CN105795522B - Electronic smoke atomizer - Google Patents
Electronic smoke atomizer Download PDFInfo
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- CN105795522B CN105795522B CN201610218259.2A CN201610218259A CN105795522B CN 105795522 B CN105795522 B CN 105795522B CN 201610218259 A CN201610218259 A CN 201610218259A CN 105795522 B CN105795522 B CN 105795522B
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- inner tube
- air guide
- outer tube
- atomization core
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Abstract
The present invention relates to a kind of electronic smoke atomizers, and by the way that bunker air vent is arranged on air guide outer tube, bunker air vent is connected to tobacco tar storehouse, and tobacco tar storehouse is penetrated through by the gas channel air-flow between bunker air vent and air guide outer tube and air guide inner tube.Ventilation ring and air exchanging plug can effectively prevent the leakage of tobacco tar, outside air from can be flowed by the external admission hole on upper bed-plate, the gas channel between air guide outer tube and air guide inner tube.Portion of air enters in atomization core, and cooling air guide inner tube and atomization core reduce smoke temperature；Another part air is entered by bunker air vent in tobacco tar storehouse after the ventilation micropore and air exchanging plug on ventilation ring, and the inside and outside differential pressure of tobacco tar storehouse and atomization core is made to balance.As tobacco tar is gradually atomized, negative pressure will not be formed in tobacco tar storehouse, therefore do not need prodigious suction tobacco tar can be sucked in atomization core, suck relatively labor-saving.
Description
Technical field
The present invention relates to electronic cigarette technical fields, more particularly to a kind of electronic smoke atomizer.
Background technology
Modern humans have appreciated that cigarette to the harm of health and smoke from cigarette to atmospheric environment especially room
The pollution of interior environment, and with the raising of quality of the life, attention and society to own bodies health to external environment especially
It is the attention of indoor environmental pollution, smoking cessation is imperative.Conventional cigarette is depended on unduly in order to solve " addict ", in recent years
Electronic smoke atomizer then comes into being.Electronic cigarette is mainly used for substituting conventional cigarette, and main realization principle is to pass through atomizer
In heat generating member, the tobacco tar having no toxic side effect is atomized into smog, make smoker obtain cigarette effect a kind of excitement.
Traditional electronic smoke atomizer, tobacco tar storehouse are in sealing state, in use, tobacco tar gradually absorbs mist by Oil Guide body
Change, is easy forming negative pressure in tobacco tar storehouse.After a period of use, need larger suction that could tobacco tar be sucked atomization core
In, it sucks relatively elaborate.
Invention content
Based on this, it is necessary to provide and a kind of suck relatively labor-saving electronic smoke atomizer.
A kind of electronic smoke atomizer, including upper bed-plate, atomizing component, outer cover of atomizer, lower bottom base and component suction nozzle, it is described
Atomizing component and the outer cover of atomizer are arranged between the upper bed-plate and the lower bottom base, the upper bed-plate, the atomization
A tobacco tar storehouse is formed between component, the outer cover of atomizer, the lower bottom base, the component suction nozzle is arranged in the upper bed-plate
On；The external admission hole communicated with the external world is offered on the upper bed-plate；
The atomizing component includes atomization core, air guide outer tube and air guide inner tube；The air guide inner tube is set in described lead
In gas outer tube, and the lower end of the air guide inner tube and the lower end of the air guide outer tube fit, the upper end of the air guide inner tube with
Spaced formation gas channel between the upper end of the air guide outer tube；The lower end of the air guide inner tube forms spray chamber, described
Atomization core is fixed on the lower bottom base and installs in the spray chamber, the spray chamber, the gas channel and outside into
Air-flow perforation is formed between stomata；
The atomizing component further includes ventilation ring and air exchanging plug, and the air guide outer tube is equipped with bunker air vent, the oil
Storehouse air vent is connected to the tobacco tar storehouse, and the air exchanging plug is the ventilating structure with micropore, the ventilation ring and the ventilation
It is set in the air guide inner tube after plug stacking overlapping, the ventilation ring is equipped with ventilation micropore, and the tobacco tar storehouse passes through described
Bunker air vent, the air exchanging plug and the ventilation micropore form air-flow perforation with the gas channel.
In one embodiment, the air guide outer tube is divided into top outer tube, outer pipe jointing part and bottom outer tube, the top
The caliber of portion's outer tube is less than the caliber of the bottom outer tube, and described outer pipe jointing part one end connects the top outer tube, described outer
The other end of pipe jointing part connects the bottom outer tube；
The air guide inner tube is divided into top inner tube, interior pipe jointing part and bottom inner tube, the caliber of the top inner tube and is less than
The caliber of the bottom inner tube, said inner tube interconnecting piece one end connect the top inner tube, the other end of said inner tube interconnecting piece
Connect the bottom inner tube.
In one embodiment, it is equipped with bunker air vent in the outer pipe jointing part of the air guide outer tube, the bunker changes
Stomata is penetrated through with the ventilation micropore phase air-flow on the ventilation ring.
In one embodiment, said inner tube interconnecting piece is equipped with inner tube air admission hole, and said inner tube air admission hole will be described
Spray chamber and gas channel perforation.
In one embodiment, the bottom outer tube is equipped with outer tube oil guiding hole, and the bottom inner tube is led equipped with inner tube
Oilhole, the bottom outer tube are rotatablely connected with the bottom inner tube.
In one embodiment, the ventilation ring includes connecting cylinder and the support sector set on described connecting cylinder one end,
The outer wall of the connecting cylinder and the inner wall of the air guide outer tube fit, and the ventilation micropore is arranged in the support sector, institute
Air exchanging plug is stated to be bonded with the support sector.
