CN206043430U - Atomising head, nebulizer and electronic cigarette - Google Patents

Abstract

A kind of atomising head, the atomising head includes heat generating component and atomization sleeve pipe, the atomization sleeve pipe includes first chamber and the second chamber being interconnected, the first chamber and the second chamber are equipped with heat generating component, outer gas stream sequentially passes through the first chamber, the second chamber, takes away by the substrate formed aerosol of the heat generating component heating atomization.Air-flow from outside suction is effectively spaced apart by first chamber and second chamber.Because air-flow is to pass fully through whole atomising head, it is difficult to be formed hydrops, and can makes that temperature is basically identical everywhere on heat generating component, while the application air-flow is unobstructed, heat-conducting effect is good.As the application causes amount of smoke big using double heat generating components and is difficult to form hydrops.

Description

Atomising head, nebulizer and electronic cigarette

Technical field

This utility model is related to simulate smoking techniques field, more particularly to a kind of atomising head, nebulizer and electronic cigarette.

Background technology

Electronic cigarette also known as virtual cigarette, it has the outward appearance approximate with medicated cigarette, and the taste approximate with medicated cigarette is mainly used for Simulation smoking is felt, so that smoking cessation or cigarette substitute are used.Existing electronic cigarette generally comprises nebulizer and battery component, when making User from the smoking of cigarette holder one end when, the flowing of air closes the pneumatic switch in nebulizer, and battery component is powered to nebulizer, The heat that atomising head is produced in the middle of nebulizer is atomized tobacco juice, so as to user has the effect of smoking.

Existing atomising head in the market, gas channel are typically all not directly entered inside heat generating component, breather Only it is merely to reach heat generating component topmost, the benefit of do so can make whole air-flow trend more smooth, but because air-flow is Whole heat generating component is skimmed over rather than is passed fully through from heat generating component upper surface so that hydrops is easily formed on heat generating component bottom, this Outward, as path is moved towards because of air-flow in heat generating component top and the bottom so that drain element is always at different temperature during operation Under degree environment, and cause drain component life to reduce and increase the frequency that user changes heat generating component.

Utility model content

Based on this, it is necessary to provide a kind of atomising head that can be effectively improved hydrops.

A kind of nebulizer with the atomising head of offer and the electronic cigarette with the nebulizer are provided.

The technical solution adopted in the utility model is：A kind of atomising head, the atomising head include heat generating component and atomization set Pipe, described to be atomized first chamber and the second chamber that sleeve pipe includes being interconnected, the first chamber and the second chamber are equal Heat generating component is provided with, outer gas stream sequentially passes through the first chamber, the second chamber, takes away and heated by the heat generating component The substrate formed aerosol of atomization.

Further, during the first chamber and second chamber are arranged on the atomization sleeve pipe and along the atomization sleeve pipe Be arranged in an axially parallel mode.

Further, the first chamber and the connection of second chamber bottom or/and the first chamber and second chamber phase The axially middle part of adjacent side wall is following to be connected, and outer gas stream passes through the first chamber, second chamber, takes away by the heat generating component The substrate formed aerosol of heating atomization.

Further, the heat generating component is at least two groups, is separately mounted in the first chamber and second chamber, institute Stating heat generating component includes heat generating member and drain part, the hollow structure that the heat generating member runs through for two ends by the drain part bag Wrap up in, the heat generating member from the first chamber, the heat generating member in second chamber are passed through the outer gas stream successively, are taken away by institute State the substrate formed aerosol of heat generating member heating atomization.

Further, hollow structure of the atomization sleeve pipe for two ends connection, the atomization sleeve pipe include being atomized ferrule sleeve Body, fixing groove and spacer body, the atomization sleeve pipe inner barrel are separated into the first chamber and the second chamber by the spacer body Room, the spacer body are arranged in the fixing groove, and the fixing groove is located at the cylinder inboard wall of the atomization sleeve pipe.

