fine yarn mesh covering layer, a built-in puncturable liquid storage bag made of medical infusion bag material carrying 200-500ML oxygen-generating liquid, a 100-300g oxygen-generating powder material layer (or the powder material is poured into a spacing cloth with a thickness of 10-20MM or a breathable and water-permeable cotton paper bag, and the cotton paper bag is made of a non-woven tea bag material or a facial tissue material), and a medical puncture cannula needle with a sheath aperture of 0.8-12MM (see Figure 1); oxygen filtration release layer, water-free cooling, defoaming, flavoring and purification layer, chemical reaction liquid level control panel, strong oxidant powder or its carrier layer, punctureable liquid storage bag containing oxygen production liquid are sequentially arranged in the bag-type outer body structure from outside to inside (wherein the liquid storage bag can be arranged in the strong oxidant powder layer or on the upper surface or bottom); oxygen production outer bag and each layer structure in the bag, puncture piece fixed on the surface of oxygen production outer bag with self-adhesive sticker (or also includes prefabricated injection needle tube for liquid replenishment (see Figure 9-4 )), product packaging bag 5.1.9 together constitute the chemical convenient emergency oxygen prefabricated bag (see Figure 1 ). The oxygen production liquid of this embodiment is a mixture of a manganese dioxide powder catalyst with a size of more than 100 mesh and water (the weight ratio of the two is 1-2:10, and the liquid storage bag containing the manganese dioxide liquid needs to be shaken before puncturing) or 3-8% hydrogen peroxide. The upper wall of the bag-type oxygen production outer structure of this embodiment is provided with a double gas nozzle, which is detachably fixedly connected to the double gas pipe and is internally connected. The free end of the double gas pipe is provided with a double nose suction head connected with a U-shaped loop. The upper wall of the oxygen production outer structure is also provided with a puncture hole, and the puncture hole is provided with a self-adhesive instant sealing film (label). The oxygen-generating powder material of this embodiment is sodium percarbonate or calcium peroxide powder, or the oxygen-generating powder material is a mixture or combination of sodium percarbonate or calcium peroxide powder and a manganese dioxide catalyst (the amount of the manganese dioxide catalyst is 10-30 grams per 100 grams of chemical oxygen-generating solid material). The oxygen-generating solid material and the catalyst of the combination are isolated and arranged in a manner that the manganese dioxide powder catalyst with a mesh size of 300 or more is arranged in a spacer cloth powder carrier pad (see Figure 1 , Figure 9-1 9-1.2), the spacer cloth powder carrier pad is a three-dimensional fiber spacer cloth with glutinous rice paper on the bottom surface, and the spacer cloth powder carrier pad carrying manganese dioxide powder is arranged under the liquid storage bag (see Figure 1 ), or manganese dioxide powder is wrapped in sticky rice paper to form an inner bag 3.9.1, the catalyst inner bag and the oxygen-generating solid material are placed together in the chemical reaction tank (layer chamber) (see Figure 1-1 ), after the liquid storage bag is punctured and the liquid is released, the catalyst and the oxygen-generating strong oxidant powder are dissolved in the rice paper packaging and merged to participate in the oxygen-generating chemical reaction.

[0362] Embodiment 2

[0363] This embodiment is an emergency portable auxiliary medical bag for providing oxygen and medicine at the same time (see Figure 1 , Figure 1-1), one of the auxiliary measures for emergency self-medical treatment of myocardial hypoxia and other hypoxic diseases. In this embodiment, the liquid level control panel 1.1.4 composed of a synthetic resin (plastic) mesh plate with supporting feet and a cotton paper covering layer is used as a structural interface to divide the bag body into an upper bag body and a lower bag body. The internal space of the lower bag body constitutes a chemical reaction pool (a three-dimensional space carrier layer for oxygen-generating materials), and the strong oxidant oxygen-generating powder material is placed in it in a bulk manner and is connected to a liquid storage bag containing oxygen-generating liquid arranged in the lower bag; this embodiment A slit-shaped puncture hole is provided on the upper surface of the bag body, and a waterless temperature-regulating, defoaming, seasoning and purification layer (composed of a spacer cloth and functional materials) and an oxygen release filter layer are arranged in the internal space of the upper bag body. A prefabricated puncture slit is arranged at a position corresponding to the puncture hole and the double-layer structure and the liquid level control plate in the upper bag body. In this embodiment, a miniature double-peaked sword or a narrow wallpaper knife with a width of 8-12MM is used as a spare puncture piece. In emergency applications, the puncture piece can puncture and cut the liquid storage bag built into the lower bag without obstacles, so that the liquid storage bag can quickly release a large amount of liquid to start the oxygen production reaction urgently. The oxygen-generating material of this embodiment is mainly composed of calcium peroxide or sodium percarbonate, and manganese dioxide powder with a size of 100 or more is used as a catalyst (the weight ratio of manganese dioxide powder to strong oxidant is 2:10, and the two form a mixed powder), and commercially available quick-acting heart-saving pills and ginseng pills or subing pills and ginseng pills are used together as additional drug intervention components (the amount of each pill added to the disposable emergency bag is 5-20 pills). The two kinds of pills are packaged in granules in glutinous rice paper balls or glutinous rice paper sealed capsules and are arranged together with the strong oxidant powder in the inner space of the lower bag body (see Figure 1-1 3.9.2). Alternatively, the drug intervention component of this embodiment is five flavors of storax alcohol liquid, which is filled in the built-in secondary bag 3.9.6 and arranged on the built-in liquid storage main bag or arranged at the position corresponding to the puncture port on the liquid level control panel. Or the drug additional component of this implementation is the combined application of the above-mentioned dripping pills and five flavors of storax alcohol liquid, and the combined application of the dripping pills and storax alcohol liquid has a time difference complementary effect. The storax alcohol liquid evaporates rapidly when it encounters thermal energy water and plays a role at the first time. It has a short retention time in the chemical reaction tank, and the dripping pills need a certain decomposition time to continue to play a role at the second time. The oxygen-generating reaction liquid of this embodiment is water or a mixture of water and Huoxiang Zhengqi water and Shidi water that can form an emergency medical effect with a beneficial irritating odor. After the oxygen-generating liquid of this embodiment is released, the emergency medical drugs built into the lower bag body quickly form drug vapor or drug-containing aerosol under the action of chemical heat energy, or release a thick beneficial odor accompanied by the oxygen produced by the chemical reaction to synergistically play an auxiliary medical role. This embodiment can also be used as an auxiliary first aid bag for assisting artificial respiration. After the oxygen production reaction of the emergency oxygen bag is started, the rescuer deeply inhales the oxygen and medicine mixed gas released by this embodiment to replace natural air and delivers it to the patient's body mouth to mouth, or wears a nasal inhaler on the patient's nose so that the patient passively inhales the oxygen and medicine mixed gas released by the emergency oxygen bag when receiving chest compression first aid. Alternatively, the liquid level control board of this embodiment adopts a hard structure, and the four feet of the control board are provided with support columns (see Figure 1-1 ). Other features of this embodiment are the same as those of the first embodiment.

[0364] Embodiment 3

[0365] This embodiment (see Figure 1-2 ) In the above-mentioned embodiments 1 and 2, a material injection nozzle 5.6.1 is provided at the upper end of the lower bag body wall (below the liquid level isolation plate), and a drainage hole 5.6.2 (or the material injection nozzle also serves as a drainage hole) is provided at the bottom of the side wall. In this embodiment, a spacer cloth with a thickness greater than 10MM is used as a carrier of oxygen-generating powder material and is arranged on the lower bag body, and an oxygen-generating reaction liquid built-in bag 1.1.6 and a schisandra styrax alcohol liquid built-in bag 3.9.6 are provided on the upper surface of the oxygen-generating solid material and its carrier layer to form a reusable dual-purpose oxygen-generating bag that can be used for emergency oxygen production and circulating liquid supply for continuous oxygen production and oxygen inhalation (dynamic circulating oxygen production is achieved through the dynamic application of the material injection nozzle and the drainage hole). When reused, the oxygen-generating powder material, pill powder or schisandra styrax alcohol liquid, and oxygen-generating liquid are injected through the material injection nozzle. This embodiment is equipped with a disposable prefabricated packaging bag for oxygen-generating powder material and a micro-funnel that matches the material injection nozzle, and a spare liquid injection prefabricated part (see Figure 9-4 ).

[0366] Alternatively, in this embodiment, a reserved gap and a self-adhesive film 5.6 are provided on the bag wall above the bag-type chemical reaction pool below the liquid level control panel so that the disposable oxygen-generating bag can be reused and has the functions of feeding, filling, discharging and waste discharge as well as a safety valve film, and a corn knife 5.1.2 piercing accessory that can cut the built-in liquid storage bag through the reserved gap is provided to replace the liquid injection nozzle and the liquid discharge nozzle (see Figure 1-2 );

[0367] The other features of this embodiment are the same as those of Embodiments 1 and 2.

[0368] Embodiment 4

[0369] This embodiment is another specific embodiment of the quantitative application of disposable emergency oxygen production bags (see Figure 1 ), the oxygen-generating solid material of this embodiment is sodium percarbonate or calcium peroxide, and the additional components are manganese dioxide catalyst, emergency medical medicine quick-acting heart-saving pills or subing pills ground powder, the oxygen-generating solid material is arranged at the bottom of the chemical reaction tank in the bag, and the catalyst 3.9.1, the emergency medicine 3.9.2 and the additional components are respectively arranged in different areas of the three-dimensional breathable mesh spacer cloth carrier 10 with a glutinous rice paper coating on the bottom surface (see Figure 1 ) or at different levels.

[0370] Embodiment 5

[0371] This embodiment is a self-supporting soft bag type chemical convenient emergency oxygen generator with a built-in piercing member (see Figure 2), the self-supporting soft bag is composed of two parts, the upper and lower parts are divided by a liquid level control plate arranged in the middle of the bag body, the internal space of the upper part accommodates a functional oxygen purification and cooling isolation layer (composed of a spacer cloth and functional materials) and an oxygen release filter sponge layer, and the three-dimensional bag wall of the lower part forms a chemical reaction pool, and the oxygen-generating powder material is arranged in the pool together with the liquid storage bag in a bulk form. The piercing piece of this embodiment adopts a double-edged sword shape 5.4, which is invertedly arranged in the bag body, and the handle is fixedly connected to the upper seal of the self-supporting soft bag. Because the bag body of the self-supporting soft bag can be pressed and deformed, the double-edged piercing piece built into the bag body can be pressed downward by hand to pierce the liquid storage bag by pinching the handle of the double-edged piercing piece arranged on the upper edge of the bag body. The output application device of this embodiment is a soft rubber hose with a blind end of the lower tube of the trachea and a side hole. The upper bag body of this embodiment is provided with a safety valve membrane 6.6. The other features of this embodiment are the same as those of embodiments one, two, and three.

