CN205757201U - Nebulizer and electronic cigarette thereof - Google Patents

Abstract

nullThe utility model discloses a kind of nebulizer，Described nebulizer includes atomising head、Ventilation assembly、Fill cap and liquid storage assembly，The upper end of described ventilation assembly is detachably connected with described fill cap，The lower end of described ventilation assembly is set on described liquid storage assembly and is partially housed in described liquid storage assembly，Described atomising head is arranged on the lower end of described ventilation assembly and is contained in described liquid storage assembly，And removably connect with described ventilation assembly，It is provided with the most independent feed pathway and inlet channel in described ventilation assembly，Described reservoir channel is axially disposed within described ventilation assembly，The liquid injection port of described reservoir channel is positioned at described ventilation assembly on the upper surface of described fill cap，Described reservoir channel connects with described liquid storage assembly，The air vent connected with described inlet channel it is further opened with on the upper surface of described ventilation assembly，When described fill cap is installed on described ventilation assembly，Described air vent is sealed by described fill cap.

Description

Nebulizer and electronic cigarette thereof

Technical field

This utility model relates to electronic cigarette technical field, more particularly, it relates to a kind of nebulizer and electronic cigarette thereof.

Background technology

Electronic cigarette has another name called for virtual medicated cigarette, atomizer for electric, electronics cigar, is mainly used in the most unhealthful feelings The sensation of condition Imitating smoking, substitutes for smoking cessation or medicated cigarette and uses.Electronic cigarette generally comprises nebulizer and supply unit, atomization In device, tobacco juice atomization formation smog can be sucked by atomising head for user.

When existing nebulizer carries out fluid injection operation, there is following deficiency: one, needs first by atomising head together with air intake assembly Being removed together, then carry out fluid injection operation, injection process is inconvenient；Two, it is typically to be immersed in tobacco juice, from electronics due to atomising head The atomising head taken off on cigarette will cause it to place inconvenience with tobacco juice；Three, often atomising head is taken out, it is easy to cause atomization Head and miscellaneous part loose contact；Four, after fluid injection completes, during atomising head is installed on nebulizer together with air intake assembly, Additional air can be pressed into so that form higher closed air in device for storing liquid, at the work of this closed air in device for storing liquid It is forced to atomising head with the tobacco juice in lower device for storing liquid migrate, causes the tobacco juice in atomising head too much, during use, too much tobacco juice Making to be susceptible to frying oil phenomenon at atomising head, unnecessary tobacco juice is likely to directly to be inhaled by the user, and affects the use of user Effect.

Utility model content

In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of nebulizer and electronic cigarette thereof, Its liquid feeding is convenient, it is to avoid the gas entrance nebulizer that liquid feeding process is unnecessary, it is ensured that comfortable using effect.

For solving the problems referred to above, the technical scheme that this utility model is used is as follows:

A kind of nebulizer, described nebulizer includes atomising head, ventilation assembly, fill cap and liquid storage assembly, described ventilation group The upper end of part is detachably connected with described fill cap, and the lower end of described ventilation assembly is set on described liquid storage assembly and part Being contained in described liquid storage assembly, described atomising head is arranged on the lower end of described ventilation assembly and is contained in described liquid storage assembly In, and removably connect with described ventilation assembly, it is provided with the most independent feed pathway in described ventilation assembly and air inlet is led to Road, described reservoir channel is axially disposed within described ventilation assembly, and the liquid injection port of described reservoir channel is positioned at described ventilation assembly On the upper surface of described fill cap, described reservoir channel connects with described liquid storage assembly, the upper surface of described ventilation assembly On be further opened with the air vent that connects with described inlet channel, when described fill cap is installed on described ventilation assembly, described Air vent is sealed by described fill cap.

Preferably, the lower end of described fill cap is provided with the sealing member for airtight described air vent, under described fill cap End is removably connected with described ventilation assembly upper end.

Preferably, described sealing member is made up of silica gel.