Further, it is described atomization sleeve barrel side be provided with the first inlet, relative to opposite side be provided with second Inlet, first inlet are opened on the barrel of atomization sleeve pipe cylinder of the first chamber side, second feed liquor Mouth is opened on the barrel of atomization sleeve pipe cylinder of the second chamber side, tobacco juice is entered from inlet.Further, it is described Sectional area of the sectional area of the first inlet less than second inlet.

Further, the atomising head also includes atomization base, and the atomization base includes body, and the body is convex And if along the hollow cylinder that is axially formed of the body, and with it is described atomization casing shoe matching form close, the mist Change sleeve pipe to be set on the cylinder, and one is formed with the atomization casing shoe cross gas cavity.

Further, the atomising head also includes atomising head electrode contact and atomising head insulated ring, the atomising head Insulated ring is set on the atomising head electrode contact, and the atomising head electrode contact is contained in the atomization base.

A kind of nebulizer, including for store tobacco juice liquid storage component and be contained in the liquid storage component be used for be atomized The atomising head of tobacco juice in the liquid storage component, the atomising head is the atomising head described in above-mentioned any one.

Further, the nebulizer also includes adjusting part, and the adjusting part includes adjusting internal ring and regulation ring, institute The top for adjusting that internal ring is arranged on liquid storage component is stated, the regulation ring is rotatably sleeved on the regulation internal ring, the tune The perisporium side of section internal ring offers air inlet, and the side of the perisporium of regulation ring offers adjustment hole, rotates regulation ring, work as regulation When connecting to adjustment hole with air inlet, area can be connected adjusting the big of air inflow by adjust adjustment hole and air inlet It is little.

Further, the regulation ring is rotatably sleeved on the regulation internal ring, the perisporium phase for adjusting internal ring For the opposite side of air inlet is provided with liquid injection hole, the side of the perisporium of the regulation ring offers adjustment hole, rotates the regulation Ring, when regulation is connected to adjustment hole with liquid injection hole, can be toward fluid injection in the inner chamber of the liquid storage component.

Further, the adjusting part also includes breather and connector, and the connector is arranged on the liquid storage group In part, the breather is set in the connector, between the internal perisporium of the periphery wall of the breather and the connector An inducing QI space is formed, the inducing QI space is connected with the first chamber.

A kind of electronic cigarette, including nebulizer and the battery component being electrically connected with nebulizer, the nebulizer is any one Described nebulizer.

The beneficial effects of the utility model：The atomization sleeve pipe of atomising head described in the utility model includes first for being interconnected Chamber and second chamber, first chamber and second chamber are equipped with heat generating component, outer gas stream sequentially pass through first chamber, second Chamber, takes away by the substrate formed aerosol of heat generating component heating atomization, and first chamber and second chamber will be from outside suctions Air-flow be effectively spaced apart.Because air-flow is to pass fully through whole atomising head, it is difficult to form hydrops, and can makes warm everywhere on heat generating component Degree is basically identical, while the application air-flow is unobstructed, heat-conducting effect is good.As the application causes amount of smoke big using double heat generating components And be difficult to form hydrops.

Preferred embodiment of the present utility model and its advantage, will be with reference to specific embodiment further specifically It is bright.

Description of the drawings

Accompanying drawing is further understood to of the present utility model for providing, and constitutes a part for description, and following Specific embodiment is used for explaining this utility model together, but should not constitute to restriction of the present utility model.In the accompanying drawings：

Fig. 1：Axonometric chart for this utility model embodiment nebulizer (adjustment hole is connected with air inlet).

Fig. 2：The adjustment hole of the nebulizer shown in Fig. 1 connects axonometric chart with liquid injection hole.

Fig. 3：The exploded view of the nebulizer shown in Fig. 1.

Fig. 4：The sectional view of the nebulizer shown in Fig. 1.

Fig. 5：For the side view of the regulation internal ring of this utility model embodiment nebulizer.

Fig. 6：The A-A sectional views of the regulation internal ring shown in Fig. 5.

