CN106108119A - A kind of with vibration shape oil dripping nebulizer - Google Patents
A kind of with vibration shape oil dripping nebulizer Download PDFInfo
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- CN106108119A CN106108119A CN201610659556.0A CN201610659556A CN106108119A CN 106108119 A CN106108119 A CN 106108119A CN 201610659556 A CN201610659556 A CN 201610659556A CN 106108119 A CN106108119 A CN 106108119A
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- vibration
- oil
- drive shaft
- nebulizer
- vibration cavity
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- A24F47/008—
Abstract
The invention discloses a kind of with vibration shape oil dripping nebulizer, it includes following assembly: hollow cylindrical base (301), its top is provided with the vibration cavity (302) of hollow boss, base (301) sidewall is provided with air inlet (303), having annular slot (304) on vibration cavity (302) sidewall, an elastic vibration diaphragm (305) is tightened and is fixed on this annular slot (304).Preferably, described base (301) bottom has perforate (306).
Description
Technical field:
The invention belongs to electronic smoke atomizer technical field, specifically, relate to a kind of with vibration shape oil dripping nebulizer.
Background technology:
Commercially available electronic cigarette is many with Electric heating heating atomization ree-oil, and wherein, core component is atomization core, and it includes heating
Silk or heating and the coiling bobbin thereof such as heat generating ceramic, the oil-deflecting element such as glass, organic cotton, Cotton Gossypii.Ree-oil in oil storage element
Being delivered on heating by oil-deflecting element, during energising suction, the high temperature of heating makes ree-oil thereon be atomized, and is formed
The air that is inhaled into of steam be cooled to suck smog (aerosol).
Electric heating type electronic cigarette experienced by the process of high-temperature heating due to atomization core and contained ree-oil thereof, when suction,
High temperature may make atomization core material crack, comes off, carbonization or dissolution, and heater element also can cause dry combustion method because of hot-spot,
Make to aspirate organoleptic quality decline and there is potential healthy hidden danger；Some aroma components contained in ree-oil also can be at high temperature
Decompose rotten, cause suction abnormal flavour or aroma change, thus directly affect suction quality.
People wish to use non-power hot type atomizing type to be atomized ree-oil always.Main way is electrical heating atomization at present,
Although people pay close attention to ultrasonic atomization mode always, but ultrasonic generator is the biggest so that electronic cigarette volume is excessive.People still wish
Hope there is other vibratory atomizer mode in addition to supersonic vibration.
The invention aims to solve the problems referred to above, it is provided that a kind of with vibration shape oil dripping nebulizer.
Summary of the invention
It is an object of the invention to be achieved through the following technical solutions:
A first aspect of the present invention relates to a kind of with vibration shape oil storage nebulizer, and it includes following assembly:
Oil storage part 1, it comprises central passage 104 and the bunker 103 around described central passage 104, has the end bottom it
Seat 105, wherein said central passage 104 sidewall has two inwardly projecting oil-ins 120, described base 105 has into
Pore 121, this air inlet 121 and described central passage 104 airflow connection；
Porous vibrating member 2, it is positioned at described central passage 104, and it comprises vibration cavity 202 and position oil-deflecting element in the inner
203, the sidewall of vibration cavity 202 has some micropores 207, vibration cavity 202 top has upper end cover 201, and bottom has lower end
Lid 204 and the source connection 206 that shakes being connected with this bottom end cover 204；The outside sheathed spring 205 of vibration cavity 202.
Preferably, described upper end cover 201 connects again and has localization handspike 200, bottom this localization handspike 200, there is positioning sleeve
Ring 212 is to be enclosed within described upper end cover 201 periphery, and this positioning ring 212 periphery is provided with several gear teeth 213.
Preferably, described bottom end cover 204 is cased with the first sealing ring 208 with described vibration cavity 202 junction.
Preferably, described bottom end cover 204 has two protuberances in left and right, and it is cased with the second sealing ring 209 and the respectively
Three sealing rings 210.
Preferably, the shape of two protuberances in left and right of described bottom end cover 204 matches with said two oil-in 120.
