CN103007399B - Atomization system of concentrated medicament air supply terminal - Google Patents
Atomization system of concentrated medicament air supply terminal Download PDFInfo
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- CN103007399B CN103007399B CN201210534525.4A CN201210534525A CN103007399B CN 103007399 B CN103007399 B CN 103007399B CN 201210534525 A CN201210534525 A CN 201210534525A CN 103007399 B CN103007399 B CN 103007399B
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Abstract
The invention relates to an atomization system of a concentrated medicament air supply terminal. The atomization system comprises a compressor unit, a medical air pipeline system and a medical air atomization terminal, wherein the compressor unit adopts two medical compressed air systems; the compressor unit is used for conveying compressed air to the medical air atomization terminal by virtue of the medical air pipeline system; the two medical compressed air systems are the same in structure; and each medical compressed air system comprises an oilless screw compressor, an air storage tank, an air drying machine, a first air filtration device, a second air filtration device, a manual-regulated decompression device and an electric control device. According to the atomization system of the concentrated medicament air supply terminal, an air supply source compressor room is away from an endemic area, and a machine room is subjected to sound insulation treatment, so that the rest of patients cannot be influenced; an air supply system is provided with an air drying device and a cascade filtration device, thereby ensuring the output of clean air and deracinating secondary pollution; and by adopting two-stage pressure regulation, stable air supply pressure for atomization can be ensured, and the patients are not required to hold an atomization cup by hand.
Description
Technical field
The present invention relates to a kind of medical center air supply system, relate in particular to a kind of medical air central gas supply terminal atomization system.
Background technology
Conventional medical vaporizer has soniclizer, compression atomizing device at present.The ultrasound atomizer using separately has following shortcoming: the aerosol apparatus of ultrasound atomizer is to droplet non-selectivity, so the drug particles major part producing only can be deposited on the upper respiratory tract such as oral cavity, throat, and due to the deposition of pulmonary seldom, can not effectively treat lower respiratory illness.Simultaneously, the droplet producing due to soniclizer is large, and atomization is fast, causes patient to suck too much steam, make respiratory tract humidifying, after the bronchial dry thick secretions of original Partial Blocking absorbs moisture in respiratory tract, expand, strengthen airway resistance, may produce anoxia phenomenon, and soniclizer can make medicinal liquid form the globule to hang on internal chamber wall, to lower respiratory illness poor effect, large to pharmaceutical requirements amount, wasting phenomenon.Compression atomizing device adopts efficient oil-free piston formula compressor, during atomization, do not need cooling water, daily non-maintaining, operation is more simple and convenient.Former medicine atomization is used in atomization, does not need dilution, and the atomization quantity sucking within relative treatment time is suitable, being difficult for causing inner surface of trachea mucosa to send out rises, cause trachea to stop up, the granular superfine of atomization, and be difficult for collision combination, human body sucks comfortable, and can enter the tracheas such as bronchus, pulmonary, clinical effectiveness is splendid, special suitable lower respiratory illness treatment, almost there is no drug residue, utilization ratio of drug is high.Although compression atomizing device has above-mentioned advantage, but compression atomizing device can only use by unit, of compressed air, make the nebulizer of power source, every machine all needs to be equipped with light duty compressor, waste of manpower, financial resources, and its gas-storing capacity is little, start frequent, electric consumption is very large, be placed in cabinet, dispel the heat bad, frequent heat protection shutdown affects doctor and treats, compressor also can produce larger noise, affecting patient has a rest, compressor is directly gas production from ward, although there is simple Filters, but still likely cause secondary pollution, and atomizing cup needs patient's hands to hold, medicinal liquid position can change because of patient's movement, very easily bring in nozzle.
Summary of the invention
The present invention be directed to the deficiencies in the prior art, a kind of medical air central gas supply terminal atomization system is provided, the air supply source compressor room of this medical treatment air central gas supply terminal atomization system is away from lesion, and machine room processes through sound insulation, can not affect patient and have a rest, air supply system is with gas drier and Multistage filtering device, can guarantee the air that output is clean, stop secondary pollution, adopt two stage pressures to regulate, can guarantee that atomization supply gas pressure is stable, and atomizing cup does not need patient to hold.