Fig. 7：The axonometric chart of the atomization sleeve pipe of the nebulizer shown in Fig. 3.

Fig. 8：For the exploded view of this utility model atomising head；

Fig. 9：For the air intake structure schematic diagram of this utility model embodiment nebulizer.

Figure 10：For the feed liquor structural representation of this utility model embodiment nebulizer.

Each component names and its label

Specific embodiment

For the ease of understanding this utility model, this utility model is more fully retouched below with reference to relevant drawings State.Preferred embodiment of the present utility model is given in accompanying drawing.But, this utility model can come real in many different forms It is existing, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments is made to public affairs of the present utility model The understanding for opening content is more thorough comprehensive.

It should be noted that when element is referred to as " being fixed on " another element, it can directly on another element Or can also there is element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or may be simultaneously present centering elements.

Unless otherwise defined, all of technology used herein and scientific terminology are led with technology of the present utility model is belonged to The implication that the technical staff in domain is generally understood that is identical.In term used in the description of the present utility model it is simply herein The purpose of description specific embodiment, it is not intended that in limiting this utility model.Term as used herein " and/or " bag Include the arbitrary and all of combination of one or more related Listed Items.

Fig. 3, Fig. 4 are referred to, this utility model preferred embodiment provides a kind of nebulizer for electronic cigarette, including top Connector 1, liquid storage component 2, regulating QI component 3 and atomising head 4, atomising head 4 are arranged in liquid storage component 2, and regulating QI component 3 coordinates Top link 1 is arranged on the upper end of liquid storage component 2.

Fig. 3, Fig. 4 are seen also, liquid storage component 2 includes lower cover 21, liquid storage pipe 22 and electrode contact component 23.It is described Atomising head 4 is arranged in liquid storage pipe 22, and lower cover 21 includes base plate 211, and plate 211 upper surface in base closes on periphery and is convexly equipped with upwards Bulge loop 212, accordingly between 211 upper surface of 212 outer circumferential side of bulge loop and base plate formed ladder notch；Under base plate 211 Centre of surface is convexly equipped with socket 213, offers external screw thread on the periphery wall of socket 213.Liquid storage pipe 22 is arranged on 21 upper end of lower cover, Its bottom is set in the periphery of bulge loop 212, and sets silica gel sealing pad 214 by pad and strengthen liquid storage pipe 22 and contact with bulge loop 212 The sealing at place.Liquid storage pipe 22 is using transparent pipeline made by glass material etc., in order in user's viewing liquid storage pipe 22 Liquid storage amount, liquid storage pipe 22 may also be employed other translucent or transparent materials and make, as long as meet facilitating user's observation liquid storage pipe 22 Interior tobacco juice surplus.Electrode contact component 23 is arranged in the socket 213 on base plate 211, for being electrically conducted atomization 4.Electrode contact component 23 includes positive contact component and cathode contact component, and positive contact component includes the first positive contact Part 231, the first insulated ring 232, the second positive contact part 233 and the second insulated ring 234, the first positive contact part 231 are arranged on Tube wall in socket 213 and by the first insulated ring 232 with socket 213 insulate；Second positive contact part 233 is set in first The top of positive contact part 231 and the tube wall insulation by the second insulated ring 234 and socket 213；Second positive contact part 233 It is connected with atomising head electrode contact 44.First insulated ring 232, the second insulated ring 234 can select silicagel pad, be additionally operable to strengthen close Envelope is acted on, and prevents tobacco juice from oozing out.Cathode contact component can be that 4 outer wall of socket 213 and atomising head of lower cover 21 etc. is constituted, socket 213 tube wall is metalwork, electrically conductive, is connected with the negative pole of battery component (not shown) by the external screw thread of socket 213 Connect.

