CN206454080U - A kind of continuous flow atomizer - Google Patents
A kind of continuous flow atomizer Download PDFInfo
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- CN206454080U CN206454080U CN201621026466.XU CN201621026466U CN206454080U CN 206454080 U CN206454080 U CN 206454080U CN 201621026466 U CN201621026466 U CN 201621026466U CN 206454080 U CN206454080 U CN 206454080U
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- air inlet
- inlet pipe
- recover
- valve
- electromagnet
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Abstract
The utility model is related to a kind of continuous flow atomizer, including storing medicine bottle, air inlet pipe, cup cover, respirator and recover, respirator is three-port structure, respirator includes air inlet port, suction port and air outlet, the whorl of bottleneck connection of air inlet port and storing medicine bottle, medicine storage tank and air inlet pipe are provided with storing medicine bottle, put at the top of air inlet pipe in medicine storage tank, cup is covered in air inlet pipe, cup cover is with leaving the passage connected with medicine storage tank between air inlet pipe, venthole at the top of air inlet pipe is connected with passage, and medicine storage tank is communicated with air inlet port；Air outlet is connected by connecting tube with recover, is provided with recovery venthole at the top of recover, the bottom of recover is provided with the decoction recovery holes connected with medicine storage tank, decoction recovery holes and is provided with switch.The utility model reduces the waste of atomization medicine, alleviates pollution of the atomization medicine to surrounding environment, it is to avoid threaten the health of medical personnel.
Description
Technical field
The utility model is related to medical apparatus technical field, more particularly to a kind of continuous flow atomizer.
Background technology
Respiratory disease is the serious common disease for threatening people's life's health, frequently-occurring disease, is made in global range
Into human death and the main cause of disability, while bringing heavy society and financial burden.According to the World Bank and the world
Health organization estimated data shows that respiratory disease proportion is up to 20% in global disease burden.China is the whole world
One of incidence of COPD highest country.
Inhalation therapy is the common method for treating respiratory disease, wherein curative effect of atomizing inhalation is most definite, idicatio most
Extensively.By nebulizer administration, it can reach and alleviate bronchial spasm, desaturation sputum, the effect for preventing and treating respiratory tract infection.
In many respiratory diseases, atomization inspiration treatment can be used.Because Neulized inhalation has, drug effect is fast, dosage
Less, local drug concentration is high and the advantages of few systemic adverse reactions, in respiratory disease treatment, Neulized inhalation turns into weight
The auxiliary treatment measure wanted.
Current clinically most widely used conventional procedure air-current atomising device is primarily present four kinds of defects：
First, among the process of patient respiratory, medicine is all the time as air-flow is among atomizer, in inspiratory phase, medicine
Thing is just entered in the respiratory tract of patient, and in expiratory phase, the gas that medicine is just breathed out with patient is discharged into air, is made
Into the raising of the significant wastage and medical expense of atomization medicine；
Second, the gas that atomization medicine is breathed out with patient is discharged into air, and also air can be polluted；
3rd, the atomization medicine contained in exhaled gas can threaten to the health of medical personnel, cause medical personnel
The breathing problems such as generation occupational asthma, occupational respiratory tract disorder.
4th, when conventional procedure air-current atomising device is atomized used in current patient, it is tired that breathing easily occurs in patient
Difficult phenomenon.
Utility model content
The utility model aims to provide a kind of continuous flow atomizer, reduces the waste of atomization medicine, to surrounding environment
Pollution, the harm to medical personnel.
To reach above-mentioned purpose, the technical solution adopted in the utility model is as follows：
A kind of continuous flow atomizer, including storing medicine bottle, air inlet pipe, cup cover, respirator and recover, the respirator is
Three-port structure, respirator includes air inlet port, suction port and air outlet, the whorl of bottleneck of the air inlet port and storing medicine bottle
It is provided with the top of medicine storage tank and air inlet pipe, the air inlet pipe and is put in medicine storage tank in connection, the storing medicine bottle, cup cover covers on air inlet
Guan Shang, leaves the venthole at the top of the passage connected with medicine storage tank, the air inlet pipe and is connected with passage between cup cover and air inlet pipe,
The medicine storage tank is communicated with air inlet port；
The air outlet is connected by connecting tube with recover, and recovery venthole is provided with the top of the recover, described
The bottom of recover is provided with the decoction recovery holes connected with medicine storage tank, the decoction recovery holes and is provided with switch.
