CN203904237U - Oxygen generation system and oxygen generator - Google Patents
Oxygen generation system and oxygen generator Download PDFInfo
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- CN203904237U CN203904237U CN201420296660.4U CN201420296660U CN203904237U CN 203904237 U CN203904237 U CN 203904237U CN 201420296660 U CN201420296660 U CN 201420296660U CN 203904237 U CN203904237 U CN 203904237U
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Abstract
The utility model discloses an oxygen generation system and an oxygen generator. The oxygen generation system comprises a gas inlet, an incoming gas filter, a compressor, an incoming gas silencer, a heat radiating type water removal device, an integrated adsorption tower, an oxygen flowmeter, a bacteria filter, a humidifying bottle and an oxygen outlet connected in sequence, wherein the integrated adsorption tower and the heat radiating type water removal device are connected with an exhaust silencer respectively; the oxygen generation system also comprises a treater which is electrically connected with the incoming gas filter, the incoming gas silencer, the compressor, the heat radiating type water removal device, the integrated adsorption tower, the exhaust silencer and the bacteria filter respectively. The oxygen generator comprises the oxygen generation system. The structures of the oxygen generation system and the oxygen generator are simple; through the control of the controller, automatic operation and closing of each component are realized, the automation degree is high, and the output of high-concentration sterile oxygen is effectively guaranteed.
Description
Technical field
The utility model relates to oxygen generation system, relates in particular to a kind of oxygen generation system and oxygenerator.
Background technology
The oxygen uptake that keeps healthy in recent years is extensively familiar with and is accepted, and makes small domestic oxygenator become health care very salable, physiotherapy product.Select a good Domestic oxygen erator, adhere to that frequent oxygen uptake can alleviate neural fatigue, loosens body and mind, keeps vigorous energy, increase work efficiency; Improve providing brain with oxygen situation, regulate cerebral nervous system function, improve memory and thinking ability, and improve learning efficiency; Reduce the harm to health under pollution and severe environment; Delaying sanility, enhancing metabolism to a certain extent; Alleviate hypoxemia, meet anabolic needs; Alleviate the pulmonary hypertension that hypoxemia causes, alleviate polycyth(a)emia, reduce blood viscosity, alleviate right ventricle burden, delay developing of pulmonary heart disease; Oxygen uptake can be alleviated bronchospasm, be alleviated expiratory dyspnea, improves ventilatory function obstacle; Improve patient's physique and brain function, improve exercise tolerance and quality of life; Improve chronic obstructive pulmonary disease, extending life.
Current oxygenerator exists filter effect bad, the not high or oxygen concn of oxygen concentration declines too fast, the not high defect of efficiency, and due to the restriction of oxygen principle, most of oxygenerator can not be greater than in more than 80% environment and use in relative humidity, can not meet user's demand.
Utility model content
In view of this, the utility model proposes a kind of oxygen concentration high, oxygen generation system, method and oxygenerator that level of automation is high, can use for a long time.
For achieving the above object, the technical solution of the utility model is achieved in that
A kind of oxygen generation system, comprise inlet mouth, air intake filter, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, oxygen flow meter, biofilter, humidification bottle and oxygen exhaust that individual event successively connects, described integrated form adsorption tower is connected respectively exhaust silencer with described heat radiation de-watering apparatus, also comprise treater, treater respectively with air intake filter, admission air silencer, compressor, heat radiation de-watering apparatus, integrated form adsorption tower, described exhaust silencer and biofilter electrical connection.
Above-mentioned oxygen generation system, wherein, described integrated form adsorption tower is connected with described oxygen flow meter by outgassing nonreturn valve, and described integrated adsorption tower is connected with described exhaust silencer by exhaust check valve, and heat radiation de-watering apparatus is connected with described exhaust silencer by check valve of water drainage.
Above-mentioned oxygen generation system, wherein, is also provided with oxygen concentration sensor between described biofilter and described humidification bottle, and described oxygen concentration sensor connects described treater.