Preferably, the described top inner wall of end of central passage 104 have some circumferentially disposed spacing draw-in grooves 107 and limit
Position lobe 108, several gear teeth 213 that the shape of wherein said spacing draw-in groove 107 is provided with described positioning ring 212 periphery
Mating shapes, in order to be fitted to each other and play position-limiting action.
A second aspect of the present invention relates to a kind of with vibration shape oil dripping nebulizer, and it includes following assembly:
Hollow cylindrical base 301, its top is provided with the vibration cavity 302 of hollow boss, and base 301 sidewall is provided with air inlet
303, vibration cavity 302 sidewall has annular slot 304, an elastic vibration diaphragm 305 is tightened and is fixed on this annular slot 304
On.
Preferably, bottom described base 301, there is perforate 306.
A third aspect of the present invention relates to a kind of starting of oscillation-with vibration shape nebulizer, and it includes following assembly:
A, magnetic suspension vibrating device, it has the drive shaft end 51 for exporting vibration；
B, a kind of with vibration shape oil storage nebulizer, it has an elements below:
Oil storage part 1, it comprises central passage 104 and the bunker 103 around described central passage 104, has the end bottom it
Seat 105, wherein said central passage 104 sidewall has two inwardly projecting oil-ins 120, described base 105 has into
Pore 121, this air inlet 121 and described central passage 104 airflow connection；
Porous vibrating member 2, it is positioned at described central passage 104, and it comprises vibration cavity 202 and position oil-deflecting element in the inner
203, the sidewall of vibration cavity 202 has some micropores 207, vibration cavity 202 top has upper end cover 201, and bottom has lower end
Lid 204 and the source connection 206 that shakes being connected with this bottom end cover 204；The outside sheathed spring 205 of vibration cavity 202；
The wherein said source connection 206 that shakes is connected with described drive shaft end 51.
In the first specific embodiments of third aspect present invention, described magnetic suspension vibrating device also comprises following assembly:
Drive shaft 50, its one end as described drive shaft end 51, its other end connecting eccentric wheel 59
Compartment is enclosed within a bobbin 57 in described drive shaft 50, and it is wound with coil 58；
Two rotors 52, it is also enclosed within described drive shaft 50 and is positioned at described coil 58 both sides；
Housing 54, it surrounds described coil 58 and said two rotor 52, its perisporium also has two magnet circles 55, respectively
Around firmly said two rotor 52.
Or, in second specific embodiments arranged side by side with described first specific embodiments, described magnetic suspension vibrating
Device also comprises following assembly:
Drive shaft 50, its one end as described drive shaft end 51, its other end connecting eccentric wheel 59
Compartment is enclosed within two bobbins 57 in described drive shaft 50, and it is respectively wound with coil 58；
One rotor 52, it is also enclosed within described drive shaft 50 and between said two coil 58；
Housing 54, it surrounds two described coils 58 and described rotor 52, its perisporium also has a magnet circle 55, wherein
Described magnet circle 55 is around described rotor 52.
Preferably, in the described first or second specific embodiments, described magnet circle 55 comprises a circumferentially-spaced row of circle
The magnet bar of row, its N pole-S extreme direction is parallel with the direction of described drive shaft 50.
Described starting of oscillation-with described in vibration shape nebulizer with in vibration shape oil storage nebulizer, its various preferred embodiments are such as
In a first aspect of the present invention described in various preferred versions, repeat no more.
A fourth aspect of the present invention provides a kind of starting of oscillation-with vibration shape nebulizer, and it includes following assembly:
A, magnetic suspension vibrating device, it has the drive shaft end 51 for exporting vibration；
B, with vibration shape oil dripping nebulizer, it includes following assembly:
Hollow cylindrical base 301, its top is provided with the vibration cavity 302 of hollow boss, and base 301 sidewall is provided with air inlet
303, vibration cavity 302 sidewall has annular slot 304, an elastic vibration diaphragm 305 is tightened and is fixed on this annular slot 304
On；
In wherein said drive shaft end 51 stretches into described vibration cavity 302 and it is socketed therewith.