In one embodiment, the side wall of the air guide outer tube is equipped with outer tube air-flow exchange hole, the gas channel
It is penetrated through by the outer tube air-flow exchange hole and the external admission gas flow hole；The side wall of the air guide inner tube is equipped with inner tube air-flow
Exchange hole, said inner tube air-flow exchange hole are penetrated through with the gas channel air-flow.
In one embodiment, the atomization core include heater, it is the first hollow heat insulation loop, hollow second heat-insulated
Ring, atomization core shell and electrode；
The heater includes heater ontology and the first conductive pin being arranged on the heater ontology and
Two conductive pins, the heater ontology are the hollow structure of both ends open, and first heat insulation loop is set in the heater
One end of ontology, second heat insulation loop are set in the other end of the heater ontology；
The heater ontology is placed in lateral suspension formula in the atomization core shell, and the atomization core shell is equipped with the
One mounting hole and the second mounting hole, heater ontology one end are mounted in first mounting hole, the heater ontology
The other end be mounted in second mounting hole, the heater ontology passes through first heat insulation loop and described second heat-insulated
Ring isolates installation with the atomization core shell；
The electrode is mounted on the lower end of the atomization core shell, and the electrode insulate with the atomization core shell,
First conductive pin is electrically connected with the atomization core shell, and second conductive pin is electrically connected with the electrode.
In one embodiment, the atomization core shell include atomization upper cover and atomization lower cover, the atomization upper cover and
The atomization lower cover connects to form the atomization core shell, and lid is equipped on the first upper cover installation gap and second in the atomization
Lid installation gap, lid fills notch, the first upper cover peace equipped with the first lower cover installation gap and the second lower cover under the atomization
Dress notch combine to form first mounting hole with the first lower cover installation gap, the second upper cover installation gap with it is described
Second lower cover dress notch combines to form second mounting hole.
In one embodiment, the heater ontology is pillar tubular structure.
Above-mentioned electronic smoke atomizer, by the way that bunker air vent is arranged on air guide outer tube, bunker air vent connects with tobacco tar storehouse
Logical, tobacco tar storehouse is penetrated through by the gas channel air-flow between bunker air vent and air guide outer tube and air guide inner tube, recycles ventilation
The air-flow of ring and air exchanging plug is connected and tobacco tar blocking action, and reaching outside air can be flowed by the external admission hole on upper bed-plate,
Gas channel between air guide outer tube and air guide inner tube, and can effectively block tobacco tar and directly leak into gas channel.
Portion of air enters in atomization core, and cooling air guide inner tube and atomization core reduce smoke temperature；Another part air is from across changing
Entered in tobacco tar storehouse by bunker air vent after ventilation micropore and air exchanging plug on compression ring, makes the inside and outside of tobacco tar storehouse and atomization core
Pressure balance.As tobacco tar is gradually atomized, negative pressure will not be formed in tobacco tar storehouse, therefore do not need prodigious suction to incite somebody to action
Tobacco tar sucks in atomization core, sucks relatively labor-saving.
Description of the drawings
Fig. 1 is the structural schematic diagram of an embodiment electronic smoke atomizer；
Fig. 2 is the sectional view in a direction of the atomizing component of electronic smoke atomizer as shown in Figure 1；
Fig. 3 is the sectional view in another direction of the atomizing component of electronic smoke atomizer as shown in Figure 1；
Fig. 4 is the explosive view of the atomizing component of electronic smoke atomizer as shown in Figure 1；
Fig. 5 is the structural schematic diagram of the air guide outer tube of electronic smoke atomizer as shown in Figure 1；
Fig. 6 is the structural schematic diagram of the ventilation ring of electronic smoke atomizer as shown in Figure 1；
Fig. 7 is the explosive view of the atomization core of electronic smoke atomizer as shown in Figure 1.
Specific implementation mode
To facilitate the understanding of the present invention, below mainly in combination with specific drawings and the specific embodiments to electronic cigarette atomizing core and
Electronic smoke atomizer is described in further detail.
The preferable embodiment of the present invention is given in attached drawing.But the present invention can in many different forms come in fact
It is existing, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making the public affairs to the present invention
Open the more thorough and comprehensive of content understanding.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not offered as being unique embodiment.
Unless otherwise defined, all of technologies and scientific terms used here by the article and belong to the technical field of the present invention
The normally understood meaning of technical staff is identical.Used term is intended merely to description tool in the description of the invention herein
The purpose of the embodiment of body, it is not intended that in the limitation present invention.
Referring to Fig. 1, the electronic smoke atomizer 10 of an embodiment, including upper bed-plate 100, atomizing component 200, atomizer
Shell 300, lower bottom base and component suction nozzle.
Atomizing component 200 and outer cover of atomizer 300 are arranged between upper bed-plate 100 and lower bottom base, upper bed-plate 100, atomization
Tobacco tar storehouse 600 is formed between component 200, outer cover of atomizer 300 and lower bottom base, component suction nozzle is arranged on upper bed-plate 100, upper bottom
The external admission hole 110 communicated with the external world is offered on seat 100.
Atomizing component includes atomization core 210, air guide outer tube 220 and air guide inner tube 230.Air guide inner tube 230, which is set in, to be led
In gas outer tube 220, and the lower end of air guide inner tube 230 and the lower end of air guide outer tube 220 fit, the upper end of air guide inner tube 230 with
Spaced formation gas channel 201 between the upper end of air guide outer tube 220.The lower end of air guide inner tube 230 forms spray chamber 240.