Above-mentioned oxygen generation system, wherein, also comprises demonstration take-off equipment, and described demonstration take-off equipment connects described treater.
Above-mentioned oxygen generation system, wherein, described integrated adsorption tower comprises distribution valve, relief valve, left adsorption tanks and right adsorption tanks, described left adsorption tanks are connected respectively described distribution valve and described relief valve with described right adsorption tanks two ends.
Above-mentioned oxygen generation system, wherein, described exhaust silencer inside is provided with spraying plant.
Above-mentioned oxygen generation system, wherein, described compressor adopts stepless time adjustment motor.
A control method for oxygen generation system, specific as follows:
Described treater is carried out initialization operation, and air enters by inlet mouth;
Described treater starts described air intake filter and carries out the contaminant filters such as moisture in air, dust;
Described treater starts described admission air silencer to be carried out and when air is entered to described compressor, produces aerodynamic noise and eliminate;
Described treater starts described compressor to be carried out the high density compressed formation pressurized air of air;
Described treater starts described heat radiation de-watering apparatus execution compressed air temperature is reduced, and the airborne moisture of separation compression, compressed air temperature is reduced to 5～15 DEG C, and compressed-air actuated dew-point temperature is reduced to 0～-5 DEG C, pressurized air becomes liquid water through the isolated hydrogenesis of heat radiation de-watering apparatus, is stored in removing in water pot of described heat radiation de-watering apparatus;
Described treater starts greasy dirt, particle and organic exhaust gas in described integrated form adsorption tower execution pressurized air and carries out adsorption treatment and discharge, forms high-concentration oxygen;
Described treater starts described exhaust silencer execution to be eliminated described integrated form adsorption tower discharge nitrogen gas generation noise, the liquid water dispelling the heat in de-watering apparatus water tank described in described treater control enters into the fog nozzle of described exhaust silencer by row's stone magnetic valve, utilize the pressure of denitrogen moment liquid water to be injected into vaporific, utilize the heat of adsorption of molecular sieve by vaporific steam rapid evaporation, together discharge with nitrogen, described exhaust silencer can be discharged nitrogen and the isolated water of condensation of pressurized air simultaneously;
Described oxygen flow meter is carried out oxygen flow in described high-concentration oxygen and is measured, and feeds back to described treater;
Described treater starts described biofilter execution high-concentration oxygen is carried out to bacterium filtration;
Described humidification bottle is carried out high-concentration oxygen and is carried out humidifying, moistens, and from described oxygen exhaust output.
A kind of oxygenerator, wherein, comprises above-mentioned oxygen generation system.
A kind of oxygenerator, wherein, adopts the control method of above-mentioned oxygen generation system to control.
A kind of oxygenerator, specifically comprise: casing front side and casing rear side, and the inner chamber of casing front side and the formation of casing rear side fastening, described casing front side is provided with operation push-button, show take-off equipment, oxygen exhaust, the open holes of oxygen flow meter and humidification bottle, described housing rear side is provided with inlet mouth, the air intake filter that described inner chamber is provided with, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, biofilter and treater, described operation push-button, show take-off equipment, air intake filter, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, biofilter is electrically connected with described treater respectively.
Above-mentioned oxygenerator, wherein, also comprise exhaust silencer, on described exhaust silencer, be provided with waste gas inlet and aqueous vapor inlet mouth, described integrated form adsorption tower is connected with described waste gas inlet by described exhaust check valve, and described heat radiation de-watering apparatus is connected with described aqueous vapor inlet mouth by described check valve of water drainage.
Above-mentioned oxygenerator, wherein, exhaust silencer comprises housing, and is arranged on the high-density deadener felt of installing from left to right in described housing, low density acoustic felt, sound-absorbing sponge, web plate and stainless steel pompon, described housing left side is vent panel, described housing right side is provided with waste gas inlet and aqueous vapor inlet mouth, described waste gas inlet is connected with described stainless steel pompon, and described aqueous vapor inlet mouth and described stainless steel pompon junction are also provided with atomization baffle plate.
