CN205432145U - Ultrasonic atomization ware and electron cigarette - Google Patents
Ultrasonic atomization ware and electron cigarette Download PDFInfo
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- CN205432145U CN205432145U CN201620217110.8U CN201620217110U CN205432145U CN 205432145 U CN205432145 U CN 205432145U CN 201620217110 U CN201620217110 U CN 201620217110U CN 205432145 U CN205432145 U CN 205432145U
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- atomizatio sheet
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Abstract
The utility model discloses an ultrasonic atomization ware and electron cigarette, the ultrasonic atomization ware includes ultrasonic atomization sheet, stock solution chamber and airflow channel, the stock solution chamber with be used for with leading -in the arriving of liquid of stock solution intracavity the drain structure intercommunication of ultrasonic atomization sheet upper surface, the ultrasonic atomization sheet upper surface communicates with each other with airflow channel. The utility model discloses a pure ultrasonic atomization's mode makes liquid atomization, does not have the heat conduction loss, the low power dissipation, and efficient, the atomizer is not sent out boiling hotly, energy -conservation, the atomizing taste is purer, can not produce the burning, also can not produce to lead the harmful substance that the light wood material produced because of heating oil guide cotton or fibre etc..
Description
Technical field
This utility model relates to a kind of soniclizer and electronic cigarette.
Background technology
Existing nebulizer uses heating wire heating ree-oil, ree-oil or liquid are imported on heating wire by or fiber cotton by Oil Guide, when heating wire temperature is too high, easily burn out the Oil Guide materials such as Oil Guide cotton or fiber, produce harmful substance, the health of infringement smoker, and easily produce burning, mouthfeel is sucked in impact；And the heat of heating wire can be existed heat transmission loss by an Oil Guide absorbed part, power consumption is high, and efficiency is low, and nebulizer is the most hot.
Summary of the invention
Technical problem to be solved in the utility model is, not enough for prior art, it is provided that a kind of soniclizer and electronic cigarette.
For solving above-mentioned technical problem, this utility model be the technical scheme is that a kind of soniclizer, including ultrasonic atomizatio sheet, liquid storage cylinder and gas channel；Described liquid storage cylinder and the drain fabric connectivity for the liquid in described liquid storage cylinder being imported to described ultrasonic atomizatio sheet upper surface；Described ultrasonic atomizatio sheet upper surface communicates with gas channel.
Described ultrasonic atomizatio sheet includes piezoceramics layer；Described piezoceramics layer both ends of the surface are each with a conductive body contact, or described piezoceramics layer both ends of the surface are all printed or are inlaid with electric conductor.Need not on ultrasonic atomizatio sheet arrange micropore ejection atomization gas, the situation of atomization gas cannot be sprayed thus without occurring atomization gas granule the most blocking microporous, the leakage of nebulizer liquid can be better protected from simultaneously.
Described gas channel includes air inlet pipe and the escape pipe being located in described air inlet pipe, is provided with air inlet pipe inwall described in inlet channel and is provided with inlet channel between described escape pipe outer wall between described air inlet pipe inwall and described escape pipe outer wall；It is provided with outlet passageway in described escape pipe；Described escape pipe bottom is provided with the air inlet breach for connecting described inlet channel and outlet passageway；Described outlet passageway communicates with described ultrasonic atomizatio sheet；Described air inlet pipe, escape pipe top are fixed with suction nozzle seat and are connected, and described outlet passageway connects with the suction nozzle on described suction nozzle seat；Air inlet is offered on described suction nozzle seat；Described escape pipe is connected with described air inlet by described inlet channel.This gas channel can guarantee that extraneous air enters inlet channel from air inlet, and the smog then being atomized out with atomizing piece in inlet channel bottom mixes, and sends into user oral cavity through escape pipe and suction nozzle, and simple in construction is easy to make.
Described drain structure and described ultrasonic atomizatio sheet upper surface, described air inlet pipe bottom abut with described drain structure upper surface described air inlet pipe bottom abut with described drain structure upper surface (i.e. air inlet pipe bottom can give drain structure apply pressure, air inlet pipe bottom is to have contacting under pressure state with drain structure), when being both possible to prevent user's fume extraction too quickly, described drain structure was siphoned away, can ensure that again atomization gas and extraneous air can enter escape pipe, and atomization gas may not flow in inlet channel, affect smog mouthfeel and Consumer's Experience.
