CN207592145U - A kind of atomizer - Google Patents
A kind of atomizer Download PDFInfo
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- CN207592145U CN207592145U CN201721532142.8U CN201721532142U CN207592145U CN 207592145 U CN207592145 U CN 207592145U CN 201721532142 U CN201721532142 U CN 201721532142U CN 207592145 U CN207592145 U CN 207592145U
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Abstract
The utility model discloses a kind of atomizer, including bottle, nozzle, air induction conduit and one-way valve structures.The accommodating cavity being internally provided with for housing liquid to be atomized of bottle, nozzle are connect with bottle, and close accommodating cavity, and nozzle offers air inlet.Air induction conduit is set to nozzle, and the first end of air induction conduit is connected with air inlet, and second end stretches into accommodating cavity.One-way valve structures include valve inlet and valve outlet, and fluid can flow to valve outlet from valve inlet and be unable to reverse circulated, and valve inlet is connected with second end.The valve inlet of one-way valve structures is connected with the second end of air induction conduit, only gas is allowed to pass through valve inlet from air induction conduit, it is flowed into accommodating cavity from valve outlet, without the liquid to be atomized in accommodating cavity is allowed reversely to be flowed into valve inlet and air induction conduit from valve outlet, it can be leaked into outside atomizer from air induction conduit to avoid liquid to be atomized, it avoids polluting other articles, improves the leak-proof energy of atomizer, improve user experience.
Description
Technical field
Technical field more particularly to a kind of atomizer the utility model is related to atomization plant.
Background technology
Atomizer is a kind of equipment atomized the liquid into, and the diffusivity for the droplet that liquid is formed after being atomized is fine, is being cured
Treating many fields such as equipment, agriculture field, industrial equipment, champignon instrument has application.For example, atomizer can be used in medical treatment neck
Domain after mixing water-soluble liquid and water, forms droplet and sprays into the air flue of patient, then be inhaled by a patient, directly act on lesion.
In champignon instrument, such as fumigating machine etc., it is micro- hydrone and the plants essential oil of dissolving etc. can be resolved into a diameter of 0.1~5
The droplet of rice is distributed among the air of surrounding, makes air that can also improve the humidity of air full of fragrance, it is empty to be conducive to purification
Gas, while achieve the effect that virtue treatment, it is medium to be widely used in family, office or automobile.
Fumigating machine generally comprises bottle and nozzle.Bottle is provided with accommodating cavity, for housing plants essential oil.It is opened up on nozzle
Air inlet and exhaust outlet, air inlet are connected by air induction conduit with accommodating cavity, and exhaust outlet is connected by exhaust manifolds with accommodating cavity.
Nozzle closes accommodating cavity, and is sprayed after plants essential oil is atomized by gas vent.Existing fumigating machine is typically no into conductance
Corresponding leakage-proof structure is set at pipe, and when fumigating machine is in tilt state, essential oil may be leaked from air induction conduit, not only waste essence
Oil, it is also possible to pollute other articles.
Utility model content
The purpose of this utility model is that proposing a kind of atomizer, it can prevent liquid from being leaked from air induction conduit.
For this purpose, the utility model uses following technical scheme：
A kind of atomizer, including：
Bottle is internally provided with the accommodating cavity for housing liquid to be atomized；
Nozzle is connect with bottle, and closes accommodating cavity, and nozzle offers air inlet；
Air induction conduit is set to nozzle, and the first end of air induction conduit is connected with air inlet, and second end is stretched into accommodating cavity；
One-way valve structures, including valve inlet and valve outlet, fluid can flow to valve outlet from valve inlet and be unable to reverse circulated,
Valve inlet is connected with the second end of air induction conduit.
Further, one-way valve structures include：
Valve body is provided with valve inlet and valve outlet；
Flexible membrane, positioned at the outside of valve outlet, the part of flexible membrane is connect with valve body, when flexible membrane is connected to valve
During outlet, valve outlet can be closed.
Further, one end of valve body is spherical in shape, and the first plane is provided in spherical outer surface, and valve outlet is located at the
In one plane, flexible membrane abuts to close valve outlet with the first plane.