In the first specific embodiments of fourth aspect present invention, described magnetic suspension vibrating device also comprises following assembly:
Drive shaft 50, its one end as described drive shaft end 51, its other end connecting eccentric wheel 59
Compartment is enclosed within a bobbin 57 in described drive shaft 50, and it is wound with coil 58；
Two rotors 52, it is also enclosed within described drive shaft 50 and is positioned at described coil 58 both sides；
Housing 54, it surrounds described coil 58 and said two rotor 52, its perisporium also has two magnet circles 55, respectively
Around firmly said two rotor 52.
Or, in second specific embodiments arranged side by side with described first specific embodiments, described magnetic suspension vibrating
Device also comprises following assembly:
Drive shaft 50, its one end as described drive shaft end 51, its other end connecting eccentric wheel 59
Compartment is enclosed within two bobbins 57 in described drive shaft 50, and it is respectively wound with coil 58；
One rotor 52, it is also enclosed within described drive shaft 50 and between said two coil 58；
Housing 54, it surrounds two described coils 58 and described rotor 52, its perisporium also has a magnet circle 55, wherein
Described magnet circle 55 is around described rotor 52.
Preferably, in the described first or second specific embodiments, described magnet circle 55 comprises a circumferentially-spaced row of circle
The magnet bar of row, its N pole-S extreme direction is parallel with the direction of described drive shaft 50.
Described starting of oscillation-with described in vibration shape nebulizer with in vibration shape oil dripping nebulizer, have out bottom described base 301
Hole 306, for described drive shaft end 51 through in stretching into described vibration cavity 302 and to be socketed therewith.
The technological merit of the present invention is as follows:
The present invention does not use heating to be atomized ree-oil, but have employed mechanical vibration atomizing type and enter ree-oil
Row atomization, thus avoid the dry combustion method because high temperature causes, stick with paste core, produce potentially harmful substance, aroma component pyrolytic and
Degradation problem under suction quality.
The coaxial performance of magnetic suspension vibrating device in the present invention is good, and without friction between each part, noise is little and output power fills
Foot, service life is long.
When using with vibration shape oil storage nebulizer, oil-deflecting element can be changed, bunker can clean, and use cost is low.
When using with vibration shape oil dripping nebulizer, vibrating diaphragm can be changed, and use cost is low.
Amount of smoke can be regulated by the frequency of vibration of regulation magnetic suspension vibrating device to experience with obtaining different suctions, user
Experience.
When applying the present invention to electronic cigarette, install and vacuuming operation is simple, easy to use.
Accompanying drawing explanation
Fig. 1 is the first specific embodiments i.e. unicoil magnetic suspension vibrating device of the magnetic suspension vibrating device mentioned in the present invention
Decomposing schematic representation.
Fig. 2 is the second specific embodiments i.e. twin coil magnetic suspension vibrating device of the magnetic suspension vibrating device mentioned in the present invention
Decomposing schematic representation.
Fig. 3 is the decomposing schematic representation with vibration shape oil storage nebulizer mentioned in the present invention.
Fig. 4 is the positioning component schematic diagram of the central gas flow channel top inner wall in Fig. 3.
Fig. 5 is the ree-oil oil-in connected state of the vibration cavity with vibration shape oil storage nebulizer and the oil storage part mentioned in the present invention
State profile.
Fig. 6 is that the ree-oil oil-in of the vibration cavity with vibration shape oil storage nebulizer and the oil storage part mentioned in the present invention departs from shape
State profile.
Fig. 7 is the oil dripping type nebulizer decomposing schematic representation mentioned in the present invention.
In figure, reference implication is as follows:
1, oil storage part；103, bunker；104, central passage；105, base；107, spacing draw-in groove；108, spacing preiection portion；
120, oil-in；121, air inlet；
2, porous vibrating member；200, localization handspike；201, upper end cover；202, vibration cavity；203, oil-deflecting element；204, lower end
Lid；205, spring；206, shake source connection；207, micropore；208, the first sealing ring；209, the second sealing ring；210, the 3rd is close
Seal；212, positioning ring；213, the gear teeth；
301, hollow cylindrical base；302, vibration cavity；303, air inlet；304, annular slot；305, elastic vibration film
Sheet；306, perforate；
50, drive shaft；51, drive shaft end；52, rotor；54, housing；55, magnet circle；57, bobbin；58, coil；59, inclined
The heart is taken turns.