Further, inspiratory valve is provided with the air inlet port, the air outlet is provided with expiratory valve, the suction
Gas flap valve and expiratory valve are unidirectional valve.
Further, the respirator also includes controller, pressoreceptor, electromagnet A and electromagnet B, the pressure
Receptor is arranged at suction port, and the electromagnet A is arranged at air inlet port, and described inspiratory valve one end is cut with scissors with respirator
Connect, the inspiratory valve other end is provided with the iron plate being adapted to electromagnet A, the electromagnet B is arranged at air outlet, the expiration
Flap valve one end is hinged with respirator, and the expiratory valve other end is provided with the iron plate being adapted to electromagnet B, the pressoreceptor, electricity
Magnet A and electromagnet B are electrically connected with controller.
Further, vertical provided with air inlet pipe is reclaimed in the recover, the inlet end of the recovery air inlet pipe stretches out back
Device is received, the gas outlet for reclaiming air inlet pipe is located at recover bottom, and the connecting tube is connected inside recover by reclaiming air inlet pipe.
Further, the switch includes the plug rod for being used to block decoction recovery holes, and the recover lateral wall is provided with
The through hole pierced into for plug rod, the length of plug rod is more than the distance between decoction recovery holes and through hole.
Further, the air outlet inwall is provided with ring-type projection, and the electromagnet B is described in ring-type projection
Expiratory valve one end is hinged with ring-type projection, and the expiratory valve is located at the outside of ring-type projection.
Further, the top of the air inlet pipe is in cone, and the bottom surface of cup cover is provided with the leakage with being adapted at the top of air inlet pipe
Gap is left in bucket shape groove, the top surface of the air inlet pipe and the bottom surface of funnel-shaped recesses, and the venthole is connected with gap, described
The lateral wall of air inlet pipe opens up at least 4 narrow grooves, and the top of the narrow groove is connected with gap, the bottom of the narrow groove with
Medicine storage tank is connected.The passage that the formation of narrow groove is connected with medicine storage tank, at the same narrow groove can ensure the oxygen entered by air inlet pipe and
Decoction in medicine storage tank produces high speed when contacting, and improves nebulization efficiency and atomization speed, shortens nebulisation time, improves and suffers from
Person's comfort level.
It is preferred that, the inspiratory valve and expiratory valve are tricuspid valve.
Further, the recover is on the lateral wall of storing medicine bottle.
Further, the drug storage trench bottom is taper.
Further, the recovery venthole is provided with exhaust flap valve.
Further, the connecting tube is flexible pipe.
Further, the recover is provided with scale marker, and the storing medicine bottle is provided with scale marker.Storing medicine bottle and recovery
Containing mark on device lateral wall can show dose.
Compared with prior art, the utility model has the advantages that：
1. the utility model reduces the waste of atomization medicine, pollution of the atomization medicine to surrounding environment is alleviated, it is to avoid
Threaten the health of medical personnel；
2. there is dyspneic phenomenon in patient when can alleviate atomization；
3. shorten patient medication time-histories, accelerate Rehabilitation, reduction patient medical expense and hospital costs.
Brief description of the drawings
Fig. 1 is the structural representation of embodiment 1；
Fig. 2 is the structural representation of storing medicine bottle；
Fig. 3 is the structural representation of cup cover；
Fig. 4 is the structural representation of embodiment 2；
Fig. 5 is the structural representation of embodiment 3；
Fig. 6 is the structural representation of embodiment 4；
In figure：1- storing medicine bottles, 2- air inlet pipe, 3- glasss of covers, 4- respirators, 5- recovers, the narrow grooves of 6-, 7- medicine storage tanks, 8-
Venthole, 9- air outlets, 10- suction ports, 11- expiratory valves, 12- inspiratory valves, 13- pressoreceptors, 14- electromagnet
A, 15- ring-type projection, 16- reclaim air inlet pipe, 17- flexible pipes, 18- and reclaim venthole, 19- plugs rod, 20- air flow inlets, 21- rows
Gas flap valve, 22- containing marks mark, 23- controllers, 24- housings, 31- fixed strips, 71- connectivity slots.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing, to this reality
It is further elaborated with new.