[0372] Embodiment 6

[0373] This embodiment is another form of a self-supporting soft bag type chemical convenient emergency oxygen generator (see Figure 2-1 , Figure 6 Series), which is a liquid injection structure outside the bag body without a built-in liquid storage bag. The upper end of the lower half of the bag body (below the liquid level control panel) is provided with a liquid injection nozzle, and the lower end is provided with a liquid discharge nozzle. The user of the oxygen bag can independently and controllably perform liquid injection and liquid discharge to make the oxygen bag form a circulating oxygen production; or, this embodiment is provided with a water filter arranged outside the bag body and replaces the oxygen filtering and purification structure of the upper space of the bag body with the water filter, so that the upper space is used as a large space defoaming chamber; the oxygen output pipe of this embodiment is connected to the water filter, and the oxygen output pipe is provided with a filter pot 5.3.4 structure similar to an infusion pot (see Figure 6-1 ), the drip pot is equipped with a low-density sponge or an outward-moving structure for the filter layer and purification layer in the bag 5.3.6 (see Figure 6-1 ), the filter drip pot is set to prevent the filtered water from being sucked in;

[0374] Alternatively, in this embodiment, a reserved gap and a self-adhesive film 6.6 are provided on the bag wall above the bag-type chemical reaction pool below the liquid level control panel, which have the functions of feeding, liquid injection, waste discharge and safety valve membrane, and a duckbill feeding spare part is provided to replace the liquid injection nozzle and the liquid discharge nozzle;

[0375] Embodiment 7

[0376] This embodiment (see Figure 4) is an application form of an integrated box-type oxygen concentrator, which uses a rubber pad (using a sealing ring-like silicone pad) with a thickness greater than 1MM and holes as a liquid level control panel. A hard upper shell and a lower shell are respectively provided above and below the silicone liquid level control panel with holes. The upper and lower shells are provided with outward edges. The upper and lower shells are detachably fixedly connected through the outward edges with the silicone liquid level control panel as the interface. The edge of the silicone liquid level control panel serves as a sealing pad for the space formed by the upper shell and the space formed by the lower shell. In this embodiment, the space formed by the upper shell constitutes an oxygen purification and filtration output chamber, and the space formed by the lower shell constitutes an oxygen production chemical reaction pool that can circulate oxygen production. In this embodiment, the outward edge width of the upper and lower shells is greater than 5MM and is provided with nail-free through holes and nail-free accessories. The nail-free buttons set on the outward edges can detachably fix the upper and lower shells and the silicone liquid level control panel into one. When this embodiment is used as a continuous oxygen generator, minerals rich in metal oxides with a mesh size of 100 or more are added to the oxygen-generating solid material as a slow oxygen-generating catalyst. The minerals rich in metal oxides are actinolite or a mixed mineral powder of one or more of actinolite and sodium manganese tourmaline, far-infrared ceramic powder, and rare crystal stone in an equal weight ratio. The weight ratio of sodium percarbonate or calcium peroxide powder and slow catalytic mineral powder is 1-5:1. Alternatively, the slow oxygen-generating catalyst and the manganese dioxide-based fast oxygen-generating catalyst are selectively applied or compounded as needed and injected separately through the injection nozzle. Alternatively, the upper shell of this embodiment is provided with a reserved puncture hole and a spare puncture injection piece, and the lower shell is an oxygen-generating material pool. The oxygen-generating material pool is provided with a built-in liquid storage bag to quickly start the chemical oxygen-generating reaction through puncture. When the oxygen-generating material pool is not provided with a built-in liquid storage bag, hot water or oxygen-generating liquid containing a catalyst is injected through the puncture hole and the injection piece to quickly start the chemical reaction. Or in this embodiment, the oxygen output hole column of the upper chamber is used as the puncture injection inlet, and the long puncture injection needle capable of puncturing the chemical reaction pool is used to initiate the oxygen production reaction;

[0377] Alternatively, this embodiment is provided with a calcium oxide heat-assisting layer (calcium oxide powder is arranged in the middle layer of the three-dimensional air-permeable mesh spacer cloth) 1.1.7 and a propolis (in block form or arranged in the door cut hole of the three-dimensional air-permeable mesh spacer cloth) flavoring layer 3.9.5, which are arranged in sequence at the bottom of the chemical oxygen generation layer (see Figure 4 );

[0378] Alternatively, the lower shell of this embodiment is made of glass or ceramic material, and the inner surface of the bottom of the box is provided with two or more material partitions, and the space in the partition (a plurality of grooves generated by the partition) is used to place oxygen-generating materials, catalysts, drugs (see Figure 4-1 ); A mesh spacer cloth with a thickness of 2-10MM is provided above the material partition of this embodiment, which is detachably fixedly connected to the upper edge of the partition (by reserved holes in the partition and through-eye nail-free buckles). The shape and area of ​​the mesh spacer cloth are the same as the bottom of the inner box. It can cover the material storage area to control the material composition, and it can retain the catalyst particles when the waste liquid is removed and reused;

[0379] Alternatively, the outer body structure of the present embodiment is made of synthetic light material, and the lower shell is provided with an inner liner made of independently made glass or ceramic material, the inner liner is composed of a main liner 1.1.1.1 for accommodating the oxygen-generating solid material and a secondary liner 1.1.1.2 for accommodating the additional components, the secondary liner is arranged in the middle of the main liner and is lower than the main liner so that the oxygen-generating liquid injected into the main liner can flow over the secondary liner and the additional components and the oxygen-generating solid material are integrated, and a partition wall is provided inside the secondary liner, and the partition wall constitutes a partition groove for accommodating different additional main components such as catalysts and drugs (see Figure 4-1 , Figure 4-2 ).

[0380] Embodiment 8

[0381] This embodiment is an embodiment of a vertical rectangular chemical oxygen production integrated hand box with three chambers in an upper, middle and lower section. The upper surface of the upper chamber wall is provided with a single gas output hole column or a double nasal suction column. The double nasal suction column can be directly used for nasal suction or can be detachably fixedly connected with a six-way nasal suction device (see Figure 3 ); Single gas outlet hole column and finger-shaped or conical insert 7.3 directly (see Fig.12 ) or through a removable fixed connection of the gas delivery tube for non-respiratory system cavity gas input (see Figure 3-3 );

[0382] The inner space of the hand box connection neck for respiratory inhalation application in this embodiment is provided with a granular functional purification material (see Figure 3 ), the granular functional purification material is breathable ceramsite, actinolite particles and / or tourmaline particles, propolis particles, mint icicles and / or borneol in the size of mung beans or peas, and their application volume ratio is 10:10:2:1:1.

[0383] Alternatively, the layered structure of the middle chamber and / or the upper chamber of this embodiment is functionally configured as a silica gel particle dehumidifying desiccant and a micro cold cathode ultraviolet generator is arranged on the wall of the middle chamber to convert the oxygen generator in the lower chamber into ozone for ozone therapy of the gynecological cavity (see Figure 3-3 )

[0384] Alternatively, the upper chamber of the three-stage three-chamber oxygen generator of the electric shaver type variant of this embodiment is provided with a mesh cover, and a permanent magnet and / or infrared lamp beads are provided under the cover to form a facial oxygen massager (see Figure 3-3 ).

[0385] Embodiment 9

[0386] This embodiment is an embodiment of a single-shell concave curved mask structure in a hood-type oxygen concentrator, which is an embodiment of a semi-open oxygen concentrator and wearable inhalation device consisting of a single concave curved shell with double side wings. The concave curved shell with double side wings is a hard, airtight single-layer curved shell 3.1.1 (see Figure 7 , 7-1 ), which is a concave surface of the mouth and nose mask with the upper edge able to touch the center of the eyebrows (Yintang acupoint) (see Figure 7 , 7-1 ), the concave curved shell with double side wings is provided with a head protrusion 3.3.1, the inner side of the head protrusion forms a concave space, the bottom edge of the head protrusion and the curved area of ​​the nose and mouth form upper and lower areas 3.3.4, 3.3.5) through the inner corner 3.3.3, the oxygen production structure layer is arranged in the curved area 3.3.5 of the nose and mouth, when used, the upper edge of the head protrusion touches between the two eyebrows (at the Yintang acupoint), and the side edges of the head and neck protrusion are provided with supporting feet 3.1.1.5, 3.1.1.6, the supporting feet and the supporting structure at the end of the side wings and the wearing device connected to the side wings together constitute a supporting isolation frame 3.2.7 formed by the concave curved shell with double side wings, or the supporting isolation frame formed by the concave curved shell with double side wings also includes a concave curved beam frame 3.1.7 arranged at the lower edge, the supporting isolation structure formed by the concave curved mask body with double side wings and a detachable fixed connection with it The support isolation frame keeps the oxygen-generating structure layer away from the mouth, nose and facial skin and establishes a breathing channel; the concave curved mask body with double side wings has side wing ends 3.1.2 with I-shaped 3.1.1.6 or P-shaped 3.1.1.4 or hook-shaped 3.1.1.5 axial support fixing devices that can be raised and lowered to adapt to different face shapes and different thicknesses of oxygen-generating structure layers and can be selectively applied; the side wings of the shell of this embodiment are provided with axially connected wearing frame legs 3.2.6) and plug-in pin grooves to selectively apply wearing structures 3.1.2.1 and 3.1.2.2; or, the side wings of the shell of this embodiment are provided with nail-free button holes and nail-free button accessories, and the nail-free button is an accessory of the detachable fixed connection structure between the shell and the functional lining and the wearing strap; the support isolation frame of the mandibular part of the shell of this embodiment is a concave curved beam frame structure 3.1.7 (see Figure 7-2 ).

[0387] Alternatively, the single shell concave curved mask structure of this embodiment is a semicircular shield-shaped curved mask piece to form a simple shield-shaped mouth and nose mask body (see Figure 7-2 ), which consists of a hard single-layer curved cover sheet 3.2, a cover frame 3.2.9, a support isolation frame 3.2.1, an oxygen-generating groove arranged in the middle of the shield-like cover shell, and a structural layer 3.2.8 arranged inside and outside the groove, a fixing device, and a wearing device 6; the oxygen-generating structural layer fixing device is a nail-free through hole 3.1.2.4 and a nail-free accessory arranged on the edges of both sides of the cover sheet, and the support isolation frame is an isolation device that keeps the oxygen-generating structural layer at a distance greater than 5MM from the mouth, nose and face. The support isolation frame is slidably or fixedly arranged on the cover body bottom frame and / or the side edge of the cover body, and the sliding support isolation frame 3.2.1 is arranged on the cover frame and can slide along the cover frame (see Figure 7-2), which includes a vertical column 3.2.3, a support surface 3.2.2, and a sliding support isolation frame slider 3.2.4. The vertical column is provided with a connection structure for assembling ear frames 3.2.6. The vertical column has the dual functions of supporting isolation and assembling temple-shaped ear frames. The sliding setting of the support isolation frame constitutes a structural basis for adapting to different face shapes and realizing the selective application of adjustable ear frames and ear straps. The support isolation frame includes a mandibular bracket 3.2.9.1 and 3.1.6; the cover frame 3.2.9 is an arched structure that matches the curved cover piece, and the curved cover piece is detachably fixedly connected to the cover frame;

[0388] Embodiment 10

[0389] The semi-open wearable oxygen concentrator composed of a multi-layer concave beetle-shaped shell in the hood-type oxygen concentrator of this embodiment has both an inter-chamber isolation plate and a built-in structure for liquid level control, which is a groove-type structure for accommodating dispersed purification particles 3.3.5.1 (see Figure 8-2 , 8-3, 8-4), the groove is provided with ceramsite, borneol, mint crystal column block purification dispersed particles 9, which is provided with a lower groove 3.3.5.2 (see Figure 8-3 ).