Atomization core 210 is fixed on lower bottom base and installs in spray chamber 240, spray chamber 240, gas channel 201 and external admission hole
Air-flow perforation is formed between 110.
Atomizing component further includes ventilation ring 700 and air exchanging plug 800, and air guide outer tube 220 is equipped with bunker air vent 203, oil
Storehouse air vent 203 is connected to tobacco tar storehouse 600, and 10 air exchanging plug 800 of electronic smoke atomizer is the ventilating structure with micropore, ring of taking a breath
700 with air exchanging plug 800 stacking overlapping after be set in air guide inner tube 230, ventilation ring 700 be equipped with ventilation micropore 701.Tobacco tar storehouse
600 form air-flow perforation by bunker air vent 203, air exchanging plug 800 and ventilation micropore 701 and gas channel 201.
Component suction nozzle is mounted on upper bed-plate 100, and upper bed-plate 100 is equipped with external admission hole 110, and outside air can be by upper
External admission hole 110 on pedestal 100 flows into, into the gas channel 201 between air guide outer tube 220 and air guide inner tube 230.
Traditional electronic smoke atomizer is in atomization process, when atomization core 210 obtains sufficient external electric energy work, meeting
Moment consumes a large amount of tobacco tar, and the lasting reduction of tobacco tar, bunker is penetrated by organic cotton and ceramic heating element in tobacco tar storehouse 600
Air capacity it is insufficient, will generate certain negative pressure in bunker.This negative pressure can hinder tobacco tar to continue to supply, so as to cause hair
Cigarette low on fuel needed for hot 2111 moment of body ontology generates the generation of taste variation or burning.And the electronic smoke of the present invention
Change device 10, due to the upper setting bunker air vent 203 on air guide outer tube 220.Ambient atmos are flowed into from external admission hole 110, are entered
After gas channel 201 between air guide outer tube 220 and air guide inner tube 230, air flows to two channels, and one is logical from air-flow
Road 201 enters spray chamber 240, enters back into atomization core 210, and component suction nozzle is reached through air guide inner tube 230 with smog.Another is
By the ventilation micropore 701 taken a breath on ring 700, tobacco tar storehouse 600 is entered by air exchanging plug 800 and bunker air vent 203.Air exchanging plug
800 in the case where being saturated with tobacco tar, plays the role of sealing tobacco tar, ensures that tobacco tar does not leak to gas channel in tobacco tar storehouse 600
201.When generating certain negative pressure in tobacco tar storehouse 600, the air in gas channel 201 passes through ventilation due to the effect of air pressure
The ventilation micropore 701 and side gap of ring 700 enter air exchanging plug 800, then are penetrated by the bunker air vent 203 of air guide outer tube 220
Tobacco tar storehouse 600 so that the air pressure balance in tobacco tar storehouse 600 reduces the negative pressure even being eliminated in tobacco tar storehouse 600, ensures atomization core 210
Tobacco tar supply it is smooth.
Specifically, upper bed-plate 100 includes suction nozzle seat 111, air inlet seat 113 and air inlet adjustment ring 115.Suction nozzle seat 111 is used for
Component suction nozzle is installed.External admission hole 110 is located on the side wall in air inlet seat 113.Air inlet adjustment ring 115 is rotated with air inlet seat 113
Connection.Can rotate a certain angle between air inlet adjustment ring 115 and air inlet seat 113, user can voluntarily be adjusted by him into
The size of stomata, to adjust amount of smoke and mouthfeel.
Further include upper silica gel ring 117 and tobacco tar sealing ring 119 in present embodiment.It is convex there are four being set on upper silica gel ring 117
It rises.When assembly, air inlet adjustment ring 115 is sleeved on to the outside of air inlet seat 113, two foot sons for keeping air inlet adjustment ring 115 into
In the fan-shaped heavy platform of two of gas seat 113.Upper silica gel ring 117 is assembled in the annular groove of suction nozzle seat 111 again, silica gel ring in holding
117 four protrusions are outside.Suction nozzle seat 111 is positioned on air inlet adjustment ring 115 again, with 113 riveted of air inlet seat.Finally by cigarette
Oil seal circle 119 is sleeved on the annular groove of air inlet seat 113, that is, completes the installation of upper bed-plate 100.Upper silica gel ring 117 can rise
To a damping action, there is good feel, to increase the comfortable of user experience when ensureing rotating inlet regulation ring 115
Degree.Tobacco tar sealing ring 119 can play increase leakproofness, prevent tobacco tar from leaking.
Fig. 2, Fig. 3 and Fig. 4 are please referred to, air guide outer tube 220 divides for top outer tube 221, outer pipe jointing part 223 and bottom outer tube
225.The caliber of top outer tube 221 is less than the caliber of bottom outer tube 225, and 223 one end of outer pipe jointing part connects top outer tube 221,
The other end of outer pipe jointing part 12313 connects bottom outer tube 225.Air guide inner tube 230 is divided for top inner tube 231, interior pipe jointing part
233 and bottom inner tube 235, the caliber of top inner tube 231 is less than the caliber of bottom inner tube 235.233 one end of interior pipe jointing part connects
The other end of top inner tube 231, interior pipe jointing part 233 connects bottom inner tube 235.Air guide inner tube 230 is contained in air guide outer tube 220
In, spaced formation gas channel 201, bottom outer tube between the inner wall and the outer wall of top inner tube 231 of top outer tube 221
225 inner wall and the outer wall of bottom inner tube 235 are in direct contact.