Further, the quantity at least two of the first plane, in each first plane setting be both provided with valve outlet, often
Flexible membrane is both provided at a valve outlet.
Further, the quantity of the first plane is two, and two the first planes are oppositely arranged, and valve body offers connection two
The diaphragm mounting hole of first plane, the middle part of flexible membrane are located in diaphragm mounting hole, and the both sides of flexible membrane expose to diaphragm
The part of mounting hole can be connected to the first adjacent plane.
Wherein, nozzle is equipped with ultrasonic wave air pump, and the inlet end of ultrasonic wave air pump is connected with air inlet, outlet side and air inlet
Conduit connects.
Further, filled with filtering noise-reducing components in air inlet.
Further, it is provided with buffer unit between ultrasonic wave air pump and the mounting surface of nozzle.
Wherein, atomizer further includes exhaust manifolds, and exhaust outlet is offered on nozzle, and one end and the exhaust outlet of exhaust manifolds connect
Logical, the other end is connected with accommodating cavity.
Further, the quantity of exhaust manifolds is at least two.
Further, exhaust ports are provided with leakage barriers, and multiple through-holes are formed in leakage barriers.
Further, exhaust ports are provided with solenoid valve, and exhaust outlet can be closed or be opened to solenoid valve.
Advantageous effect：The utility model provides a kind of atomizer, including bottle, nozzle, air induction conduit and check valve knot
Structure.The accommodating cavity being internally provided with for housing liquid to be atomized of bottle, nozzle are connect with bottle, and close accommodating cavity, nozzle
Offer air inlet.Air induction conduit is set to nozzle, and the first end of air induction conduit is connected with air inlet, and second end stretches into accommodating cavity
It is interior.One-way valve structures include valve inlet and valve outlet, and fluid can flow to valve outlet from valve inlet and be unable to reverse circulated, valve inlet
It is connected with the second end of air induction conduit.The valve inlet of one-way valve structures is connected with the second end of air induction conduit, only allow gas from
Air induction conduit pass through valve inlet, be flowed into accommodating cavity from valve outlet, without allow accommodating cavity in liquid to be atomized reversely from
Valve outlet is flowed into valve inlet and air induction conduit, can be leaked into outside atomizer from air induction conduit to avoid liquid to be atomized
Portion avoids polluting other articles, improves the leak-proof energy of atomizer, also improves the usage experience of user.
Description of the drawings
Fig. 1 is the structure diagram of atomizer provided by the utility model.
Fig. 2 is the explosive view one of atomizer provided by the utility model.
Fig. 3 is the explosive view two of atomizer provided by the utility model (noise-reducing components are not shown).
Fig. 4 is the sectional view of atomizer provided by the utility model.
Fig. 5 is the partial enlarged view at the A of Fig. 4.
Fig. 6 is the sectional view of the top half of atomizer provided by the utility model.
Fig. 7 is the explosive view of the one-way valve structures of atomizer provided by the utility model (noise-reducing components are not shown).
Fig. 8 is the one-way valve structures of atomizer provided by the utility model and the installation diagram of air inlet pipe.
Wherein：
1- bottles, 11- accommodating cavities, 12- hickeys, 2- nozzles, 21- air inlets, 22- exhaust outlets, 220- buffering areas,
31- air induction conduits, 32- exhaust manifolds, 4- one-way valve structures, 41- valve bodies, the first planes of 411-, 412- diaphragm mounting holes, 42-
Valve inlet, 43- valve outlets, 44- flexible membranes, 5- ultrasonic wave air pumps, 6- filtering noise-reducing components, 7- buffer units, 81- leakproofs
Part, 82- solenoid valves, 91- shells, 92- outer covers, 910- viewing areas, 921- air admission holes, 93-PCB, 94- springs, 95- buttons,
96- indicator lights.