[0390] Embodiment 11

[0391] This embodiment is a bag-type or integrated box-type sustainable oxygen concentrator provided with a wearable cap-type liquid supply device 17 and a wearable C-shaped headset-type neck hanger 18. The cap-type liquid supply device is a high-position wearable liquid storage device composed of a double-layer shell in the shape of a Nanyang hat or a miner's hat (see Figure 11-1 ), the cap-type wearable liquid reservoir is a closed container composed of a cap-type inner layer 17.1 and a cap-type outer layer 17.2 shell and a top filling device 17.5, the container is composed of an interlayer space 17.3 of the inner and outer shells, the cap-type wearable liquid reservoir is provided with an infusion device 5.3.2, and the cap-type liquid supply device uses a high position to provide oxygen-making liquid to two oxygen generators arranged on both sides of the hat brim or arranged on a C-shaped earphone-type neck hanging frame. The advantages of this embodiment are that it does not affect walking and activities during oxygen production and oxygen inhalation, does not occupy both hands and has a large liquid storage capacity, and a large liquid storage capacity can achieve long-term continuous dynamic circulation oxygen production;

[0392] Embodiment 12

[0393] This embodiment is a specific embodiment of a long-term use chemical convenient oxygen generator for instant one-time quantitative oxygen production and long-term continuous oxygen inhalation application. The oxygen generator outer body structure of this embodiment is a three-chamber structure hard box body with upper and lower shells that can be detachably fixed and sealed without nailing (see Figure 4 Series), which has a liquid injection nozzle and a liquid discharge nozzle (see Figure 4 ) or without injection orifices and discharge orifices (see Figure 4-1) has a three-chamber structure. The unopened chemical convenient oxygen generator of this embodiment is divided into 50-100 grams of sodium percarbonate or calcium peroxide powder and manganese dioxide catalyst for the first instant one-time quantitative oxygen production application. When used for the first time, 150-200ML of oxygen production liquid is injected through the liquid injection nozzle or by a convenient cover opening method to start the oxygen production reaction to obtain disposable inhalable oxygen. When used again, the waste liquid generated by the previous oxygen production is removed, and a prefabricated bag of granular powder containing 50-100 grams of sodium percarbonate or calcium peroxide for easy injection is cut open and injected into the chemical reaction pool through the material injection nozzle. After that, 150-200ML of hot water is extracted using an injector or injected into the chemical reaction pool through a liquid storage injector containing prefabricated liquid of manganese dioxide and water to start the oxygen production chemical reaction, or the oxygen production chemical reaction is started by feeding and injecting through a convenient cover opening method. The next application continues to feed and inject oxygen in this way. For long-term circulation and continuous oxygen production inhalation application, continuous feeding and injection can be performed according to the instant one-time quantitative oxygen production application method. In this embodiment, the oxygen production time of 50-100 grams of oxygen-producing solid material prefabricated at one time and 150-200ML of oxygen-producing liquid is maintained for about 10-20 minutes (the oxygen production time is adjusted and controlled by the type of catalyst, liquid temperature and liquid feeding speed). The instant one-time quantitative oxygen production application is suitable for oxygen use for the purpose of recuperation without continuous oxygen inhalation. The application method is to inhale oxygen for 10-20 minutes each time (a prefabricated package of one oxygen-producing solid material and oxygen-producing reaction liquid), 2-3 times a day; the long-term continuous oxygen inhalation application of this embodiment is suitable for medical oxygen that requires continuous oxygen inhalation, which is achieved by continuous and repeated operations of the instant one-time quantitative oxygen production application method described in this embodiment.

[0394] Embodiment 13

[0395] This embodiment is an embodiment of an integrated box-type chemical convenient oxygen generator with a double chemical reaction pool liner (see Figure 4-5), which includes a main gallbladder provided with sodium percarbonate powder material or calcium peroxide powder oxygen-generating solid material, a low auxiliary gallbladder 1.1.1.2 lower than the main gallbladder, and a high auxiliary gallbladder 1.1.1.3 higher than the main gallbladder; the high auxiliary gallbladder is arranged in the middle of the main gallbladder, and its upper port is against the bottom surface of the mesh gallbladder provided in the middle chamber with gas purification particles, and a partition 1.1.1.3.1 with a height of 1 / 2-2 / 3 lower than the upper port of the high auxiliary gallbladder main body is provided inside so that the chemical reaction liquid injected by opening the cover can overflow the chemical reaction solid provided therein The body material is separated, and the spaces on both sides are respectively used to place calcium oxide solid materials and drugs that can release functional volatile components through thermal distillation, or respectively place calcium oxide, magnesium and / or amphoteric active metal mixtures and drugs that can release functional volatile components through thermal distillation; the low side gallbladder is arranged on one side of the high side gallbladder in a single-place structure or on both sides of the high side gallbladder in a double-place structure, and a catalyst and / or drug chemical oxygen production additional components are arranged in the low side gallbladder, and the materials in the main gallbladder and the low side gallbladder are fused by opening the cover and injecting water to produce oxygen production chemical reaction. In this embodiment, a high side gallbladder with calcium oxide and drugs is provided, and water is injected into the main gallbladder after opening the cover to form a high-heat energy chemical reaction pool and release drug vapor. A high side gallbladder with a mixture of calcium oxide, magnesium and / or amphoteric active metals and drugs is provided, and water is injected into the high side gallbladder after opening the cover to form a high-heat energy chemical reaction pool and release drug vapor. The released hydrogen produces medical synergy with the oxygen generated by the main gallbladder, and the heat energy of the high-heat energy chemical reaction pool can be transferred to the main gallbladder chemical oxygen production chemical reaction pool through the inner gallbladder wall made of glass or ceramics to promote the start and progress of the oxygen production chemical reaction.

[0396] Implementation of Fourteen

[0397] This embodiment is a specific embodiment of the application of Chinese medicine additives for non-emergency medical treatment, which is to grind the compound houttuynia dripping pills (commercially available) into powder or remove the non-herbal ingredients based on the original formula of the compound houttuynia dripping pills, and process the houttuynia, scutellaria, isatis root, forsythia, and honeysuckle herbal raw drugs in an equal gram weight ratio into dry fine powder of more than 100 meshes for application (the fine powder is convenient to be discharged from the drainage hole with the secondary reaction liquid to empty the reusable oxygen generator reaction tank), and add 5-20 grams of raw drug powder for every 50-100 grams of oxygen-generating solid material;

[0398] Alternatively, the additional Chinese medicinal ingredients of this embodiment are based on the original formula components of the compound houttuynia preparation recorded in the pharmacopoeia (583g of houttuynia, 150g of scutellaria, 150g of isatis root, 58g of forsythia, and 58g of honeysuckle), and its application includes the application of a mixture composed of raw medicinal powder and oxygen-generating solid material, or the application of a water-based liquid preparation directly as an oxygen-generating liquid instead of water, or the essential oils of houttuynia, scutellaria, isatis root, forsythia, and honeysuckle are extracted separately (the essential oil extraction method adopts the traditional distillation method) and then mixed to form the compound houttuynia essential oil for use as an additional ingredient of the oxygen-generating liquid medicine.

[0399] Embodiment 15

[0400] This embodiment shows the composition and dosage of several additional drug components for non-respiratory cavity input of a chemical oxygen concentrator:

[0401] First, the Chinese medicine components and dosages for gynecological internal vulvar inflammation and nursing: add 2 drops of Cnidium monnieri essential oil, 2 drops of Palmarosa essential oil, 1 drop of Phellodendron chinense essential oil, 1 drop of Atractylodes lancea essential oil, and 1 drop of Sophora flavescens essential oil to every 100 grams of oxygen-generating solid materials, or add 5-20 grams of a mixture of Cnidium monnieri, Rose, Phellodendron chinense, Atractylodes lancea, Sophora flavescens slices, etc. in a gram-to-gram ratio to every 100 grams of oxygen-generating solid materials as a drug application component for a chemical reaction cell or an electric heating medicine steamer;

[0402] Second, the Chinese medicine components and dosages for hemorrhoids: 2 drops of gallnut essential oil, 2 drops of zedoary essential oil, 2 drops of notoginseng essential oil, 1 drop of phellodendron essential oil, and 1 drop of atractylodes essential oil are added to every 100 grams of oxygen-generating solid material; 5-20 grams of a mixture of gallnut, zedoary, notoginseng, phellodendron, and atractylodes decoction pieces in a gram-to-gram ratio is added to every 100 grams of oxygen-generating solid material as a drug application component for a chemical reaction cell or an electric heating medicine steamer;

[0403] Third, the Chinese medicine components and dosages for prostatitis and prostate care: 2 drops of Cnidium monnieri essential oil, 2 drops of Palmarosa essential oil, 1 drop of Phellodendron chinense essential oil, 1 drop of Atractylodes lancea essential oil, 2 drops of Curcuma zedoaria essential oil, 2 drops of Panax notoginseng essential oil, or 5-20 grams of a mixture of Cnidium monnieri, Palmarosa, Phellodendron chinense, Atractylodes lancea, Curcuma zedoaria, Panax notoginseng slices in a gram-to-gram ratio as a drug application component of a chemical reaction cell or an electric heating medicine steamer;

[0404] The insert of this embodiment is applied after being coated with a suppository or a commercially available gynecological lubricant.

[0405] Embodiment 16

[0406] This embodiment is a medicine mist generator as an oxygen generator filter output space 1.1.3 built-in device 2.6.7 (see Figure 4-1) or as a specific embodiment of the exogenous gas access device, in this embodiment, the commercially available apomorphine spray is modified into an apomorphine ultrasonic atomization nasal inhaler and a chemical convenient oxygen generator for built-in or external compatible application; in this embodiment, sodium percarbonate powder is used as the oxygen-making solid material, actinolite powder is used as the catalyst, and hot water containing Forsythia suspensa essential oil is used as the oxygen-making liquid for oxygen-making; the medicine mist generator of this embodiment is an oxygen-making device associated device that utilizes the basic structure and mechanism of an ultrasonic atomization water replenishing instrument or an ultrasonic humidifier to replace water with an apomorphine aqueous solution; the single dosage of the apomorphine ultrasonic atomizer is used according to the common dosage of the apomorphine spray, and the dosage of Forsythia suspensa essential oil is 5-20 drops per 100 grams of oxygen-making solid material, or Forsythia suspensa is used as a mixture of raw drug powder and oxygen-making solid material, and 5-20 grams of Forsythia suspensa raw drug is added to every 100 grams of oxygen-making solid material. The aerosol medical inhaler composed of the compatible combination of the oxygen concentrator and the apomorphine nebulizer can reduce the side effects of apomorphine affecting the respiratory system and easily leading to hypoxia and mental symptoms, and Forsythia suspensa can reduce the side effect of apomorphine causing severe nausea in the user.

[0407] Embodiment 17

[0408] This embodiment is another embodiment of the application of an oxygen generator as a functional factor generator accompanying device for non-oxygen inhalation applications, which is a combined oxygen-containing inhalation hand box composed of an electrically heated functional aromatherapy inhaler and a chemical oxygen generator (see Fig.10 ), the connection device is composed of a smell inhaler body 1 arranged on one side, an electric heating device 2 and an oxygen generator 3 arranged on one side; the inner side wall of the electric heat energy providing device and the inner side wall of the lower box body of the smell inhaler body form a common wall and the electric wire passes through the hole to achieve the connection of the body, the middle chamber of the oxygen generator and the inner side wall of the upper box body of the smell inhaler form a common wall and are provided with a wall hole to achieve the connection between the two sides of the room, or the two chambers are connected and connected through a connecting column. The aromatherapy material is the roots, stems and leaves of dry aromatic functional flowers or herbs or a mixture of functional aromatic essential oils and roots, stems and leaves of dry aromatic functional flowers or herbs.

[0409] Embodiment 18

[0410] This embodiment is an embodiment of a combined application body composed of an oxygen concentrator and an ultraviolet generator. Its basic structure is the same as that of the seventeenth embodiment, except that the electric heating and absorbing device arranged on one side of the three-chamber oxygen concentrator is replaced by a cold cathode ultraviolet lamp tube or lamp bead with a power of 5-20W and a wavelength of 150-400NM to form a micro photocatalyst factor generator or a micro ozone generator (see Figure 10-1), the functional purification material of the middle chamber and / or the upper chamber of the connecting neck of the three-chamber oxygen making box is provided with titanium dioxide photocatalyst or dehumidifying desiccant, the shell of the middle chamber and / or the upper chamber of the oxygen making device and the shell of the ultraviolet generator 16 are provided with a common side wall or adjacent side wall, and the common side wall of the middle chamber and / or the upper chamber corresponding to the ultraviolet light emitter is provided with a light-transmitting hole, and the setting space of the ultraviolet light emitter is an airtight and closed space to prevent oxygen leakage, and the upper shell of the joint application body is provided with a photocatalyst factor or an ozone release hole and a hook for disinfecting items in the internal space of the small box or preserving and disinfecting food. In this embodiment, the lower shell (oxygen making layer chamber) on the oxygen making side is provided with a through-wall feeding, liquid injection and waste discharge hole column and a bent neck feeding funnel (see Figure 10-1 ).