By air guide outer tube 220 be arranged to small one and large one two parts and two-part junction it is stepped, in air guide
Pipe 230 is also configured to small one and large one two parts and two-part junction is also stepped, the inner wall of top outer tube 221 with
Spaced formation gas channel 201 between the outer wall of top inner tube 231.Gas channel 201 can introduce outside air into mist
Change in core 210, reduces temperature.The inner wall of bottom outer tube 225 and the outer wall of bottom inner tube 235 are in direct contact, and can form cavity
The spray chamber 240 of structure, atomization core 210 can be housed in spray chamber 240.
In present embodiment, the side wall of air guide outer tube 220 is equipped with outer tube air-flow exchange hole 205, and gas channel 201 passes through
Outer tube air-flow exchange hole 205 is penetrated through with 110 air-flow of external admission hole.Certainly, in other embodiments, its other party can also be used
Formula makes gas channel 201 be penetrated through with 110 air-flow of external admission hole, such as the length of air guide outer tube 220 is shorter than air guide inner tube 230,
To form notch so that gas channel 201 is penetrated through with 110 air-flow of external admission hole.
In present embodiment, atomizing component further includes screw rod 250 and connection ring 260, and air guide inner tube 230 is contained in outside air guide
In pipe 220.Preferably, air guide outer tube 220 and the junction of air guide inner tube 230 are equipped with the first sealing ring 101.Air guide inner tube 230
It is connect with screw rod 250, air guide outer tube 220 is connect by connection ring 260 with screw rod 250.Air guide outer tube 220 is connect with screw rod 250
Place is equipped with the second sealing ring 102 and third sealing ring 103.Bottom inner tube 235 connect to form spray chamber 240 with screw rod 250.Air guide
Spaced formation gas channel 201 between the inner wall and the outer wall of air guide outer tube 220 of inner tube 230.Spray chamber 240 passes through air-flow
Channel 201 is penetrated through with 110 air-flow of external admission hole.
Specifically, bottom outer tube 225 is equipped with outer tube oil guiding hole 2251, bottom inner tube 235 is equipped with inner tube oil guiding hole 2351.
Bottom outer tube 225 is rotatablely connected with bottom inner tube 235.In use, rotation air guide outer tube 220 so that outer on bottom outer tube 225
Pipe oil guiding hole 2251 is connected with the inner tube oil guiding hole 2351 in bottom inner tube 235, and tobacco tar is facilitated to flow into atomization core 210.
Referring to Fig. 5, in present embodiment, bunker air vent 203 is set on outer pipe jointing part 223.The outer tube 221 at top
With facility bunker air vent 203 on the junction of bottom outer tube 225.On the one hand it can make tobacco tar storehouse 600 and gas channel 201
Air-flow penetrates through.On the other hand, bunker air vent 203 is arranged on outer pipe jointing part 223, is equivalent to bunker air vent 203 and sets
The shoulder in air guide outer tube 220 is set, can prevent the tobacco tar in tobacco tar storehouse 600 from revealing.
Specifically, interior pipe jointing part 233 is equipped with inner tube air admission hole 2331, the inner tube air admission hole 2331 is by gas channel
201 are connected to spray chamber 240, so that ambient atmosphere is entered spray chamber 240, then tobacco tar atomization vapour is passed through air guide through atomization core 210
The hollow tube 21712 of inner tube 230 is sucked out.
In present embodiment, ventilation ring 700 is arranged between outer pipe jointing part 223 and interior pipe jointing part 233, ring of taking a breath
700 are equipped with ventilation micropore 701, and ventilation micropore 701 is penetrated through with 203 air-flow of bunker air vent, and the setting of air exchanging plug 800 connects in outer tube
Between socket part 223 and ventilation ring 700.
Specifically, the material of air exchanging plug 800 can be cotton, fiber, sponge etc..By outer pipe jointing part 223 with it is interior
Facility ventilation ring 700 and air exchanging plug 800 between pipe jointing part 233, and the setting ventilation micropore 701 on ventilation ring 700 so that
Micropore 701 of taking a breath is penetrated through with 203 air-flow of bunker air vent.Ventilation ring 700 can play the role of supporting air exchanging plug 800, ventilation
Plug 800 can make the cigarette in tobacco tar storehouse 600 on the basis of ensureing that bunker air vent 203 is penetrated through with 201 air-flow of gas channel
Oil does not leak in gas channel 201.
When installation, 800 sets of air exchanging plug is first set to top inner tube 231, ventilation ring 700 is then set in top inner tube again
On 231, air exchanging plug 800 is made to form levels closed assembly shape with ventilation ring 700；The purpose being arranged in this way is using ventilation ring and to change
Air-flow conducting and the tobacco tar blocking action of vent plug, reaching outside air can be flowed by the external admission hole on upper bed-plate, into leading
Gas channel between gas outer tube and air guide inner tube, and can effectively block tobacco tar and directly leak into gas channel.
Specifically, referring to Fig. 6, ventilation ring 700 includes connecting cylinder 710 and the support sector set on 710 one end of connecting cylinder
720, the inner wall of the outer wall and air guide outer tube 220 of connecting cylinder 710 fits, and ventilation micropore 701 is arranged in support sector 720, changes
Vent plug 800 is arranged between support sector 720 and outer pipe jointing part 223.700 support effect of ventilation ring of this structure is good, convenient
Installation.Certainly in other embodiments, can also need not be changed by 800 direct plug of air exchanging plug in bunker air vent 203
The support of compression ring 700 also may make the tobacco tar in tobacco tar storehouse 600 not leak in gas channel 201.