Fig. 8 is referred to, according to one of preferred implementation of the present embodiment, atomising head 4 includes heat generating component 41, mist Change sleeve pipe 42, atomising head electrode contact 44, atomising head insulated ring 45 and atomization base 46, the atomization sleeve pipe 42 is arranged on At the top of atomization base 46, the bottom periphery face for being atomized sleeve pipe 42 offers external screw thread.The atomization sleeve pipe 42 includes being interconnected First chamber 48 and second chamber 49, be equipped with heat generating component 41 in the first chamber 48 and the second chamber 49, outward Portion's air-flow sequentially passes through the first chamber 48, the second chamber 49, takes away by the base of 41 heating atomization of the heat generating component The aerosol that matter is formed, the preferred tobacco juice of the substrate.The first chamber 48 and second chamber 49 are arranged on the atomization sleeve pipe Being arranged in an axially parallel mode for sleeve pipe 42 is atomized in 42 and along described.The first chamber 48 connect with 49 bottom of second chamber or/ Following with the axially middle part of 49 adjacent wall of second chamber with the first chamber 48 to connect, outer gas stream passes through first chamber Room, second chamber, take away by the substrate formed aerosol of the heat generating component heating atomization.

The heat generating component 41 includes the first heat generating component 413 in first chamber 48 and positioned at second chamber 49 Second heat generating component 414, the heat generating component 41 are arranged in atomization sleeve pipe 42.The heat generating component 41 is for two groups and along mist Change sleeve pipe 42 to be arranged in an axially parallel mode, atomization 46 top of base is crossed gas with 42 bottom of atomization sleeve pipe formation one and crosses gas cavity 47. So that outer gas stream Jing first chambers 48 are entered, pass through gas cavity 47 and flowed out by second chamber 49, form a U-shaped air-flow Path.The heat generating component 41 is at least two groups, as long as air flow path can be formed.Outer gas stream Jing in the present embodiment One chamber 48 is entered, and was passed through gas cavity 47 and was flowed out by second chamber 49 so that air-flow can by heat generating component 41 from And an air flow path is formed, the air-flow from outside suction is effectively spaced apart, is taken away molten by the gas of the heat generating component heating atomization Glue forms substrate.Because air-flow is to pass fully through whole heat generating component 41, it is difficult to form hydrops, and causes on heat generating component 41 everywhere Temperature is basically identical, simultaneously because use heat generating component 41 being respectively in first chamber 48 and second chamber 49, this Shen Please air-flow it is unobstructed, heat-conducting effect is good, causes amount of smoke big using double heat generating components in the application.

The heat generating component 41 includes heat generating member 411 and drain part 412, the heat generating member 411 for two ends run through it is hollow Structure is simultaneously wrapped up by the drain part 412, and the outer gas stream Jing can be entered by first chamber 48, through in heat generating member 411 Chamber, was then passed through gas cavity 47 and was flowed out by second chamber 49.The drain part 412 is used to absorb tobacco juice and adds after conduction Hot tobacco juice makes which volatilize, and drain part 412 can be good using the imbibition such as Cotton Gossypii or cotton, cellucotton or porous ceramic film material effect Material.

Referring to Fig. 8, according to one of preferred implementation of the present embodiment, the atomization base 46 includes body 461, 461 periphery of body is provided with screw thread, and body 461 projection axially forms cylinder 462 upwards, is generally shaped like cylindrical shape, and It is engaged with 42 bottom of atomization sleeve pipe, atomization sleeve pipe 42 can be set on cylinder 462.Atomization sleeve pipe 42 is arranged on atomization base 46 Top, the week side of boss of the atomization base 46 open up fluted 463 vertically, so that the bottom of atomising head 4 is not sealed completely Close, among tobacco juice also can enter into atomization sleeve pipe 42 from 4 bottom of atomising head, absorbed by drain part 412.45 sets of atomising head insulated ring Fill on the atomising head electrode contact 44, the atomising head electrode contact 44 is contained in the atomization base 46.Pass through Atomising head insulated ring 45 is insulated with the tube wall of atomization base 46, and in the present embodiment, atomising head electrode contact 44 is connect from positive pole Contact element, connects heat generating member 411, it will be understood that the negative pole of heat generating member 411 is electrically connected to atomization pipe box 42.Atomising head 4 passes through mist Change the threaded connection base plate 211 of 42 lower end of sleeve pipe, atomization sleeve pipe 42 is electrically conducted with base plate 211.