Preferably, on the periphery wall of the radial direction that the air inlet of described inlet channel is positioned at described ventilation assembly, and described in enter Gas passage connects with described atomising head.

Preferably, described ventilation assembly includes pedestal, trocar sheath and inner sleeve, the tubulose that described pedestal is generally hollow Body, in the cavity of the hollow that described inner sleeve is arranged on described pedestal, described trocar sheath be arranged on described inner sleeve and pedestal it Between, and described pedestal, trocar sheath and inner sleeve be coaxially disposed.

Preferably, described ventilation assembly includes that air inlet pipe, air inlet pipe include what the first end and described first end were oppositely arranged Second end, and it is perpendicular to the connection end of described first end and the second end, described first end, the second end and connection end interconnect mutually Logical, in described first end, the second end are radially disposed at described pedestal and be installed in respectively on the perisporium of described pedestal, described air inlet The perisporium of the first end of pipe and/or the through described pedestal of the second end forms the air inlet of described inlet channel, described inner sleeve edge Described pedestal is axially through described air inlet pipe, and between described inner sleeve and described air inlet pipe, each self sealss are arranged.

Preferably, described trocar sheath one end is set in described air inlet pipe and connects the periphery of end and connect with described air inlet pipe, The bottom of described inner sleeve is set in described trocar sheath, and the cavity between described inner sleeve and trocar sheath is with described air inlet pipe even Logical composition inlet channel, the cavity formed between internal perisporium and described trocar sheath and the air inlet pipe of described pedestal constitutes described fluid injection Passage.

Preferably, described air inlet pipe by two be arranged in parallel and top panel and the lower panel of middle opening, be connected to institute State two side plates between top panel and lower panel, the air inlet being arranged on the perisporium of described pedestal and lower panel towards described The connecting tube that the direction of trocar sheath is bent to form is constituted, and described top panel, lower panel spacer sleeve are located at described inner sleeve periphery, institute State that the relative two ends of top panel are fixing with the internal perisporium of described pedestal respectively to be connected, the relative two ends of described lower panel the most respectively with The internal perisporium of described pedestal is fixing to be connected, the relative dual-side of every side plate respectively with described top panel, the side of lower panel homonymy Limit connects, and the upper end of described trocar sheath is set in the periphery of described connecting tube, the internal perisporium of described pedestal and every side plate, is connected The cavity formed between pipe and trocar sheath constitutes described reservoir channel, and the space between described top panel and the perisporium of pedestal is formed Described liquid injection port, described air vent is opened on described top panel.

Preferably, described ventilation assembly also includes regulating ring, the rotatable sidewall being set in described pedestal of described regulation ring On, described regulation ring offers regulating QI hole, rotate described regulation ring scalable regulating QI hole and described air inlet connects area.

This utility model also provides for a kind of electronic cigarette, including the nebulizer described in any of the above-described item.

Compared to existing technology, the beneficial effects of the utility model are:

1, in this utility model nebulizer, while in ventilation assembly, feed pathway and inlet channel are independently arranged mutually, Offer inlet in ventilation assembly upper surface, during fluid injection, only fill cap need to be taken off, make liquid injection port exposed out, so, user Adding tobacco juice in liquid storage cylinder by liquid injection port, this kind of fluid injection mode is convenient, without taking off atomising head during fluid injection, it is to avoid atomising head By external contamination after taking-up；For the atomising head threadeded with liquid storage assembly, can avoid leading because of being dismounted for multiple times Cause atomising head and be connected the best with liquid storage assembly, it is ensured that the stability of nebulizer performance.

2, in this utility model nebulizer, with inlet with also offering air vent on end face, after fluid injection terminates, by fluid injection During lid is installed on atomizing component, the excessive gas in liquid storage assembly can be arranged by air inlet through inlet channel from air vent Going out, it is ensured that the stability of liquid storage cylinder internal gas pressure, the tobacco juice can avoided in atomization process in atomising head too much occurs frying oil existing As or user suck the ree-oil that is not atomized, improve Consumer's Experience and suck mouthfeel.

