CN101670136A - Portable ultrasonic oxygen atomization apparatus and using method thereof - Google Patents
Portable ultrasonic oxygen atomization apparatus and using method thereof Download PDFInfo
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- CN101670136A CN101670136A CN200910190091A CN200910190091A CN101670136A CN 101670136 A CN101670136 A CN 101670136A CN 200910190091 A CN200910190091 A CN 200910190091A CN 200910190091 A CN200910190091 A CN 200910190091A CN 101670136 A CN101670136 A CN 101670136A
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Abstract
The invention relates to a portable ultrasonic oxygen atomization apparatus and a using method thereof. The apparatus comprises an ultrasonic atomization unit and an oxygen supply unit, wherein the ultrasonic atomization unit and the oxygen supply unit are arranged inside a shell, thus being convenient for carrying by the user; an atomization cavity of the ultrasonic atomization unit is communicated with an oxygen cavity of the oxygen supply unit, so that mist medicine inside the atomization cavity can be mixed with the oxygen inside the oxygen cavity and then dispersed out from a suction nozzle of the shell; and the ultrasonic atomization unit and the oxygen supply unit are controlled by the same switch, so as to be capable of working at the same time; therefore, the invention well overcomes the defect that the existing ultrasonic atomization equipment and oxygen absorption equipment only can be used separately, but not simultaneously work.
Description
Technical field
The present invention relates to a kind of armarium, be meant a kind ofly especially, and vaporific medicine and oxygen mixed portable ultrasonic oxygen atomization apparatus and the using method of using for the patient thereof medicinal atomized.
Background technology
At present, in medical field by ultrasound wave with medicinal liquidization, the patient sucks intravital mode by air-breathing mode with vaporific medicine and comes medical condition, or cooperate the mode of oxygen uptake medical treatment to treat the method for disease by general use, and, when the mode of two kinds of medical treatment was carried out simultaneously, particularly its effect was more remarkable at some special diseases the time.
Yet, because the relation of Medical Instruments, in the ordinary course of things, will implement two kinds of medical modes simultaneously can only just can carry out in the Medical Treatment Room in the hospital, and can not be with being carried by the patient, make the patient when disease is sent out, can not obtain medical treatment timely, nor can give the patient other local uses in family or hospital, therefore break out or in case of emergency when patient's the state of an illness, just the Medical Treatment Room that the patient must be delivered to hospital can carry out medical treatment, and in this process, patient's life but is difficult to be protected.
As mentioned above, also there are certain shortcoming in ultrasonic atomizatio unit and oxygen supply unit that existing realization ultrasonic atomizatio sucks treatment and the mode by oxygen inhalation therapy, are described below respectively now:
At first, existing ultrasonic atomizatio unit and oxygen supply unit, its function singleness, when needs carry out ultrasonic atomizatio suction treatment simultaneously and pass through oxygen inhalation therapy, then needing provides ultrasonic atomizatio equipment and oxygen supply equipment, and can not use simultaneously, and this is a big shortcoming of existing equipment.
Secondly,, can realize the effect of medical treatment, therefore be not easy to people and carry and operate that this is the another shortcoming of existing equipment because it needs two complete equipments.
Summary of the invention
The invention provides a kind of portable ultrasonic oxygen atomization apparatus, it comprises ultrasonic atomizatio unit and oxygen supply unit, this ultrasonic atomizatio unit and this oxygen supply unit are installed in the same housing, the unitary atomization chamber of this ultrasonic atomizatio is connected with the unitary oxygen of this oxygen supply chamber, shed from the suction nozzle place of this housing after making the oxygen mix of vaporific medicine in its atomization chamber and oxygen intracavity, and two kinds of purposes that medical mode is worked simultaneously and used have simultaneously been realized well by same on-off control in this ultrasonic atomizatio unit and oxygen supply unit.
And because ultrasonic atomizatio unit and oxygen supply unit be installed in this housing simultaneously, and its volume is little, is convenient to the patient and carries, so that the possible period of want or need, this is an another purpose of the present invention.
In order to solve above technical problem, the technical solution used in the present invention is:
A kind of portable ultrasonic oxygen atomization apparatus; it comprises protection housing, ultrasonic atomizatio unit and oxygen supply unit; this ultrasonic atomizatio unit and this oxygen supply unit are installed in this protection housing; and by this protection housing vaporific medicine and the oxygen mix that this ultrasonic atomizatio unit and this oxygen supply unit are produced formed hybrid medicine together, and suction nozzle that certainly should the protection housing is discharged.