Embodiment 1
As shown in figure 1, continuous flow atomizer disclosed in the present embodiment, including storing medicine bottle 1, air inlet pipe 2, cup cover 3, breathing
Device 4 and recover 5, respirator 4 are three-port structure, and respirator 4 includes air inlet port, suction port 10 and air outlet 9, air inlet
Port is connected with the whorl of bottleneck of storing medicine bottle 1.Air inlet port lower end is provided with internal thread, and the bottleneck of storing medicine bottle 1 is provided with and internal thread
The external screw thread being engaged, respirator 4 is threadably secured on storing medicine bottle 1.
Respirator includes respirator body, air inlet port, suction port 10 and air outlet 9, and suction port 10 is cylinder
Shape, is fixed on respirator body and is communicated with respirator body interior, in use, breathing mouth is directly sleeved on into suction port 10
On can carry out nebulae inhalation.Air outlet 9 is the cylindrical pipe that diameter is less than suction port 10, is fixed on respirator body
On.Air outlet 9 is located at respirator body left and right ends with suction port 10, and air inlet port is located at respirator body bottom portion.
Medicine storage tank 7 and air inlet pipe 2 are provided with storing medicine bottle 1, the top of air inlet pipe 2 put in medicine storage tank 7, the one end of cup cover 3 with
Air inlet port is connected, and the other end of cup cover 3 covered in air inlet pipe 2, and leading to of connect with medicine storage tank 7 is left between cup cover 3 and air inlet pipe 2
Road, the venthole 8 at the top of air inlet pipe 2 is connected with passage, and medicine storage tank 7 is communicated with air inlet port；The air flow inlet of the lower end of air inlet pipe 2
20 are used to connect air pressure pump, and air pressure pump gives atomizer continuous positive pressure ventilation.Air inlet pipe 2 is coaxially disposed with storing medicine bottle 1, is entered
Tracheae 2 and storing medicine bottle 1 are integrally manufactured.
Air outlet 9 is connected by connecting tube 17 with recover 5.The top of recover 5 is provided with recovery venthole 18, for exhaling
Go out carbon dioxide, nitrogen of patient's exclusion etc..Recovery venthole 18 is cylindrical pipe, above covered with exhaust flap valve 21, is prevented
Only the impurity and pollutant in outside air enter in recover 5.Exhaust flap valve 21 is detachably connected with reclaiming venthole 18, side
Just cleaning and sterilizing.
The bottom of recover 5 is provided with the decoction recovery holes connected with medicine storage tank 7, decoction recovery holes and is provided with switch.Return
Device 5 is received on the lateral wall of storing medicine bottle 1.Switch includes the plug rod 19 for being used to block decoction recovery holes, the lateral wall of recover 5
The through hole pierced into for plug rod 19 is provided with, the length of plug rod 19 is more than the distance between decoction recovery holes and through hole.
Further, vertical provided with air inlet pipe 16 is reclaimed in recover 5, the inlet end for reclaiming air inlet pipe 16 stretches out recover
5, the gas outlet for reclaiming air inlet pipe 16 is located at the bottom of recover 5, and connecting tube 17 is connected in recover 5 by reclaiming air inlet pipe 16
Portion.Connecting tube 17 is flexible pipe, and specific connecting tube 17 is the transparent hose that a length is 5cm or so, for connecting outlet side
Mouth 9 is with reclaiming air inlet pipe 16.Recovery air inlet pipe 16 is stereoplasm tube.Reclaim air inlet pipe 16 be detachably connected with recover 5, reclaim into
Tracheae 16 is cylindrical pipe, reclaims the bottom of air inlet pipe 16 close to the bottom surface of recover 5.
