CN208837108U - A kind of atomizer and electronic cigarette - Google Patents
A kind of atomizer and electronic cigarette Download PDFInfo
- Publication number
- CN208837108U CN208837108U CN201821435141.6U CN201821435141U CN208837108U CN 208837108 U CN208837108 U CN 208837108U CN 201821435141 U CN201821435141 U CN 201821435141U CN 208837108 U CN208837108 U CN 208837108U
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- suction nozzle
- movable part
- atomizer
- seat
- wall
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Abstract
The utility model discloses a kind of atomizer and electronic cigarettes, wherein atomizer includes shell and suction nozzle, cover top portion is equipped with suction nozzle seat, air inlet is opened up on suction nozzle seat, tracheae is equipped in shell, intratracheally it is equipped with inlet channel, suction nozzle lower section is placed in suction nozzle seat and is axially movable, the movable part that can be circumferentially rotated is equipped in suction nozzle seat, tracheae one end and movable part are connected, the air passing hole for being connected to air inlet and inlet channel is opened up on movable part, suction nozzle is equipped at least one convex ridge, which passes through the guiding mechanism that movable part can be driven to rotate and be connected with movable part driving；When pressing suction nozzle, suction nozzle drives movable part to rotate by guiding mechanism, to change the contraposition area of air inlet and air passing hole.The utility model presses suction nozzle, that is, adjustable air inflow, simple to operate, adjusts air inflow and is easy control；Regulating the qi flowing in the channels process will not open by mistake filling oil cover, and user experience is good.
Description
Technical field
In particular to a kind of atomizer of the utility model and electronic cigarette.
Background technique
Existing atomizer includes shell, and cover top portion is equipped with suction nozzle seat, is connected with suction nozzle on suction nozzle seat, opens up on suction nozzle seat
Air inlet, shell is interior to be equipped with inlet channel, outlet passageway, produces cigarette unit, for being atomized the atomization for producing cigarette unit to obtain smog
Unit, air inlet, inlet channel, production cigarette unit, outlet passageway, suction nozzle are sequentially communicated.When atomizer works, air-flow is from air inlet
Into the smog generated by taking away production cigarette unit after inlet channel passes sequentially through outlet passageway and suction nozzle enters user oral cavity.
To meet the needs of different lung capacity users, need to adjust the throughput of airflow channel.Common solution is
Position corresponding with air inlet is arranged a regulating the qi flowing in the channels ring on suction nozzle seat, opens up regulating the qi flowing in the channels hole on regulating the qi flowing in the channels ring, rotates regulating the qi flowing in the channels ring, can be with
The contraposition area between adjustment hole and air inlet is adjusted, to realize the adjusting to airflow channel throughput.
The atomizer of existing this structure has the disadvantages that
First, the hand-held part area of regulating the qi flowing in the channels ring is smaller, during rotating regulating the qi flowing in the channels, puts forth effort due to bad, thus bad
Strength of adjustment is controlled, is difficult to adjust to suitable air inflow, inconvenient for operation, poor user experience.
Second, if suction nozzle seat is also used as filling oil cover, regulating the qi flowing in the channels process is easy to open by mistake filling oil cover, causes tobacco tar to leak out, simultaneously
Since bunker loses negative pressure, Oil Guide cotton Oil Guide excessive velocities are easily pumped into tobacco tar.
Summary of the invention
The purpose of this utility model is that in view of the above shortcomings of the prior art, a kind of atomizer and electronic cigarette are provided, pressed
Suction nozzle, that is, adjustable air inflow is pressed, it is simple to operate, it adjusts air inflow and is easy control, user experience is good.
In order to solve the above technical problems, the technical scheme adopted by the utility model is:
A kind of atomizer, including shell and suction nozzle, cover top portion are equipped with suction nozzle seat, open up air inlet, shell on suction nozzle seat
It is interior to be equipped with tracheae, it is intratracheally equipped with inlet channel, is structurally characterized in that suction nozzle lower section is placed in suction nozzle seat and is axially movable, inhales
The movable part that can be circumferentially rotated is equipped in mouth seat, tracheae one end and movable part are connected, open up on movable part for being connected to air inlet
With the air passing hole of inlet channel, suction nozzle is equipped at least one convex ridge, which passes through the vectoring aircraft that movable part can be driven to rotate
Structure is connected with movable part driving.