Specific embodiment
The technical issues of to solve the utility model, the technical solution used and the technique effect reached are clearer,
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
The embodiment of the utility model provides a kind of atomizer, can be used for champignon instrument, for example as fumigating machine etc.,
It after the atomizations such as plants essential oil, distributes among the air of surrounding, air is made to be full of fragrance, the humidity of air can also be improved,
Be conducive to purify air, while achieve the effect that virtue treatment.Certainly, this atomizer can be used for other fields for needing to be atomized.
As shown in Fig. 1~Fig. 8, the atomizer of the present embodiment includes bottle 1 and nozzle 2.Bottle 1 is internally provided with accommodating cavity
11, accommodating cavity 11 is used to house liquid to be atomized, such as plants essential oil.Nozzle 2 is connect with bottle 1, and closes accommodating cavity 11, spray
First 2 offer air inlet 21.
In order to protect Ethereal oil bottle, avoid the problem that leading to Ethereal oil bottle fragmentation when atomizer collides, the atomization of the utility model
Device further includes the shell 91 being set in outside bottle 1, and shell 91 can be fixed with outer cover 92 by modes such as fastenings.Outer cover 92 is arranged
In the outside of nozzle 2, outer cover 92 offers air admission hole 921 in the 21 corresponding position of air inlet of nozzle 2, convenient for air inlet 21 into
Gas.Bottle 1 is built in the inside of shell 91, and the side wall of shell 91 can open up bar-shaped trough, to be atomized in bottle 1 for observing
The volume of liquid.Printed circuit board (Printed Circuit Board, PCB) 93 is additionally provided in outer cover 92, for controlling mist
Change device work.Outer cover 92 is additionally provided with button 95 and indicator light 96.Button 95 is used as power switch, and indicator light 96 is used to indicate mist
Change the working condition of device, button 95 and indicator light 96 are connect with PCB93.Button 95 is arranged with spring 94, for keeping pressing
Button 95 sets back after pressing.
Further, viewing area 910 is provided on shell 91, is transparent or semitransparent situation in the body of bottle 1
Under, user can observe the situation of the essential oil liquid level in bottle 1 by viewing area 910, when the essential oil deficiency in bottle 1,
User can add essential oil in time.In the present embodiment, viewing area 910 is the two symmetrical items directly hollowed out on shell 91
Shape hollow-out parts.In other embodiments, viewing area 910 can also be one transparent region of setting on shell 91.It can manage
Solution, atomizer not necessarily include shell 91, can only include outer cover 92, nozzle 2 and bottle 1.
Further, bottle 1 and nozzle 2 are also respectively provided with mutual corresponding hickey 12, and bottle 1 is connect by screw thread
Mouth 12 is connect with nozzle 2.When user needs replacing bottle 1 or removes the injection essential oil of bottle 1, rotary nozzle 2 is only needed, so that it may
Bottle 1 to be detached with nozzle 2；It is similary that only bottle 1 need to be connect and be revolved with nozzle 2 when user needs to be reinstalled bottle 1
Turn nozzle 2, just complete the installation of atomizer, it is easy to operate, it is versatile, it is very easy to use.
Air induction conduit 31 is provided on nozzle 2, in the present embodiment, air induction conduit 31 is fixed on the central region of nozzle 2,
And pass through nozzle 2.The first end of air induction conduit 31 is connected with air inlet 21, and the second end of air induction conduit 31 stretches into accommodating cavity 11
It is interior, and one-way valve structures 4 are provided at second end.One-way valve structures 4 include valve inlet 42 and valve outlet 43, and fluid can be from
Valve inlet 42 flows to valve outlet 43 and is unable to reverse circulated, and valve inlet 42 is connected with the second end of air induction conduit 31.
At work, gas can enter atomizer from air inlet 21, after the first end of air induction conduit 31, from air inlet
The second end of conduit 31 enters in the valve inlet 42 of one-way valve structures 4, and then the accommodating cavity 11 of bottle 1 is flowed into from valve outlet 43
It is interior.Due to one-way valve structures, 4 allow fluid one-way flows, no matter whether atomizer is in running order, bottle 1
Liquid to be atomized in accommodating cavity 11 can not be in reverse reflux to the valve inlet 42 of one-way valve structures 4, can not be by into conductance
Pipe 31 is leaked to outside atomizer, to avoid other articles are polluted, can be improved the leak-proof energy of atomizer, also be improved use
The usage experience at family.