It is preferred that the internal diameter of the support sector 720 of ventilation ring 700 is consistent with 231 outer diameter of top inner tube of air guide inner tube 230,
The outer diameter of the support sector 720 of ventilation ring 700 is consistent with 225 internal diameter of bottom outer tube of air guide outer tube 220；Air exchanging plug 800 it is interior
Diameter and the outer diameter 225 internal diameter phase of bottom outer tube with 231 outer diameter of top inner tube of air guide inner tube 230 and air guide outer tube 220 respectively
Unanimously；At this point, ambient atmosphere after gas channel 201 by that will split into two-way air-flow；It is all the way：Gas channel 201-is taken a breath
800-spray chamber of ventilation 701-air exchanging plug of micropore 240 in the support sector 720 of ring 700；Another way is：Gas channel 201-
Ventilation micropore 701-air exchanging plug, the 800-tobacco tar storehouse 600 taken a breath in the support sector 720 of ring 700.
Referring to Fig. 7, atomization core 210 includes heater 211, the first hollow heat insulation loop 213, the second hollow heat insulation loop
215, atomization core shell 217 and electrode 219.
Heater 211 includes heater ontology 2111 and the first conductive pin being arranged on heater ontology 2111
2113 and second conductive pin 2115, heater ontology 2111 be the hollow structure of both ends open, the first heat insulation loop 213 is set in
One end of heater ontology 2111, the second heat insulation loop 215 are set in the other end of heater ontology 2111.
Heater ontology 2111 be both ends open hollow structure, tobacco tar can directly from the both ends of heater ontology 2111 into
Enter in heater ontology 2111, it can not be by Oil Guide body Oil Guide.Further decrease suction.
Specifically, the material of heater ontology 2111 can be metal or ceramics etc..In present embodiment, heater ontology
2111 be porous ceramics.Porous ceramics calorific value is big, and resistance can reach 0.25 Europe, disclosure satisfy that user's needs offer super large
Amount of smoke, and mellow in taste.After the porous ceramics of hollow structure imports tobacco tar by both ends, it can be oozed by the micropore on side wall
Thoroughly, tobacco tar will be full of in atomization core shell 217 so that heater ontology 2111 is immersed in tobacco tar, avoids dry combustion method phenomenon.
In present embodiment, heater ontology 2111 is pillar tubular structure.Pillar tubular structure both ends open, is conducive to
Oil Guide, and pillar tubular structure surface area is big, is conducive to consistent heat generation.In other embodiments, heater ontology 2111
Shape can also be cuboid or gengon etc..
The material of first heat insulation loop 213 and the second heat insulation loop 215 can be silica gel, rubber or plastics etc..Present embodiment
In, the material of the first heat insulation loop 213 and the second heat insulation loop 215 is silica gel, and silica gel has elasticity, and easy processing is molded, heat-insulated
Effect is good.
Atomization core shell 217 is equipped with the first mounting hole 2101 and the second mounting hole 2103.2111 one end of heater ontology
In the first mounting hole 2101, the other end of heater ontology 2111 is mounted in the second mounting hole 2103, heater sheet
Body 2111 is isolated by the first heat insulation loop 213 and the second heat insulation loop 215 with atomization core shell 217.Pass through the first mounting hole
2101 and second mounting hole 2103 heater ontology 2111 is hanging, then by the first heat insulation loop 213 and the second heat insulation loop 215,
Heater ontology 2111 is not directly contacted with atomization core shell 217.The heat that heater ontology 2111 generates when being atomized is not easy
On conduction to atomization core shell 217 so that entire atomization core 210 is not easy to generate heat.Also, the first heat insulation loop 213 and second every
Hot ring 215 is respectively sleeved at the both ends of heater ontology 2111, and heater ontology 2111 is isolated with atomization core shell 217, can
To prevent heater ontology 2111 to be electrically connected with atomization core shell 217, avoid generating short circuit phenomenon.
In traditional electronic cigarette atomizing core, heater is usually vertically placed in atomization core shell.Heater of the present invention
Ontology 2111 is placed across in atomization core shell 217, is on the one hand conducive to Oil Guide so that tobacco tar enters the fever of hollow structure
In body ontology 2111, suction is reduced.On the other hand, the bottom end of heater ontology 2111 will not the bottom end of atomization core shell 217 connect
It touches, the heat that 2111 adstante febre of heater ontology generates will not be transmitted in the other assemblies of electronic smoke atomizer 10, continuously be made
It used time, will not be hot.
In present embodiment, atomization core shell 217 includes atomization upper cover 2171 and atomization lower cover 2173, is atomized upper cover 2171
It connect to form atomization core shell 217 with atomization lower cover 2173.It is atomized upper cover 2171 and is equipped with 21701 He of the first upper cover installation gap
Second upper cover installation gap 21703, atomization lower cover 2173 are equipped with the first lower cover installation gap 21705 and the one the second lower covers peace
Notch 21707 is filled, the first upper cover installation gap 21701 is combined with the first lower cover installation gap 21705 forms the first mounting hole
2101, the second upper cover installation gap 21703 combines with the one the second lower cover installation gaps 21707 and forms the second mounting hole 2103.
By being respectively formed installation gap on atomization lower cover 2173 in atomization upper cover 2171, mounting hole is formed after combination.It is atomized upper cover
2171 can be separated from each other or connect with atomization lower cover 2173, facilitate installation heater ontology 2111.Certainly, in other embodiment
In, atomization core shell 217 can also be integrally formed shell structure.
Specifically, atomization upper cover 2171 is equipped with fog hole 21709, the smog that atomization core 210 generates when being atomized can pass through
Fog hole 21709 exports.Be atomized lower cover 2173 side wall be equipped with lower cover air admission hole 21711, outside air can by lower cover into
Stomata 21711 enters in atomization core shell 217.