The present invention solves the problems of the technologies described above the technical scheme of employing to be: a kind of medical air central gas supply terminal atomization system, comprise compressor bank, medical air tubing and medical air atomization terminal, described compressor bank adopts two-way medical compressed air system, described compressor bank is carried compressed air by medical air tubing to medical air atomization terminal, it is identical that described two-way medical compressed air system forms structure, wherein, medical compressed air system comprises oil free screw air compressor machine, air storage tank, dried-air drier, the first air filter, the second air filter, hand adjustment decompressor, electric control gear, described electric control gear is electrically connected to oil free screw air compressor machine, the outlet side of described oil free screw air compressor machine connects the inlet end of air storage tank by pipeline, between the outlet side of oil free screw air compressor machine and the inlet end of air storage tank, check-valves is set, the outlet side of air storage tank connects the inlet end of dried-air drier by pipeline, the outlet side of dried-air drier connects the inlet end of hand adjustment decompressor by pipeline, the outlet side output squeezing air of hand adjustment decompressor, between the outlet side of described air storage tank and the inlet end of dried-air drier, the first air filter is set, the second air filter is set between the inlet end of the outlet side of described dried-air drier and hand adjustment decompressor.
The inlet, outlet end of described air storage tank, dried-air drier arranges control valve respectively, and the inlet, outlet end of hand adjustment decompressor arranges respectively stop valve, between the control valve of dried-air drier inlet, outlet end, bypath valve is set.
Described the first air filter, the second air filter, hand adjustment decompressor all arrange in parallel and identical two-way, the inlet, outlet end of first air filter on each road, the second air filter, hand adjustment decompressor arranges stop valve respectively, the first air filter adopts grade one filter, and the second air filter adopts secondary filter.
Between the outlet side of described two-way medical compressed air system hand adjustment decompressor, be provided with cross valve, cross valve one outlet side connects the 3rd air filter by pipeline, another outlet side of cross valve arranges stop valve, as the first gas sample mouth, between the inlet end of the 3rd air filter and cross valve, stop valve is set, one outlet side of the 3rd air filter arranges stop valve, output squeezing air, another outlet side of the 3rd air filter arranges stop valve, as the second gas sample mouth.
Described the 3rd air filter arranges in parallel and identical two-way, and the inlet, outlet end of the 3rd air filter on each road arranges respectively stop valve, and third level air filter adopts grade one filter.
Described electric control gear is electrically connected with alarm device.
Described electric control gear adopts PLC electrical control cubicles, and described PLC electrical control cubicles is provided with alarm device.
Described medical air atomization terminal comprises source of the gas plug, base, atomizing cup, nozzle, barrier plate, atomizing cup cover, and the mouth of sucking that is connected with flexible pipe, described source of the gas plug is fixedly connected on the supplying terminal of medical air tubing for getting gas from supplying terminal, for supporting the base of atomizing cup, be provided with the L shaped through hole that runs through base, L shaped through hole two axial ends arrange female thread, one female thread is fixedly connected with source of the gas plug, another female thread is fixedly connected with at the bottom of atomizing cup cup, described nozzle is fixed on atomizing cup, nozzle inlet end communicates with the L shaped through hole of base, described barrier plate empty set forms matched in clearance with nozzle on nozzle, described atomizing cup cover covers atomizing cup, atomizing cup cover upper end is by the hose connection mouth of sucking.
Described source of the gas plug is positioned on the supplying terminal of medical air tubing by positioning disk.
The flow control valve that is threaded between atomising device base and source of the gas plug, flow control valve is provided with flow observing tube.
The present invention adopts the beneficial effect of technique scheme to be: because the compressor bank of medical air central gas supply terminal atomization system is carried compressed air by medical air tubing to medical air atomization terminal, make air supply source compressor room away from lesion, and machine room is processed through sound insulation, can not affect patient and have a rest.
Described compressor bank adopts two-way medical compressed air system, the using and the reserved, and when the interior any parts generation single failure maintenance of medical compressed air system and regular maintenance, system all can realize continuous air feed.
Medical compressed air system adopts oil free screw air compressor machine, during atomization, do not need cooling water, daily non-maintaining, operation is more simple and convenient.
Compressor carries decompressor, designs separately in addition the manual decompressor (the using and the reserved) of two-way, guarantees to obtain stable output pressure.