Described drain structure includes porous material；Described porous material upper surface covers or fills the liquid outlet of described liquid storage cylinder bottom；Described porous material is located in elastic seal cartridge, and described elastic seal cartridge external wall of upper portion is connected with described liquid storage cylinder bottom inner wall sealing；Described liquid storage cylinder, it is all provided with in the enclosure at elastic seal cartridge.Elastic seal cartridge can seal fixing ultrasonic atomizatio sheet, prevents liquid from leaking, and is possible to prevent ultrasonic atomizatio sheet to be stuck and cannot vibrate simultaneously.
Being provided with through hole in the middle part of described porous material, this through hole is located at below described escape pipe and connects with described outlet passageway；Described porous material lower surface is contacted with described atomizing piece by drain layer.Drain layer can ensure that liquid can more uniformly be directed in the middle part of ultrasonic atomizatio sheet.
Described porous material upper surface middle part caves in, and this depressed area connects with the described outlet passageway in described escape pipe；Described porous material is one-body molded with drain layer, and described drain layer contacts with described ultrasonic atomizatio sheet lower surface.Liquid contacts more abundant with ultrasonic atomizatio sheet, and drain is more reliable, can prevent ultrasonic atomizatio sheet dry combustion method well.
Described drain structure includes porous material；Described porous material upper surface contacts (can be the contact of pressure-less state, it is also possible to be the contact (i.e. abutting) having pressure state) with described ultrasonic atomizatio sheet lower surface；At least one delivery hole is offered on described ultrasonic atomizatio sheet.When ultrasonic atomizatio sheet vibrates, porous material can be extruded so that liquid adds to ultrasonic atomizatio sheet upper surface quickly through delivery hole, prevent ultrasonic atomizatio sheet surface from not having the when of liquid and shake and damage ultrasonic atomizatio sheet.
Described ultrasonic atomizatio sheet and described porous material are each provided in mounting seat；Described mounting seat top is fixing with described air inlet pipe bottom to be connected；Described mounting seat bottom is fixing with in the middle part of base to be connected；Upper surface in the middle part of described porous material lower surface and described base；Described base outer wall is fixing with described liquid storage cylinder bottom inwall to be connected；It is provided with passage between described mounting seat and described liquid storage cylinder inwall, base inner wall；Inlet is offered bottom described mounting seat；Described inlet is connected with described liquid storage cylinder by described passage.This structure ultrasonic atomizatio slice mounting structure and gas channel are integrated, easily manufactured.
Described suction nozzle seat is provided with the adjusting means for regulating described air inlet stream amount size, can regulate inlet charge amount size by adjusting means, such that it is able to improve the mouthfeel of atomization gas.
Described liquid storage cylinder is provided with oil filler point, facilitates liquid make-up when not having liquid in liquid storage cylinder.
Described atomizing piece is connected with the anelectrode being fixed in described base, negative electrode elasticity.Elastic connection can be avoided in ultrasonic atomizatio sheet work process well because pad is melted and opens a way by generation high temperature or vibration.
Described ultrasonic atomizatio sheet contacts with temperature sensor, and temperature sensor with the temperature of perception ultrasonic atomizatio sheet, thus can conveniently control startup and the stopping of ultrasonic atomizatio sheet, prevents ultrasonic atomizatio sheet from damaging.
Accordingly, this utility model additionally provides a kind of electronic cigarette；It includes power supply module and above-mentioned soniclizer, and described power supply module is described ultrasonic atomizatio sheet, temperature sensor provides working power.
Power supply module can be vertically arranged setting with soniclizer, it is also possible to is disposed side by side in housing with soniclizer, and the structural volume being arranged side by side is less, and space availability ratio is higher.
Liquid storage cylinder observation panel is offered, it is simple to observe the situation in liquid storage cylinder on described housing.