Above-mentioned oxygenerator, wherein, described exhaust silencer is electrically connected with described treater.
Above-mentioned oxygenerator, wherein, is provided with rotating handles on casing rear side.
Above-mentioned oxygenerator, wherein, is provided with turnover bracket on the open holes of humidification bottle.
Above-mentioned oxygenerator, wherein, air intake filter adopts efficient box-packed air filter, is placed on the rear side of housing.
Above-mentioned oxygenerator, wherein, described casing front side is also provided with V-type face, and the open holes of described operation push-button, demonstration take-off equipment, oxygen exhaust and humidification bottle is arranged on described V-type face.
Above-mentioned oxygenerator, wherein, operation push-button is except playing the effect of opening and closing, the also size of controlled oxygen airshed, thus indirectly control oxygen concentration, flow increases, density loss, flow reduces, and concentration rises, and realizes the oxygen effect of high density.
Above-mentioned oxygenerator, wherein, shows that take-off equipment is the display screen that is arranged on casing front side.
Above-mentioned oxygenerator, wherein, admission air silencer adopts drum type brake dislocation buffering sound damper.
Above-mentioned oxygenerator, wherein, compressor adopts without oily piston air compressor.
Above-mentioned oxygenerator, wherein, oxygen concentration sensor adopts ultrasonic transducer.
Technique scheme tool have the following advantages or have a mind to effect:
The utility model high density oxygenerator, simple in structure, by controller control, realize each parts autonomous operation and close, level of automation is high, effectively ensures output high density, aseptic oxygen, and this oxygenerator adopts daily air as raw material, without adding chemicals, energising can obtain continuous, stable, hyperoxia concentration oxygen.
Brief description of the drawings
The accompanying drawing that forms a part of the present utility model is used to provide further understanding of the present utility model, and schematic description and description of the present utility model is used for explaining the utility model, does not form improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of a kind of oxygen generation system of the utility model;
Fig. 2 is the structural representation of a kind of oxygenerator of the utility model;
Fig. 3 is the back view of a kind of oxygenerator of Fig. 2;
Fig. 4 is the structural representation of exhaust silencer.
In figure, 1 is inlet mouth, 2 is air intake filter, 3 is admission air silencer, 4 is compressor, 5 is heat radiation de-watering apparatus, 6 is distribution valve, 7 is exhaust check valve, 8 is exhaust silencer, 9 is right adsorption tanks, 10 is left adsorption tanks, 11 is relief valve, 12 is integrated form adsorption tower, 13 is outgassing nonreturn valve, 14 is oxygen flow meter, 15 is biofilter, 16 is oxygen concentration sensor, 17 is humidification bottle, 18 is oxygen exhaust, 19 is display screen, 20 is operation push-button, 21 is the open holes of humidification bottle, 22 is bracket, 23 is rotating handles, 24 is box-packed air filter, 25 is casing rear side, 26 is casing front side, 27 is V-type face, 28 is check valve of water drainage, 29 is waste gas inlet, 30 is aqueous vapor inlet mouth, 31 is atomization baffle plate, 32 is web plate, 33 is sound-absorbing sponge, 34 is low density acoustic felt, 35 is high-density smoking felt, 36 is vent panel, 37 is housing, 38 is stainless steel pompon.
Embodiment
Be described further of the present utility model below in conjunction with the drawings and specific embodiments, but not as restriction of the present utility model.
Shown in Figure 1, a kind of oxygen generation system, comprise the inlet mouth 1 that individual event successively connects, air intake filter 2, compressor 4, admission air silencer 3, heat radiation de-watering apparatus 5, integrated form adsorption tower 12, oxygen flow meter 14, biofilter 15, humidification bottle 17 and oxygen exhaust 18, integrated form adsorption tower 12 is connected respectively exhaust silencer 8 with heat radiation de-watering apparatus 5, also comprise treater (not shown), treater respectively with air intake filter 2, admission air silencer 3, compressor 4, heat radiation de-watering apparatus 5, integrated form adsorption tower 12, exhaust silencer 8 and biofilter 15 are electrically connected.