Wherein, this protection housing comprises inner chamber, dosing hole, oxygenation hole and suction nozzle; this dosing hole is opened in the top of this protection housing; and be positioned at a side of this protection case top; and also being covered with the medicine port lid on this dosing hole discharges on this dosing hole with the gas that prevents intracavity in this; and this oxygenation hole is the bottom that is opened in this protection housing, and this suction nozzle is opened in the top of this protection housing, and be a side relative with this dosing hole.
And this ultrasonic atomizatio unit comprises drug reservoir, atomization chamber and ultrasound emission module, this drug reservoir is arranged at intracavity in this, and this drug reservoir is positioned at the below in this dosing hole, make user when adding medicine, can directly medicine be joined in this drug reservoir from this dosing hole, this atomization chamber is positioned at the top of this drug reservoir, and by this this vaporific medicine of atomization chamber storage.
Between the sidewall of this drug reservoir and this protection housing, also be equiped with the gas barrier baffle plate; and this gas barrier baffle plate is a side that is installed near this suction nozzle; by this gas barrier baffle plate this inner chamber is separated into epicoele and cavity of resorption; and by this epicoele storage gas; and this atomization chamber and this epicoele are connected, and also offer the oxygen therapy hole again on this gas barrier baffle plate.
This ultrasound emission module is installed in the bottom of this drug reservoir, this ultrasound emission module comprises seal fluid and ultrasonic, sealing liquid is installed in the below of this drug reservoir, and this ultrasonic bottom that is arranged at sealing liquid, further, make by the sealing liquid of this ultrasound emission module and this ultrasonic to be installed in medicinal atomized in this drug reservoir, this ultrasonic also connects a control unit again.
And this control unit is installed in the following intracavity of this protection housing; this control unit comprises control module; inductive switch and supply module; wherein; this control module is provided with ultrasonic control output end; the oxygen uptake control output end; control signal input and power output end; this inductive switch is installed on this suction nozzle; and this inductive switch is electrically connected with this control signal input by lead; and, make the output state of this ultrasonic control output end of this control module system and this oxygen uptake control output end by this induction control signal by this inductive switch output one induction control signal.
And this supply module is electrically connected with this power supply signal outfan, and this supply module is an aneroid battery.
This oxygen supply unit is installed in the following intracavity of this protection housing; this oxygen supply unit comprises the oxygen memory module; go out the oxygen control valve and lead the oxygen pipe; wherein; this oxygen memory module is arranged at this time intracavity; this oxygen memory module comprises air storage chamber; oxygen delivery outlet and oxygen injection control valve; this air storage chamber is used to store oxygen; this oxygen delivery outlet is arranged at this oxygen memory module top; and this oxygen injection control valve is arranged at the bottom of this oxygen memory module; and it is corresponding with the oxygenation hole of this protection housing; when the oxygen in this air storage chamber is inadequate; can open this oxygen injection control valve; outside oxygen can be entered in this air storage chamber, make the patient in this air storage chamber of behavior, to inject oxygen, and do not need to change this oxygen storage module.
This goes out the oxygen control valve and is connected with this oxygen delivery outlet, this oxygen control module also is connected with the oxygen uptake control output end of this control module, further, this goes out the oxygen control valve is electromagnetic valve, when the output services signal of this oxygen uptake control output end, this goes out the work of oxygen control valve with the output of the oxygen in this air storage chamber.
And this is led the oxygen pipe and goes out the oxygen control valve with this and be connected, and this other end of leading the oxygen pipe is inserted on the oxygen therapy hole of this gas barrier baffle plate, and this outer wall of leading the oxygen pipe matches with the hole wall in this oxygen therapy hole, make in the gas that should go up intracavity of this gas barrier baffle plate top and can flow backward to this time intracavity, when this goes out the work of oxygen control valve, this is led the oxygen pipe oxygen of exporting is transferred to intracavity on this, because the space of this atomization chamber communicates with this epicoele, be mixed into hybrid medicine mutually in the vaporific medicine of oxygen in this atomization chamber of intracavity on this.
A kind of using method of portable ultrasonic oxygen atomization apparatus is characterized in that:
It comprises the steps:
Step 1 a: liquid drug is added in the portable ultrasonic oxygen atomization apparatus.