Every road medical compressed air system arranges independently electric control gear, and described electric control gear adopts PLC electrical control cubicles, and described PLC electrical control cubicles carries alarm device.When guaranteeing a certain compressor disorderly closedown, the control loop of independent electric control gear do not affect the operation of other compressor.
Air supply system, with gas drier and Multistage filtering device, can guarantee the air that output is clean, stops secondary pollution.
Described medical air atomization terminal adopts atomizing cup base to support atomizing cup, and atomizing cup is held without patient, and medicinal liquid position is fixed.
Former medicine atomization is used in atomization, does not need dilution, and the atomization quantity sucking within relative treatment time is suitable, being difficult for causing inner surface of trachea mucosa to send out rises, cause trachea to stop up, the granular superfine of atomization, and be difficult for collision combination, human body sucks comfortable, and can enter the tracheas such as bronchus, pulmonary, clinical effectiveness is splendid, special suitable lower respiratory illness treatment, almost there is no drug residue, utilization ratio of drug is high.
Accompanying drawing explanation
Fig. 1 is total layout of the present invention;
Fig. 2 is compressor bank schematic diagram of the present invention;
Fig. 3 is medical air atomization terminal of the present invention ward scheme of installation;
Fig. 4 is the P portion enlarged drawing of Fig. 3;
Fig. 5 be in Fig. 4 positioning disk A to view.
In accompanying drawing, 100 is compressor bank, 200 is medical air tubing, 300 is medical air atomization terminal, 400 is hospital architecture, 500 is ward, 1 is medical compressed air system, 2 is electric control gear, 3 is compressor, 4 is air storage tank, 5 is the first air filter, 6 is dried-air drier, 7 is the second air filter, 8 is decompressor, 9 is the 3rd air filter, 10 is check-valves, 11 is bypath valve, 12 is cross valve, 13 is the first gas sample mouth, 14 is the second gas sample mouth, 15 is equipment belt, 16 is supplying terminal, 17 is source of the gas plug, 18 is positioning disk, 19 is flow control valve, 20 is flow observing tube, 21 is base, 22 is atomizing cup, 23 is medicinal liquid, 24 is nozzle, 25 is barrier plate, 26 is atomizing cup cover, 27 is flexible pipe, 28 for sucking mouth.
The specific embodiment
Medical treatment air central gas supply terminal atomization system can be matched in that hospital need concentrate that atomization is newly-built, the concentrated atomization system in enlarging, reconstruction project, hospital's test class building.This product is applicable to the disease treatment of respiratory system.
Referring to Fig. 1, Fig. 1 is the total layout of medical air central gas supply terminal atomization system in hospital architecture 400, a kind of medical air central gas supply terminal atomization system, comprise compressor bank 100, medical air tubing 200 and medical air atomization terminal 300, described compressor bank 100 outputs to medical air atomization terminal 300 by medical air tubing 200 by compressed air and carries out atomization output.Described medical air tubing 200 comprises air supply system, monitoring and warning system and is provided with the pipeline distribution supply system of valve, terminal assembly.Pipeline distributes supply system to comprise that gas end, low-pressure hose assembly, medical supply equipment, conduit assembly form.Low-pressure hose assembly is applicable to the flexible pipe assembly with permanent input and output special gas joint of medical air pressure below 1.4MPa.The connection of medical treatment air low-pressure hose assembly can be between permanent piping system and its terminal, between two terminals, between terminal and armarium, between the standby air feed of tubing and emergency maintenance input port, standby air supply system and armarium etc.Medical treatment air low-pressure hose assembly should meet the requirement of medical air specificity.Medical supply equipment, for being provided in medical services region, can provide the irremovable device of supply socket, communication etc.Conduit assembly, for for connecting or be assembled into the element of pipeline, comprises pipe, flange, pad, securing member, valve and Piping Specialty etc.In the present embodiment, described compressor bank gas output end is connected with compressed air supervisor by special gas joint, compressed air supervisor is connected with compressed air floor pipe, by compressed air floor pipe, compressed air is provided to each floor, compressed air floor pipe is connected with a plurality of laterals compressed air delivery is arrived to each ward 500, the lateral supplying terminal 16 on the interior equipment belt 15 in ward 500 that is threaded, carries out atomization by supplying terminal 16 output squeezing air to medical air atomization terminal 300.