Treater control air intake filter, admission air silencer, compressor, heat radiation de-watering apparatus, the operation of integrated form adsorption tower and biofilter and stopping.By compressor, air compressing is formed to high density air, by integrated form adsorption tower, biofilter, humidification bottles etc. form the oxygen of high density.Meanwhile, by heat radiation de-watering apparatus being set to the pressurized air processing that first dewaters, the device of effectively protecting subsequent compression air to enter, and increase the service life.Adopt daily air as raw material, without adding chemicals, energising can obtain continuously, stablizes, the oxygen of hyperoxia concentration, easy to use, simple in structure.
Further, integrated form adsorption tower 12 is connected with oxygen flow meter 14 by outgassing nonreturn valve 13, and integrated adsorption tower 12 is connected with exhaust silencer 8 by exhaust check valve 7.
Further, heat radiation de-watering apparatus 5 is connected with exhaust silencer 8 by check valve of water drainage 28.
By check valve of water drainage, outgassing nonreturn valve is connected with exhaust check valve, can prevent that pressurized air is back to integrated form adsorption tower, and water backflow, causes pressurized air to pollute.
More further, exhaust check valve adopts heavy caliber, ultralow pressure startup, highly sensitive check valve, while guaranteeing exhaust, open and close rapidly, exhaust is thorough, resistance of exhaust is less than 10Kpa, in the time that oxygenerator shutdown is not worked, exhaust check valve can be closed, and guarantees that adsorption tower molecular sieve is hedged off from the outer world, and can effectively extend the oxygenerator life-span.
Further, between biofilter 15 and humidification bottle 17, be also provided with oxygen concentration sensor 16, oxygen concentration sensor 16 connects treater.
Further, oxygen concentration sensor adopts ultrasonic transducer, and the concentration of product oxygen is monitored in real time and measured.Ultrasonic transducer has that frequency is high, wavelength is short, diffraction phenomenon is little, particularly good directionality, can become ray and the features such as direction propagation.
Further, also comprise demonstration take-off equipment, show that take-off equipment connects treater.Show that take-off equipment is by the oxygen flow of treater processes and displays oxygen flow meter side amount, show the oxygen concentration that take-off equipment is measured by treater processes and displays oxygen concentration sensor, allow user understand the concrete numerical value of oxygen flow and concentration by showing take-off equipment, increased user's experience.
Further, integrated adsorption tower 12 comprises distribution valve 6, relief valve 11, left adsorption tanks 10 and right adsorption tanks 9, and left adsorption tanks 10 are connected respectively distribution valve 6 and relief valve 11 with right adsorption tanks 9 two ends.Treater is carried out distribution valve and is realized the left and right adsorption tanks of efficiently and accurately control adsorption tower and take turns to operate, and the hyperoxia concentration oxygen of gained flows out after by relief valve pressure regulation.
Further, exhaust silencer 8 inside are provided with spraying plant.Liquid water in heat radiation de-watering apparatus water tank enters into the fog nozzle of exhaust silencer by treater control row stone magnetic valve, utilize the pressure of denitrogen moment liquid water to be injected into vaporific, utilize the heat of adsorption of molecular sieve by vaporific steam rapid evaporation, together discharge with nitrogen, exhaust silencer can be discharged nitrogen and the isolated water of condensation of pressurized air simultaneously.And the moisture of discharging all changes into steam, without any water droplet;
Further, compressor 4 adopts stepless time adjustment motor.Stepless time adjustment motor can regulate pressurized air discharge capacity and pressure automatically according to oxygen output feedback information, improves the oxygen generation efficiency of oxygenerator.