At first will be covered on the medicine feeding hole lid that the medicine feeding hole loam cake of this portable ultrasonic oxygen atomization apparatus establishes takes off; Secondly this liquid drug is added required dose from this medicine feeding hole in this portable ultrasonic oxygen atomization apparatus, and it is added on the unitary medicine evaporation of the ultrasonic atomizatio that is installed in this portable ultrasonic oxygen atomization apparatus module; At last this medicine port lid is covered on this medicine feeding hole.
Step 2: user starts this portable ultrasonic oxygen atomization apparatus, makes intravital this ultrasonic atomizatio unit of the containment vessel that is installed in this portable ultrasonic oxygen atomization apparatus and this oxygen supply unit enter duty; At first user will protect the suction nozzle of housing to be contained in the oral cavity, and after this suction nozzle was contained in the oral cavity by user, the inductive switch that is installed on this suction nozzle received induced signal, and transmit enabling signal to control unit; Secondly this control unit is controlled this ultrasonic atomizatio unit and oxygen supply unit and is started working and produce vaporific medicine and oxygen respectively; At last should vaporific medicine and oxygen mix.
Step 3: the patient by air-breathing mode with in this hybrid medicine suction body.
Beneficial effect of the present invention is: it comprises ultrasonic atomizatio unit and oxygen supply unit a kind of portable ultrasonic oxygen atomization apparatus, this ultrasonic atomizatio unit and this oxygen supply unit are installed in the same housing, user is easy to carry, and the unitary atomization chamber of this ultrasonic atomizatio is connected with the unitary oxygen of this oxygen supply chamber, shed from the suction nozzle place of this housing after making the oxygen mix of vaporific medicine in its atomization chamber and oxygen intracavity, and this ultrasonic atomizatio unit and oxygen supply unit can work this ultrasonic atomizatio unit and oxygen supply unit by same on-off control simultaneously.
Description of drawings
Fig. 1 is a structured flowchart of the present invention.
The specific embodiment
As shown in Figure 1: a kind of portable ultrasonic oxygen atomization apparatus; it comprises protection housing 10, ultrasonic atomizatio unit 20 and oxygen supply unit 30; this ultrasonic atomizatio unit 20 is installed in this protection housing 10 with this oxygen supply unit 30; and by this protection housing 10 vaporific medicine and the oxygen mix that this ultrasonic atomizatio unit 20 and this oxygen supply unit 30 are produced formed hybrid medicine together, then will mixed this hybrid medicine for patient's absorption.
Wherein, this protection housing 10 comprises inner chamber 11, dosing hole 12, oxygenation hole 13 and suction nozzle 14; this dosing hole 12 is opened in the top of this protection housing 10; and be positioned at a side at these protection housing 10 tops; and also being covered with medicine port lid 15 on this dosing hole 12 discharges on this dosing hole 12 to prevent the gas in this inner chamber 11; and this oxygenation hole 13 is the bottoms that are opened in this protection housing 10, and this suction nozzle 14 is opened in the top of this protection housing 10, and is a side relative with this dosing hole 12.
And this ultrasonic atomizatio unit 20 comprises drug reservoir 21, atomization chamber 22 and ultrasound emission module 23, this drug reservoir 21 is arranged in this inner chamber 11, and this drug reservoir 21 is positioned at the below in this dosing hole 12, make user when adding medicine, can directly medicine be joined in this drug reservoir 21 from this dosing hole 12, this atomization chamber 22 is positioned at the top of this drug reservoir 21, and by these atomization chamber 22 these vaporific medicines of storage.
Between the sidewall of this drug reservoir 21 and this protection housing 10, also be equiped with gas barrier baffle plate 24; and this gas barrier baffle plate 24 is sides that are installed near this suction nozzle 14; by this gas barrier baffle plate 24 this inner chamber 11 is separated into epicoele 16 and cavity of resorption 17; and by these epicoele 16 storage gases; and this atomization chamber 22 is connected with this epicoele 16, also offers oxygen therapy hole 25 again on this gas barrier baffle plate 24.
This ultrasound emission module 23 is installed in the bottom of this drug reservoir 21, this ultrasound emission module 23 comprises seal fluid 26 and ultrasonic 27, sealing liquid 26 is installed in the below of this drug reservoir 21, and this ultrasonic 27 bottom that is arranged at sealing liquid 26, further, make by the sealing liquid 26 of this ultrasound emission module 23 and this ultrasonic 27 to be installed in medicinal atomized in this drug reservoir 21, this ultrasonic 27 also connects a control unit 40 again.