Referring to Fig. 2, described compressor bank 100 adopts two-way medical compressed air system 1, the using and the reserved.During any parts generation single failure maintenance and during regular maintenance, system all can realize continuous air feed in system.It is identical that described two-way medical compressed air system 1 forms structure.Wherein, medical compressed air system 1 comprises electric control gear 2, oil free screw air compressor machine 3, air storage tank 4, the first air filter 5, dried-air drier 6, the second air filter 7, hand adjustment decompressor 8, described electric control gear 2 is electrically connected to oil free screw air compressor machine 3, and described electric control gear 2 is electrically connected with alarm device.Preferably, described electric control gear 2 adopts PLC electrical control cubicles, and described PLC electrical control cubicles is provided with alarm device.Described dried-air drier adopts freezing type drier.The inlet end of oil free screw air compressor machine 3 arranges two-stage air intake filter.The outlet side of described oil free screw air compressor machine 3 connects the inlet end of air storage tank 4 by pipeline, check-valves 10 is set between the inlet end of the outlet side of oil free screw air compressor machine 3 and air storage tank 4, the outlet side of air storage tank 4 connects the inlet end of dried-air drier 6 by pipeline, the outlet side of dried-air drier 6 connects the inlet end of hand adjustment decompressor 8 by pipeline, the outlet side output squeezing air of hand adjustment decompressor 8, the first air filter 5 is set between the inlet end of the outlet side of described air storage tank 4 and dried-air drier 6, the second air filter 7 is set between the inlet end of the outlet side of described dried-air drier 6 and hand adjustment decompressor 8.The inlet, outlet end of described air storage tank 4, dried-air drier 6 arranges control valve respectively, and the inlet, outlet end of hand adjustment decompressor 8 arranges respectively stop valve, between the control valve of dried-air drier 6 inlet, outlet ends, bypath valve 11 is set.Bypath valve 11, in closed condition, when dried-air drier 6 breaks down, is opened bypath valve 11 under normal circumstances, and compressed air can be passed through from bypath valve 11, guarantees the continuous air feed of system.Preferably, described the first air filter 5, the second air filter 7, hand adjustment decompressor 8 all arrange in parallel and identical two-way, the inlet, outlet end of first air filter 5 on each road, the second air filter 7, hand adjustment decompressor 8 arranges stop valve respectively, the first air filter 5 adopts grade one filter, and the second air filter 7 adopts secondary filter.Between the outlet side of described two-way medical compressed air system hand adjustment decompressor 8, be provided with cross valve 12, cross valve 12 1 outlet sides connect the 3rd air filter 9 by pipeline, cross valve 12 another outlet sides arrange stop valve, as the first gas sample mouth 13, between the inlet end of the 3rd air filter 9 and cross valve 12, stop valve is set, one outlet side of the 3rd air filter 9 arranges stop valve, output squeezing air, another outlet side of the 3rd air filter 9 arranges stop valve, as the second gas sample mouth 14.Preferably, described the 3rd air filter 9 arranges in parallel and identical two-way, and the inlet, outlet end of the 3rd air filter 9 on each road arranges respectively stop valve, and the 3rd air filter 9 adopts grade one filter.Described compressor bank outlet side arranges level Four air filter.
Referring to Fig. 3 to Fig. 5, described medical air atomization terminal 300 comprises source of the gas plug 17, base 21, atomizing cup 22, nozzle 24, barrier plate 25, atomizing cup cover 26, be connected with flexible pipe 27 suck mouth 28, described source of the gas plug 17 is fixedly connected on supplying terminal 16 gets gas, supplying terminal 16 is arranged on equipment belt 15, in the present embodiment, described source of the gas plug 17 is positioned on supplying terminal by positioning disk 18.Preferably, the flow control valve 19 that is threaded between described base 21 and source of the gas plug 17, flow control valve 19 is provided with flow observing tube 20.For supporting the base 21 of atomizing cup 22, be provided with the L shaped through hole that runs through base 21, L shaped through hole two axial ends arrange female thread, one female thread is fixedly connected with source of the gas plug 17, another female thread is fixedly connected with at the bottom of atomizing cup cup, described nozzle 24 is fixed on atomizing cup 22, in the present embodiment, described atomizing cup 22 is disposable products.Nozzle 24 inlet ends communicate with the L shaped through hole of base 21, and described barrier plate 25 empty sets form matched in clearance with nozzle 24 on nozzle 24, and described atomizing cup cover 26 covers atomizing cup 22, and atomizing cup cover 26 upper ends contain mouth 28 by flexible pipe 27 connectors.In the present embodiment, described in suck mouth 28 and use the flexible pipe of 2 meters to be connected with atomizing cup cover 26 upper ends, move place is large, seat, crouches and can use.By medical air atomization terminal medicine, reach aerosol form, solid small in air or liquid particle are suspended in gas, and enter in respiratory tract and lung, reach the object of topical therapeutic and treatment.