Specifically, in the present embodiment, one-way valve structures 4 include valve body 41 and flexible membrane 44, are set on valve body 41
There are valve inlet 42 and valve outlet 43.Flexible membrane 44 is located at the outside of valve outlet 43, and part and the valve body 41 of flexible membrane 44 connect
It connects, the part not connect with valve body 41 in order to flexible membrane 44 forms free end and automatic movable.When gas is from air induction conduit
31 when entering in valve body 41, washes flexible membrane 44 open at valve outlet 43, enters in accommodating cavity 11.Do not have gas from into
When being flowed into airway 31, flexible membrane 44 is extruded by the pressure of liquid to be atomized and is connected to valve outlet 43, flexible membrane
Piece 44 can close valve outlet 43, and liquid to be atomized is avoided to enter in valve outlet 43.Such one-way valve structures 4 are simple in structure, envelope
It is good to close effect, and intake resistance is small.Flexible membrane 44 may be used the materials such as rubber making so that flexible membrane 44 have compared with
Good softness, is easily fitted on valve outlet 43, valve outlet 43 is closed.Since flexible membrane 44 needs and liquid to be atomized
Body contacts, and therefore, the material of flexible membrane 44 also needs to be adjusted correspondingly according to the type of liquid to be atomized.If treat mist
Changing liquid has certain corrosivity, and rubber can be impacted, then need to adjust corresponding material, avoid to flexible membrane 44
It impacts, flexible membrane 44 is also avoided to pollute liquid to be atomized.
In the present embodiment, one end of valve body 41 is substantially spherical in shape, and spherical outer surface is provided with the first plane
411, valve outlet 43 is located in the first plane 411, and flexible membrane 44 abuts to close valve outlet 43 with the first plane 411.It is spherical
Outer surface can increase contact area with liquid to be atomized, be conducive to increase the pressure that flexible membrane 44 is subject to, so as to increase
Strong flexible membrane 44 is to the sealing effect of valve outlet 43.First plane 411 be conducive to keep valve outlet 43 it is smooth, convenient for it is soft
Property 44 fitted seal of diaphragm, further improves sealing effect.In order to reduce intake resistance, two can be set on valve body 41
One plane 411, in each first plane 411 setting be both provided with valve outlet 43, be both provided with flexible membrane at each valve outlet 43
Piece 44.The quantity of first plane 411 can also more than two, when the quantity of the first plane 411 is more, the gross area of valve outlet 43
It is bigger, more advantageously reduce intake resistance.Certainly, the structure of check valve 41 is also more complicated at this time, therefore, the first plane 411
Quantity needs to select suitable value according to actual conditions.
In the present embodiment, the length of air induction conduit 31 can be more than the height of bottle 1, can be with the bottom of valve body 41
Subject to the bottom of accommodating cavity 1 abuts, so as to utilize the liquid in accommodating cavity 1 to greatest extent, waste is reduced to the greatest extent.It is accommodating
The bottom of chamber 1 generally will not be the concave surface of spherical surface, therefore, valve body 41 is arranged to it is substantially spherical in shape, can to avoid valve body 41 with
The bottom of accommodating cavity 1 abuts completely so that forms gap between the bottom of valve body 41 and accommodating cavity 1, avoids blocking valve completely and
Mouth 43, influences the use of atomizer.
In the present embodiment, the quantity of the first plane 411 is two, and two the first planes 411 are oppositely arranged.In valve
Body 1 offers the diaphragm mounting hole 412 of two the first planes 411 of connection, and diaphragm mounting hole 412 is not communicated with valve outlet 43, soft
The middle part of property diaphragm 44 is located in diaphragm mounting hole 412, and the part that the both sides of flexible membrane expose to diaphragm mounting hole 412 can be supported
It is connected to the first adjacent plane 411.Diaphragm mounting hole 412 is for fixing flexible membrane 44, and due to setting, there are two the first planes
411 and two valve outlets 43, the both ends of flexible membrane 44 need to close off two opposite valve outlets 43, flexible membrane 44
After middle part is threaded through diaphragm mounting hole 412, the both sides of flexible membrane 44 respectively apply the middle part of flexible membrane 44 opposite power
And cut down each other.Therefore, the middle part of flexible membrane 44 is pulled and is detached from the power very little of diaphragm mounting hole 412, flexible membrane by both sides
Piece 44 can be firmly installed in diaphragm mounting hole 412 very much.