And this control unit 40 is installed in the cavity of resorption 17 of this protection housing 10; this control unit 40 comprises control module 41; inductive switch 42 and supply module 43; wherein; this control module 41 is provided with ultrasonic control output end; the oxygen uptake control output end; control signal input and power output end; this inductive switch 42 is installed on this suction nozzle 14; and this inductive switch 42 is electrically connected with this control signal input by lead; and, make the output state of these control module 41 these ultrasonic control output ends of control and this oxygen uptake control output end by this induction control signal by this inductive switch 42 outputs one induction control signal.
And this supply module 43 is electrically connected with this power supply signal outfan, and this supply module 43 is an aneroid battery.
This oxygen supply unit 30 is installed in the cavity of resorption 17 of this protection housing 10; this oxygen supply unit 30 comprises oxygen memory module 31; go out oxygen control valve 32 and lead oxygen pipe 33; wherein; this oxygen memory module 31 is arranged in this cavity of resorption 17; this oxygen memory module 31 comprises air storage chamber 34; oxygen delivery outlet 35 and oxygen injection control valve 36; this air storage chamber 34 is used to store oxygen; this oxygen delivery outlet 35 is arranged at this oxygen memory module 31 tops; and this oxygen injection control valve 36 is arranged at the bottom of this oxygen memory module 31; and it is corresponding with the oxygenation hole 13 of this protection housing 10; when the oxygen in this air storage chamber 34 is inadequate; can open this oxygen injection control valve 36; outside oxygen can be entered in this air storage chamber 34; make the patient can in this air storage chamber 34 of behavior, inject oxygen, and do not need to change this oxygen storage module 31.
This goes out oxygen control valve 32 and is connected with this oxygen delivery outlet 35, this oxygen control module 32 also is connected with the oxygen uptake control output end of this control module 41, further, this goes out oxygen control valve 32 and is electromagnetic valve, when the output services signal of this oxygen uptake control output end, this goes out 32 work of oxygen control valve with oxygen output in this air storage chamber 34.
And this is led oxygen pipe 33 and goes out oxygen control valve 32 with this and be connected, and this other end of leading oxygen pipe 33 is inserted on the oxygen therapy hole 25 of this gas barrier baffle plate 24, and this outer wall of leading oxygen pipe 33 matches with the hole wall in this oxygen therapy hole 25, gas in this epicoele 16 of these gas barrier baffle plate 24 tops can be flowed backward in this cavity of resorption 17, when this goes out 32 work of oxygen control valve, this is led oxygen pipe 33 oxygen of exporting is transferred in this epicoele 16, because the space of this atomization chamber 22 communicates with this epicoele 16, the vaporific medicine of the oxygen in this epicoele 16 in this atomization chamber 22 is mixed into hybrid medicine mutually.
The present invention is when using: at first medicinal liquid is added in this drug reservoir 21 from these 12 places, dosing hole, then this medicine port lid 15 is covered on this dosing hole 12, patient's suction nozzle 14 that this inductive switch 42 will be housed is contained in the mouth then, after this inductive switch 42 received induced signal, opening had this ultrasonic 27 of these inductive switch 42 controls and this to go out oxygen control valve 32 to enter duty.
Secondly, after this ultrasonic 27 and this go out oxygen control valve 32 and enter duty, these ultrasonic atomizatio unit 20 work, the medical liquid atomizing that will be positioned over then on this drug reservoir 21 becomes this vaporific medicine and flows to this atomization chamber 22; Oxygen in this oxygen supply unit 30 is after this goes out oxygen control valve 32 and opens simultaneously for this, and this is led oxygen pipe 33 and is expelled in this epicoele 16 certainly; Owing to be provided with this gas barrier baffle plate 24 between this epicoele 16 and this cavity of resorption 17, therefore its oxygen can not be back in this cavity of resorption 17, and this epicoele 16 is connected with this atomization chamber 22, therefore this vaporific medicine in this atomization chamber 22 can meet in the oxygen in this epicoele 16, and mix, the side near this medicine outlet 14 forms hybrid medicine the most finally.
At last, the patient is by air-breathing mode, and this medicine outlet 14 realizes purpose of the present invention with in this hybrid medicine suction body certainly.