According to the hollow knot that one of preferred implementation of the present embodiment, the atomization sleeve pipe 42 run through for two ends Structure, the atomization sleeve pipe 42 include being atomized sleeve pipe cylinder 421, fixing groove 422 and spacer body 423, the atomization sleeve pipe cylinder 421 Top is convexly equipped with the convex body 4213 for being provided with screw thread upwards, is separated into first chamber by spacer body 423 inside atomization sleeve pipe cylinder 421 48 and second chamber 49, the first chamber 48 is connected near the side of atomization base 46 with second chamber 49.

According to one of preferred implementation of the present embodiment, the spacer body 423 is arranged on atomization sleeve pipe cylinder 421 In the fixing groove 422 of inwall, the spacer body 423 reserves certain distance with 42 top of atomization sleeve pipe, in the middle part of the spacer body 423 Form inverted boss 4233,421 inner tube wall of atomization sleeve pipe cylinder place parallel with the top of boss 4233 is axially arranged one convex Portion 4234, the boss 4233 are used for fixing from 421 bottom of atomization sleeve pipe cylinder to enter and be arranged on being atomized set with convex portion 4234 Heat generating component 41 in tube cylinder 421, the heat generating component 41 formed gas cavity 47 with atomization sleeve pipe cylinder 421.

According to one of preferred implementation of the present embodiment, the spacer body 423 includes shim 4231 and fixes Piece 4232, the shim 4231 are arranged in the fixing groove 422 of 421 inwall of atomization sleeve pipe cylinder, the shim 4231 with The reserved certain distance in 42 top of atomization sleeve pipe, 4231 bottom of the shim connect with the top of stator 4232, the stator 4232 are integrally formed with atomization sleeve pipe cylinder 421.

It is according to one of preferred implementation of the present embodiment, described near the atomization sleeve pipe of first chamber 48 cylinder 421 Barrel offer the first inlet 4211, the barrel for being atomized sleeve pipe cylinder 421 near second chamber 49 offers second Inlet 4221, make tobacco juice from inlet opening enter atomization 42 inner chamber of sleeve pipe, it is preferred that the first inlet 4211 of this enforcements section Sectional area of the area less than the second inlet 4221, specifically, the first inlet 4211 and the second inlet 4221 are circle Opening, the diameter of first inlet 4211 are less than the second inlet 4221, and circular open is easy to manufacture and design, and improve life Produce efficiency.As the heat generating component 41 in second chamber 49 not only can be atomized the tobacco juice of itself, simultaneously because air-flow is also Smog and heat that the heat generating component 41 in first chamber 48 is atomized, tobacco juice is brought to consume big, it is therefore desirable to which tobacco juice amount is big.By In the heat generating component 41 on the air flow path because smog moves towards factor during being atomized so that in first chamber 48 and the The smokescope in heat generating component 41 on two chambers 49 is different, so the inlet opening on atomization sleeve pipe 42 is arranged, selects The different inlet opening of size is to meet different feed liquor demand, therefore the first inlet in first chamber 48 4211 less than near second chamber 49 second inlet 4221.Preferably, the 3rd is offered on the atomization 42 side wall of sleeve pipe Inlet 4222, in order to increase the amount into the tobacco juice in atomization sleeve pipe 42, prevents dry combustion method.