The workflow of medical compressed air system: after the starting of oil free screw air compressor machine, surrounding air enters the external admission pipeline of oil free screw air compressor machine, two-stage air intake filter through the gas input of oil free screw air compressor machine filters, again after the air filtering core in oil free screw air compressor machine filters, being admitted to oil free screw air compressor air intake chamber compresses, after decompression, compressed air is sent into the input of air storage tank by the outfan of compressor, in air accumulator after pre-sedimentation, through outfan, send into the input of main air defecator, after main air defecator is processed, from outfan, send into the input of freezing type drier, compressed air after drying machine is processed is discharged from freezing type drier outfan, enter the input of secondary air defecator, compressed air after filtration is transported to hand adjustment decompressor input through the outfan of secondary air defecator, after decompression, from hand adjustment decompressor outfan, export, finally enter the input of three grades of air filters, compressed air is after filtering transported to by medical air tubing the supplying terminal that each needs compressed-air actuated ward.Through the compressed air of supercharging, purification, by medical air tubing, provide and act on patient.Main component is a certain proportion of oxygen and nitrogen, and defines the concentration of pollutant.In Table one:
Compressed air quality requirements (table one)
Claims (7)
1. a medical air central gas supply terminal atomization system, it is characterized in that: comprise compressor bank, medical air tubing and medical air atomization terminal, described compressor bank adopts two-way medical compressed air system, described compressor bank is carried compressed air by medical air tubing to medical air atomization terminal, it is identical that described two-way medical compressed air system forms structure, wherein, medical compressed air system comprises oil free screw air compressor machine, air storage tank, dried-air drier, the first air filter, the second air filter, hand adjustment decompressor, electric control gear, described electric control gear is electrically connected to oil free screw air compressor machine, the outlet side of described oil free screw air compressor machine connects the inlet end of air storage tank by pipeline, between the outlet side of oil free screw air compressor machine and the inlet end of air storage tank, check-valves is set, the outlet side of air storage tank connects the inlet end of dried-air drier by pipeline, the outlet side of dried-air drier connects the inlet end of hand adjustment decompressor by pipeline, the outlet side output squeezing air of hand adjustment decompressor, described air storage tank, entering of dried-air drier, outlet side arranges control valve respectively, entering of hand adjustment decompressor, outlet side arranges respectively stop valve, dried-air drier enters, between the control valve of outlet side, bypath valve is set, between the outlet side of described air storage tank and the inlet end of dried-air drier, the first air filter is set, the second air filter is set between the inlet end of the outlet side of described dried-air drier and hand adjustment decompressor, described the first air filter, the second air filter, hand adjustment decompressor all arranges in parallel and identical two-way, first air filter on each road, the second air filter, entering of hand adjustment decompressor, outlet side arranges stop valve respectively, the first air filter adopts grade one filter, the second air filter adopts secondary filter,
Described medical air atomization terminal comprises source of the gas plug, base, atomizing cup, nozzle, barrier plate, atomizing cup cover, and the mouth of sucking that is connected with flexible pipe, described source of the gas plug is fixedly connected on the supplying terminal of medical air tubing for getting gas from supplying terminal, for supporting the base of atomizing cup, be provided with the L shaped through hole that runs through base, L shaped through hole two axial ends arrange female thread, one female thread is fixedly connected with source of the gas plug, another female thread is fixedly connected with at the bottom of atomizing cup cup, described nozzle is fixed on atomizing cup, nozzle inlet end communicates with the L shaped through hole of base, described barrier plate empty set forms matched in clearance with nozzle on nozzle, described atomizing cup cover covers atomizing cup, atomizing cup cover upper end is by the hose connection mouth of sucking.