Further, since one end of valve body 1 is substantially spherical in shape, therefore, valve outlet 43 substantially can generally circular or semicircle
Shape, the transverse width of diaphragm mounting hole 412 could be provided as the maximum width more than valve outlet 43, then two by flexible membrane 44
The shape of side is consistent with the shape of corresponding valve outlet 43, and the maximum width of flexible membrane 44 does not all exceed diaphragm at this time
The transverse width of mounting hole 412.In assembling, it is only necessary to pass through the side of flexible membrane 44 from diaphragm mounting hole 412, directly
It is located in diaphragm mounting hole 412 to the middle part of flexible membrane 44, it is simple in structure, it is easy to assembly.In addition, one-way valve structures 4
Other than above-mentioned structure, other structures can also be used, for example can be set in the inside of corresponding valve outlet corresponding
The structures such as tension spring are inwardly connected at valve outlet from the internal flexible membrane pulled on the outside of valve outlet, further improve flexible membrane
The leakproofness of piece.It either changes flexible membrane into ball sealer, valve outlet is arranged to circular hole, phase is set in the inside of valve outlet
The extension spring structure answered, tension spring can pull ball sealer to be connected on circular hole, valve outlet sealed.In short, every can realize keeps
The one-way flow of fluid cannot reversely circulate, and can avoid liquid to be atomized from air induction conduit internal leakage to atomizer
It is external.
In order to promote atomizing effect, in the present embodiment, the inside of nozzle 2 is equipped with ultrasonic wave air pump 5, ultrasonic wave air pump
5 inlet end is connected with air inlet 21, and outlet side is connected with air induction conduit 31.Piezoelectric type air pump may be used in ultrasonic wave air pump 5.
When gas enters accommodating cavity 11 with the frequency of ultrasonic wave along air induction conduit 31, when being contacted with liquid to be atomized, liquid to be atomized
Cognition is atomized by the cavitation of ultrasonic wave.Cavitation refers to micro-bubble core in liquid under ul-trasonic irradiation
Vibration is generated, when acoustic pressure reaches certain value, bubble will expand rapidly, then be closed suddenly, and impact is generated when bubble is closed
Wave.A series of dynamic processes such as this expansion, closure, oscillation are referred to as cavitation.In cavitation, liquid to be atomized
Cognition is atomized into nano level small droplet, reaches good atomizing effect.
Ultrasonic wave air pump 5 has buffer unit 7, which can be EVA (ethylene-vinyl
Acetate copolymer, ethylene-vinyl acetate copolymer) foam or silicagel pad, when working for alleviating ultrasonic wave air pump 5
Vibrate the impact generated.Since ultrasonic wave air pump 5 can vibrate at work, noise is inevitably generated, and the impact meeting pair vibrated
The service life of atomizer impacts.Therefore, the utility model sets buffer unit, Neng Gouyou in the bottom of ultrasonic wave air pump
Effect alleviates the impact generated when ultrasonic wave air pump 5 works, extends the service life of atomizer.
For plants essential oil etc. has certain corrosive liquid, matched using ultrasonic wave air pump 5 and air induction conduit 31
It closes, plants essential oil can be atomized and contacts and be corroded with plants essential oil to avoid supersonic gas pump 5.Also, supersonic gas
Pump 5 itself also inputs gas as air pump into accommodating cavity 11, can increase the air pressure in accommodating cavity 11, will be atomized
Droplet discharge afterwards does not need to that fan or exhaust air pump are separately provided again, further simplifies structure.