By said mechanism, press suction nozzle, suction nozzle drives movable part rotation by guiding mechanism, thus change air inlet and
The contraposition area of air passing hole realizes the adjusting to air inflow, convenient to switch between lung is inhaled and mouth is inhaled, and meets different lung capacity
The demand of user.In the utility model, origin of force when due to regulating the qi flowing in the channels is suction nozzle, and regulating the qi flowing in the channels can be realized in pressing suction nozzle, thus grasps
Make simple and convenient, strength of adjustment and air inflow are easy control, and user experience is good.
Convex ridge is set to suction nozzle inner sidewall as a preferred method, and the guiding mechanism includes movable top lid, movable top lid
Wavy sliding slot is formed between movable part, is not connected between sliding slot and suction nozzle inner cavity；Convex ridge is set in sliding slot.
It is not connected between sliding slot and suction nozzle inner cavity, gas leakage can be prevented.Convex ridge and wavy cunning when original state, on suction nozzle
Groove top surface wave abuts against at peak.When pressing suction nozzle, a downward power is generated at the abutting of convex ridge and sliding slot, this is downward
Power, which can be decomposed into one, has the first component of tendency toward sliding and vertical with first component from wave crest to trough along the chute
Second component, but since suction nozzle only axially moves, so movable part is at the abutment by contrary with the first component
Third component；During suction nozzle moves down, third component driving movable part is circumferentially rotated, while convex ridge bottom along the chute
Face is mobile from wave crest to trough direction, and then changes the contraposition area of air inlet and air passing hole, realizes the adjusting to air inflow.
It further, further include the resetting-mechanism for resetting suction nozzle upwards.
The resetting-mechanism includes pressure spring as a preferred method, and pressure spring one end is abutted against with suction nozzle seat, and pressure spring is another
End is abutted against with suction nozzle.
When releasing the pressing effect to suction nozzle, under the action of pressure spring restoring force, suction nozzle returns to original state, under waiting
Primary pressing regulating the qi flowing in the channels movement.
The movable top lid lower section is sheathed on outside movable part upper section as a preferred method, and movable top lid bottom surface is wave
The first surface of wave-like, movable part lateral wall have wavy second curved surface corresponding with first surface, first surface with
The wavy sliding slot is formed between second curved surface.
The wave crest of the wave crest of first surface, the second curved surface is not in same vertical straight line as a preferred method,；First
The trough of curved surface, the second curved surface trough not in same vertical straight line.
By above structure, first surface, the wave crest of the second curved surface, trough accordingly misplace so that the convex ridge on suction nozzle from
The wave crest of first surface can be connected on the second curved surface when mobile to the second curved surface, while convex ridge is with sliding to the second curved surface trough
Dynamic trend, enables movable part to rotate, and operates more laborsaving.
It further, further include limit sleeve interior set on suction nozzle seat and with suction nozzle seat interference fit, limit sleeve inner wall top
Equipped with the boss for preventing suction nozzle from deviating from out of limit sleeve, suction nozzle outer wall is equipped with the limited step matched with boss.
Limited step is located under boss, and suction nozzle is prevented to be detached from the limitation of limit sleeve under the action of pressure spring restoring force and influence
The effect that suction nozzle is pressed.
Further, the limit sleeve inner wall is equipped with vertical convex bone, and suction nozzle outer wall is equipped with the slot cooperated with convex bone photo, convex
Bone is inserted in slot.
Convex bone is inserted in slot, is prevented suction nozzle when pressing suction nozzle from rotating, is guaranteed pressing regulating the qi flowing in the channels effect.
Bunker is equipped in the shell as a preferred method, is opened up on the suction nozzle seat for the oiling into bunker
Oil filler point.
When due to pressing suction nozzle regulating the qi flowing in the channels, suction nozzle seat is motionless, if thus suction nozzle seat doubled as into filling oil cover, regulating the qi flowing in the channels process will not miss
Open filling oil cover.
Further, further including fixed ring, further include fixed ring, fixed ring outer wall and suction nozzle seat inner wall are interference fitted, Gu
Determine ring top and be circumferentially with inward flange, movable part outer wall is equipped with the groove matched with inward flange, and inward flange is inserted in groove.
The mating reaction of inward flange and groove can prevent movable part from axially moving up and down, and guarantee in the depressed power of suction nozzle
When, driving movable part circumferentially rotates.
Conceived based on the same utility model, the utility model additionally provides a kind of electronic cigarette, its main feature is that including described
Atomizer.