A control method for oxygen generation system, specific as follows:
The first step, treater is carried out initialization operation, and air enters by inlet mouth;
Second step, treater starts air intake filter and carries out the contaminant filters such as moisture in air, dust;
The 3rd step, the execution of treater startup admission air silencer produces aerodynamic noise when air is entered to compressor and eliminates;
The 4th step, treater starts compressor to be carried out the high density compressed formation pressurized air of air;
The 5th step, treater starts the execution of heat radiation de-watering apparatus compressed air temperature is reduced, and the airborne moisture of separation compression, treater starts described heat radiation de-watering apparatus execution compressed air temperature is reduced, and the airborne moisture of separation compression, compressed air temperature is reduced to 5～15 DEG C, and compressed-air actuated dew-point temperature is reduced to 0～-5 DEG C, reduce the moisture content in pressurized air, the effectively molecular sieve in protection subsequent set accepted way of doing sth adsorption tower, extend oxygenerator working life, pressurized air becomes liquid water droplets through the isolated hydrogenesis of heat radiation de-watering apparatus, be stored in removing in water pot of heat radiation de-watering apparatus, guarantee that oxygenerator can round-the-clockly use, comprise that relative humidity is greater than more than 80%,
The 6th step, the organic exhaust gas that treater starts greasy dirt, particle and part in integrated form adsorption tower execution pressurized air carries out adsorption treatment and discharge formation high-concentration oxygen;
The 7th step, treater starts described exhaust silencer execution to be eliminated integrated form adsorption tower discharge nitrogen gas generation noise, exhaust silencer inside is provided with spraying plant, liquid water in treater control heat radiation de-watering apparatus water tank enters into the fog nozzle of exhaust silencer by row's stone magnetic valve, utilize the pressure of denitrogen moment liquid water to be injected into vaporific, utilize the heat of adsorption of molecular sieve by vaporific steam rapid evaporation, together discharge with nitrogen, exhaust silencer can be discharged nitrogen and the isolated water of condensation of pressurized air simultaneously.And the moisture of discharging all changes into steam, without any water droplet;
Preferably, in the 7th step, integrated form adsorption tower is connected with oxygen flow meter by outgassing nonreturn valve, and integrated adsorption tower is connected with exhaust silencer by exhaust check valve.By connecting outgassing nonreturn valve and exhaust check valve, can prevent the pressurized air integrated form adsorption tower that fails to be convened for lack of a quorum, cause atmospheric pollution.
The 8th step, oxygen flow meter is carried out oxygen flow in high-concentration oxygen and is measured, and feeds back to treater;
Preferably, oxygenerator also comprises demonstration take-off equipment, in the 8th step, shows that take-off equipment shows oxygen flow.
The 9th step, treater starts biofilter execution high-concentration oxygen is carried out to bacterium filtration;
The tenth step, humidification bottle is carried out high-concentration oxygen and is carried out humidifying, moistens, and exports from oxygen exhaust.
Preferably, be also provided with oxygen concentration sensor between biofilter and humidification bottle, oxygen concentration sensor connects treater.Oxygen concentration sensor is measured oxygen concentration and is fed back to treater, by showing that take-off equipment shows the concentration of oxygen.
A kind of oxygenerator, wherein, comprises above-mentioned oxygen generation system.
A kind of oxygenerator, wherein, adopts the control method of above-mentioned oxygen generation system to control.
Referring to Fig. 2, shown in Fig. 3 and Fig. 4, a kind of oxygenerator, specifically comprise: casing front side 26 and casing rear side 25, and the inner chamber (not shown) of casing front side 26 and the 25 fastening formation of casing rear side, casing front side 26 is provided with operation push-button 20, show take-off equipment, oxygen exhaust 18, the open holes 21 of oxygen flow meter 14 and humidification bottle, housing rear side 25 is provided with inlet mouth 1, the air intake filter that inner chamber is provided with, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, biofilter and treater, operation push-button 20, show take-off equipment, air intake filter, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, biofilter is electrically connected with treater respectively.
Further, also comprise exhaust silencer 8, on exhaust silencer 8, be provided with waste gas inlet 29 and aqueous vapor inlet mouth 30, integrated form adsorption tower is connected with waste gas inlet 29 by exhaust check valve, and heat radiation de-watering apparatus is connected with aqueous vapor inlet mouth 30 by check valve of water drainage.