Electrode 219 is mounted on the lower end of atomization core shell 217, and electrode 219 insulate with atomization core shell 217, and first
Conductive pin 2113 is electrically connected with atomization core shell 217, and the second conductive pin 2115 is electrically connected with electrode 219.In use, electrode
219 can be electrically connected with the anode of external power supply, and atomization core housing 140 can be electrically connected with the cathode of external power supply.By
First conductive pin 2113 and the second conductive pin 2115 be set on heater ontology 2111, and by 111 He of the first conductive pin
Second conductive pin 2115 is electrically connected with atomization core shell 217 and electrode 219 respectively, reliably ensure that heater ontology 2111
Electric energy supply, wall exempted from the generation of short circuit phenomenon so that heater ontology 2111 generates heat uniformly, avoids generation hot-spot
Situation.
Specifically, the lower end of atomization core shell 217 is equipped with electrode mounting hole 21713, electrode 219 is arranged electrode insulation ring
It is mounted in electrode mounting hole 21713 after 2191.Electrode 219 is insulated by electrode insulation ring 2191 and atomization core shell 217.Electricity
Pole dead ring 2191 is the hollow structure of both ends open, the inner wall of the outer wall and electrode mounting hole 21713 of electrode insulation ring 2191
It fitting, the first conductive pin 2113 is embedded between the outer wall of electrode insulation ring 2191 and the inner wall of electrode mounting hole 21713,
Second conductive pin 2115 is embedded between the inner wall of electrode insulation ring 2191 and the outer wall of electrode 219.When installation, first by first
Conductive pin 2113 is stretched out from electrode mounting hole 21713, is inserted into electrode insulation ring 2191, at this time the first conductive pin 2113
It is embedded between the outer wall of electrode insulation ring 2191 and the inner wall of the electrode mounting hole 21713 of atomization core shell 217, realizes first
Conductive pin 2113 is electrically connected with atomization core shell 217.Then, by the second conductive pin 2115 from the electrode insulation of hollow structure
It is stretched out in ring 2191, then electrode 219 is inserted into electrode insulation ring 2191, at this point, the second conductive pin 2115 is embedded at electrode
Between the inner wall and the outer wall of electrode 219 of dead ring 2191, realize that the second conductive pin 2115 is electrically connected with electrode 219.One side
Face by electrode insulation ring 2191 can realize the first conductive pin 2113 and the second conductive pin 2115 respectively with atomization core shell
217 and electrode 219 be electrically connected, avoid occur short circuit phenomenon；Another aspect electrode insulation ring 2191 can also fix the first conduction
Pin 2113 and the second conductive pin 2115.
Specifically, the bottom of atomization core shell 217 is equipped with pin installation gap 21715.Pin installation gap 21715 is arranged
On the edge of 217 bottom of atomization core shell.When installation, by the first conductive pin 2113 after the stretching of electrode mounting hole 21713,
It can stretch to 21715 direction of the first pin installation gap, and tense upwards.By pin installation gap 21715, can facilitate
The first conductive pin of tension 2113, and cut extra conductive pin.Also, the first conductive pin 2113 can be embedded first
In pin installation gap 21715, protrusion will not be formed in the bottom of atomization core shell 217, be convenient for electrode insulation ring 2191 and electricity
The installation of pole 219.
Specifically, atomization core 210 further includes collet 212, collet 212 is set on the outer wall of atomization core shell 217,
Collet oil guiding hole 2101 is offered on collet 212, collet oil guiding hole 2101 is connected to heater ontology 2111.By
It is arranged collet 212 on atomization core shell 217, atomization core 210 can be slowed down and the heat of other components of electronic smoke atomizer 10 passes
It leads so that entire electronic cigarette temperature is unlikely to too high.Collet oil guiding hole 2101 is connected to heater ontology 2111, and tobacco tar can be straight
It taps into heater ontology 2111, reduces suction.
The material of collet 212 can be silica gel, rubber, plastics etc..In present embodiment, the material of collet 212 is
Silica gel, silica gel has elasticity, and easy processing is molded, good heat-insulation effect.
Specifically, 212 madial wall of collet is equipped with locating convex block 2103,217 side wall of atomization core shell is equipped with and determines
Position 2103 matched shell location hole 2105 of convex block.212 inwardly protruding formation locating convex block 2103 of collet.When installation, it will determine
Position convex block 2103 is pressed into the shell location hole 2105 of atomization core shell 217, facilitates fixed collet 212, keeps flat appearance.
Specifically, collet fog hole 2107 is offered on 212 side wall of collet, on collet fog hole 2107 and atomization
Fog hole 21709 on lid 2171 matches.
In present embodiment, lower bottom base include base body 410, interior fixed ring 420, outer fixed ring 430, insulator 440,
Lower silica gel ring 450.When assembling, first lower silica gel ring 450 is assembled in outer fixed ring 430, ensures that four of lower silica gel ring 450 are convex
Four holes with outer fixed ring 430 are played to just.Interior fixed ring 420 is attached in lower silica gel ring 450 again, lower silica gel ring 450 is consolidated
It is scheduled between interior fixed ring 420 and outer fixed ring 4300.Next the assembly set assembled above on base body 410,
Interior fixed ring 420 is riveted tightly with base body 410.Finally insulator 440 is assembled in the through-hole of base body 410 so that electricity
It insulate with base body 410 pole 150.Four convex designs of lower silica gel ring 450, facilitate user opening base body 410 more
When changing electronic cigarette atomizing core 100, there is enough frictional force to go to drive, greatly strengthen the feel of user.