Compared with prior art, the utility model presses suction nozzle, that is, adjustable air inflow, simple to operate, strength of adjustment
Control is easy with air inflow；Regulating the qi flowing in the channels process will not open by mistake filling oil cover, and user experience is good.
Detailed description of the invention
Fig. 1 is one embodiment positive view of atomizer.
Fig. 2 is the explosive view on the top Fig. 1.
Fig. 3 is the explosive view in the middle part of Fig. 1.
Fig. 4 is the explosive view of the lower part Fig. 1.
Fig. 5 is the structural schematic diagram of suction nozzle.
Fig. 6 is the structural schematic diagram of movable top lid.
Fig. 7 is movable part and tracheae connection relationship diagram.
Fig. 8 is movable top lid, movable part, tracheae annexation figure.
Fig. 9 is the structural schematic diagram of limit sleeve.
Figure 10 is atomizer air flow direction schematic diagram.
Wherein, 1 is shell, and 2 be suction nozzle seat, and 201 be air inlet, and 202 be oil filler point, and 3 be suction nozzle, and 302 be limiting stand
Rank, 303 be slot, and 304 be convex ridge, and 4 be tracheae, and 401 be inlet channel, and 5 be guiding mechanism, and 501 be movable top lid, and 5011 are
First surface, 502 be sliding slot, and 7 be pressure spring, and 8 be bunker, and 9 be atomization set, and 10 be outer tube, and 1001 be oil-through hole, and 11 be Oil Guide
Cotton, 12 be inner sleeve, and 13 be ultrasonic atomizatio piece, and 14 be pressure cotton spring, and 15 be pedestal, and 16 be bottom cover, and 17 be screwed ring, and 18 are
PCB, 19 be screw, and 20 be electrode sleeve, and 21 be elastic electrode, and 22 be conductive sheet, and 23 be dead ring, and 24 be the first sealing ring, 25
It is third sealing ring for the second sealing ring, 26,27 be the 4th sealing ring, and 28 be gasket, and 29 be compression ring, and 30 be silica gel seat,
31 be movable part, and 3101 be air passing hole, and 3104 be groove, and 3105 be the second curved surface, and 32 be limit sleeve, and 3201 be boss, 3202
It is fixed ring for convex bone, 33,3301 be inward flange, and 34 be outlet passageway, and 35 be sealing shroud, and 36 be pressure ring, and 37 be the 5th sealing
Circle.
Specific embodiment
As shown in Figures 1 to 9, the atomizer in the utility model electronic cigarette includes shell 1 and suction nozzle 3, is set at the top of shell 1
There is suction nozzle seat 2, air inlet 201 is opened up on suction nozzle seat 2, tracheae 4 is equipped in shell 1, is equipped with inlet channel 401, suction nozzle in tracheae 4
3 lower sections are placed in suction nozzle seat 2 and are axially movable, and are equipped with the movable part 31 that can be circumferentially rotated in suction nozzle seat 2,4 one end of tracheae with
Movable part 31 is connected, and opens up the air passing hole 3101 for being connected to air inlet 201 Yu inlet channel 401 on movable part 31, on suction nozzle 3
Equipped at least one convex ridge 304, which passes through the guiding mechanism 5 that movable part 31 can be driven to rotate and movable part 31 drives
It is connected；When pressing suction nozzle 3, suction nozzle 3 drives movable part 31 to rotate by guiding mechanism 5, to change air inlet 201 and air passing hole
3101 contraposition area.When there is multiple convex ridges 304, each convex ridge 304 is circumferential uniformly distributed along suction nozzle 3, it is ensured that uniform force, it is convenient
It adjusts.
Suction nozzle is pressed, suction nozzle 3 drives movable part 31 to rotate by guiding mechanism 5, to change air inlet 201 and air passing hole
3101 contraposition area realizes the adjusting to air inflow, convenient to switch between lung is inhaled and mouth is inhaled, and meets different lung capacity and uses
The demand at family.In the utility model, origin of force when due to regulating the qi flowing in the channels is suction nozzle 3, and regulating the qi flowing in the channels can be realized in pressing suction nozzle 3, thus grasps
Make simple and convenient, strength of adjustment and air inflow are easy control, and user experience is good.
Convex ridge 304 is set to 3 inner sidewall of suction nozzle, and the guiding mechanism 5 includes movable top lid 501, movable top lid 501 and activity
Wavy sliding slot 502 is formed between part 31, is not connected between sliding slot 502 and 3 inner cavity of suction nozzle；Convex ridge 304 is set in sliding slot 502.