Compared with prior art, the had the beneficial effect that this utility model of this utility model uses the mode of pure ultrasonic atomizatio to make the liquid atomization, there is not heat transmission loss, low in energy consumption, efficiency is high, and nebulizer is the most hot, energy-conservation, atomization mouthfeel is purer, will not produce burning, also will not produce the harmful substance produced because of Oil Guide materials such as heating Oil Guide cotton or fibers；Simple and ingenious structure, convenient manufacture and use；Need not to arrange the smog of micropore ejection atomization on ultrasonic atomizatio sheet of the present utility model, the most blocking microporous and the situation of the smog of atomization cannot be sprayed thus without fluid molecule when there is atomization gas, the leakage of nebulizer liquid can be better protected from simultaneously.
Accompanying drawing explanation
Fig. 1 is this utility model embodiment 1 structural representation；
Fig. 2 is this utility model ultrasonic atomizatio chip architecture schematic diagram；
Fig. 3 is this utility model embodiment 1 airflow direction schematic diagram；
Fig. 4 is part A enlarged drawing in Fig. 3；
Fig. 5 is part B enlarged drawing in Fig. 3；
Fig. 6 is this utility model embodiment 1 oil guide structure explosive view；
Fig. 7 is this utility model embodiment 2 structural representation；
Fig. 8 is this utility model embodiment 3 structural representation；
Fig. 9 is I magnified partial view in Fig. 8；
The electronic cigarette external structure schematic diagram that Figure 10 is nebulizer and power supply module is set up in parallel.
Detailed description of the invention
As shown in Fig. 1,2,3,7,8, the soniclizer of this utility model embodiment 1,2,3 includes ultrasonic atomizatio sheet 1；Described ultrasonic atomizatio sheet 1 includes piezoceramics layer 3；Described piezoceramics layer 3 upper and lower surface respectively with the first conductive layer 1A(silver layer), the second conductive layer 1B(silver layer) contact；Described ultrasonic atomizatio sheet 1 and the drain form touch for liquid being imported to described first conductive layer 1A upper surface；Described drain structure connects with liquid storage cylinder 2；Described first conductive layer 1A upper surface communicates with gas channel；Or, it is also possible to print or damascene conductive body on two end faces of piezoceramics layer, form above-mentioned ultrasonic atomizatio sheet.
In this utility model embodiment 1,2,3, along atomization gas, ultrasonic atomizatio sheet, liquid storage cylinder can be flowed out direction and be arranged in order, facilitate the liquid in liquid storage cylinder to flow in oil guide structure under the effect of self gravitation.
In this utility model embodiment 1,2,3, gas channel includes air inlet pipe 31 and the escape pipe 32 being located in described air inlet pipe 31, is provided with inlet channel 33 between described air inlet pipe 31 inwall and described escape pipe 32 outer wall；It is provided with outlet passageway 321 in described escape pipe 32；Described escape pipe 32 bottom (i.e. near one end of ultrasonic atomizatio sheet 1) is provided with the air inlet breach 34 for connecting described inlet channel 33 and outlet passageway 321；Described outlet passageway 321) communicate with described ultrasonic atomizatio sheet 1 upper surface；Described air inlet pipe 31, escape pipe 32 top (i.e. away from one end of ultrasonic atomizatio sheet 1) are fixed with suction nozzle seat 5 and are connected, and described outlet passageway 321 connects with the suction nozzle 4 on described suction nozzle seat 5；Air inlet 6 is offered on described suction nozzle seat 5；Described inlet channel 33 connects with described air inlet 6.
In this utility model embodiment 1,2,3, suction nozzle seat 5 is provided with the adjusting means 27(i.e. regulating QI ring for regulating described air inlet 6 throughput size, regulating QI ring and air inlet correspondence position offer regulating QI hole, during use, rotate regulating QI ring, the size in regulating QI hole and ft connection part can be changed, such that it is able to change throughput, when regulating QI hole overlaps with air inlet, air inflow is maximum).
As shown in Fig. 3, Fig. 4 and Fig. 5, the drain structure of this utility model embodiment 1,2 contacts with described first conductive layer 1A upper surface (i.e. away from the one side of piezoceramics layer)；Described air inlet pipe 31 bottom abuts with described drain structure upper surface (i.e. drain structure is away from the surface of ultrasonic atomizatio sheet), both can control the liquid inlet volume of drain structure, described drain structure be siphoned away when being possible to prevent again user's fume extraction too quickly.