Referring to Fig. 2-Fig. 4, according to one of preferred implementation of the present embodiment, regulating QI component 3 include connector 31, Breather 32, regulation internal ring 33 and regulation ring 34,31 bottom of connector is threadedly coupled with the top convex body 4213 of atomising head 4. Specifically, the screw thread that female thread is formed with 31 bottom inner peripheral surface of connector with 42 upper end of atomization sleeve pipe of atomising head 4 coordinates, can Connector 31 is stably connected to the top of the atomization sleeve pipe 42 of atomising head 4.Further, in order to improve the sealing of connection Property, seal washer can be set in junction.After connector 31 is connected to atomising head 4, accordingly in 4 periphery wall of atomising head together with even A liquid storage cylinder 36 is formed between 31 periphery wall of fitting and the internal perisporium of liquid storage pipe 22.

According to one of preferred implementation of the present embodiment, the breather 32 is sheathed with connector 31, ventilation Inducing QI space 37 is formed between the internal perisporium of the periphery wall and connector 31 of pipe 32, inducing QI space 37 is connected with first chamber 48. The top of breather 32 is solidly connected to the smoking pipeline of top link 1.The bottom of breather 32 stretches to 4 top of atomising head simultaneously Along fixing groove 422 and 4231 tip contact of shim, air can be entered in first chamber 48 through inducing QI space 37, passed through Cross after gas cavity 47 to second chamber 49, then to breather 32, and the smoking pipeline by top link 1.Breather 32 shape is adapted with the smoking pipeline of top link 1, can be affixed by interference fit.In the present embodiment, breather 32 For semicircle breather 32, its section is semicircle, or rectangle, as long as meeting ventilation needs, do not limit to more than Listed shape.

Fig. 5, Fig. 6 are referred to, according to one of preferred implementation of the present embodiment, the regulation internal ring 33 is in annulus Shape, and the axle center hole 333 through two ends is offered, the internal ring 33 that adjusts is arranged on the top of liquid storage pipe 22 and coordinates regulation Ring 34, realizes that the ventilation fluid injection to nebulizer is adjusted.The side adjusted on the perisporium of internal ring 33 offers air inlet 331, another Side offers liquid injection hole 332, and the axle center hole 333 connects formation through with air inlet 331 towards the hole wall of 331 side of air inlet One air inlet cavity, the side for adjusting correspondence liquid injection hole 332 on the diapire of internal ring 33 offer the 334 (circle shown in Fig. 6 of delivery hole Arcuate socket), delivery hole 334 connects one reservoir channel of formation with liquid injection hole 332, and axle center hole 333 passes through axle center with reservoir channel Hole 333 isolates towards the hole wall of 332 side of liquid injection hole.Axle center hole 333 is connected to the breather of 1 bottom of top link for confession 32 are passed into connector 31, and the top of connector 31 is arranged on the lower end of axle center hole 333, and first chamber 48 is empty with inducing QI Between 37 connections, reservoir channel connected with the liquid storage cylinder 36 being arranged in liquid storage component 2.

According to one of preferred implementation of the present embodiment, the regulation ring 34 is set on regulation internal ring 33, is adjusted Section ring 34 includes roof and perisporium.Offer on the roof of regulation ring 34 with adjust internal ring 33 axle center hole 333 it is corresponding in Heart hole 341, installs top link 1 to coordinate.The side of the perisporium of regulation ring 34 offers adjustment hole 342, and regulation ring 34 can Rotationally it is set on regulation internal ring 33, by rotating regulation ring 34 so that on the perisporium of adjustment hole 342 and regulation internal ring 33 Air inlet 331 is connected or is connected with the liquid injection hole 332 on 33 perisporium of internal ring is adjusted, during the connection air inlet 331 of adjustment hole 342, gas Stream entered gas cavity 47 to second chamber 49 after first chamber 48 through air inlet cavity, inducing QI space 37, then extremely logical Again through the smoking pipeline of top link 1 in trachea 32, the connection area for adjusting adjustment hole 342 with air inlet 331 can be adjusted The size of section air inflow；During the connection liquid injection hole 332 of adjustment hole 342, can be toward fluid injection in liquid storage cylinder 36.