It is not connected between sliding slot 502 and 3 inner cavity of suction nozzle, gas leakage can be prevented.When original state, convex ridge 304 on suction nozzle 3 with
It is abutted against at wavy 502 top surface wave crest of sliding slot.When pressing suction nozzle 3, one is generated at the abutting of convex ridge 304 and sliding slot 502
Downward power, this downward power can be decomposed into one along the chute 502 from wave crest to trough have tendency toward sliding the first component,
And second component vertical with first component, but since suction nozzle 3 only axially moves, so movable part 31 is in the abutment
Place is by the third component contrary with the first component；During suction nozzle 3 moves down, third component drives movable part
31 circumferentially rotate, while 502 bottom surfaces are mobile from wave crest to trough direction along the chute for convex ridge 304, and then change air inlet 201 and mistake
The contraposition area of stomata 3101 realizes the adjusting to air inflow.
Atomizer further includes the resetting-mechanism for resetting suction nozzle 3 upwards.
The resetting-mechanism includes pressure spring 7, and 7 one end of pressure spring is abutted against with suction nozzle seat 2, and 7 other end of pressure spring offsets with suction nozzle 3
It connects.
When releasing the pressing effect to suction nozzle 3, under the action of 7 restoring force of pressure spring, suction nozzle 3 returns to original state, etc.
To pressing regulating the qi flowing in the channels movement next time.
Such as Fig. 6 -- shown in 8,501 lower section of movable top lid is sheathed on outside 31 upper section of movable part, 501 bottom surface of movable top lid
For wavy first surface 5011,31 lateral wall of movable part has wavy second song corresponding with first surface 5011
Face 3105 forms the wavy sliding slot 502 between first surface 5011 and the second curved surface 3105.The wave of first surface 5011
Peak, the second curved surface 3105 wave crest not in same vertical straight line；The trough of the trough of first surface 5011, the second curved surface 3105
Not in same vertical straight line.
First surface 5011, the second curved surface 3105 wave crest, trough accordingly misplace so that the convex ridge 304 on suction nozzle 3 is from
The wave crest of one curved surface 5011 can be connected on the second curved surface 3105 when mobile to the second curved surface 3105, at the same convex ridge 304 have to
The trend of second curved surface, 3105 trough sliding, enables movable part 31 to rotate, and operates more laborsaving.
304 motion state of convex ridge is shown in Fig. 8,1. → 2. → 3. indicates the different location of convex ridge 304: when convex ridge 304
When being moved to the wave trough position of the second curved surface 3105 in sliding slot 502, at this time convex ridge 304 position 1..Suction nozzle 3 is unclamped, it is convex at this time
Ridge 304 moves up under the action of pressure spring 7, and under the guidance of first surface 5011, convex ridge 304 is moved to first surface 5011
Crest location, at this time convex ridge 304 position 2..Since the wave crest of the wave crest of first surface 5011, the second curved surface 3105 does not exist
In same vertical straight line, when pressing suction nozzle 3 again, convex ridge 304 is fallen on 3105 wave crest of the second curved surface of sliding slot 502, and edge
Second curved surface 3105 from wave crest to trough tendency toward sliding, at this time convex ridge 304 position 3., thus innervate again part 31 rotation,
Air inflow is adjusted again.So circulation, suction nozzle 3 can drive movable part 31 to realize 360 degree rotation and multi gear regulating the qi flowing in the channels, so that air inflow
Circulation again from big to small is adjusted from small to large.
Atomizer further includes the limit sleeve 32 in suction nozzle seat 2 and with the interference fit of suction nozzle seat 2,32 inner wall top of limit sleeve
Portion is equipped with boss 3201 for preventing suction nozzle 3 from deviating from out of limit sleeve 32, and 3 outer wall of suction nozzle is equipped with to be matched with boss 3201
Limited step 302.
Limited step 302 is located under boss 3201, and suction nozzle 3 is prevented to be detached from limit sleeve 32 under the action of 7 restoring force of pressure spring
Limitation and influence the effect that suction nozzle 3 is pressed.
32 inner wall of limit sleeve is equipped with vertical convex bone 3202, and 3 outer wall of suction nozzle is equipped with the slot matched with convex bone 3202
303, convex bone 3202 is inserted in slot 303.
Convex bone 3202 is inserted in slot 303, is prevented suction nozzle 3 when pressing suction nozzle 3 from rotating, is guaranteed pressing regulating the qi flowing in the channels effect.