In present embodiment, component suction nozzle includes suction nozzle 510, suction nozzle cover 520 and mouth collet 530.Suction nozzle cover 520 accommodates
In suction nozzle 510, suction nozzle 510 is mounted on suction nozzle seat 111.Between the outer wall and the inner wall of suction nozzle 510 of suction nozzle cover 520 each other
Every forming clearance groove, suction nozzle collet 530 is embedded in clearance groove.Due to the heat-blocking action of suction nozzle collet 530, the heat of smog
Amount is more difficult from the conduction to suction nozzle 510 of suction nozzle cover 520, ensures that the temperature of suction nozzle 510 will not be excessively high, long-time service will not go out
The phenomenon that now scalding mouth.
Specifically, component suction nozzle further includes suction nozzle lower cover 540 and suction nozzle heat insulation loop 550.When assembly, first suction nozzle collet
530 fill in suction nozzle 510, and the outer wall of suction nozzle collet 530 is allowed to be close to the inner wall of suction nozzle 510, ensure that the bottom edge of suction nozzle 510 is stuck in
In 530 annular groove of suction nozzle collet.Suction nozzle lower cover 540 is assembled in the lower stomidium of suction nozzle collet 530 again, then by suction nozzle cover
520 fill in from the upper end hole of suction nozzle collet 530 and rivet together with suction nozzle lower cover 540.Suction nozzle 510, suction nozzle are heat-insulated in this way
Set 530 is secured between suction nozzle cover 520 and suction nozzle lower cover 540.Suction nozzle heat insulation loop 550 is finally sleeved on suction nozzle lower cover 540
On the annular groove of lower end, that is, complete the installation of component suction nozzle.Suction nozzle heat insulation loop 550 can further obstruct the heat of smog from suction nozzle
On 111 conduction to suction nozzle 510 of seat, ensure that the temperature of suction nozzle 510 will not be excessively high, the phenomenon that boiling hot mouth will not occur in long-time service.
Specifically, the bottom end of suction nozzle cover 520 is equipped with air-casing 521, air-casing 521 is convex close to the surface of atomization core 210
Curved surface, surface of the air-casing 521 far from atomization core 210 are concave curved surface, and air-casing 521 is equipped with the venthole 5201 of inclined plane shape,
Suction nozzle cover 520 is penetrated through by the venthole 5201 of inclined plane shape with 210 air-flow of atomization core.By by air-casing 521 close to atomization core
210 surface is to be set as convex surface, and surface of the air-casing 521 far from atomization core 210 is set as concave curved surface, effectively prevent tobacco tar
Sputtering, avoids scalding.
Specifically, the venthole 5201 of inclined plane shape refer to venthole 5201 center line it is different with the axis of component suction nozzle.
I.e. there are certain angles between the center line of venthole 5201 and the axis of component suction nozzle.In present embodiment, venthole
Angle between 5201 center line and the axis of component suction nozzle is 30 °~60 °.
Preferably, the inclined plane shape of venthole 5201 is helical form, i.e., is arranged between two surfaces up and down of air-casing 211
It at screw type inclined plane shape, can further delay the suction time of tobacco tar atomization vapour in this way, increase the heat of smog and suction nozzle cover 520
It exchanges, when continuous use will produce burning.Meanwhile so that the atomization vapour that venthole 5201 is sucked out forms helical form in coiling
It rises, extends and the time is sucked out and stroke is sucked out, reduce the temperature of smog, promote the mouthfeel of smog.
When entire electronic smoke atomizer 10 assembles, component suction nozzle is mounted on suction nozzle seat 111,300 one end of outer cover of atomizer
Air inlet seat 113, the other end connect base ontology 410 of outer cover of atomizer 300 are connected, screw rod 250 is mounted on base body 410
On.Tobacco tar storehouse 600 is formed between upper bed-plate 100, gas-guide tube 120, atomization core 210, outer cover of atomizer 300 and lower bottom base.Mist
Change device shell 300 and is equipped with tobacco tar sealing ring 104 with upper bed-plate 100 and 120 junction of gas-guide tube.
Above-mentioned electronic smoke atomizer 10, by the way that bunker air vent 203 is arranged on air guide outer tube 220, tobacco tar storehouse 130 passes through
201 air-flow of gas channel perforation between bunker air vent 203 and air guide outer tube 220 and air guide inner tube 230.Outside air can lead to
It crosses the external admission hole 110 on upper bed-plate 100 to flow into, into gas channel 201.Portion of air enters in atomization core 210, cooling
Air guide inner tube 230 and atomization core 210 reduce smoke temperature.Another part air enters tobacco tar storehouse 600 from bunker air vent 203
In, so that tobacco tar storehouse 600 and the inside and outside differential pressure of atomization core 210 is balanced.It, will not in tobacco tar storehouse 600 as tobacco tar is gradually atomized
Negative pressure is formed, therefore do not need prodigious suction tobacco tar can be sucked in atomization core 210, sucked relatively labor-saving.