[0411] Embodiment 19

[0412] This embodiment is another embodiment of a combined application body composed of a chemical oxygen generator and an ultraviolet generator. Its basic structure is the same as that of the eighteenth embodiment, except that the chemical oxygen generator and the ultraviolet generator in this embodiment are compatible to form an external food preservation application box, and the oxygen generator upper shell and / or the ultraviolet upper shell are provided with a photocatalyst factor and / or an ozone output hole column, and are provided with an air supply pipe and a foam preservation box puncture needle that are detachably connected to the output hole column, and are equipped with a puncture hole plasticine sealing accessory. This embodiment is used to replace ice bags or refrigeration devices for cold chain storage and transportation of food preservation boxes, or is used in conjunction with cold chain storage and transportation devices to extend the shelf life of food in food preservation boxes (see Figure 10-2 ). Alternatively, the photocatalyst factor and / or ozone generated in this embodiment is directly injected into the pre-made food bag through the puncture of the puncture needle, and the puncture hole is sealed with a self-adhesive sticker to preserve the pre-made food in the pre-made food bag, and the water vapor generated by chemical oxygen production can also play a moisturizing role on the pre-made food. This embodiment is mainly used for preserving pre-made food and vegetables.

[0413] Embodiment 20

[0414] This embodiment is an embodiment of an integrated sitting oxygen concentrator applied to non-respiratory cavity organs. The gas output hole column of the upper chamber is provided with a detachable fixed connection with a non-respiratory cavity finger-shaped or cone-shaped silicone insert 7.2 with a middle hole length of 50-100MM. When used, the insert is directly inserted into the cavity for anorectal and gynecological oxygen therapy (see Fig.12 ); or, the integrated sitting oxygen concentrator of this embodiment is provided with a bench 9 (see Fig.12 ), the bench is provided with a concave curved seat surface 9.1 and a pull-out oxygen concentrator support plate 9.2; or, the present embodiment is provided with a non-breathing cavity gas input tube of any length that can meet the application of various body positions, one end of the non-breathing cavity gas input tube is detachably fixedly connected to the oxygen concentrator output hole column, and the other end is detachably fixedly connected to the insert body, and the non-breathing cavity gas input tube is provided with a gas delivery pressurization bag.

[0415] Embodiment 21

[0416] This embodiment is a specific structure, connection and application method of a chemical oxygen generator as a chemical oxygen source generator input device of a homemade simple oxygen storage bag 6.9 (see Figure 2-2 ):The one-way valve rubber head hollow column mouth 5.9.1 of this embodiment is provided with an oblique mouth, and the oblique mouth is provided with a one-way valve membrane 5.9.2 that can only supply air to the air storage bag but not degas. The air storage bag body is a simple soft bag body made of rubber, latex or synthetic resin, and the bag body is provided with a bag neck, a bag mouth and a sealing plug 5.9. The air supply pipe of this embodiment is provided with a manual pressurizing bag. When storing oxygen: 1. Pull out the rubber plug from the bag neck and bag mouth, insert the gas injection puncture needle with the gas delivery tube into and through the rubber plug to expose the needle, insert the exposed end of the needle into the one-way valve rubber head and expose the needle hole in the one-way valve column mouth; 2. After completing the first step, insert the rubber plug with the puncture needle and the one-way valve rubber head back into the bag neck of the gas storage bag and tighten it with a fixed rubber band to seal the bag neck and the rubber plug; 3. After completing the second step, start the oxygen production and manually press the gas delivery pressurization bag while producing oxygen to fill the produced oxygen into the simple oxygen storage bag; 4. After the simple oxygen storage bag is filled with oxygen, remove the puncture needle and leave the one-way valve head in the bag body to complete the storage of oxygen for inhalation at any time. The inhalation application device of the simple oxygen storage bag is an inhalation tube with a puncture needle at one end and a nasal suction head at the other end. When inhaling, the puncture needle is inserted into the bag body through the rubber plug and the nasal suction head is connected to the nostril. Alternatively, after the gas injection is completed, the puncture needle and the gas tube are left in the rubber plug and a spare plug is used to seal the gas nozzle at the free end of the gas tube for inhalation at any time. The one-way inflation valve head can be reused.

[0417] Embodiment 22

[0418] This embodiment is a specific embodiment of a seated integrated shell box-type multi-chamber oxygen concentrator with a body surface application oxygen output dispersion cover (see Fig.13), the lower chamber of the multi-chamber oxygen generator of this embodiment is set as a water vapor generator similar to an electric kettle (including water vapor intervened by minerals such as tourmaline in the steam pool that can release biologically active substances) or drug vapor (the drugs 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) , The gas generated is a mixed gas of oxygen and water vapor and / or drug vapor, The cover body is detachably fixedly connected to the gas output hole column of the oxygen generator through an air delivery pipe, and the cover body used is a double-layer concave curved shell cover with a sandwich space, and the area and shape of the cover body match the human face shape The mask body is a facial care sauna mask, and the trumpet-shaped mask combination with different calibers is used for oxygen therapy of wounds or wounds on the body surface, sores, etc. 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 relative to the gas pipe is set with a mesh-free airtight solid area with a diameter greater than 20MM as an interception surface for output gas to disperse oxygen into the interlayer space to form a dispersed release of oxygen in the whole mask body to facilitate full facial oxygen therapy care or full-range oxygen therapy of wounds or burns on the body surface, or sores, or the center of the inner shell is set as a convex shower structure, and the top of the shower is provided with a gas interception and dispersion surface. The mask body is provided with a deformable bracket or an application handle, and the inside of the bracket is provided with a gas pipe through hole, and the bracket is located on the upper shell of the oxygen generator or has a floor base.

[0419] Alternatively, when this embodiment is used as an oxygen 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 granules, or the functional layered structure is a dispersed layered structure composed of two or more materials such as tourmaline, menthol crystals, and borneol, which are the size of mung beans or peas and can release negative ions and bioenergy waves, 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 oral and nasal inhalation.

[0420] Embodiment 23

[0421] This embodiment is composed of an elbow three-chamber integrated cylindrical chemical convenient oxygen generator and an ultrasonic water replenishment humidifier 1.1.9 arranged on the outside thereof and / or a calcium oxide high thermal energy medicine vapor generator 1.1.7 arranged on the inside thereof (see Figure 10-3), the elbow upper chamber of this embodiment is provided with a mesh gas output surface, and the end of the elbow upper chamber is provided with a trumpet-shaped silicone or latex cover body 20.6 that can gather the output gas. This embodiment constitutes a facial skin hydrating care device accompanied by oxygen and heat energy and / or drug vapor output (in the figure: 1.1.9.1 hydrating device water storage chamber, 1.1.9.2 hydrating device spray nozzle, 1.1.9.3 hydrating device switch, 1.1.9.6 hydrating liquid, 1.1.7.1 drug vapor output nozzle, 2.2.5 elbow oxygen generator mesh gas output surface), the drug vapor generated by the drug in this embodiment is a commercially available essential oil preparation that can be used for facial skin care.

[0422] Embodiment 24

[0423] This embodiment is another embodiment of a multi-layer chamber integrated box-type chemical convenient oxygen generator with a water filter chamber (see Figure 4-7 ), a layer chamber composed of a water filter liner is arranged above the chemical oxygen production layer chamber of this embodiment, the liner is made of a liquid-tight solid material, and a gas filter receiving column tube 6.2.1.1 composed of a vertical main column 6.2.1 and an S-shaped sheep horn-shaped branch that droops to both sides and then curls up is arranged on the bottom of the liner, and the branch port of the gas receiving column tube is lower than the vertical main column and lower than the water surface to ensure that the filtered liquid does not enter the main column to form a backflow, and an outward edge is arranged around the liner and is detachably sealed and connected to the inner wall of the chemical reaction pool, and a layer chamber or transition space with a gas purification net liner is arranged above the water filter layer chamber, and a connecting chamber lock cover is arranged above the multi-layer chamber integrated box, and a purification and filtration layer structure is arranged inside the connecting chamber lock cover. The water filter liner of this embodiment is a selectively applicable layer chamber, and the liner of the layer chamber can be replaced with an oxygen-producing chemical reaction pool or a non-oxygen-producing chemical reaction pool liner or an oxygen purification conversion layer chamber net liner to form a waterless filtration chemical convenient oxygen generator.

[0424] Embodiment 25

[0425] This embodiment is a double or triple cup-type or bottle-type chemical convenient oxygen generator (see Fig.15), the waterless filter tank cup or bottle 9 is arranged in the middle or on one side of the oxygen-generating chemical reaction tank 1 and / or the calcium oxide high-heat energy chemical reaction tank 1.1.7, the oxygen-generating chemical reaction tank and / or the calcium oxide high-heat energy chemical reaction tank are provided with volatile drug additives, and the chemical reaction tank with added drug ingredients generates drug vapor, the waterless filter tank and the chemical reaction tank cup-shaped or bottle-shaped container are provided with a lock-and-lock cover or a screw cover for convenient feeding, liquid injection and waste discharge, and the top of the cover is provided with a gas output hole column 6.1, the gas output hole column of the waterless filter tank container is connected to The output application device is detachably fixedly connected, the cup body or cover body of the waterless filter pool container also includes an air duct through hole, and the gas output hole column of the chemical reaction container is provided with an air duct 6.2.1 that can extend into the bottom of the waterless filter pool container through the air duct through hole of the cup body or cover body of the waterless filter pool container. The waterless filter pool cup is filled with purified filtration particles and / or layered structures. The waterless filter cup body of this embodiment adopts dry whole flower buds of small flower species (such as osmanthus and jasmine) or dry flower buds of large flower species (such as magnolia).

[0426] Embodiment 26

[0427] This embodiment is an application embodiment of a chemical convenient oxygen generator using Houttuynia cordata as a drug containing functional volatile components as an additional component of chemical oxygen 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 oxygen production or calcium oxide solid materials to form a mixture, which is then put into the oxygen production chemical reaction pool or the calcium oxide high thermal energy chemical reaction pool as a secondary pool (the oxygen production and calcium oxide chemical reaction solid materials and the dry Houttuynia cordata additive material can be used in equal proportions by weight or volume, or the proportion of the additional components is not Less than 1 / 3), injecting chemical reaction liquid will generate oxygen 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 has the effect of promoting the decay of nuclear radiation. The mixed gas composed of oxygen and Houttuynia cordata vapor can be used for medical research and medical practice of nuclear radiation.

[0428] Embodiment 27

[0429] This embodiment is an application device for the inflatable therapy of oxygen accompanied by drug vapor through the cervical cannula for the uterine cavity and fallopian tube which are difficult to treat directly (see Figure 4-3 ), 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 6.9 which does not hurt the cavity mucosa.

[0430] Embodiment 28

[0431] This embodiment is an embodiment of the chemical convenient oxygen generator as an energizer after the chemical energy and electrical energy charcoal fire are ignited (see Fig.14 ), which is composed of an oxygen concentrator and a charcoal rack that also serves as a pot rack or a grill, wherein the charcoal rack is composed of an O-shaped base, a double trapezoidal frame forming a concave arc-shaped horizontal frame, and a metal charcoal net, wherein the O-shaped base and the trapezoidal frame are connected and arranged as an integral whole, the metal charcoal net surface is provided with a trapezoidal frame strip through-hole, and the metal charcoal net can be detachably fixedly connected to the waist of the trapezoidal frame through the strip through-hole, when used, the oxygen concentrator is located in the O-shaped base, the metal charcoal net is arranged above the oxygen concentrator gas transmission hole column through the trapezoidal frame, the pot is located on the double concave arc-shaped horizontal frame formed by the double trapezoidal frames, or the grilled food is placed on the double concave arc-shaped horizontal frame formed by the double trapezoidal frames through the frame through the brazing; the gas output application device of the oxygen concentrator in this embodiment adopts a shower-type gas evacuation output structure, and the top surface opposite to the hole column is provided with a solid surface area to allow the output gas to diffuse to the surroundings. The purification filter and structural layer of the oxygen generator in this embodiment are replaced by dehumidifying desiccant; this embodiment adopts a multi-layer chamber and each layer of the chamber is provided with a central dividing wall to divide the oxygen production pool into two rows of multi-pool structures on the left and right. Each pool can be injected with liquid from the side wall to achieve continuous oxygen production to maintain the continuity and continuity of oxygen production and controllability of oxygen production flow. The charcoal fire of the oxygen generator assists combustion and enables charcoal to burn completely, which can achieve smokeless indoor barbecue and avoid carbon monoxide poisoning in indoor barbecue.