It is equipped with bunker 8 in the shell 1, the oil filler point 202 for the oiling into bunker 8 is opened up on the suction nozzle seat 2.
Due to pressing 3 regulating the qi flowing in the channels of suction nozzle when, suction nozzle seat 2 is motionless, if thus by suction nozzle seat 2 double as filling oil cover, regulating the qi flowing in the channels process is not
Filling oil cover can be opened by mistake.
Atomizer further includes fixed ring, further includes fixed ring 33, and 33 outer wall of fixed ring and 2 inner wall of suction nozzle seat are interference fitted,
33 top of fixed ring is circumferentially with inward flange 3301, and 31 outer wall of movable part is equipped with the groove 3104 matched with inward flange 3301,
Inward flange 3301 is inserted in groove 3104.
The mating reaction of inward flange 3301 and groove 3104 can prevent movable part 31 from axially moving up and down, and guarantee in suction nozzle
When 3 depressed power, driving movable part 31 is circumferentially rotated.
Atomization set 9 is additionally provided in shell 1,9 top of atomization set is connected by pressure ring 36 and fixed ring 33.Atomization set 9 and outer
The bunker 8 is formed between shell 1.
Outer tube 10, cup-shaped Oil Guide cotton 11 and inner sleeve 12 are equipped in atomization set 9, the sidewall sheath of Oil Guide cotton 11 is set to housing
Between 12 lower section of 10 upper section of pipe and inner sleeve.The oil-through hole 1001 of connection bunker 8 and Oil Guide cotton 11 is opened up on outer tube 10.
Atomizer further includes ultrasonic atomizatio piece 13, and ultrasonic atomizatio piece 13 is fixedly arranged on 10 lower section of outer tube by silica gel seat 30
It is interior.11 outer bottom of Oil Guide cotton is in contact with the atomization face of ultrasonic atomizatio piece 13.It is equipped with pressure cotton spring 14 in Oil Guide cotton 11, presses cotton bullet
One end of spring 14 is abutted against with inner sleeve 12, and the other end of pressure cotton spring 14 is abutted against with 11 inner bottom surface of Oil Guide cotton, so that Oil Guide
Cotton 11 contacts reliably with ultrasonic atomizatio piece 13, guarantees that Oil Guide is smooth.
1 bottom end of shell is connected by pedestal 15 with bottom cover 16.Screwed ring 17 is equipped in bottom cover 16, PCB18 passes through screw 19
It is fixedly arranged in screwed ring 17.Electrode sleeve 20 is additionally provided in screwed ring 17, electrode sleeve 20 passes through elastic electrode 21 and ultrasonic atomizatio piece
13 electrode layers abut against.Elastic electrode 21 is electrically connected by conductive sheet 22 with PCB18.Pass through between screwed ring 17 and electrode sleeve 20
The insulation connection of dead ring 23.
The first sealing ring 24 is equipped between inner sleeve 12 and atomization set 9.The second sealing ring is equipped between shell 1 and pedestal 15
25.Third sealing ring 26 is equipped between outer tube 10 and pedestal 15.The 4th sealing ring 27 is equipped between atomization set 9 and shell 1.It inhales
Gasket 28 is equipped between mouth seat 2 and bunker 8.Compression ring 29 is equipped between pedestal 15 and bottom cover 16.
The sealing shroud being sheathed between outer tube 10 and atomization set 9 is equipped on outer tube 10 at the position of oil-through hole 1001
35.The 5th sealing ring 37 is equipped between movable part 31 and suction nozzle seat 2.
As shown in Figure 10, when atomizer works, air-flow enters from air inlet 201, passes sequentially through air passing hole 3101, air inlet is led to
Road 401 reaches Oil Guide cotton 11, by smog successively from outlet passageway 34 and suction nozzle 3 with access customer oral cavity.
The embodiments of the present invention are described above in conjunction with attached drawing, but the utility model is not limited to
The specific embodiment stated, the above mentioned embodiment is only schematical, rather than limitation, this field it is common
Technical staff is not departing from the utility model aims and scope of the claimed protection situation under the enlightenment of the utility model
Under, many forms can be also made, these are belonged within the protection scope of the utility model.