According to one of preferred implementation of the present embodiment, the top link 1 is arranged on the top of regulation ring 34 End, the bottom surface of top link 1 are formed with conduit 11, and to connect the breather 32, breather 32 is penetrated in the conduit 11 With 11 interference fit of conduit.The end face center of top link 1 is offered smoke guiding hole 12 and is connected with conduit 11, forms Smoking pipe Road, the outer peripheral face of top link 1 offer screw thread, so that top link 1 is spirally connected with cigarette holder (not shown), cigarette holder with Smoking pipeline communication.

According to one of preferred implementation of the present embodiment, when user passes through cigarette holder smoking, 36 memory storage of liquid storage cylinder There is tobacco juice, tobacco juice is through the first inlet 4211 on the tube wall of the atomization sleeve pipe 42 of atomising head 4, the second inlet 4221, institute The groove 463 stated on the atomization base 46 of atomising head 4 flows into drain part 412, and liquid is directed into heat generating member by drain part 412 411, the conductive post-heating of heat generating member 411, volatile fume substrate to crossing gas cavity 47, rotating adjustment ring 34, adjustment hole 342 rotate to Connect with air inlet 331, and scalable connection area, air is through adjustment hole 342 into first chamber 48, inducing QI space 37, flow the carrying smog substrate after gas cavity 47 and flow out into breather 32, the smog for most heating volatilization at last is brought into top Portion's connector 1, and flow out from cigarette holder, by the connection area for adjusting adjustment hole 342 and air inlet 331, to adjust air inflow.When When liquid storage cylinder 36 does not add tobacco juice or tobacco juice not enough in time, rotating adjustment ring 34, adjustment hole 342 rotate to liquid injection hole 332 connections, thus, can be toward fluid injection in liquid storage cylinder 36.Additionally, in this utility model nebulizer drain part 412 adopt Cotton Gossypii or The good material of the imbibition such as cotton, cellucotton or porous ceramic film material effect, the tobacco juice in liquid storage cylinder 36 can be by drain parts 412 simultaneously Be sent in heat generating member 411, drain part 412 can store a part of tobacco juice, it is to avoid dry combustion method and affect user's mouthfeel.

To sum up, nebulizer of the present utility model is capable of achieving the regulation to air inlet by rotation regulation ring 34 or is easy to past Fluid injection in liquid storage cylinder 36, can be very easy to the operation of regulating QI and fluid injection.Also, atomising head 4 is easy to separate with connector 31, It is capable of achieving integrally to change atomising head 4.Meanwhile, in order to improve the sealing of liquid storage pipe 22, when mounted, liquid storage pipe 22 is with Silica gel sealing pad 214 is provided between lid 21.

Additionally, this utility model provides a kind of electronic cigarette with the nebulizer, also include installed in nebulizer bottom Battery component, battery component is connected to the bottom of liquid storage component 2 and electrode contact component 23 is electrically connected with.Using electronic cigarette When, battery component is powered to nebulizer, and user passes through cigarette holder smoking.

Embodiment described above only expresses several embodiments of the present utility model, and its description is more concrete and detailed, But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that common for this area For technical staff, without departing from the concept of the premise utility, some deformations and improvement can also be made, these all belong to In protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be defined by claims.

Claims (14)

1. a kind of atomising head, it is characterised in that：The atomising head includes heat generating component and atomization sleeve pipe, and the atomization sleeve pipe includes The first chamber being interconnected and second chamber, the first chamber and the second chamber are equipped with heat generating component, outside gas Stream sequentially passes through the first chamber, the second chamber, takes away by the substrate formed gas of the heat generating component heating atomization Colloidal sol.

2. atomising head according to claim 1, it is characterised in that：The first chamber and the second chamber are arranged on institute Being arranged in an axially parallel mode for sleeve pipe is atomized in stating atomization sleeve pipe and along described.

3. atomising head according to claim 2, it is characterised in that：The first chamber connect with second chamber bottom or/ It is following with the axially middle part of the first chamber and second chamber adjacent wall connect, outer gas stream through the first chamber, The second chamber, takes away by the substrate formed aerosol of the heat generating component heating atomization.