Further, exhaust silencer 8 comprises housing 37, and be arranged in housing 37 the high-density deadener felt 35 of installing from left to right, low density acoustic felt 34, sound-absorbing sponge 33, web plate 32 and stainless steel pompon 38, housing 37 left sides are vent panel 36, housing 37 right sides are provided with waste gas inlet 29 and aqueous vapor inlet mouth 30, and waste gas inlet 29 is connected with stainless steel pompon 38, and aqueous vapor inlet mouth 30 is also provided with atomization baffle plate 31 with stainless steel pompon 38 junctions.
More further, exhaust silencer 8 is electrically connected with treater.
Exhaust silencer is carried out and integrated form adsorption tower is discharged to nitrogen gas generation noise is eliminated, and moisture in heat radiation de-watering apparatus adsorption compression air carries out atomised jet by exhaust silencer, and exhaust silencer is by treater control.The nitrogen that integrated form adsorption tower is discharged, by exhaust check valve, through the waste gas inlet on exhaust silencer, passes through respectively stainless steel pompon, web plate, and sound-absorbing sponge, low density acoustic felt and the venting hole of high-density deadener felt vent panel are discharged; Liquid water in treater control heat radiation de-watering apparatus water tank is by row's stone solenoid control, through check valve of water drainage, enter into the atomization baffle plate of exhaust silencer from aqueous vapor inlet mouth, respectively by stainless steel pompon, web plate, sound-absorbing sponge, together discharges with nitrogen on low density acoustic felt and the venting hole of high-density deadener felt vent panel.Now utilize the pressure of denitrogen moment liquid water to be injected into vaporific, utilize the heat of adsorption of molecular sieve by vaporific steam rapid evaporation, exhaust silencer can be discharged nitrogen and the isolated water of condensation of pressurized air simultaneously, and the moisture of discharging all changes into steam, without any water droplet, effectively avoid generating water droplet, cause inconvenience to the user.
Further, on casing rear side 25, be provided with rotating handles 23.When use, upset rotating handles, plays the function when handle, becomes one at ordinary times with casing, saves space, attractive in appearance, facilitates taking and placing and the movement of oxygenerator.
Further, on the open holes 21 of humidification bottle, be provided with turnover bracket 22.When use, turning support level, places humidification bottle on bracket, then turning support vertically until humidification bottle bottleneck be connected with open holes, simple in structure, easy to use, increased user's experience.
Further, air intake filter adopts efficient box-packed air filter 24, is placed on the rear side of housing.Be convenient to replacing and the detection of air intake filter, efficient box-packed Filtering Efficiency of Air Filters is good, long service life, and resistance is little, and it is convenient to change, without features such as cleanings.
Further, operation push-button 20 is except playing the effect of opening and closing, the also size of controlled oxygen airshed, thus indirectly control oxygen concentration, flow increases, density loss, flow reduces, and concentration rises, and realizes the oxygen effect of high density.
Further, show that take-off equipment is the display screen 19 that is arranged on casing front side, allow running status and oxygen flow and the concentration of user's more intuitive understanding oxygenerator.
Further, casing front side 26 and casing rear side 25 are arc.Make oxygenerator more attractive in appearance,
Further, casing front side 26 is also provided with V-type face 27, and the open holes of operation push-button, demonstration take-off equipment, oxygen exhaust and humidification bottle arranges on V-type face 27 again.Make oxygenerator mechanism less, attractive in appearance, conveniently transport and carry, be conducive to use.
Further, admission air silencer adopts drum type brake dislocation buffering sound damper, and simple in structure, easy to assembly, effect is effective.
Further, compressor adopts without oily piston air compressor, can continue the pressurized air that provides clean, more energy-efficient.
Further, heat radiation de-watering apparatus reduces compressed-air actuated temperature, and separates compression moisture in air, and the molecular sieve that adequately protects, extends the work-ing life of complete machine and ensure high-quality product oxygen.