Further, the top of air inlet pipe 2 is in cone, and the bottom surface of cup cover 3 is provided with the funnel being adapted to the top of air inlet pipe 2
Connected in star, the lateral wall of air inlet pipe 2 is provided with least 4 narrow grooves 6, and the top of narrow groove 6 is connected with venthole 8, narrow groove 6
Bottom is connected with medicine storage tank 7, and narrow groove 6 is distributed uniformly and circumferentially on the lateral wall of air inlet pipe 2.The bottom surface of funnel-shaped recesses
Gap is left between air inlet pipe 2, venthole 8 is connected by gap with the top of narrow groove 6, the lateral wall and cup of air inlet pipe 2
The madial wall sealing of cover 3 coordinates, as shown in Fig. 2 opening connectivity slot 71, the bottom of connectivity slot 71 and narrow groove 6 in the top surface of medicine storage tank 7
Connection, the length of connectivity slot 71 is more than the thickness of cup cover 3.The high-speed channel of the so narrow formation of groove 6 gas circulation.Venthole 8
Positioned at the center of top of air inlet pipe 2, narrow groove 6 has 6.As shown in figure 3, cup cover 3 is column, it is fixed on by two fixed strips 31
In air inlet port, two right-angled intersections of fixed strip 31, fixed strip 31 and cup cover 3 are integrally manufactured.
Storing medicine bottle 1 is cylindric, and side cornice has containing mark to identify 22.The madial wall of recover 5 be and the lateral wall of storing medicine bottle 1
The cylindricality of adaptation, recover 5 is directly anchored on the lateral wall of storing medicine bottle 1.The bottom of medicine storage tank 7 is taper, the bottom of recover 5
Face is circular arc inclined-plane, is mutually continued with the bottom surface of medicine storage tank 7.The decoction recovery holes connected with medicine storage tank are located at recover 5 most
Low spot, decoction recovery holes are circular aperture, the atomization medicine for reclaiming exhalation.Plug rod 19 is cylinder, and its length compares back
Receive the bottom surface 1~2cm of length of device 5.Plug the diameter of rod 19 and reclaim bore dia adaptation than decoction, decoction recovery holes can just be blocked.Reclaim
The side of device 5 also is provided with containing mark mark.
Before beginning to use, close recover 5 and switch, while being injected by reclaiming venthole 18 into recover 5 in right amount
Hypotonic salt solution or atomization medicine stoste, the liquid of recover 5 should flood the gas outlet for reclaiming air inlet pipe, be exhaled for dissolving patient
The atomization medicine gone out in gas.
When the medicine in storing medicine bottle reaches certain volume using the decoction totally or in recover 5, plug rod 19 is extracted,
The decoction opened in decoction recovery holes, recover 5 enters in medicine storage tank, reaches atomization medicine recycling and reduces air dirt
The purpose of dye, harm medical personnel's health.
The utility model is reclaimed the atomization medicine in exhaled gas using recover, is dissolved and hypotonic salt solution
Or in atomization medicine stoste, after certain volume medicine has been involved in recovery medicine storage, open and reclaim medicine storage switch, will reclaim
Medicine re-use, significantly reduce the waste of atomization medicine, improve utilization ratio of drug, while not interfering with normal
Use, do not interfere with normal discharge, pressure that suction includes atomization decoction oxygen.Due to being relatively isolated with the external world, moreover it is possible to prevent
Pollutant in ambient atmos enters, and reduces the risk of cross-infection.The utility model reduces chemicals liquid discharge, reduces atomization
Pollution of the medicine to surrounding environment and air, and reduce harm of the atomization medicine to medical personnel.
Embodiment 2
The present embodiment and the difference of embodiment 1 are：Inspiratory valve 12 is provided with air inlet port, air outlet 9 is provided with
Expiratory valve 11, inspiratory valve 12 and expiratory valve 11 are unidirectional valve.
As shown in figure 4, the inwall of air outlet 9 is provided with ring-type projection 15, ring-type projection 15 is located at air outlet 9 and respirator
The junction of body.The one end of expiratory valve 11 is hinged with ring-type projection 15, and the other end of expiratory valve 11 is free end.Expiratory valve
11 are located at the outside of ring-type projection 15, reach the purpose unidirectionally opened.Expiratory valve 11 is that diameter is slightly less than the internal diameter of air outlet 9
Thin rounded flakes, inspiratory valve 12 be arranged on respirator body in, the one end of inspiratory valve 12 and the inwall of respirator body are hinged,
The other end of inspiratory valve 12 is free end, and inspiratory valve 12 is the thin rounded flakes that diameter is more than air inlet port diameter.