Claims (6)
1. portable ultrasonic oxygen atomization apparatus; it is characterized in that: it comprises protection housing, ultrasonic atomizatio unit and oxygen supply unit; this ultrasonic atomizatio unit and this oxygen supply unit are installed in this protection housing; and vaporific medicine and the oxygen mix that this ultrasonic atomizatio unit and this oxygen supply unit are produced formed hybrid medicine together by this protection housing; and should protect the suction nozzle of housing to discharge certainly
This protection housing comprises inner chamber, dosing hole, oxygenation hole and suction nozzle, and this dosing hole is opened in the top of this protection housing, and this suction nozzle is opened in the top of this protection housing, and is a side relative with this dosing hole,
And this ultrasonic atomizatio unit comprises drug reservoir; atomization chamber and ultrasound emission module; this drug reservoir is positioned at the below in this dosing hole; this atomization chamber is positioned at the top of this drug reservoir; and by this this vaporific medicine of atomization chamber storage; between the sidewall of this drug reservoir and this protection housing, also be equiped with the gas barrier baffle plate; by this gas barrier baffle plate this inner chamber is separated into epicoele and cavity of resorption; and by this epicoele storage gas; and this atomization chamber and this epicoele are connected; on this gas barrier baffle plate, also offer the oxygen therapy hole again; this ultrasound emission module is installed in the bottom of this drug reservoir; this ultrasound emission module comprises seal fluid and ultrasonic; make by the sealing liquid of this ultrasound emission module and this ultrasonic to be installed in medicinal atomized in this drug reservoir, and in this atomization chamber, form vaporific medicine
This oxygen supply unit is installed in the following intracavity of this protection housing; this oxygen supply unit comprises the oxygen memory module, goes out the oxygen control valve and leads the oxygen pipe; this is led the oxygen pipe and goes out the oxygen control valve with this and be connected; and this other end of leading the oxygen pipe is inserted on the oxygen therapy hole of this gas barrier baffle plate; going out the oxygen control valve by this controls the oxygen of this oxygen storage module and leads the oxygen pipe from this and transfer to this epicoele; this is expelled to the oxygen of this epicoele and the vaporific medicament mixed in the atomization chamber; form hybrid medicine, and this suction nozzle is discharged certainly.
2. a kind of portable ultrasonic oxygen atomization apparatus as claimed in claim 1 is characterized in that: also be covered with the medicine port lid and discharge on this dosing hole with the gas that prevents intracavity in this on the dosing hole of this protection housing.
3. a kind of portable ultrasonic oxygen atomization apparatus as claimed in claim 1; it is characterized in that: this oxygen memory module comprises air storage chamber, oxygen delivery outlet and oxygen injection control valve; this oxygen delivery outlet is arranged at this oxygen memory module top; and this oxygen injection control valve is arranged at the bottom of this oxygen memory module; and it is corresponding with the oxygenation hole of this protection housing; when the oxygen in this air storage chamber is inadequate; can open this oxygen injection control valve, outside oxygen can be entered in this air storage chamber.
4. a kind of portable ultrasonic oxygen atomization apparatus as claimed in claim 1, it is characterized in that: this goes out the oxygen control valve and is connected with this oxygen memory module, this oxygen control module also is connected with this control module, further, this goes out the oxygen control valve is electromagnetic valve, controls the oxygen output of this oxygen memory module by this oxygen control module.
5. a kind of portable ultrasonic oxygen atomization apparatus as claimed in claim 4, it is characterized in that: described this portable ultrasonic oxygen atomization apparatus also comprises a control unit, this control unit comprises control module, inductive switch and supply module, this control module goes out the oxygen control valve with this ultrasonic and this and is connected, this inductive switch is installed on this suction nozzle, and this inductive switch is electrically connected with this control module, controlling this ultrasonic and this by this inductive switch goes out the startup of oxygen control valve or closes, and this supply module is electrically connected with this control module, again, this supply module is an aneroid battery.