Atomizer further includes exhaust manifolds 32, and exhaust manifolds 32 are fixed with nozzle 2, and exhaust outlet 22 is offered on nozzle 2, row
One end of airway 32 is connected with exhaust outlet 22, and the other end is connected with accommodating cavity 11, and the droplet after being atomized is along exhaust manifolds
32 discharge from exhaust outlet 22.
In the present embodiment, atomizer has two exhaust manifolds 32 being arranged in parallel, but the quantity of exhaust manifolds 32 is not
It is limited to two or two or more.As shown in fig. 6, two exhaust manifolds 32 are arranged side by side.Atomizer exports essential oil fog
When, the pressure of more 32 energy essential oil dispersion fog of exhaust gas-guide tube reduces noise during fog output.Further, since liquid has
There is surface tension, much thinner exhaust manifolds 32 are set, the exhaust manifolds thicker compared to one can more prevent essential oil from row
Airway flow out and caused by oil leakage phenomenon.
Further, a buffering area 220 is equipped in exhaust outlet 22, which is a space, and essential oil fog holds certainly
It puts chamber 11 and is discharged to buffering area 220 through exhaust manifolds 32, then discharge release outside exhaust outlet 22 by buffering area 220.Essential oil fog
Entering wider buffering area 220 from relatively narrow exhaust manifolds 32, the airflow noise change of tune is small, 220 suitable anechoic chambers of buffering area, into
One step reduces the noise of essential oil fog output.Moreover, essential oil fog is by buffering and then is diffused into air, will not go out
The phenomenon that existing fog sprays intermittently can keep continuously going out the effect of mist, provide preferable usage experience.
Further, the connection of air inlet 21 one is used to direct the air into the air induction conduit 31 in accommodating cavity 11, air induction conduit
31 extend to the bottom of accommodating cavity 11, that is, extend under the essential oil liquid level in Ethereal oil bottle.Gas ultrasonic pump 5 is by air from air inlet
It after 21 inhalation spray heads 2, is pumped air into essential oil further through air induction conduit 31, so as to make essential oil atomisation, generates essential oil fog.
Further, one is provided at air inlet 21 for being filtered to the air for entering atomizer, and to importing
The noise generated during air carries out the Filtration Filtration noise-reducing components 6 of noise reduction process, which can include living
Property Carbon fibe, foamed fibre or filtering noise reduction cotton.
The utility model can will enter mist by setting Filtration Filtration noise-reducing components 6 at the air inlet 21 of atomizer
The air for changing device is filtered, and the dust in air is avoided to enter in accommodating cavity 11, protects essential oil not contaminated, in addition can also be right
The noise that ultrasonic wave air pump 5 generates when sucking air from air inlet 21 carries out noise reduction process.
In the present embodiment, in order to improve leak preventing effect, leakage barriers 81 can be set at exhaust outlet 22, in leakage barriers 81
It is formed with multiple through-holes.The diameter of through-hole is generally smaller, and through-hole passes through droplet by that will not have an impact, and in the through-hole
During liquid, the circulation of liquid can be hindered due to surface tension increase, the liquid such as essential oil can be increased from exhaust manifolds 32
The resistance of leakage improves leak preventing effect.Specifically, stainless steel mesh sheet etc. may be used in leakage barriers 81, increase essence using mesh
The resistance of oil leakage.
In addition it is also possible to set solenoid valve 82 at exhaust outlet 22, solenoid valve 82 can close or open exhaust outlet 22, work as mist
When change device is stopped, control solenoid valve 82 closes exhaust outlet 22, and liquid to be atomized is avoided to be leaked from exhaust outlet 22.
More than content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes, the content of the present specification should not be construed as in specific embodiments and applications
Limitation to the utility model.
Claims (12)
1. a kind of atomizer, which is characterized in that including：
Bottle (1) is internally provided with the accommodating cavity (11) for housing liquid to be atomized；
Nozzle (2) is connect with the bottle (1), and closes the accommodating cavity (11), and the nozzle (2) offers air inlet
(21)；
Air induction conduit (31), is set to the nozzle (2), and first end and the air inlet (21) of the air induction conduit (31) connect
Logical, second end is stretched into the accommodating cavity (11)；
One-way valve structures (4), including valve inlet (42) and valve outlet (43), fluid can flow to the valve from the valve inlet (42)
It exports (43) and is unable to reverse circulated, the valve inlet (42) connects with the second end of the air induction conduit (31).