[0432] Several ways to use the chemical convenient oxygen generator:

[0433] 1. One of the water application methods for the purification particle layer in the middle chamber of the chemical convenient oxygen generator is: take out the purification particle mesh cover containing breathable ceramsite and activated carbon particles as the main materials together with the lock and lock cover or from the edge of the inner wall of the middle chamber shell, and take out the breathable ceramsite and activated carbon particles after immersing the mesh cover in water, so that the breathable ceramsite and activated carbon particles become water-containing particles. The purification particle layer with water-containing breathable ceramsite and activated carbon particles as the main materials can better play the role of replacing water filtration in traditional chemical oxygen production. For example, when the chemical convenient oxygen generator is compatible with calcium oxide and active metal high thermal energy chemical reaction pool layer chamber to increase the cooling intensity, frozen water-containing breathable ceramsite and water-containing activated carbon particles can be used (the mesh containing breathable ceramsite and activated carbon particles is immersed in water as a whole and frozen and then installed in the middle chamber).

[0434] 2. Bag-type and upper bag and lower box-type oxygen concentrators increase the gas output power by manually squeezing the soft bag, and integrated box-type oxygen concentrators increase the gas output power by setting a manual pressurizing bag in the middle of the gas pipe, and the valve membrane liquid level control panel is used in conjunction to input the oxygen produced by the oxygen concentrator into the oxygen collection bag. And pressurized oxygen supply can obtain input power for non-respiratory system cavity input oxygen supply and tracheal input oxygen supply (cardiopulmonary resuscitation oxygen supply) for those who have lost the ability to breathe.

[0435] 3. The prefabricated liquid injection assembly contains a prefabricated oxygen-generating liquid containing drug ingredients or a prefabricated liquid containing 3-8% hydrogen peroxide or powdered drugs or manganese dioxide catalyst additional ingredients. In emergency applications, the prefabricated liquid or prefabricated powder is stored and the mixed liquid formed by extracting water is injected or injected into the oxygen-generating chamber through the liquid injection nozzle (the liquid injection nozzle includes a liquid injection hole nozzle arranged on the side wall of the middle chamber of the oxygen generator and a puncture hole or gas output hole column arranged on the top of the upper chamber or a wall hole exposed by peeling off the double-sided adhesive safety valve film). To start oxygen production more quickly and obtain a large flow of oxygen production, 3-8% hydrogen peroxide and manganese dioxide catalyst are used or hot water is extracted together with manganese dioxide catalyst and injected into the oxygen-generating chamber. The application of the liquid injector includes continuous injection and liquid injection into the oxygen-generating chamber through the liquid injection nozzle and intermittent liquid discharge from the liquid discharge nozzle to achieve continuous circulation oxygen production.

[0436] 4. When the three-dimensional breathable stereoscopic mesh spacer cloth is used as a carrier of catalysts and drug additives, the coating method is as follows: after brushing one surface of the mesh spacer cloth with water, a glutinous rice paper film is immediately laid on the surface. After drying, the glutinous rice paper is pasted, and the additional ingredient powder or granules are poured into the middle layer through the uncoated mesh surface. After the middle layer material is poured, the glutinous rice paper film on the other side is laid to complete the operation.

[0437] 5. The guiding dosage of drug additives is as follows: there is no limit on the use of food-drug materials; the single-use dosage of drug aerosol preparations made of non-food-drug materials is the same as the dosage in the instructions of commercially available products; the dosage of non-drug aerosol preparations used with the help of chemical energy distillation is 1-2 times the conventional dosage or determined based on medical practice.

[0438] 6. When the oxygen produced by the oxygen generator is used as one of the clean energy mixed gases, the functional purification materials of the upper chamber and / or the middle chamber can all be silica gel solid particle dehumidifiers.

[0439] 7. When the oxygen generator is used as a negative ion oxygen and photocatalyst generator, the functional purification material of the upper chamber and / or the middle chamber is titanium dioxide granules or a mixture of titanium dioxide and ceramsite and / or bamboo charcoal and ferric oxide granules. The thickness of the mixture is greater than 10MM. The granules are arranged in the control network and together with the control network form a deozonation network.

[0440] 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 chemical convenient oxygen generator for emergency rapid oxygen production and controllable continuous oxygen production and its application, characterized in that: The chemical convenient oxygen generator comprises an outer body structure, a chemical oxygen production layer chamber arranged in the outer body structure, a layer chamber structure arranged in the outer body structure with oxygen purification or conversion as the main function, a gas filtering output layer chamber arranged in the outer body structure, a puncture injection piece arranged on and / or inside the outer body structure, and a gas output application device arranged on the outer body structure and connected to the inside; The chemical oxygen production chamber is a chamber structure provided with chemical oxygen production solid materials and a puncturable oxygen production liquid storage bag and / or capable of accepting externally injected oxygen production solid materials and externally injected oxygen production liquid. The chemical oxygen production solid materials and the oxygen production liquid react chemically in the chemical oxygen production chamber to produce oxygen. The chemical oxygen production chamber reacts chemically by providing oxygen production chemical reaction solid materials and puncturing the internal oxygen production liquid storage bag and / or accepting externally injected oxygen production solid materials and externally injected oxygen production liquid provided in the puncture injection piece to produce oxygen. The layer chamber structure arranged in the outer body structure with the main function of oxygen purification or conversion is composed of a three-dimensional space formed by the outer body structure and a layered structure and / or a mesh liner carrying functional materials. The layer chamber structure purifies, defoams and adjusts the temperature of the oxygen produced by the chemical oxygen generator, and can convert oxygen (O2) into ozone (O3) or negative ion oxygen (O2-) according to needs through the adjustment of the functional materials carried in the layered structure and / or the mesh liner, or convert chemical wet oxygen containing a large amount of water vapor into non-medical dry combustion-supporting oxygen through the participation of a dehumidifier; The gas filter output layer chamber arranged in the outer body structure allows the oxygen produced by the chemical oxygen generator or the gas converted from oxygen to be filtered and released for output use; The chamber structure with oxygen purification or conversion as the main function and the gas filtration output chamber form a substitute for the waterless purification filter chamber of the traditional chemical oxygen water filtration device; The chemical oxygen generation chamber obtains the supply of liquid for oxygen generation reaction through the participation of the puncture and liquid injection component, and the puncture and liquid injection component is one of the following: a puncture component arranged on or inside the external structure, a liquid storage component arranged inside or outside the external structure, an external liquid storage, liquid injection and dripping component, or a combination thereof; The chemical oxygen production solid material is a strong oxidant powder material for oxygen production or a composite material consisting of a strong oxidant powder material for oxygen production and additional components; the oxygen production reaction liquid is water or a mixed liquid consisting of water and additional components, and the additional components in the oxygen production reaction solid material and the oxygen production reaction liquid are one of catalysts, minerals rich in metal oxides, fragrances, and medicinal ingredients, or a composite component thereof; The chemical convenient oxygen concentrator realizes rapid emergency oxygen production by combining an internal puncturable liquid storage bag and an external and / or internal puncturing piece. The chemical convenient oxygen concentrator realizes continuous, continuous, cyclic and controllable oxygen production by controlling the liquid dripping, infusion and injection feeding mode. The chemical oxygen concentrator with the advantage of rapid emergency chemical oxygen production is provided with a structure and mechanism that can be converted into repeated oxygen production and continuous oxygen production. The chemical oxygen concentrator with the advantage of sustainable chemical oxygen production is provided with a structure and mechanism that realizes rapid emergency oxygen production. The chemical convenient oxygen generator and its application include the technical method and structural basis for utilizing the chemical heat energy of the oxygen production reaction to produce oxygen accompanied by drug vapor, wherein the establishment of the waterless purification and filtration structural basis and mechanism creates the basic conditions for the generation and utilization of drug vapor without being filtered by water; The chemical convenient oxygen generator and its application include the application as a medical oxygen source supplier and the application as a non-medical oxygen source supplier and the corresponding technical methods and structural basis. The application as a medical oxygen source supplier includes the application of the oxygen produced as a respiratory system inhalation application and non-respiratory system cavity organ input application and the surface oxygen therapy application realized by an oxygen dispersion release hood; The chemical convenient oxygen generator and its application include a compatible device for generating oxygen with a non-oxygen functional factor generator or a technical method and structural basis for generating a third type of functional factor in combination with a non-oxygen functional factor generator; The chemical convenient oxygen generator and application also include associated auxiliary devices that are beneficial to chemical oxygen production and application.