Detailed description of the invention
It is further elucidated with the present invention below by the detailed description of specific embodiment, but is not the limit to the present invention
System.
Magnetic suspension vibrating device operation principle and process in the present invention are as follows: the coil of magnetic suspension vibrating device (can be single
Coil or twin coil) above load the electric energy provided by rechargeable battery after, by coil make under the reversal of electric current produce
The raw magnetic field constantly changing polarity, the interaction with magnet drive drive shaft periodically clockwise with rotate counterclockwise.This
Invention uses higher frequency of vibration (usually above 30000 beats/min), utilizes the spacing of eccentric and energy storage effect, uses
The magnet circle being made up of multiple small magnets and a projection of each two small magnet respective rotor, so make the right of rotor
Answering projection to be suspended in the centre position of two Magnet, therefore, the angle that drive shaft rotates every time is less, thus realizes vibrator
Vibration and drive with the porous vibrating member (oil storage type nebulizer) in vibration shape nebulizer or vibrating diaphragm (oil dripping type nebulizer)
Vibration is occurred to make ree-oil fragmentation be fine droplet and be taken out of by air with condensation aerosol form and suck from suction nozzle end.
Described magnetic suspension vibrating device is encapsulated in containment vessel, comprises the drive shaft being arranged in housing 54 in containment vessel
50, bobbin 57, rotor 52, coil 58, magnet circle 55 and be placed in that housing 54 is outer but the bias that is connected with the described drive shaft other end
Take turns 59 parts such as grade.Wherein, one end of drive shaft extends to protective housing until constituting drive shaft outside host housing in housing
End 51, the other end of drive shaft extends to housing until being connected in protective housing and with eccentric 59 in housing.Housing two
End is provided with end cap.
As it is shown in figure 1, described magnetic suspension vibrating device can use single coil structure, specifically, housing 54 is formed in one,
Two rotors 52 are installed in the drive shaft 50 that housing is axial, lay respectively near the two ends of drive shaft, set in the perisporium of housing
There is magnet circle, respectively round said two rotor, between magnet circle can be by multiple N-S poles magnet bar circumference parallel with drive shaft
Every rearranging.Coil 58 is wound on bobbin 57, bobbin be sleeved on again drive shaft 50 outer and be positioned at said two rotor 52 it
Between, bobbin two ends are provided with limiting plate, and the housing that coil block is corresponding can offer breach, in order to access wire.
As in figure 2 it is shown, described magnetic suspension vibrating device may be used without two coil configuration, specifically, housing 54 is formed in one,
Drive shaft 50 is outer by being axially set with bobbin 57, rotor 52 and bobbin 57 successively, and rotor outer periphery is cased with magnet circle equally.
Preferably, use as in figure 2 it is shown, arrange two groups of coils in vibrator, powerful magnetic can be produced by two groups of coils
, the output of vibrator can be improved.
Magnet in described circle is permanent magnet, is made up of multiple little magnetic stripes and circumference uniform intervals is arranged in housing 54 inwall
On.Rotor is formed by the silicon steel plate stacking that many plate shapes are identical, is alternatively formed convex-concave structure.
Designed by control chip and be controlled, and provide rechargeable battery can be control chip provide electric power prop up
Hold.Preferably, control chip is respectively motion detection block by tributary circuit and output module offer electric power, motion are provided
Detection module obtains electric power support and maintains its detection campaign to vibrator, and is delivered to the information fed back to control output mould
Block so that control output module and directly control the frequency of vibration size of vibrator to maintain it to move back and forth.Motion is detected mould
Block and control that output module is integrated is integrally provided on control chip, is greatly saved its installing space, reduces cost.
Preferably, the frequency of vibration of vibrator can be regulated by frequency changer circuit integrated on control chip, thus user
Can be from the amount of smoke of main regulation atomization.