2. medical air central gas supply terminal atomization system according to claim 1, it is characterized in that: between the outlet side of described two-way medical compressed air system hand adjustment decompressor, be provided with cross valve, cross valve one outlet side connects the 3rd air filter by pipeline, another outlet side of cross valve arranges stop valve, as the first gas sample mouth, between the inlet end of the 3rd air filter and cross valve, stop valve is set, one outlet side of the 3rd air filter arranges stop valve, output squeezing air, another outlet side of the 3rd air filter arranges stop valve, as the second gas sample mouth.
3. medical air central gas supply terminal atomization system according to claim 2, it is characterized in that: described the 3rd air filter arranges in parallel and identical two-way, the inlet, outlet end of the 3rd air filter on each road arranges respectively stop valve, and third level air filter adopts grade one filter.
4. medical air central gas supply terminal atomization system according to claim 1, is characterized in that: described electric control gear is electrically connected with alarm device.
5. according to the medical air central gas supply terminal atomization system described in claim 1 or 4, it is characterized in that: described electric control gear adopts PLC electrical control cubicles, and described PLC electrical control cubicles is provided with alarm device.
6. medical air central gas supply terminal atomization system according to claim 1, is characterized in that: described source of the gas plug is positioned on the supplying terminal of medical air tubing by positioning disk.
7. medical air central gas supply terminal atomization system according to claim 1, is characterized in that: the flow control valve that is threaded between the base of described medical air atomization terminal and source of the gas plug, flow control valve is provided with flow observing tube.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210534525.4A CN103007399B (en) | 2012-12-12 | 2012-12-12 | Atomization system of concentrated medicament air supply terminal |
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| CN201210534525.4A CN103007399B (en) | 2012-12-12 | 2012-12-12 | Atomization system of concentrated medicament air supply terminal |
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| CN103007399B true CN103007399B (en) | 2014-11-19 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104989867A (en) * | 2015-07-20 | 2015-10-21 | 武汉海纳川科技有限公司 | Gas-liquid control valve and oxygen generator with same |
| CN107050593A (en) * | 2017-05-27 | 2017-08-18 | 重庆智阖康医疗器械有限公司 | A kind of portable multiple terminals air supply system |
| CN107158529A (en) * | 2017-05-27 | 2017-09-15 | 重庆智阖康医疗器械有限公司 | A kind of multiple terminals independently exports central gas supply system and method |
| CN107224643A (en) * | 2017-07-13 | 2017-10-03 | 成都维信电子科大新技术有限公司 | A kind of external multipath gas compression atomization control treatment system |
| CN109395213A (en) * | 2018-12-27 | 2019-03-01 | 威海盛洁医疗科技有限公司 | A kind of adjustable preceding air treatment system device of vaporizer |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2576254Y (en) * | 2001-02-08 | 2003-10-01 | 中国科学院沈阳自动化研究所 | Distribution type oxygen-supplying device |
| CN2841040Y (en) * | 2005-11-14 | 2006-11-29 | 朱建军 | Jet-flow medical atomizing apparatus |
| CN101745294A (en) * | 2010-01-27 | 2010-06-23 | 陕西彩虹电子玻璃有限公司 | Method for preparing clean compressed air |
| CN202102441U (en) * | 2011-06-01 | 2012-01-04 | 成都联帮氧气工程有限公司 | Remote intelligent management system for medical centralized gas supply system |
| CN202982841U (en) * | 2012-12-12 | 2013-06-12 | 中国人民解放军第三军医大学第三附属医院 | Atomizing system for medical centralized air supply terminal |
-
2012
- 2012-12-12 CN CN201210534525.4A patent/CN103007399B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2576254Y (en) * | 2001-02-08 | 2003-10-01 | 中国科学院沈阳自动化研究所 | Distribution type oxygen-supplying device |
| CN2841040Y (en) * | 2005-11-14 | 2006-11-29 | 朱建军 | Jet-flow medical atomizing apparatus |
| CN101745294A (en) * | 2010-01-27 | 2010-06-23 | 陕西彩虹电子玻璃有限公司 | Method for preparing clean compressed air |
| CN202102441U (en) * | 2011-06-01 | 2012-01-04 | 成都联帮氧气工程有限公司 | Remote intelligent management system for medical centralized gas supply system |
| CN202982841U (en) * | 2012-12-12 | 2013-06-12 | 中国人民解放军第三军医大学第三附属医院 | Atomizing system for medical centralized air supply terminal |
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