2. The chemical convenient oxygen generator according to claim 1, characterized in that: The outer body structure is a bag-type, box-type, or hood-type structure, which respectively constitute a bag-type, an integrated box-type, or a semi-open hood-type chemical convenient oxygen generator for a one-time rapid emergency oxygen production application or a controllable continuous oxygen production application that can be output by squeezing the bag body for pressurized output, and an integrated box-type, or a semi-open hood-type chemical convenient oxygen generator without an inhaler, and respectively constitute chemical convenient oxygen generators with different outputs and oxygen flow rates and that can be worn, held, or hung for application. They have the structural characteristics of a first chamber, a second chamber, and a third chamber, or a lower, middle, and upper chamber, which are connected in sequence from bottom to top or from front to back and are jointly constituted by the outer body structure and the internal space. The first chamber or the lower chamber is a chemical oxygen production layer chamber provided with a chemical reaction pool, the second chamber or the middle chamber is a layer chamber structure with oxygen purification or conversion as the main function, and the third chamber or the upper chamber is a gas filtration output layer chamber provided with a layered structure; Alternatively, the first chamber or the lower chamber and the second chamber or the middle chamber form a structure that is combined into one, and the second chamber or the middle chamber and the third chamber or the upper chamber form a structure that is combined into one; Alternatively, the first chamber or the lower chamber is divided into a multi-chamber structure through internal partitions; Alternatively, the chemical oxygen production chamber is provided with an inner liner made of glass or porcelain that is resistant to acid, alkali and heat and does not release harmful substances, and the inner liner is used as a chemical reaction pool; Alternatively, the inner tank is provided with a secondary tank capable of isolating the oxygen-generating solid material and the additional components into one body, or the secondary tank is used as a second chemical reaction tank; The chemical convenient oxygen generator outer body structure includes a chemical reaction liquid level control panel, which is arranged above the chemical reaction pool and serves as 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, and its periphery is detachably and tightly connected to the outer body structure wall, and a barrier-free puncture hole with a diameter greater than 5MM is provided at a position corresponding to the puncture hole or the gas delivery hole at the top of the upper chamber wall of the liquid level control panel; Alternatively, a gas-permeable and liquid-tight film is provided on the surface of the liquid level control plate. The liquid level control plate provided with the gas-permeable and liquid-tight film has the function of defoaming and preventing the chemical reaction liquid from seeping outwardly to the upper structure. Moreover, the barrier formed by the gas-permeable and liquid-tight film of the liquid level control plate can enable the chemical oxygen generator to realize inverted feeding and liquid injection from the discharge hole connected to the chemical reaction tank at the bottom. Inverted feeding and liquid injection using the discharge hole can avoid the provision of the feeding and liquid injection hole, which is beneficial to the processing and production of the oxygen generator and makes the application more convenient. Alternatively, the air-permeable and liquid-tight coating provided on the upper surface of the liquid level control plate is air-permeable cotton paper or fine gauze; Alternatively, the chemical reaction liquid level control panel is provided with a one-way valve membrane that can only output gas in one direction; The bag-type, integrated box-type, and hood-type chemical convenient oxygen concentrators all have a structural basis and mechanism for quickly starting an oxygen-generating chemical reaction or an oxygen-generating chemical reaction accompanied by drug vapor for emergency medical treatment. The bag-type oxygen concentrator realizes rapid liquid discharge and emergency start of chemical reaction oxygen production through the configuration of a built-in puncturable liquid storage bag and a puncture piece. The integrated box-type oxygen concentrator realizes emergency oxygen production through a combined structure that can conveniently open the cover to feed liquid and inject sealed oxygen production or through a mechanism that the infusion bag can immediately open the valve to release liquid and start the chemical reaction. The hood-type semi-open oxygen concentrator realizes emergency start of chemical reaction oxygen production through the provision of a convenient injection hole and nozzle in the oxygen concentrator liner. The extrudable and deformable pressurization characteristics of the bag-type emergency oxygen concentrator and the arrangement of a pressurized bag in the gas output application device of the rigid oxygen concentrator constitute a rapid pressurized oxygen supply method for emergency medical treatment; Alternatively, the mechanism of emergency rapid oxygen production also includes using the gas delivery hole on the top of the upper chamber wall of the oxygen generator as the puncture hole, using a spare puncture needle with a length greater than 100MM and a hole diameter greater than 0.8MM and an injector to penetrate the barrier-free puncture structure layer and / or the through hole of each layer of the chamber to inject liquid into the chemical reaction pool for emergency; The bag-type, integrated box-type, and hood-type chemical convenient oxygen concentrators all have a structural basis for continuous and cyclic oxygen production with controllable continuous or continuous feeding and liquid injection and the ability to remove waste liquid at any time. The bag-type and hood-type oxygen concentrators achieve cyclic and continuous oxygen production by setting feeding and liquid injection orifices and waste discharge orifices that can be controlled to continuously or continuously feed and inject liquid and can remove waste liquid at any time, and the integrated box-type oxygen concentrator achieves continuous and continuous oxygen production by setting a convenient opening box cover. The chemical convenient oxygen generator has a plurality of structural foundations for separating and arranging the oxygen-producing strong oxidant powder material, the catalyst additional component, and the drug additional component in one body, including the isolation of the oxygen-producing strong oxidant and the additional component by arranging the main and auxiliary gallbladders, the isolation of the oxygen-producing strong oxidant and the additional component by arranging the additional component in a wafer cake or glutinous rice film that melts when in contact with water, the isolation of the oxygen-producing strong oxidant and the additional component by arranging the additional component in a three-dimensional air-permeable mesh spacer cloth with a glutinous rice paper film, and the isolation of the oxygen-producing strong oxidant and the additional component by arranging the additional component in the middle layer structure of the three-dimensional air-permeable mesh spacer cloth and arranging the oxygen-producing strong oxidant in the inner space of the spacer cloth bag; The layer chamber structure with the main function of oxygen purification or conversion is arranged in the second chamber of the oxygen generator and is not limited to being arranged in the second chamber; The oxygen filter output layer chamber is composed of a three-dimensional filter layer structure, a gas output space, and a hole mouth or a hole column; the three-dimensional layer 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 by them as carriers, or the structural layer also includes a filtering and purifying functional dispersed particle layer; the space of the layer chamber also includes a storage space for a medicine mist generator or an external gas receiving space; The puncture and injection structure arranged on the outer body structure wall is a combination of one or more of a puncture hole, an injection nozzle, and an openable injection device; the puncture hole and injection nozzle arranged on the outer body structure wall are single or multiple structures and are provided with an instant sealing film or a sealing member; Alternatively, the chemical convenient oxygen generator further comprises a drainage hole orifice disposed on the outer body structure or a bag-type, box-type or capsule-type oxygen production reaction secondary liquid drainage and / or collection structure attached to the outer body structure; Alternatively, the outer structure of the chemical convenient oxygen concentrator includes a gasket-type safety valve membrane that can burst when high pressure is accidentally formed inside the oxygen concentrator; The oxygen-generating strong oxidant powder material is sodium percarbonate or calcium peroxide powder that does not produce irritating and unpleasant odors and contact and inhalation harmful substances during the oxygen-generating chemical reaction; The oxygen production 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 or a mixture of hot water and an additional component catalyst, and the mass ratio of the oxygen production reaction liquid to the oxygen production powder material is 1-10:1; The additional components of the chemical oxygen-generating material include the application of a composite material with the oxygen-generating material and the application of a functional material in a layer chamber structure with oxygen purification or conversion as the main function; The catalyst used as an additional component of the chemical oxygen production material is a powder preparation of a fast reaction catalyst and / or a slow reaction catalyst. The fast reaction catalyst is a common oxygen production catalyst of manganese dioxide and iron oxide. The slow oxygen production reaction catalyst is a special oxygen production catalyst rich in metal oxides and biologically active substances, such as actinolite and sodium manganese tourmaline, which has an oxygen production catalytic effect and can reduce the catalytic speed of the fast oxygen production catalyst. The mass ratio of the strong oxidant to the catalyst is 5-10:1; The fragrance used as an additional component of the chemical oxygen production material is a material capable of releasing aroma, and the material capable of releasing aroma is a dried powder or powder of edible flowers and herbal Chinese medicines with the functions of seasoning, defoaming and chemical reaction rate regulation; Alternatively, the spices used as additional ingredients of the chemical oxygen-generating material also include essential oils extracted from edible flowers and Chinese medicinal and edible herbs; The medicine used as an additional component of the chemical oxygen-generating solid material is a granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice that has medical effects on the heart, brain, and respiratory system and can be rapidly decomposed or distilled to form medicine vapor or medicine aerosol or stimulated to release beneficial odors when exposed to oxygen-generating chemical energy hot water to play a medical auxiliary role. The effective ingredients of the granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice contain at least one medicine that can release functional volatile components in a thermal energy environment; wherein the granular or powdered Chinese patent medicine preparation or Chinese herbal medicine slice involved in the emergency medical oxygen generator can at least play an emergency medical auxiliary role of facilitating cardiopulmonary resuscitation and / or refreshing the mind or facilitating the recovery of consciousness through the release of beneficial odors; The medicine used as the additional component of the oxygen-generating reaction liquid is a liquid Chinese patent medicine preparation or natural liquid resin that has medical effects on the heart, brain, and respiratory system and can be quickly dissolved or distilled to form medicine vapor or medicine aerosol when encountering oxygen-generating chemical energy hot water, or can be stimulated to release beneficial odors to play a medical auxiliary role. The effective ingredients of the liquid Chinese patent medicine preparation or natural liquid resin include at least one medicine that can release functional volatile components in a thermal energy environment; wherein the liquid Chinese patent medicine preparation or liquid natural resin involved in the emergency medical oxygen generator can at least play an emergency medical auxiliary role of facilitating cardiopulmonary resuscitation and / or refreshing the mind or facilitating the recovery of consciousness through the release of beneficial odors; The oxygen-generating material also includes a carrier, which is an organic carrier composed of three-dimensional breathable mesh spacer cloth, spacer cloth bag, three-dimensional organic sponge, herbal Chinese medicine or spices containing volatile oil components, or solid natural resin dry powder or fragment dispersion, which is a layered structure arranged in the oxygen-generating layer chamber; The functional material of the layered chamber structure with oxygen purification or conversion as the main function arranged in the outer body structure is a substance with defoaming, gas purification, and temperature regulation functions, or a substance that converts oxygen (O2) into ozone (O3) or negative ion oxygen (O2-), or a dehumidifier that converts chemical wet oxygen into non-medical dry combustion-supporting oxygen; the functional material is in the form of powder, crushed powder, or rice-like micro-particles poured into the spacer cloth three-dimensional layered carrier, or is arranged in the mesh in the form of mung bean or pea-sized particles; Alternatively, the structural layer disposed in the middle chamber with oxygen purification or conversion as the main function and the filter sponge layer and the liquid level control plate disposed in the upper chamber together constitute a composite layer of oxygen waterless purification, filtration and function conversion, or the composite layer further includes a fish scale-shaped gas one-way release membrane disposed on the upper surface of the filter sponge, and the composite layer is disposed in the middle chamber and / or the upper chamber of the chemical convenient oxygen generator; The built-in puncturable liquid storage bag containing the oxygen-generating reaction liquid is a bag body made of a soft material similar to an infusion bag, which is hollow inside and closed on all sides. The bag wall can be punctured by a spare puncture accessory to release the oxygen-generating reaction liquid, and the liquid carrying capacity is greater than 50ML.

3. The chemical convenient oxygen generator according to claims 1 and 2, characterized in that: The puncture and injection component is provided on the outer body structure as an associated component of the outer body structure or as an isolated associated accessory of the outer body structure, wherein the puncture component can penetrate through the puncture hole provided on the oxygen-generating outer body structure or through the bag wall of the soft bag outer body structure and penetrate through the various layers of structures provided inside the outer body structure, and then penetrate through the liquid storage bag provided inside the outer body structure to release the liquid for oxygen-generating reaction and quickly start the chemical reaction; the liquid storage and injection component and the liquid storage and dripping component contain liquid for oxygen-generating reaction, and the liquid storage and injection component or the liquid storage and dripping component and the puncture component are used in combination to inject the exogenous liquid for oxygen-generating reaction provided outside the oxygen-generating outer body structure into the target layer of the oxygen-generating layer chamber through puncture to inject liquid into the oxygen-generating structure layer or increase liquid or intermittently supply liquid to maintain the continuous progress of the chemical reaction; The puncture piece is a medical puncture needle or a double-edged puncture piece with a handheld handle or a wallpaper knife-like puncture piece, which is a spare part arranged on the outer surface of the outer body structure, and a sheath is connected to the puncture needle and the trocar; Alternatively, the puncture piece also includes a puncture needle and a long-necked puncture funnel or an opener for feeding spare parts that convert the disposable emergency bag oxygen concentrator into a reusable suction, drainage and injection puncture needle, and each layer of the internal structure of the bag oxygen concentrator is provided with an unobstructed puncture channel of the puncture piece; The puncture and injection part includes a combined application part of a medical puncture needle and a medical syringe or a medical drip infusion bag, wherein the drip infusion bag supplies oxygen-generating liquid by dripping or intermittently so that the oxygen-generating material and the carrier layer in the oxygen-generating bag body or the box body continuously and slowly or intermittently receive the oxygen-generating liquid from the drip infusion bag to form controllable continuous oxygen production. The medical drip infusion bag is connected to the oxygen-generating bag body or the box body or is separated from the body. The medical drip infusion bag is a complete set of configurations including an infusion bag filled with oxygen-generating liquid, an infusion tube, a drip pot, a controller, and a puncture needle; The puncture and injection part also includes a high-position hot water dripping or injection device composed of a hot water bag replacing a medical infusion bag and an infusion tube, a drip pot, a controller, and a puncture and infusion needle. The hot water bag high-position hot water dripping or injection device is an independent application body or is integrally formed with the outer body structure of the oxygen generator as a component of the outer body structure of the oxygen generator; Alternatively, the liquid injection piece is a capsule-type or pusher-type liquid storage and injection piece with a docking nozzle used in conjunction with the liquid injection nozzle of the oxygen-generating outer body structure; Alternatively, the liquid injection part also includes a cap-type liquid dispenser that can be worn on the head, which can supply oxygen-generating liquid to the oxygen generator arranged on both sides of the cap brim and both ends of the wearable C-shaped earphone holder, forming a chemical oxygen-generating application device that does not affect work and activities; Alternatively, the liquid injection part also includes a device for delivering the required liquid to the middle chamber or the lower chamber provided with a liquid injection nozzle and an electric heating medicine vapor generating pool; The three-dimensional layered carrier of the oxygen-generating solid material is a three-dimensional breathable mesh spacer cloth or a water-absorbing and breathable sponge three-dimensional layered structure or a spacer cloth bag with a thickness greater than 5MM, which has the function of carrying oxygen-generating powder materials and defoaming. The oxygen-generating solid material is connected and arranged on the three-dimensional layered carrier; The three-dimensional layered carrier of the spacer cloth used as the carrier of the oxygen-generating solid material, the additional components and the functional oxygen purification and conversion material is a three-dimensional breathable mesh fiber cloth with a thickness greater than 5MM, and the three-dimensional breathable mesh fiber cloth includes a three-dimensional fiber cluster middle layer structure, an upper fabric surface and a lower fabric surface, the three-dimensional fiber cluster middle layer structure is arranged in the horizontal direction, the upper fabric surface is connected to the upper surface of the three-dimensional fiber cluster middle layer structure, and the lower fabric surface is connected to the lower surface of the three-dimensional fiber cluster middle layer structure; The three-dimensional synthetic fiber cluster middle layer structure includes a plurality of longitudinal fibers that are connected and arranged, and the longitudinal fibers are arranged in a vertical direction. The plurality of longitudinal fibers form a longitudinal fiber cluster, and the longitudinal fiber cluster is breathable. The material of the three-dimensional breathable three-dimensional spacer cloth is nylon, acrylic, polyester or heat-resistant aramid synthetic material.