Described can use oil storage atomization or oil dripping atomizing type with vibration shape nebulizer.
Oil storage part 1 and porous vibrating member is included with vibration shape oil storage type nebulizer as it is shown on figure 3, described.
Described oil storage part 1 includes bunker 103, central passage 104 and base 105.Wherein, in the central passage by suction nozzle end
Positioning component is set on inwall, including the spacing draw-in groove of several bar shapeds 107 offered the most successively, bar shaped spacing preiection portion 108
(Fig. 4).On central passage lower end inner wall, symmetry offers two ree-oil oil-ins connected and protrude to central passage with bunker
120, the internal diameter of this oil-in can guarantee that the left and right protuberance of the bottom end cover 204 of the vibration cavity 202 of porous vibrating member closely embeds.
Base is provided with air inflow openings 121, with described central passage 104 airflow connection.
Also as it is shown on figure 3, described porous vibrating member 2 includes localization handspike 200, vibration cavity 202, top end cap 201 and shakes
Dynamic cavity is isometric and the oil-deflecting element 203 that is axially filled in along vibration cavity in vibration cavity (such as Oil Guide rope or Oil Guide tow, material can
Think glass or Cotton Gossypii or other fibrous material), vibration cavity bottom end cover 204, be sleeved on vibration cavity lower end outer wall spring 205,
Shake source connection 206.Wherein, vibration cavity, the upper and lower end cap of vibration cavity and shake that source connection can (oil-deflecting element be not with integrated molding
Replaceable) or sectional forming assembling (oil-deflecting element can be changed).Vibration cavity can be to offer micropore 207 on cylindrical shape and perisporium,
Vibration cavity material can select light-weight metal or plastics.Oil-deflecting element is close to vibration cavity inwall, beneficially oil-deflecting element surface adsorption
Ree-oil can quickly spray when vibration from vibration cavity micropore, reduces because ree-oil occupies the sky between oil-deflecting element and vibration cavity inwall
Gap and the vibration resistance that causes and ree-oil are from the risk of micropore seepage.Bottom end cover 204 and vibration cavity junction are nested the first sealing
Circle 208, around protuberance are cased with the second sealing ring 209 and the 3rd sealing ring 210 respectively, and the first sealing ring is used for preventing ree-oil
Seepage bottom nebulizer, the second sealing ring and the 3rd sealing ring are used for sealing ree-oil oil-in.Wherein, described end cap and close
Seal is all with there being certain elastic resistant material to make.Especially, bottom end cover is the cross that two cylinders intersect to form
Structure, and the cylinder section diameter of horizontal direction is equal with oil-in internal diameter, the cylinder section diameter of vertical direction with shake
Dynamic intracavity footpath is equal, respectively at vertical cylindrical body upper end circumference, two ends, Horizontal Cylinder left and right periphery fluting, make first,
Second and the 3rd sealing ring be nested wherein.
The described localization handspike 200 position in central passage is relative with the positioning component on central passage inwall, location
Being positioning ring 212 below push rod, positioning ring is sleeved on vibration cavity top end cap 201, and collar outer wall is offered several wheel
Tooth 213 and this to take turns the width of tooth width just draw-in groove 107 spacing with positioning component bar shaped identical, just may be used in the upper edge of the gear teeth 213
The lower edge in the spacing preiection portion 108 being positioned assembly stops, plays axial positioning action.
Install should with the vibration shape oil storage nebulizer time, first install porous vibrating member, the most successively install shake source connection 206,
Bottom end cover the 204, first sealing ring 208, vibration cavity 202, oil-deflecting element 203, top end cap 201, by the second sealing ring 209 and the 3rd
Sealing ring 210 is arranged on vibration cavity bottom end cover relevant position, and spring 205 is sleeved on the vibration cavity on the first sealing ring 208 top
Outward, localization handspike 200 is finally installed.Then, above-mentioned porous vibrating member inserting oil storage part central passage 104, pressing location pushes away
Bar 200, the gear teeth 213 of localization handspike move along the spacing draw-in groove of central passage bar shaped 107 to lower end cap direction, spring therewith
205 are compressed, when the gear teeth of localization handspike turn to central passage spacing preiection portion 108 end and are stopped by its lower edge, and porous
Vibration cavity connects with ree-oil oil-in, and bottom end cover 204 and the source connection 206 that shakes extend to bottom nebulizer, the first sealing ring 208
Seal and prevent ree-oil from leaking bottom vibration cavity.Now, in porous vibrating member 2 is fixed on central passage 104.