2. atomizer as described in claim 1, which is characterized in that the one-way valve structures (4) further include：
Valve body (41) is provided with the valve inlet (42) and the valve outlet (43)；
Flexible membrane (44), positioned at the outside of the valve outlet (43), the part of the flexible membrane (44) and the valve body
(41) it connects, when the flexible membrane (44) is connected to the valve outlet (43), the valve outlet (43) can be closed.
3. atomizer as claimed in claim 2, which is characterized in that one end of the valve body (41) is spherical in shape, and in spherical shape
Outer surface is provided with the first plane (411), and the valve outlet (43) is on first plane (411), the flexible membrane
(44) it abuts to close the valve outlet (43) with first plane (411).
4. atomizer as claimed in claim 3, which is characterized in that the quantity at least two of first plane (411), often
The valve outlet (43) is both provided on a first plane (411), is both provided at each valve outlet (43) described
Flexible membrane (44).
5. atomizer as claimed in claim 4, which is characterized in that the quantity of first plane (411) is two, two institutes
It states the first plane (411) to be oppositely arranged, the valve body (41) offers the diaphragm installation of two first planes (411) of connection
Hole (412), the middle part of the flexible membrane (44) are located in the diaphragm mounting hole (412), and the two of the flexible membrane (44)
The part that side exposes to the diaphragm mounting hole (412) can be connected to adjacent first plane (411).
6. such as Claims 1 to 5 any one of them atomizer, which is characterized in that the nozzle (2) is equipped with ultrasonic wave air pump
(5), the inlet end of the ultrasonic wave air pump (5) is connected with the air inlet (21), and outlet side connects with the air induction conduit (31)
It is logical.
7. atomizer as claimed in claim 6, which is characterized in that filled with filtering noise-reducing components in the air inlet (21)
(6)。
8. atomizer as claimed in claim 6, which is characterized in that the ultrasonic wave air pump (5) and the installation of the nozzle (2)
Buffer unit (7) is provided between face.
9. such as Claims 1 to 5 any one of them atomizer, which is characterized in that further include exhaust manifolds (32), the nozzle
(2) exhaust outlet (22) is offered on, one end of the exhaust manifolds (32) is connected with the exhaust outlet (22), the other end with it is described
Accommodating cavity (11) connects.
10. atomizer as claimed in claim 9, which is characterized in that the quantity of the exhaust manifolds (32) is at least two.
11. atomizer as claimed in claim 9, which is characterized in that be provided with leakage barriers (81), institute at the exhaust outlet (22)
It states and is formed with multiple through-holes in leakage barriers (81).
12. atomizer as claimed in claim 9, which is characterized in that be provided with solenoid valve (82), institute at the exhaust outlet (22)
The exhaust outlet (22) can be closed or open by stating solenoid valve (82).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721532142.8U CN207592145U (en) | 2017-11-16 | 2017-11-16 | A kind of atomizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721532142.8U CN207592145U (en) | 2017-11-16 | 2017-11-16 | A kind of atomizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207592145U true CN207592145U (en) | 2018-07-10 |
Family
ID=62760063
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721532142.8U Active CN207592145U (en) | 2017-11-16 | 2017-11-16 | A kind of atomizer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207592145U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107744909A (en) * | 2017-11-16 | 2018-03-02 | 深圳市邻友通科技发展有限公司 | A kind of atomizer |
-
2017
- 2017-11-16 CN CN201721532142.8U patent/CN207592145U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107744909A (en) * | 2017-11-16 | 2018-03-02 | 深圳市邻友通科技发展有限公司 | A kind of atomizer |
| CN107744909B (en) * | 2017-11-16 | 2023-10-31 | 深圳市艾斯龙科技有限公司 | Atomizer |
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