4. The chemical convenient oxygen generator according to any one of claims 1 to 3, characterized in that: The gas output application device arranged on the external structure and connected to the interior includes a respiratory system inhalation application device, a non-respiratory system cavity organ pressurization input application device, a respiratory resuscitation pressurized airway tracheal tube application device, a face and body surface gas dispersion mask application device, a non-medical inflation application device and a combustion-supporting output application device; The respiratory system inhalation application device is composed of an oxygen output hole column arranged on the outer body structure, an inhalation application air supply pipe connected to the oxygen output hole column, and a nasal inhalation device connected to the air supply pipe. The oxygen output hole column can be single or double. The double oxygen 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 nasal suction heads and U-shaped connecting loops of the nasal suction heads at the distal ends. The upper wall of the outer body structure is connected to the single oxygen 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 inhalation four-way pipe. The non-respiratory cavity organ pressurized input application device is composed of an oxygen output hole column arranged on an external body structure, an air supply pipe for non-respiratory cavity input application connected to the oxygen output hole column, and a non-respiratory 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 or oxygen therapy accompanied by drug vapor. The insert is a non-respiratory 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 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 or ozone therapy or oxygen therapy or ozone therapy accompanied by drug vapor. The respiratory resuscitation pressurized airway tracheal tube application device is composed of an oxygen output hole column arranged on an external body structure, a blind-headed colloid catheter connected to the oxygen output hole column and having a side hole 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 an oxygen output hole column arranged on the outer body structure, an air supply pipe connected to the oxygen output hole column, and a double-layer mask connected to the far end of the air supply pipe to enable oxygen dispersion and large-area release, the double-layer mask is provided with a deformable bracket or an application handle, the air supply pipe is arranged in the air supply pipe through hole inside the bracket, and the bracket is located on the upper shell of the oxygen concentrator or is provided with a floor-standing base; or the application device of the gas dispersion mask for the face and body surface also includes a single-layer mask directly and detachably fixedly connected to the output hole column or output surface of the oxygen concentrator; The non-medical inflation application device is composed of an oxygen output hole column arranged on the outer body structure, an air supply pipe connected to the oxygen output hole column, a bakelite plug arranged at the far end of the air supply pipe, an inflation puncture needle and a one-way valve inflation head; The non-medical combustion-supporting output application device is composed of an oxygen output hole column arranged on the outer body structure, a gas delivery pipe connected to the oxygen output hole column, and a rubber head or a shower-type gas output cover provided with a gas output metal hole column at the far end of the gas delivery pipe; The non-open state chemical convenient oxygen generator keeps at least one gas transmission hole in an open state during the oxygen production reaction to ensure the safety of chemical oxygen production; Alternatively, the gas output application device also includes an external aid (source) gas generator (such as a high-thermal energy drug vapor generator, a drug mist generator or a gas storage bag using calcium oxide as the main raw material) and an access device, wherein the access device is a three-way pipe arranged at the upper or lower section of the gas pipe pressurization bag, and the external aid gas is hydrogen, helium, neon, drug vapor, or drug mist, which has a synergistic medical function with oxygen; wherein the drug mist generator is an independently applicable drug mist generator that utilizes the basic structure and mechanism of an ultrasonic atomizer or an ultrasonic humidifier to replace water with a water-soluble drug solution.

5. The chemical convenient oxygen generator according to any one of claims 1 to 4, characterized in that: The Chinese patent medicine preparations in the oxygen-generating solid material and the oxygen-generating reaction liquid additional components are Chinese patent medicines in the form of pills, powders, or liquids that intervene in the oxygen-generating reaction process without participating in the chemical reaction and are used in the oxygen-generating process, or are preparations that are more suitable for intervention in the oxygen-generating reaction and are prepared by adding or subtracting ingredients and adjusting the process based on the original formula and preparation method of the Chinese patent medicines; The oxygen production process of the drug-mediated chemical convenient oxygen generator requires the participation of manganese dioxide fast catalyst and / or hot water above 80 degrees to ensure the rapid generation of high chemical energy hot steam; Alternatively, the drug-intervention chemical convenient oxygen generator includes a secondary pool that generates a high-heat energy chemical reaction with calcium oxide and water to obtain sufficient heat energy required for the distillation-like effect of the drug chemical energy. The secondary pool is connected to the strong oxidant oxygen production main pool, and the chemical energy of the secondary pool can be transferred to the main pool. The gas generated by the main pool and the secondary pool is combined through the connecting hole or common space set in the middle chamber and / or the upper chamber and filtered and output by the upper chamber before use. The chemical reaction material of the high-heat energy chemical reaction pool also includes a mixture of calcium oxide, magnesium and / or amphoteric active metals that can be accompanied by hydrogen production, and hydrogen produces a medical auxiliary effect on oxygen; Alternatively, the drug-intervention chemical convenient oxygen generator further comprises an electric heating drug vapor pool formed by electric heating; The functional material arranged in the middle chamber and / or the 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 carbonate ions escaped from oxygen-generating chemical reactions to generate carbonates and water to prevent carbonic acid from being inhaled. Functional crushed materials also include dry herbs and flowers or natural resins that are both medicinal and edible and have aromatic or functional odor release and have strong adsorption. 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; Alternatively, the mesh containing the water-absorbing purification material dispersed particles is soaked in water and used as a substitute for the chemical oxygen 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 mesh container carrying the dispersed particles of the water-absorbing purification material is frozen after absorbing water to enhance the cooling effect; The functional material arranged in the middle chamber and / or the upper chamber and mainly playing the role of functional conversion is a titanium dioxide photocatalyst that can produce negative ion oxygen photocatalyst factors under ultraviolet irradiation under the environment of sufficient oxygen and water vapor, or a hygroscopic desiccant silica gel particle that can convert dry oxygen into ozone under ultraviolet irradiation.

6. The chemical convenient oxygen generator according to claims 1-5, characterized in that: The bag-type outer body structure of the bag-type oxygen concentrator is a hollow, closed upper and lower double-chamber horizontal or self-supporting soft bag made of airtight and liquid-proof material. The oxygen-making structural layers in the bag-type oxygen concentrator are an oxygen filtration output layer, a waterless temperature adjustment and defoaming purification layer, an oxygen-making reaction liquid level control panel, a built-in puncturable oxygen-making reaction liquid storage bag, and an oxygen-making powder material layer, which are sequentially connected from outside to inside or from top to bottom. The bag-type oxygen concentrator constitutes an emergency medical bag for one-time rapid emergency oxygen production application or controllable continuous oxygen production application that can be squeezed and pressurized by the bag body, wherein the upper surface of the outer body structure of the horizontal bag body is provided with a puncture piece, and the puncture piece of the self-supporting bag body is arranged inside, and the puncture piece is arranged on the outer surface of the bag-type outer body, and the outer surface is provided with a puncture hole and an instant sealing sticker for the puncture hole, and the outer surface of the bag-type outer body is provided with an oxygen output hole and an oxygen output tube and an inhalation or input device, and the puncture piece can penetrate through the puncture hole of the outer body structure and pierce through the various layers of structure arranged inside the outer body structure, and then pierce the built-in liquid storage bag so that the liquid storage bag releases the oxygen production liquid to quickly start the chemical reaction, and the puncture piece is arranged inside the self-supporting bag and directly punctures downward to pierce the liquid storage bag; Alternatively, the disposable rapid emergency oxygen-generating medical bag is provided with a structural foundation that can be converted into a reusable one, wherein the reusable structural foundation is a reserved gap and a self-adhesive film arranged above the bag-type chemical reaction pool below the liquid level isolation plate and having both the functions of a safety valve and feeding, liquid injection and waste discharge; Alternatively, the bag-type outer body structure also includes a non-disposable bag-type controllable continuous oxygen production bag, and the lower bag body thereof is provided with a liquid filling nozzle and a liquid discharge nozzle.