Embodiment 3
The present embodiment and the difference of embodiment 1 are：Inspiratory valve 12 is provided with air inlet port, air outlet 9 is provided with
Expiratory valve 11, inspiratory valve 12 and expiratory valve 11 are unidirectional valve.As shown in figure 5, inspiratory valve 12 and expiratory valve
11 be tricuspid valve, and tricuspid valve is similar with the tricuspid valve structure in heart, plays a part of anti-backflow, one-way flow.
Embodiment 4
The present embodiment and the difference of embodiment 2 are：As shown in fig. 6, respirator 4 also includes controller 23, pressure experience
Device 13, electromagnet A14 and electromagnet B, pressoreceptor 13 are arranged at suction port 10, and electromagnet A14 is arranged on inlet end
At mouthful, the one end of inspiratory valve 12 is hinged with respirator 4, and the other end of inspiratory valve 12 is provided with the iron plate being adapted to electromagnet A14, electricity
Magnet B is arranged at air outlet 9, and the one end of expiratory valve 11 is hinged with respirator 4, and the other end of expiratory valve 11 is provided with and electromagnetism
The iron plate of iron B adaptations, pressoreceptor 13, electromagnet A14 and electromagnet B are electrically connected with controller 23.
Respirator body is cylinder, and inwall is provided with pressoreceptor 13, the change for experiencing pressure in respirator.Exhale
Inhale pressure of the patient when exhaling and during air-breathing be it is different, by pressoreceptor perceive patient be in breathing or air-breathing,
So as to determine to open inspiratory valve or open expiratory valve.
Electromagnet B is in ring-type projection 15, and the free end of expiratory valve 11 carries iron plate, and iron plate is arc.Certain,
The hinged place of expiratory valve 11 and ring-type projection 15 is located at opposite side with electromagnet B.When electromagnet B is powered, electromagnet B will be exhaled
Iron plate on gas flap valve 11 is held, and gas flap valve 11 is covered on the through hole of ring-type projection 15, stops the medicine warp in respirator body
Air outlet 9 is discharged.
Electromagnet A14 is fixed on air inlet port top outer wall, and electromagnet A14 is in housing 24, and housing 24 is with entering
The lateral wall of gas port is affixed.Controller 23 is also disposed in housing 24.The free end of inspiratory valve 12 is provided with iron plate, to coordinate
Electromagnet A14 works, and completes the switching function of inspiratory valve, iron plate is arc.
When electromagnet A14 is powered, electromagnet A14 holds the iron plate on inspiratory valve 12, and inspiratory valve 12, which is covered, to be entered
On gas port, stop that the medicine of storing medicine bottle 1 enters respirator body through air inlet port.It is certain, atomizer also include power supply with
And switch.
In real work, when the patient inhales, pressoreceptor 13 sensing respirator 4 in pressure change (pressure compared with
Last moment reduces), controller 23 receives the signal of pressoreceptor 13, and control electromagnet B is powered, and expiratory valve 11 is closed
Close, respirator 1 is completely cut off with recover 5.Electromagnet A14 power-off is controlled, due to the malleation of air pressure pump at air flow inlet 20
Ventilation, air-flow pushes inspiratory valve 12 open, and respirator 1 is connected with storing medicine bottle 1, and the continuation air-flow that air pressure pump is passed through is by entering
The venthole at the top of tracheae 2, under the stop of atomizing cup cover, forms gas passage at the narrow groove 6 in the periphery of air inlet pipe 2, narrow recessed
The bottom of groove 6 is connected with medicine storage tank, therefore the high velocity air of gas passage formation passes through medicine storage tank, drives the medicine liquid inside medicine storage tank
Body is atomized to form droplet particulate, and then pushes inspiratory valve 12 open into respirator 1, passes through suction port 10, reaches breathing mouth.Exhale
Suction nozzle is contained in patient oral cavity, and gas enters patients with respiratory tract to reach the purpose for the treatment of.