As shown in Figure 5, in this utility model, it is spaced about 0.5～1.0mm(interval between escape pipe 32 bottom and ultrasonic atomizatio sheet 1 upper surface can adjust according to actual needs), prevent the blocking of the gas in inlet channel 33 to cannot be introduced in outlet passageway 321, be possible to prevent again smog to affect smog mouthfeel in entering inlet channel 33.
The drain structure of this utility model embodiment 1,2 includes porous material 7；Described porous material 7 upper surface covers or fills the liquid outlet 21 of described liquid storage cylinder 2 bottom；Porous material 7 and/or ultrasonic atomizatio sheet 1 are located at elastic seal cartridge 8(can use silica gel sheath) in, and elastic seal cartridge 8 top (i.e. elastic seal cartridge is near one end of liquid storage cylinder) outer wall is connected with described liquid storage cylinder 1 bottom (i.e. away from one end of suction nozzle) inner wall sealing；Described liquid storage cylinder 2, in elastic seal cartridge 8 is each provided at shell 15.
In embodiment 1, silica gel sheath top (near one end of liquid storage cylinder) outer wall and liquid storage cylinder bottom contact internal walls, silica gel sheath bottom (away from one end of liquid storage cylinder) outer wall and atomization base 16 contact internal walls, atomization base 16 outer wall and shell 15 contact internal walls, be provided with and be atomized base 16 and be dielectrically separated from the atomizing electrode 17 of (being dielectrically separated from by atomization dead ring 28) in atomization base 16；Atomization base 16 is fixing with base 30 top (near one end of ultrasonic atomizatio sheet) to be connected；Base 12 outer wall is spirally connected with shell 15 inwall；The electrode retaining collar 18 being dielectrically separated from (being dielectrically separated from by base dead ring 30) with base 12 and contacting with atomizing electrode 17 it is fixed with in base 12.
Such as Fig. 1, in embodiment 1, liquid storage cylinder 2 uses glass outer wall 36, and glass outer wall inside top is by falope ring 35 and air inlet pipe 31 top wall contacts, good airproof performance.
Such as Fig. 6, in embodiment 1, being provided with hole 37 in the middle part of porous material 7, this hole 37 is located at immediately below described escape pipe 32, it is simple to atomization gas is sucked out from escape pipe；Porous material 7(is such as cotton etc. has the material of absorption ree-oil) the lower surface one side of the laminating of ultrasonic atomizatio sheet (i.e. with) contacted with the first conductive layer 1A by drain layer 9, and drain layer can use stainless (steel) wire (prevent from getting rusty and cause liquid degeneration), Oil Guide cotton layer.
Such as Fig. 7, in embodiment 2, the first conductive layer 1A, the second conductive layer 1B are connected (it is for instance possible to use elastic thimble elasticity connects) respectively with the anelectrode 25 being fixed in base 12, negative electrode 26 elasticity；Master control borad 30 it is fixed with in base 12, the temperature of the ultrasonic atomizatio sheet that master control borad 30 can be detected by temperature sensor 22, (normal working temperature of general ultrasonic atomizatio sheet is 130～220 DEG C in the start and stop of control ultrasonic atomizatio sheet, during more than 220 DEG C, it should be made to quit work, prevent from damaging ultrasonic atomizatio sheet).In this embodiment, contacting with compact heap 38 bottom silica gel sheath, compact heap 38 can compress silica gel sheath, makes ultrasonic atomizatio sheet more firm.Compact heap 38, silica gel sheath are all fixed in seat clamping sleeve 39；Clamping sleeve 39 is placed in the top of master control borad 30.
In embodiment 2, the oil filler point 21 of liquid storage cylinder is arranged on liquid storage cylinder (liquid storage cylinder outer wall can use clear glass material) top (near one end of suction nozzle), oil filler point is sealed by port lid 40, is sealed by sealing ring 41 (away from one end of suction nozzle) bottom port lid 40 and suction nozzle seat 5.
In embodiment 2, described porous material 7 upper surface middle part caves in (i.e. interior thickness is less than peripheral thickness), and this depressed area connects with the described outlet passageway 321 in described escape pipe 32；Described porous material 7 is one-body molded with drain layer 9, and described drain layer 9 contacts with described ultrasonic atomizatio sheet 1 lower surface.