7. The chemical convenient oxygen generator according to claims 1-5, characterized in that: The integrated box oxygen generator comprises a hand-held chemical oxygen generator box with three chambers, upper, middle and lower sections, and an integrated vertical rectangular parallelepiped or upright cylindrical or L-shaped upright column, which can be opened for feeding and liquid injection. The lower section of the rectangular parallelepiped or upright cylindrical or L-shaped upright column box is set as the first chamber, which is the oxygen production chemical reaction pool space; The upper section, i.e. the horizontal section of the L-shaped column, is set as the third chamber; the middle section is set as the second chamber, and the second chamber is the structural connection neck and transition space between the first chamber and the third chamber, and the connection neck is an upper and lower double neck structure or a single neck structure; Alternatively, the chemical convenient oxygen generator further comprises a box-type, cup-type, bottle-type three-chamber or double-chamber structure and a single-chamber or multi-chamber non-oxygen-producing chemical reactor and an independent purification filter or functional converter to form a connected chamber structure, the independent purification filter or functional converter receives and deeply purifies and filters or functionally converts the gas from the oxygen-producing chemical reactor and the non-oxygen-producing chemical reactor, and a gas conversion luminescent body can be arranged in the independent purification filter or functional converter; The integrated box-type oxygen concentrator also includes an upper and lower shell integrated sitting-type convenient oxygen concentrator composed of upper and lower shells that are detachably fixedly connected, and capable of continuous or continuous cycle input feeding and liquid injection and / or opening the cover for feeding and liquid injection, wherein the upper shell and the lower shell are arranged with the liquid level control panel as the interface to form upper and lower chambers, the lower port of the upper shell and the upper port of the lower shell are provided with an outwardly extending edge and a sealing ring gasket, and the outwardly extending edge and the sealing ring gasket are provided with a nail-free structure and accessories that enable the upper and lower shells to be detachably and sealedly connected; the upper shell is arranged as the third chamber of the oxygen concentrator, i.e., the gas filtering output space, or the second chamber and the third chamber are combined into a three-dimensional space for accommodating a gas purification conversion filtering composite layer and gas output, and the lower shell is arranged as a three-dimensional space for an oxygen production chemical reaction pool, or the first chamber and the second chamber are combined into a three-dimensional space for oxygen production and purification or conversion of the produced oxygen; Alternatively, the outwardly extending edges of the upper and lower shells are provided with closed-loop permanent magnetic rubber strips to form a detachable sealed fixed connection structure of the upper and lower shells; Alternatively, the outwardly extended edges of the upper and lower shells are provided with sealing pads and ear buckles to form a detachable sealed fixed connection structure of the upper and lower shells; Alternatively, the upper and lower shells are detachably sealed and fixedly connected in a screw-on structure and manner; Alternatively, the lower shell of the integrated box-type oxygen concentrator is an inverted trapezoidal structure, and its internal space is configured as a layer chamber that can accommodate two or more inner tanks. The layer chamber is divided by a liquid level control plate that also serves as an inter-chamber isolation plate. The multiple inner tanks provided can generate different gases by putting different materials and injecting different liquids. The generated gases are miscible, and the indoor layered structure and spatial structure are compatible with multiple gases. The gases generated by the lower chamber can enter the upper chamber through the edge holes of the inter-chamber isolation plate that also serves as the liquid level control plate and finally enter the upper chamber to be purified and filtered through the layered structure and output through the output orifice. The inner wall of the inverted trapezoidal shell forms two or more inner ledges to support the liquid level control plate that also serves as the inter-chamber isolation plate and the inner tank located above the control isolation plate, or the inner tank is provided with an outward-flashed edge, and the outward-flashed edge is provided with a side hole. The outward-flashed edge is detachably fixedly connected to the inner wall ledge and does not affect the upward passage of the gas released from the lower chamber. Alternatively, the lower shell is an oxygen concentrator with a multi-layer chamber inverted trapezoidal structure, and a transition space consisting of vertical walls is provided above the inverted trapezoidal structure, and the space contains a gas purification net and / or an ultraviolet light source capable of converting oxygen; Alternatively, the multi-chamber oxygen concentrator is provided with an exogenous overhead infusion set assembly; The integrated box oxygen concentrator also includes a sitting square column / or cylindrical integrated group box structure with a controllable intermittent feeding and / or liquid feeding mechanism, the outer structure of which is jointly formed by a main box body and a sub-box. The main box body of the square column / or cylindrical integrated group box structure jointly formed by the main box body and the sub-box is an L-shaped three-section three-chamber integrated single oxygen production chamber square column, whose transverse section is set as a first chamber, i.e., an oxygen production layer chamber, and its vertical section is set as a third chamber, i.e., a filtering output layer chamber for the produced oxygen. The corner section of the L-shaped combined column is a transition box section and is set as a second chamber, i.e., a layer chamber with the main function of oxygen purification or conversion. The first chamber and the second chamber are formed by 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 or a gas delivery nozzle and an inter-chamber gas delivery pipe, and the second chamber and the third chamber are formed by the partition wall and are connected in one piece, or the main box body of the combined structure is composed of two symmetrical L-shaped main box body vertical sections, i.e., the third chamber and the transition section, i.e., the second chamber. The T-shaped double oxygen production chamber has four chambers, the auxiliary box is an oxygen production and / or additional component powder material supply box connected to the upper surface of the first chamber of the main box body and a waste liquid collection box connected to the lower surface of the first chamber of the main box body. An internal communication hole is provided between the upper and lower surfaces of the first chamber wall and the upper and lower auxiliary boxes. The first chamber and the auxiliary box body on its upper surface together constitute a structural mechanism for manually intermittently rotating box or rotating drum or rotating bottle supply of chemical oxygen solid materials and / or additional component materials. The first chamber and the auxiliary box body on its lower surface together constitute a structural mechanism for manually intermittently collecting waste liquid. The first chamber wall is provided with an infusion bag type oxygen production liquid supply device; the main box body and the auxiliary box together constitute a square cylinder / or cylindrical integrated sitting group box chemical oxygen generator, which realizes the control of the oxygen production reaction speed and flow rate that can be automatically controlled by the user through an infusion device with a control valve, a feeding method with a rotating box or rotating drum or rotating bottle auxiliary box that can be manually rotated and controlled, and a gas supply control device with a gas supply pipe with a control valve; The oxygen concentrator formed by the L-shaped integrated box-type outer body structure has a sub-box arranged on the lower wall of the first chamber as a first supporting foot and a second supporting foot is arranged on the lower wall of the chamber in the vertical section so that the oxygen concentrator forms a sitting or straddling stable structure; The integrated box-type oxygen concentrator also includes a cap-type structure whose outer body structure is composed of a sub-shell, which is a special structure of the integrated box body. It is a cap-type oxygen concentrator composed of a miner's cap-type inner shell and an outer shell and a wearing mesh liner. A 20-50MM interlayer space is provided between the inner shell and the outer shell. The interlayer space is divided into an upper, middle and lower three-chamber structure by the first and second liquid level isolation plates perpendicular to the inner and outer shell walls. The lower chamber is set as a chemical reaction pool, the middle chamber is set as a functional purification material particle layer, and the upper chamber is set as a gas filtration output layer. The interchamber isolation plate is connected to the inner and outer shells. The shell or the outer shell is made as a whole, the inner shell and the outer shell are detachably sealed and connected by the outward-flashed edge arranged on the bottom edge, the brim of the lower chamber cap shell or the outer shell walls on both sides are provided with a feeding and liquid injection ear chamber whose height is flush with or close to the first liquid level isolation plate, the top surface of the ear chamber is provided with a feeding and liquid injection hole and a cap, the upper chamber gas output hole is vertically downwardly arranged on the inner shell wall, the gas transmission pipe is detachably fixedly connected to the vertically downward gas output hole and is led out from the gap between the wearing net liner frame and the outer wall of the inner shell, and the internal space of the brim is provided with a secondary gallbladder for accommodating catalysts and / or drug additives.

8. The chemical convenient oxygen generator according to claims 1-5, characterized in that: The semi-open hood-type chemical convenient oxygen concentrator for wearable or handheld inhalation application composed of a hood-type outer body is an oxygen concentrator for oral and nasal inhalation application that is semi-open and free of air tubes and is composed of a single-layer or multi-layer composite hood-type curved shell. The semi-open oxygen concentrator is composed of a cover shell, an oxygen-making structural layer inside or on the inner side of the cover shell, a clamping and fixing structure, a supporting isolation structure, and a supporting wearing device. The cover shell is made of an airtight material and its shape matches the human mouth, nose, or head. The hood-type chemical convenient oxygen concentrator maintains a distance from the human mouth and nose through the supporting isolation structure and establishes a breathing passage; the supporting wearing device is connected to the cover shell, and the cover shell, the oxygen-making structural layer inside or on the inner side of the cover shell, and the oxygen-making structural layer inside or on the inner side of the cover shell are connected to the cover shell. , the clamping and fixing device, and the supporting and isolating structure can be detachably connected to the ear or head of a person through the supporting and wearing device; the outer shell of the single-layer and multi-layer composite curved surface mask body is a solid surface airtight shell, and the inner shell of the multi-layer composite curved surface mask body is a hollow breathable structure; the semi-openness of the single-layer mask body and the unidirectional release of the generated gas to the mouth and nose side are reflected in the curved surface structural characteristics of the mask body facing the mouth and nose and the airtight material characteristics of the shell, which constitute the unidirectional release of the gas generated in the mask body to the mouth and nose side; the semi-openness of the multi-layer composite curved surface mask body and the unidirectional release of the generated gas to the mouth and nose side are reflected in the airtightness of the shell and the hollow breathability of the inner shell; An oxygen production material storage and oxygen production reaction chamber, an oxygen filtering and releasing chamber, and a transition defoaming chamber are arranged between the multi-layer composite curved surface shells. The chamber of the multi-layer composite curved surface shell is composed of an interlayer space between the multi-layer composite curved surface shells and a partition arranged in the interlayer space. The interlayer space arranged as the oxygen production reaction chamber is provided with a glass or ceramic material liner as a chemical reaction pool; The single-layer curved shell is provided with an externally protruding chemical oxygen-producing columnar body, the interior of the externally protruding columnar body is an upper and lower double-chamber structure formed by a horizontal air-permeable liquid level control plate partition, the lower chamber is provided with a single chemical reaction pool liner or a double chemical reaction pool liner, the double chemical reaction pool is composed of an inner liner body divided into two by an airtight and liquid-tight solid surface partition, the two chemical reaction pools are respectively provided as oxygen-producing and calcium oxide high-temperature chemical reaction pools, the upper chamber is provided as a gas purification chamber and a filtering output chamber, and a purification and filtering layered structure is provided in the chamber; the lower wall of the inner liner is provided with a waste discharge orifice, which also serves as an inverted feeding and liquid injection orifice, the orifice is exposed through a through hole provided on the lower wall of the externally protruding chemical oxygen-producing columnar body and is provided with a plug; Alternatively, a hard solid lining film is connected to the front side of the externally protruding chemical oxygen generating column; Alternatively, the port of the protruding cylinder outside the single-layer mask facing the mouth and nose is provided with a gas purification and filtering pre-layer composed of a spacer cloth and / or a sponge layer structure; The support isolation structure is a concave curved beam frame arranged on the inner side of the single-layer mask body and the nose bridge and / or mandibular part of the inner shell of the multi-layer composite mask body; the support isolation structure can keep the oxygen production structure layer and the mouth, nose or head and face at a distance of 2-50MM and form a breathing channel; The supporting wearing device is a combined application of one or more of ear frames, ear straps, earmuffs, and elastic bands; the ear straps and earmuffs are hanging ropes or hanging sleeves that are detachably fixedly connected to the edges or both ends of the side wings of the shell; the ear frames are glasses leg-like structures; the ear frames and the edges or side wing end structures of the inner shell of a single-layer cover or a multi-layer composite cover are detachably fixedly connected or integrally formed; the ear frames and the end structures of the side wings of the inner shell are detachably fixedly connected in a foldable shaft connection or a pin and groove plug-in connection.

9. The chemical convenient oxygen generator according to claims 1-8, characterized in that: The outer structure of the chemical convenient oxygen generator also includes a combination of an upper bag and a lower box, which is divided into an upper and lower part with a liquid level control panel as an interface and tightly connected as a whole. The upper part is a handbag-shaped structure made of a deformable soft, water-impermeable and air-impermeable material, which is wide at the bottom and narrow at the top. The internal space formed by the upper part accommodates a functional purification layer and a gas filtration output layer. The lower part is a box body made of a non-deformable hard, water-impermeable and air-impermeable material or a hard box body composed of a glass or ceramic hard liner arranged in the lower half of the soft bag. The internal space formed by the lower half accommodates oxygen-generating solid materials and their carriers and serves as a liquid storage layer chamber and a chemical reaction tank.

10. The chemical convenient oxygen generator according to claims 1-9, characterized in that: The application of the chemical convenient oxygen generator includes the technical method and structural basis for utilizing the chemical energy generated by chemical oxygen production and / or using external chemical energy or electric heat energy to produce the produced oxygen accompanied by drug vapor; The application of the chemical convenient oxygen generator includes the application of the produced oxygen or oxygen with drug vapor for respiratory system inhalation, the application of tracheal lung and non-respiratory system cavity organ input and body surface application, and medical and non-medical application of the converted substances of the produced oxygen, wherein the body surface application includes facial skin care and promoting the healing of large-area burns, scalds, frostbite, trauma, infected wounds, surgical wounds, and facial cosmetic wounds on the body surface and reducing scar formation, wherein the application of tracheal lung and non-respiratory system cavity organ input includes tracheal lung and non-respiratory system cavity organ sub-tube oxygen drug vapor inflation therapy; The application of the chemical convenient oxygen generator includes a compatible device used as a non-oxygen functional factor generator to accompany oxygen generation or a technical method and structural basis for combined application with a non-oxygen functional factor generator to produce a synergistic effect or a third type of functional factor; the non-oxygen functional factor generator includes an automatic ultrasonic drug atomizer, a heating incense burner, an ultraviolet generator, a red light and / or far infrared generator, and a high-temperature chemical energy drug vapor generator, including associated auxiliary devices that promote the conduct and application of oxygen-generating chemical reactions; The application of the chemical convenient oxygen generator includes the application of the generated oxygen, the negative ion oxygen formed by the conversion through ultraviolet rays and photocatalyst, and the ozone formed by the conversion through ultraviolet rays and desiccant in the fields of non-inhalation medical treatment, environmental purification and food preservation.

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