During suction, in bunker 103, inject ree-oil, load onto suction nozzle end and source connection 206 will be shaken with drive shaft end 51 even
Connect. press localization handspike 200 so that porous vibrating member 2 in central passage 104 to bottom offset, until on vibration cavity lower sides
Micropore 207 enter the region between said two oil-in 120, the ree-oil in bunker 103 under capillary action by vibration
Micropore 207 on the lower sides of chamber is sucked in vibration cavity 202 through oil-in 120 by oil-deflecting element 203, as shown in Figure 5.Power-on
Switch and operating switch, the drive shaft 50 in magnetic suspension vibrating device drives drive shaft end 51 and then drives driving to shake source connection
206 and vibration cavity 202 vibrate, the fragmentation under vibration cavity effect of vibration of the ree-oil of oil-deflecting element 203 surface adsorption is fine drop shape
Aerosol also sprays from the micropore 207 of vibration cavity upper portion side wall, be carried along into suction nozzle end by the air in central passage 104 and
It is inhaled into.
When not aspirating or need not or change for a long time oil-deflecting element or clean bunker, first separate nebulizer and main frame, unload suction
Mouth end, pours out the ree-oil in bunker, and first pressing localization handspike 200 unclamps again, and the gear teeth 213 of localization handspike go to central passage
The spacing draw-in groove of bar shaped 107 and along groove to suction nozzle end motion, spring 205 is in relaxed state, and bottom end cover 204 is retracted to two and enters
Region between hydraulic fluid port 120, and due to elasticity, in the left and right sides cylinder of bottom end cover 204 enters oil-in 120 and pass through the
Two sealing rings 209 and the 3rd sealing ring 210 seal ree-oil oil-in, and vibration cavity 202 moves upwardly so that micropore 207 departs from and enters
The contact of hydraulic fluid port 120, owing to the contact between oil-in 120 and vibration cavity 202 is blocked by bottom end cover 204, the cigarette in bunker 103
Oil will not pass through oil-in 120 and enters in vibration cavity 202, thus avoids leakage of oil.As shown in Figure 6.
Drive shaft end 51 and shaking can pass through between source connection 206 that magnetic, screw thread, buckle, plug etc. are multiple can shake in transmission
Dynamic mode connects.
Can also use and replace above-mentioned with vibration shape oil storage nebulizer with vibration shape oil dripping nebulizer.As it is shown in fig. 7, it is described with shaking
Type oil dripping nebulizer includes hollow cylindrical base 301, and its top is provided with the vibration cavity 302 of hollow boss, and base side wall sets
There is air inflow openings 303.Vibration cavity circumferential side wall is provided with annular slot 304, by silica gel or other material sealing rings by elasticity
Vibrating diaphragm 305 is pressed in this annular slot and makes elastic vibration diaphragm tighten to be fixed in vibration cavity.During suction, by drive shaft end
51 are inserted directly in vibration cavity 302 to transmit vibration.On elastic vibration diaphragm, drip ree-oil, start magnetic suspension vibrating device work
Making, there is dither and drives drive shaft end 51 and then drive vibration cavity 302 and elastic vibration diaphragm 305 to shake in drive shaft 50
Dynamic, make the ree-oil fragmentation on diaphragm be fine drop shape aerosol and carried by air and suck from suction nozzle end.
Described elastic vibration diaphragm can use latex, silica gel, polyurethane etc. to have elasticity and the preferable material system of retractility
Make.Vibrating diaphragm facilitates dismounting and change.Vibration cavity may select light-weight metal or plastics.