As described in Fig. 8 and Fig. 9, in this utility model embodiment 3, drain structure includes porous material 7；Described porous material 7 upper surface contacts with described second conductive layer 1B lower surface (away from the one side of piezoceramics layer)；At least one delivery hole 10 is offered on described ultrasonic atomizatio sheet 7；Ultrasonic atomizatio sheet 1 and described porous material 7 are each provided in mounting seat 11, and ultrasonic atomizatio sheet 1 outer wall is by elastic seal seat 8 and mounting seat 11 contact internal walls；Described mounting seat 11 top is fixing with described air inlet pipe 31 bottom to be connected；Described mounting seat 11 bottom is fixing with (base 12 central protrusion) in the middle part of base 12 to be connected；Upper surface (i.e. filling the space between base 12 and ultrasonic atomizatio sheet) in the middle part of described porous material 7 lower surface and described base 12；Described base 12 outer wall is fixing with described liquid storage cylinder 2 bottom (away from one end of suction nozzle) inwall to be connected；It is provided with passage 13 between described mounting seat 11 and described liquid storage cylinder 2 inwall, base 12 inwall；Inlet 14 is offered (away from one end of suction nozzle) bottom described mounting seat 11；Described inlet 14 is connected with described liquid storage cylinder 2 by described passage 13；Mounting seat 11 top is socketed in the bottom (away from one end of suction nozzle) of air inlet pipe 31.
Accordingly, electronic cigarette of the present utility model includes power supply module and above-mentioned soniclizer；The electronic devices and components such as described power supply module is described ultrasonic atomizatio sheet 1, temperature sensor 22 provide working power.
Power supply module and soniclizer can be vertically arranged, i.e. power supply module top is connected with described soniclizer bottom (opposite end of suction nozzle).
Or, soniclizer can also be with being disposed side by side on housing 23 interior (as shown in figures 8 and 10) with described power supply module.This battery component includes that battery compartment 46, battery 47 are fixed in battery compartment 46；Elastic contact chip 45 and battery 47 tip contact, and apply downward power to battery 47, make battery 47 more firm；Upper cover 42 is stamped at battery compartment 46 top, and the battery compartment 46 below upper cover 42 is fixed with button 44, and button 44 contacts with the keypad in fixing seat battery compartment 46；Battery compartment 46 bottom is sealed by lower cover 51, lower cover 51 inwall and compression spring 50 end thereof contacts, and the compression spring other end contacts with contacting lid 48, and contact lid 48 contacts with battery 47 bottom, is further ensured that battery consolidates；Compression spring 50 is fixed by spring retainer ring 49；Upper cover 42 is fixing with suction nozzle seat to be connected, and lower cover 51 is fixing with base 12 to be connected.This structure electrical smoke is long-pending less, more portable.
Such as Figure 10, observe the amount of liquid of liquid storage cylinder interior (liquid storage cylinder employing transparent exterior) for convenience, it may be judged whether require supplementation with liquid, housing 23 has been offered liquid storage cylinder observation panel 24.
Operation principle of the present utility model is as follows, when smoker's smoking, air enters inlet channel from air inlet, and bottom inlet channel, enter outlet passageway, meanwhile, ultrasonic atomizatio sheet vibration so that the ree-oil atomization on its surface, the smog of atomization and extraneous air mixing, then sucked by smoker through suction nozzle.
Claims (10)
1. a soniclizer, it is characterised in that include ultrasonic atomizatio sheet (1), liquid storage cylinder (2) and gas channel；Described liquid storage cylinder (2) and the drain fabric connectivity for the liquid in described liquid storage cylinder (2) being imported to described ultrasonic atomizatio sheet (1) upper surface；Described ultrasonic atomizatio sheet (1) upper surface communicates with gas channel.
Soniclizer the most according to claim 1, it is characterised in that described ultrasonic atomizatio sheet (1) includes piezoceramics layer (3)；Described piezoceramics layer (3) both ends of the surface are each with a conductive body contact, or described piezoceramics layer (3) both ends of the surface are all printed or are inlaid with electric conductor.