Further, oxygen concentration sensor adopts ultrasonic transducer, and the concentration of product oxygen is monitored in real time.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (9)
1. an oxygen generation system, it is characterized in that, comprise inlet mouth, air intake filter, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, oxygen flow meter, biofilter, humidification bottle and oxygen exhaust that individual event successively connects, described integrated form adsorption tower is connected respectively exhaust silencer with described heat radiation de-watering apparatus, also comprise treater, treater respectively with air intake filter, admission air silencer, compressor, heat radiation de-watering apparatus, integrated form adsorption tower, described exhaust silencer and biofilter electrical connection.
2. oxygen generation system according to claim 1, it is characterized in that, described integrated form adsorption tower is connected with described oxygen flow meter by outgassing nonreturn valve, described integrated adsorption tower is connected with described exhaust silencer by exhaust check valve, and described heat radiation de-watering apparatus is connected with described exhaust silencer by check valve of water drainage.
3. oxygen generation system according to claim 1, is characterized in that, between described biofilter and described humidification bottle, is also provided with oxygen concentration sensor, and described oxygen concentration sensor connects described treater.
4. oxygen generation system according to claim 1, is characterized in that, described integrated adsorption tower comprises distribution valve, relief valve, left adsorption tanks and right adsorption tanks, and described left adsorption tanks are connected respectively described distribution valve and described relief valve with described right adsorption tanks two ends.
5. according to the described oxygen generation system described in claim 1 to 4 any one, it is characterized in that, also comprise demonstration take-off equipment, described demonstration take-off equipment connects described treater.
6. an oxygenerator, specifically comprise: casing front side and casing rear side, and the inner chamber of casing front side and the formation of casing rear side fastening, described casing front side is provided with operation push-button, show take-off equipment, oxygen exhaust, the open holes of oxygen flow meter and humidification bottle, described housing rear side is provided with inlet mouth, the air intake filter that described inner chamber is provided with, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, biofilter and treater, described operation push-button, show take-off equipment, air intake filter, compressor, admission air silencer, heat radiation de-watering apparatus, integrated form adsorption tower, biofilter is electrically connected with described treater respectively.
7. oxygenerator according to claim 6, it is characterized in that, also comprise exhaust silencer, on described exhaust silencer, be provided with waste gas inlet and aqueous vapor inlet mouth, described integrated form adsorption tower is connected with described waste gas inlet by described exhaust check valve, and described heat radiation de-watering apparatus is connected with described aqueous vapor inlet mouth by described check valve of water drainage.
8. oxygenerator according to claim 7, it is characterized in that, described exhaust silencer comprises housing, and be arranged in described housing the high-density deadener felt of installing from left to right, low density acoustic felt, sound-absorbing sponge, web plate and stainless steel pompon, described housing left side is vent panel, described housing right side is provided with waste gas inlet and aqueous vapor inlet mouth, described waste gas inlet is connected with described stainless steel pompon, and described aqueous vapor inlet mouth and described stainless steel pompon junction are also provided with atomization baffle plate, and described exhaust silencer is electrically connected with described treater.
9. oxygenerator according to claim 6, is characterized in that, is provided with turnover bracket on the open holes of described humidification bottle.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420296660.4U CN203904237U (en) | 2014-06-05 | 2014-06-05 | Oxygen generation system and oxygen generator |
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| CN201420296660.4U CN203904237U (en) | 2014-06-05 | 2014-06-05 | Oxygen generation system and oxygen generator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104071753A (en) * | 2014-06-05 | 2014-10-01 | 上海冠瑞医用电子有限公司 | Oxygen production system and method and oxygen production machine |
| WO2023098754A1 (en) * | 2021-12-02 | 2023-06-08 | 天津怡和嘉业医疗科技有限公司 | Oxygen generator |
-
2014
- 2014-06-05 CN CN201420296660.4U patent/CN203904237U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104071753A (en) * | 2014-06-05 | 2014-10-01 | 上海冠瑞医用电子有限公司 | Oxygen production system and method and oxygen production machine |
| WO2023098754A1 (en) * | 2021-12-02 | 2023-06-08 | 天津怡和嘉业医疗科技有限公司 | Oxygen generator |
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