Claims (11)
1. a kind of atomizer, including shell (1) and suction nozzle (3), shell (1) top is equipped with suction nozzle seat (2), and suction nozzle seat is opened on (2)
If air inlet (201), tracheae (4) are equipped in shell (1), are equipped with inlet channel (401) in tracheae (4), which is characterized in that suction nozzle
(3) lower section is placed in suction nozzle seat (2) and is axially movable, and the movable part (31) that can be circumferentially rotated, tracheae are equipped in suction nozzle seat (2)
(4) one end and movable part (31) are connected, and are opened up on movable part (31) for being connected to air inlet (201) and inlet channel (401)
Air passing hole (3101), suction nozzle (3) are equipped at least one convex ridge (304), and the convex ridge (304) is by that can drive movable part (31) to turn
Dynamic guiding mechanism (5) is connected with movable part (31) driving.
2. atomizer as described in claim 1, which is characterized in that convex ridge (304) is set to suction nozzle (3) inner sidewall, the guidance
Mechanism (5) includes movable top lid (501), is formed between movable top lid (501) and movable part (31) wavy sliding slot (502), sliding
It is not connected between slot (502) and suction nozzle (3) inner cavity；Convex ridge (304) is set in sliding slot (502).
3. atomizer as described in claim 1, which is characterized in that further include the resetting-mechanism for resetting suction nozzle (3) upwards.
4. atomizer as claimed in claim 3, which is characterized in that the resetting-mechanism includes pressure spring (7), pressure spring (7) one end
It is abutted against with suction nozzle seat (2), pressure spring (7) other end is abutted against with suction nozzle (3).
5. atomizer as claimed in claim 2, which is characterized in that movable top lid (501) lower section is sheathed on movable part
(31) outside upper section, movable top lid (501) bottom surface is wavy first surface (5011), and movable part (31) lateral wall has and the
Corresponding wavy second curved surface (3105) of one curved surface (5011), between first surface (5011) and the second curved surface (3105)
Form the wavy sliding slot (502).
6. atomizer as claimed in claim 5, which is characterized in that wave crest, the second curved surface (3105) of first surface (5011)
Wave crest not in same vertical straight line；The trough of first surface (5011), the trough of the second curved surface (3105) are not erected same
On straight straight line.
7. such as atomizer as claimed in any one of claims 1 to 6, which is characterized in that further include be set in suction nozzle seat (2) and with suction
The limit sleeve (32) of mouth seat (2) interference fit, limit sleeve (32) inner wall top are equipped with for preventing suction nozzle (3) from limit sleeve (32)
The boss (3201) of interior abjection, suction nozzle (3) outer wall are equipped with the limited step (302) matched with boss (3201).
8. atomizer as claimed in claim 7, which is characterized in that limit sleeve (32) inner wall is equipped with vertical convex bone
(3202), suction nozzle (3) outer wall is equipped with the slot (303) matched with convex bone (3202), and convex bone (3202) is inserted in slot (303)
It is interior.
9. such as atomizer as claimed in any one of claims 1 to 6, which is characterized in that be equipped with bunker (8) in the shell (1), institute
State the oil filler point (202) opened up on suction nozzle seat (2) for bunker (8) interior oiling.
10. such as atomizer as claimed in any one of claims 1 to 6, which is characterized in that further include fixed ring (33), fixed ring
(33) outer wall and suction nozzle seat (2) inner wall are interference fitted, and fixed ring (33) top is circumferentially with inward flange (3301), movable part (31)
Outer wall is equipped with the groove (3104) matched with inward flange (3301), and inward flange (3301) is inserted in groove (3104).
11. a kind of electronic cigarette, which is characterized in that including atomizer as described in any one of claim 1 to 10.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821435141.6U CN208837108U (en) | 2018-09-03 | 2018-09-03 | A kind of atomizer and electronic cigarette |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821435141.6U CN208837108U (en) | 2018-09-03 | 2018-09-03 | A kind of atomizer and electronic cigarette |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208837108U true CN208837108U (en) | 2019-05-10 |
Family
ID=66356664
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821435141.6U Active CN208837108U (en) | 2018-09-03 | 2018-09-03 | A kind of atomizer and electronic cigarette |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208837108U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020048448A1 (en) * | 2018-09-03 | 2020-03-12 | 湖南中烟工业有限责任公司 | Atomizer and electronic cigarette |
-
2018
- 2018-09-03 CN CN201821435141.6U patent/CN208837108U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020048448A1 (en) * | 2018-09-03 | 2020-03-12 | 湖南中烟工业有限责任公司 | Atomizer and electronic cigarette |
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