Several embodiments of the invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Range.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (10)
1. a kind of electronic smoke atomizer, including upper bed-plate, atomizing component, outer cover of atomizer, lower bottom base and component suction nozzle, the mist
Change component and the outer cover of atomizer is arranged between the upper bed-plate and the lower bottom base, the upper bed-plate, the atomization group
Tobacco tar storehouse is formed between part, the outer cover of atomizer and the lower bottom base, the component suction nozzle is arranged on the upper bed-plate；Institute
State the external admission hole for offering on upper bed-plate and being communicated with the external world；
The atomizing component includes atomization core, air guide outer tube and air guide inner tube；The air guide inner tube is set in outside the air guide
In pipe, and the lower end of the air guide inner tube and the lower end of the air guide outer tube fit, the upper end of the air guide inner tube with it is described
Spaced formation gas channel between the upper end of air guide outer tube；The lower end of the air guide inner tube forms spray chamber, the atomization
Core is fixed on the lower bottom base and installs in the spray chamber, the spray chamber, the gas channel and external admission hole
Between formed air-flow perforation；
It is characterized in that, the atomizing component further includes ventilation ring and air exchanging plug, the air guide outer tube is equipped with bunker air vent,
The bunker air vent is connected to the tobacco tar storehouse, and the air exchanging plug is the ventilating structure with micropore, the ventilation ring and institute
It states after overlapping is laminated in air exchanging plug from the bottom to top and is set in the air guide inner tube, the ventilation ring is equipped with ventilation micropore, described
Tobacco tar storehouse forms air-flow with the gas channel by the bunker air vent, the air exchanging plug and the ventilation micropore and passes through
It is logical.
2. electronic smoke atomizer according to claim 1, which is characterized in that the air guide outer tube is divided into top outer tube, outer
Pipe jointing part and bottom outer tube, the caliber of the top outer tube are less than the caliber of the bottom outer tube, the outer pipe jointing part one
End connects the top outer tube, and the other end of the outer pipe jointing part connects the bottom outer tube；
The air guide inner tube is divided into top inner tube, interior pipe jointing part and bottom inner tube, and the caliber of the top inner tube is less than described
The caliber of bottom inner tube, said inner tube interconnecting piece one end connect the top inner tube, the other end connection of said inner tube interconnecting piece
The bottom inner tube.
3. electronic smoke atomizer according to claim 2, which is characterized in that set in the outer pipe jointing part of the air guide outer tube
There are bunker air vent, the bunker air vent to be penetrated through with the ventilation micropore phase air-flow on the ventilation ring.
4. electronic smoke atomizer according to claim 2, which is characterized in that said inner tube interconnecting piece is equipped with inner tube air inlet
Hole, said inner tube air admission hole penetrate through the spray chamber and gas channel.
5. electronic smoke atomizer according to claim 2, which is characterized in that the bottom outer tube is equipped with outer tube oil guiding hole,
The bottom inner tube is equipped with inner tube oil guiding hole, and the bottom outer tube is rotatablely connected with the bottom inner tube.
6. electronic smoke atomizer according to claim 1, which is characterized in that the ventilation ring includes connecting cylinder and is set to
The support sector of described connecting cylinder one end, the outer wall of the connecting cylinder and the inner wall of the air guide outer tube fit, and the ventilation is micro-
Hole is arranged in the support sector, and the air exchanging plug is bonded with the support sector.
7. electronic smoke atomizer according to claim 1, which is characterized in that the side wall of the air guide outer tube is equipped with outer tube
Air-flow exchange hole, the gas channel are penetrated through by the outer tube air-flow exchange hole and the external admission gas flow hole；The air guide
The side wall of inner tube is equipped with inner tube air-flow exchange hole, and said inner tube air-flow exchange hole is penetrated through with the gas channel air-flow.
8. electronic smoke atomizer according to claim 1, which is characterized in that the atomization core includes heater, hollow
First heat insulation loop, the second hollow heat insulation loop, atomization core shell and electrode；
The heater includes that heater ontology and the first conductive pin being arranged on the heater ontology and second are led
Electric pin, the heater ontology are the hollow structure of both ends open, and first heat insulation loop is set in the heater ontology
One end, second heat insulation loop is set in the other end of the heater ontology；
The heater ontology is placed in lateral suspension formula in the atomization core shell, and the atomization core shell is equipped with the first peace
Fill hole and the second mounting hole, heater ontology one end is mounted in first mounting hole, the heater ontology it is another
One end is mounted in second mounting hole, the heater ontology by first heat insulation loop and second heat insulation loop with
The atomization core shell isolates installation；
The electrode is mounted on the lower end of the atomization core shell, and the electrode insulate with the atomization core shell, described
First conductive pin is electrically connected with the atomization core shell, and second conductive pin is electrically connected with the electrode.
9. electronic smoke atomizer according to claim 8, which is characterized in that the atomization core shell includes atomization upper cover and mist
Change lower cover, the atomization upper cover connect to form the atomization core shell with the atomization lower cover, is covered in the atomization equipped with the
One upper cover installation gap and the second upper cover installation gap, lid is equipped with the first lower cover installation gap and the second lower cover under the atomization
Notch is filled, the first upper cover installation gap combines to form first mounting hole with the first lower cover installation gap, described
Second upper cover installation gap combines to form second mounting hole with second lower cover dress notch.
10. electronic smoke atomizer according to claim 8, which is characterized in that the heater ontology is pillar tubular structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610218259.2A CN105795522B (en) | 2016-04-08 | 2016-04-08 | Electronic smoke atomizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610218259.2A CN105795522B (en) | 2016-04-08 | 2016-04-08 | Electronic smoke atomizer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105795522A CN105795522A (en) | 2016-07-27 |
| CN105795522B true CN105795522B (en) | 2018-10-26 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610218259.2A Active CN105795522B (en) | 2016-04-08 | 2016-04-08 | Electronic smoke atomizer |
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|---|---|
| CN (1) | CN105795522B (en) |
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| US12120778B2 (en) | 2017-04-27 | 2024-10-15 | Rai Strategic Holdings, Inc. | Aerosol delivery device including a ceramic wicking element |
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| IN201921016819A (en) * | 2019-04-27 | 2019-06-21 | ||
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| CN105795522A (en) | 2016-07-27 |
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