4. atomising head according to claim 1, it is characterised in that：The heat generating component is at least two groups, is separately mounted to In the first chamber and the second chamber, the heat generating component includes heat generating member and drain part, and the heat generating member is two ends The hollow structure that runs through simultaneously is wrapped up by the drain part, outer gas stream heat generating member successively from the first chamber, institute The heat generating member stated in second chamber is passed through, and is taken away by the substrate formed aerosol of the heat generating member heating atomization.

5. atomising head according to claim 1, it is characterised in that：The atomization sleeve pipe is the hollow structure of two ends connection, The atomization sleeve pipe includes being atomized sleeve pipe cylinder, fixing groove and spacer body, and the atomization sleeve pipe inner barrel is by the spacer body The first chamber and the second chamber are separated into, the spacer body is arranged in the fixing groove, and the fixing groove is located at The cylinder inboard wall of the atomization sleeve pipe.

6. atomising head according to claim 5, it is characterised in that：The barrel side of the atomization sleeve is provided with the first feed liquor Mouthful, relative to opposite side be provided with the second inlet, first inlet is opened in the atomization sleeve pipe of the first chamber side On the barrel of cylinder, second inlet is opened on the barrel of atomization sleeve pipe cylinder of the second chamber side, makes tobacco juice Enter from inlet.

7. atomising head according to claim 6, it is characterised in that：The sectional area of first inlet is less than described second The sectional area of inlet.

8. atomising head according to claim 1, it is characterised in that：The atomising head also includes atomization base, the atomization Base includes body, the body projection the hollow cylinder that is axially formed along the body, the cylinder and institute upwards State atomization casing shoe shape be adapted, it is described atomization sleeve pipe be set on the cylinder, and with the atomization casing shoe Form one and cross gas cavity.

9. atomising head according to claim 1, it is characterised in that：The atomising head also include atomising head electrode contact with And atomising head insulated ring, the atomising head insulated ring is set on the atomising head electrode contact, and the atomization tip electrode connects Contact element is contained in the atomization base.

10. a kind of nebulizer, it is characterised in that：Including for storing the liquid storage component of tobacco juice and be contained in the liquid storage component The interior atomising head for being atomized tobacco juice in the liquid storage component, the atomising head are described in the claims 1-9 any one Atomising head.

11. nebulizers according to claim 10, it is characterised in that：The nebulizer also includes adjusting part, the tune Section component includes adjusting internal ring and regulation ring, and the regulation internal ring is arranged on the top of the liquid storage component, and the regulation ring can Rotationally it is set on the regulation internal ring, the perisporium side for adjusting internal ring offers air inlet, the perisporium of regulation ring Side offers adjustment hole, rotates regulation ring, when adjust connect to adjustment hole with air inlet when, can by regulation adjustment hole and The connection area of air inlet is adjusting the size of air inflow.

12. nebulizers according to claim 10, it is characterised in that：The nebulizer also includes adjusting part, the tune Section component includes adjusting internal ring and regulation ring, and the regulation internal ring is arranged on the top of the liquid storage component, and the regulation ring can Rotationally it is set on the regulation internal ring, the perisporium side for adjusting internal ring is provided with liquid injection hole, the perisporium of the regulation ring Side offer adjustment hole, rotate the regulation ring, when adjust connect to adjustment hole with liquid injection hole when, can the past liquid storage Fluid injection in the inner chamber of component.

13. nebulizers according to claim 11 or 12, it is characterised in that：The adjusting part also includes breather and company Fitting, the connector are arranged in the liquid storage component, and the breather is set in the connector, the breather An inducing QI space is formed between the internal perisporium of periphery wall and the connector, the inducing QI space is connected with the first chamber.

A kind of 14. electronic cigarettes, including nebulizer and the battery component being electrically connected with nebulizer, it is characterised in that：The atomization Device is the nebulizer described in any one of claim 10 to 13.