As the patient exhales, the pressure change (pressure increases compared with last moment) in the sensing of pressoreceptor 13 respirator,
It is that, in air-breathing, controller 23 receives the signal of pressoreceptor 13 that pressoreceptor 13, which perceives patient, and control electromagnet A14 leads to
Electricity, inspiratory valve 12 is closed, and respirator 4 is completely cut off with storing medicine bottle 1.Electromagnet B power-off is controlled, the air-flow of patient's exhalation, which is pushed open, exhales
Gas flap valve 11, respirator 4 is connected with recover 5, and air-flow enters in recover 5 through connecting tube 17, the mist contained in exhaled gas
Chemical drug thing is dissolved in hypotonic salt solution or atomization medicine stoste in recover 5, and remaining gas is discharged into by reclaiming venthole 18
In air.
The utility model drastically increases utilization ratio of drug, greatly reduces drug waste, shortens patient medication time-histories,
Accelerate Rehabilitation, mitigate patient medical expense burden and hospital costs, it is to avoid the waste of national medical insurance.The utility model is utilized
Flap valve device and highly sensitive triggering device, carry out pressure support ventilation administration, the patient of respiratory insufficiency is atomized
Treatment, at the same also reduction of patient carry out nebulae inhalation when expiratory dyspnea.The utility model is particularly suitable for use in treatment respiratory system
Disease.
Certainly, the utility model can also have other numerous embodiments, without departing substantially from the utility model spirit and its essence
In the case of, those skilled in the art can make various corresponding changes and deformation, but these according to the utility model
Corresponding change and deformation should all belong to the scope of the claims appended by the utility model.
Claims (10)
1. a kind of continuous flow atomizer, it is characterised in that：Including storing medicine bottle (1), air inlet pipe (2), cup cover (3), respirator (4)
With recover (5), the respirator (4) is three-port structure, and respirator (4) includes air inlet port, suction port (10) and outlet
Port (9), the air inlet port is connected with the whorl of bottleneck of storing medicine bottle (1), in the storing medicine bottle (1) provided with medicine storage tank (7) and
Put at the top of air inlet pipe (2), the air inlet pipe (2) in medicine storage tank (7), the cup cover (3) is covered in air inlet pipe (2), cup cover
(3) venthole (8) at the top of the passage connected with medicine storage tank (7), the air inlet pipe (2) is left between air inlet pipe (2) with leading to
Road is connected, and the medicine storage tank (7) communicates with air inlet port；
The air outlet (9) is connected by connecting tube (17) with recover (5), is provided with and is reclaimed out at the top of the recover (5)
Stomata (18), the bottom of the recover (5) is provided with the decoction recovery holes connected with medicine storage tank (7), the decoction recovery holes
It is provided with switch.
2. continuous flow atomizer according to claim 1, it is characterised in that：Inspiratory valve is provided with the air inlet port
(12), the air outlet (9) is provided with expiratory valve (11), and the inspiratory valve (12) and expiratory valve (11) are unidirectional
Flap valve.
3. continuous flow atomizer according to claim 2, it is characterised in that：The respirator (4) also includes controller
(23), pressoreceptor (13), electromagnet A (14) and electromagnet B, the pressoreceptor (13) are arranged on suction port (10)
Place, the electromagnet A (14) is arranged at air inlet port, and described inspiratory valve (12) one end is hinged with respirator (4), and air-breathing is lived
Valve (12) other end is provided with the iron plate being adapted to electromagnet A (14), and the electromagnet B is arranged on air outlet (9) place, described to exhale
Gas flap valve (11) one end is hinged with respirator (4), and expiratory valve (11) other end is provided with the iron plate being adapted to electromagnet B, described
Pressoreceptor (13), electromagnet A (14) and electromagnet B are electrically connected with controller (23).
4. continuous flow atomizer according to claim 1, it is characterised in that：It is provided with back vertically in the recover (5)
Tracheae (16) is taken in, the inlet end for reclaiming air inlet pipe (16) stretches out recover (5), reclaims the gas outlet position of air inlet pipe (16)
In recover (5) bottom, the connecting tube (17) connects recover (5) inside by reclaiming air inlet pipe (16).