Soniclizer the most according to claim 1, it is characterized in that, described gas channel includes air inlet pipe (31) and the escape pipe (32) being located in described air inlet pipe (31), is provided with inlet channel (33) between described air inlet pipe (31) inwall and described escape pipe (32) outer wall；Outlet passageway (321) it is provided with in described escape pipe (32)；Described escape pipe (32) bottom is provided with the air inlet breach (34) for connecting described inlet channel (33) and outlet passageway (321)；Described outlet passageway (321) communicates with described ultrasonic atomizatio sheet (1) upper surface；Described air inlet pipe (31), escape pipe (32) top are fixed with suction nozzle seat (5) and are connected, and described outlet passageway (321) connects with the suction nozzle (4) on described suction nozzle seat (5)；Air inlet (6) is offered on described suction nozzle seat (5)；Described inlet channel (33) connects with described air inlet (6).
Soniclizer the most according to claim 3, it is characterised in that described drain structure and described ultrasonic atomizatio sheet (1) upper surface；Described air inlet pipe (31) bottom abuts with described drain structure upper surface.
Soniclizer the most according to claim 4, it is characterised in that described drain structure includes porous material (7)；Described porous material (7) upper surface covers or fills the liquid outlet (21) of described liquid storage cylinder (2) bottom；Described ultrasonic atomizatio sheet (1) is located in elastic seal cartridge (8), and described elastic seal cartridge (8) external wall of upper portion is connected with described liquid storage cylinder (2) bottom inner wall sealing；Described liquid storage cylinder (2), elastic seal cartridge (8) are each provided in shell (15).
Soniclizer the most according to claim 5, it is characterised in that described porous material (7) middle part is provided with through hole (37), this through hole (37) is located at described escape pipe (32) lower section and connects with described outlet passageway (321)；Described porous material (7) lower surface is contacted with described ultrasonic atomizatio sheet (1) lower surface by drain layer (9)；
Or,
Described porous material (7) upper surface middle part caves in, and this depressed area connects with the described outlet passageway (321) in described escape pipe (32)；Described porous material (7) is one-body molded with drain layer (9), and described drain layer (9) contacts with described ultrasonic atomizatio sheet (1) lower surface.
Soniclizer the most according to claim 3, it is characterised in that described drain structure includes porous material (7)；Described porous material (7) upper surface contacts with described ultrasonic atomizatio sheet (1) lower surface；At least one delivery hole (10) is offered on described ultrasonic atomizatio sheet (7)；Described ultrasonic atomizatio sheet (1) and described porous material (7) are each provided in mounting seat (11)；Described mounting seat (11) top is fixing with described air inlet pipe (31) bottom to be connected；Described mounting seat (11) bottom is fixing with base (12) middle part to be connected；Described porous material (7) lower surface and described base (12) middle part upper surface；Described base (12) outer wall is fixing with described liquid storage cylinder (2) bottom inwall to be connected；It is provided with passage (13) between described mounting seat (11) and described liquid storage cylinder (2) inwall, base (12) inwall；Described mounting seat (11) bottom offers inlet (14)；Described inlet (14) is connected with described liquid storage cylinder (2) by described passage (13).
8. according to the soniclizer one of claim 3～7 Suo Shu, it is characterised in that described suction nozzle seat (5) is provided with the adjusting means (27) for regulating described air inlet (6) throughput size；Described ultrasonic atomizatio sheet (1) contacts with temperature sensor (22).
9. an electronic cigarette, including power supply module；It is characterized in that, also include the soniclizer described in the claims 8；Described power supply module is described ultrasonic atomizatio sheet (1), temperature sensor (22) offer working power.
Electronic cigarette the most according to claim 9, it is characterised in that described power supply module top is connected with described soniclizer bottom；Or described power supply module and described soniclizer are disposed side by side in housing (23).
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| CN201620217110.8U CN205432145U (en) | 2016-03-21 | 2016-03-21 | Ultrasonic atomization ware and electron cigarette |
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| CN201620217110.8U CN205432145U (en) | 2016-03-21 | 2016-03-21 | Ultrasonic atomization ware and electron cigarette |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Shenzhen Xiangyuan science and Technology Co., Ltd. Assignor: China Tobacco Hunan Industrial Co., Ltd. Contract record no.: 2017430000023 Denomination of utility model: Ultrasonic atomizer and electronic cigarette Granted publication date: 20160810 License type: Common License Record date: 20171124 |
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| EE01 | Entry into force of recordation of patent licensing contract |