Claims (2)
1. one kind with vibration shape oil dripping nebulizer, it is characterised in that include following assembly:
Hollow cylindrical base (301), its top is provided with the vibration cavity (302) of hollow boss, and base (301) sidewall is provided with air inlet
Hole (303), vibration cavity (302) sidewall has annular slot (304), and an elastic vibration diaphragm (305) is tightened and is fixed on this
On annular slot (304).
The most according to claim 1 with vibration shape oil dripping nebulizer, it is characterised in that described base (301) bottom has out
Hole (306).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610659556.0A CN106108119A (en) | 2016-08-12 | 2016-08-12 | A kind of with vibration shape oil dripping nebulizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610659556.0A CN106108119A (en) | 2016-08-12 | 2016-08-12 | A kind of with vibration shape oil dripping nebulizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106108119A true CN106108119A (en) | 2016-11-16 |
Family
ID=57258937
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610659556.0A Pending CN106108119A (en) | 2016-08-12 | 2016-08-12 | A kind of with vibration shape oil dripping nebulizer |
Country Status (1)
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| CN2221176Y (en) * | 1995-05-09 | 1996-02-28 | 王宇勤 | Ultrasonic atomizing device |
| US20020074426A1 (en) * | 1999-11-11 | 2002-06-20 | Shinya Tanaka | Atomizer and inhalator using same |
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| CN1390431A (en) * | 1999-07-23 | 2003-01-08 | 数字声能公司 | Flat panel speaker |
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| US20070221212A1 (en) * | 2006-03-21 | 2007-09-27 | Yi-Hsin Huang | Liquid nebulizer |
| CN202021115U (en) * | 2011-05-06 | 2011-11-02 | 何红文 | Portable atomizer |
| CN103180053A (en) * | 2010-11-08 | 2013-06-26 | 英美烟草(投资)有限公司 | Aerosol generator |
| CN105559151A (en) * | 2016-03-21 | 2016-05-11 | 湖南中烟工业有限责任公司 | Ultrasonic atomizer and electronic cigarette |
| CN206025212U (en) * | 2016-08-12 | 2017-03-22 | 云南中烟工业有限责任公司 | Drip oil atomizer along with mode of vibration |
-
2016
- 2016-08-12 CN CN201610659556.0A patent/CN106108119A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS54119114A (en) * | 1978-03-07 | 1979-09-14 | Ngk Spark Plug Co Ltd | Ultrasonic atomizer |
| US5173274A (en) * | 1991-08-16 | 1992-12-22 | Southwest Research Institute | Flash liquid aerosol production method and appartus |
| CN2221176Y (en) * | 1995-05-09 | 1996-02-28 | 王宇勤 | Ultrasonic atomizing device |
| CN1390431A (en) * | 1999-07-23 | 2003-01-08 | 数字声能公司 | Flat panel speaker |
| EP1227856A1 (en) * | 1999-11-05 | 2002-08-07 | PARI GmbH Spezialisten für effektive Inhalation | Inhalation nebulizer |
| US20020074426A1 (en) * | 1999-11-11 | 2002-06-20 | Shinya Tanaka | Atomizer and inhalator using same |
| CN1655650A (en) * | 2004-02-11 | 2005-08-17 | 瑞声声学科技(深圳)有限公司 | Process for making backing electrode electret condenser type microphones |
| US20070221212A1 (en) * | 2006-03-21 | 2007-09-27 | Yi-Hsin Huang | Liquid nebulizer |
| CN103180053A (en) * | 2010-11-08 | 2013-06-26 | 英美烟草(投资)有限公司 | Aerosol generator |
| CN202021115U (en) * | 2011-05-06 | 2011-11-02 | 何红文 | Portable atomizer |
| CN105559151A (en) * | 2016-03-21 | 2016-05-11 | 湖南中烟工业有限责任公司 | Ultrasonic atomizer and electronic cigarette |
| CN206025212U (en) * | 2016-08-12 | 2017-03-22 | 云南中烟工业有限责任公司 | Drip oil atomizer along with mode of vibration |
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Application publication date: 20161116 |