6. the using method of a portable ultrasonic oxygen atomization apparatus is characterized in that:
It comprises the steps:
Step 1: a liquid drug is added in the portable ultrasonic oxygen atomization apparatus,
At first will be covered on the medicine feeding hole lid that the medicine feeding hole loam cake of this portable ultrasonic oxygen atomization apparatus establishes takes off; Secondly this liquid drug is added required dose from this medicine feeding hole in this portable ultrasonic oxygen atomization apparatus, and it is added on the unitary medicine evaporation of the ultrasonic atomizatio that is installed in this portable ultrasonic oxygen atomization apparatus module; At last this medicine port lid is covered on this medicine feeding hole,
Step 2: user starts this portable ultrasonic oxygen atomization apparatus, makes intravital this ultrasonic atomizatio unit of the containment vessel that is installed in this portable ultrasonic oxygen atomization apparatus and this oxygen supply unit enter duty; At first user will protect the hybrid medicine delivery outlet of housing to be contained in the oral cavity, after this hybrid medicine delivery outlet is contained in the oral cavity by user, the inductive switch that is installed on this hybrid medicine delivery outlet receives induced signal, and transmits enabling signal to control unit; Secondly this control unit is controlled this ultrasonic atomizatio unit and oxygen supply unit and is started working and produce vaporific medicine and oxygen respectively; At last should vaporific medicine and oxygen mix,
Step 3: the patient by air-breathing mode with in this hybrid medicine suction body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910190091A CN101670136A (en) | 2009-09-16 | 2009-09-16 | Portable ultrasonic oxygen atomization apparatus and using method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910190091A CN101670136A (en) | 2009-09-16 | 2009-09-16 | Portable ultrasonic oxygen atomization apparatus and using method thereof |
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| Publication Number | Publication Date |
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| CN101670136A true CN101670136A (en) | 2010-03-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200910190091A Pending CN101670136A (en) | 2009-09-16 | 2009-09-16 | Portable ultrasonic oxygen atomization apparatus and using method thereof |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103143087A (en) * | 2013-03-19 | 2013-06-12 | 卓效医疗有限公司 | Guiding hand-held micro atomizer |
| CN105031778A (en) * | 2015-09-16 | 2015-11-11 | 王天星 | Medicament atomizer |
| CN105833401A (en) * | 2016-03-16 | 2016-08-10 | 张胜国 | Portable intelligent air filtering positive-pressure assisted respiration and ultrasonic atomization device |
| CN105999492A (en) * | 2016-06-23 | 2016-10-12 | 广东伊茗药业有限公司 | Medical breathing doser |
| CN106075674A (en) * | 2016-08-11 | 2016-11-09 | 重庆医科大学附属永川医院 | A kind of micro medical nebulizer |
| CN106473826A (en) * | 2015-09-01 | 2017-03-08 | 欧阳仪霏 | A kind of device for cleaning teeth |
| CN107485767A (en) * | 2016-06-13 | 2017-12-19 | 兰州汶河医疗器械研制开发有限公司 | A kind of Split-type medical ultrasonic atomizer |
| CN110522975A (en) * | 2019-09-04 | 2019-12-03 | 合肥市第二人民医院 | A kind of novel oxygen atomizer |
-
2009
- 2009-09-16 CN CN200910190091A patent/CN101670136A/en active Pending
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103143087A (en) * | 2013-03-19 | 2013-06-12 | 卓效医疗有限公司 | Guiding hand-held micro atomizer |
| CN103143087B (en) * | 2013-03-19 | 2015-01-14 | 卓效医疗有限公司 | Guiding hand-held micro atomizer |
| CN106473826A (en) * | 2015-09-01 | 2017-03-08 | 欧阳仪霏 | A kind of device for cleaning teeth |
| CN106473826B (en) * | 2015-09-01 | 2018-09-28 | 欧阳仪霏 | A kind of device for cleaning teeth |
| CN105031778A (en) * | 2015-09-16 | 2015-11-11 | 王天星 | Medicament atomizer |
| CN105833401A (en) * | 2016-03-16 | 2016-08-10 | 张胜国 | Portable intelligent air filtering positive-pressure assisted respiration and ultrasonic atomization device |
| CN107485767A (en) * | 2016-06-13 | 2017-12-19 | 兰州汶河医疗器械研制开发有限公司 | A kind of Split-type medical ultrasonic atomizer |
| CN105999492A (en) * | 2016-06-23 | 2016-10-12 | 广东伊茗药业有限公司 | Medical breathing doser |
| CN106075674A (en) * | 2016-08-11 | 2016-11-09 | 重庆医科大学附属永川医院 | A kind of micro medical nebulizer |
| CN110522975A (en) * | 2019-09-04 | 2019-12-03 | 合肥市第二人民医院 | A kind of novel oxygen atomizer |
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Open date: 20100317 |