5. continuous flow atomizer according to claim 1, it is characterised in that：The switch includes being used to block decoction time
The plug rod (19) of batter, recover (5) lateral wall is provided with the through hole pierced into for plug rod (19), the length of plug rod (19)
Degree is more than the distance between decoction recovery holes and through hole.
6. continuous flow atomizer according to claim 3, it is characterised in that：Air outlet (9) inwall is provided with ring
Shape projection (15), the electromagnet B is in ring-type projection (15), and described expiratory valve (11) one end is cut with scissors with ring-type projection (15)
Connect, the expiratory valve (11) is located at the outside of ring-type projection (15).
7. continuous flow atomizer according to claim 1, it is characterised in that：The top of the air inlet pipe (2) is in circular cone
Shape, the bottom surface of cup cover (3) is provided with the funnel-shaped recesses with being adapted at the top of air inlet pipe (2), the top surface and funnel of the air inlet pipe (2)
Gap is left in the bottom surface of connected in star, and the venthole (8) connects with gap, and the lateral wall of the air inlet pipe (2) offers at least 4
The narrow groove of bar (6), the top of the narrow groove (6) is connected with gap, and the bottom of the narrow groove (6) is connected with medicine storage tank (7).
8. continuous flow atomizer according to claim 2, it is characterised in that：The inspiratory valve (12) and expiratory valve
(11) it is tricuspid valve.
9. continuous flow atomizer according to claim 1 or 5, it is characterised in that：The recover (5) is located at storing medicine bottle
(1) on lateral wall.
10. continuous flow atomizer according to claim 1, it is characterised in that：The recovery venthole (18) is provided with
It is vented flap valve (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621026466.XU CN206454080U (en) | 2016-08-31 | 2016-08-31 | A kind of continuous flow atomizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621026466.XU CN206454080U (en) | 2016-08-31 | 2016-08-31 | A kind of continuous flow atomizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206454080U true CN206454080U (en) | 2017-09-01 |
Family
ID=59692638
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621026466.XU Expired - Fee Related CN206454080U (en) | 2016-08-31 | 2016-08-31 | A kind of continuous flow atomizer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206454080U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106310468A (en) * | 2016-08-31 | 2017-01-11 | 四川大学华西医院 | Sustainable air flow atomizer |
| CN107551367A (en) * | 2017-10-19 | 2018-01-09 | 长乐智睿恒创节能科技有限责任公司 | A kind of detachable medical air compression atomizing device for breathing problem |
| CN109157719A (en) * | 2018-09-27 | 2019-01-08 | 电子科技大学 | A kind of vaporizer sucking mask |
| CN109260555A (en) * | 2018-07-26 | 2019-01-25 | 合肥康居人智能科技有限公司 | A kind of multi-functional bite of vaporizer |
| CN109550123A (en) * | 2018-11-22 | 2019-04-02 | 徐宜全 | A kind of Multifunctional internal medicine atomizer |
-
2016
- 2016-08-31 CN CN201621026466.XU patent/CN206454080U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106310468A (en) * | 2016-08-31 | 2017-01-11 | 四川大学华西医院 | Sustainable air flow atomizer |
| CN107551367A (en) * | 2017-10-19 | 2018-01-09 | 长乐智睿恒创节能科技有限责任公司 | A kind of detachable medical air compression atomizing device for breathing problem |
| CN107551367B (en) * | 2017-10-19 | 2020-12-01 | 江苏泰德医药有限公司 | A detachable medical air compression atomizer for respiratory disease |
| CN109260555A (en) * | 2018-07-26 | 2019-01-25 | 合肥康居人智能科技有限公司 | A kind of multi-functional bite of vaporizer |
| CN109157719A (en) * | 2018-09-27 | 2019-01-08 | 电子科技大学 | A kind of vaporizer sucking mask |
| CN109550123A (en) * | 2018-11-22 | 2019-04-02 | 徐宜全 | A kind of Multifunctional internal medicine atomizer |
| CN109550123B (en) * | 2018-11-22 | 2020-08-11 | 徐宜全 | Multi-functional atomizer for internal medicine |
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