Accompanying drawing explanation

Fig. 1 is the front view of nebulizer in this utility model；

Fig. 2 is the explosive view of nebulizer shown in Fig. 1；

Fig. 3 is the sectional view of fill cap shown in Fig. 2；

Fig. 4 is ventilation assembly and the front view of atomising head shown in Fig. 2；

Fig. 5 is ventilation assembly shown in Fig. 4 and the atomising head sectional view along line A-A；

Fig. 6 is ventilation assembly and the left view of atomising head shown in Fig. 2；

Fig. 7 is ventilation assembly shown in Fig. 6 and the atomising head sectional view along line C-C；

Fig. 8 is ventilation assembly and the axonometric chart of atomising head shown in Fig. 2；

Fig. 9 is ventilation assembly and the top view of atomising head shown in Fig. 2；

Figure 10 is the schematic diagram that one end perisporium is clipped in ventilation assembly shown in Fig. 2 (without regulation ring)；

Figure 11 is the sectional view of nebulizer (without cigarette holder) shown in Fig. 1；

Figure 12 is the front view of atomising head shown in Fig. 2；

Figure 13 is that atomising head shown in Figure 12 is along the sectional view of line D-D；

Figure 14 is the explosive view of atomising head shown in Figure 12；

Figure 15 is the explosive view of heating member shown in Figure 14；

Detailed description of the invention

For the technological means making this utility model realize, creation characteristic, reach purpose and be easy to understand, below in conjunction with Detailed description of the invention, is expanded on further this utility model.

As shown in Fig. 1-2 and Figure 10, this utility model provides a kind of nebulizer 100, including ventilation assembly 1, fill cap 2, Atomising head 3 and liquid storage assembly 4, the upper end of ventilation assembly 1 is detachably connected with fill cap 2, and the lower end of ventilation assembly 1 is set in On liquid storage assembly 4 and be partially housed in liquid storage assembly 4, atomising head 3 is arranged on the lower end of ventilation assembly 1 and is contained in liquid storage group In part 4 and abut with the lower end inner surface of liquid storage assembly 4.The inner space of liquid storage assembly 4 defines liquid storage cylinder 5, and liquid storage cylinder 5 is used In storage tobacco juice, therefore, atomising head 3 is equivalent to be immersed among liquid storage cylinder 5, and atomising head 3 absorbs the tobacco juice in liquid storage cylinder 5 to be carried out Atomization, is formed smog and is sucked by cigarette holder 6 for user, and liquid storage assembly 4 one aspect provides the liquid storage cylinder 5 of storage tobacco juice, separately On the one hand the exterior contour of nebulizer 100 is also constituted.

In the present embodiment, described ventilation assembly 1 is removably threaded togather with fill cap 2.It should be understood that it is logical Can also be detachably connected by the way of grafting between pneumatic module 1 and fill cap 2.

Referring to Fig. 4-10, ventilation assembly 1, substantially in pipe body shape, arranges the most independent inlet channel in ventilation assembly 1 200 and reservoir channel 300.On the periphery wall of the radial direction that the air inlet 121 of inlet channel 200 is positioned at ventilation assembly 1, inlet channel 200 connect with atomising head 3.During use, air enters from air inlet 121, flows through inlet channel 200 and with being atomized 3 mist Smog after change flows out from inner sleeve 14, is inhaled by the user afterwards, and such as Fig. 7, in figure, the direction of arrow is gas flow.

Reservoir channel 300 is axially disposed within ventilation assembly 1 near the upper surface of fill cap 2 from ventilation assembly 1, and fluid injection is led to The liquid injection port 15 in road 300 be positioned at ventilation assembly 1 on the upper surface of fill cap 2, reservoir channel 300 connects with liquid storage cylinder 5, cigarette Liquid from liquid injection port 15 in reservoir channel 300 enters liquid storage cylinder 5.When fill cap 2 is arranged on ventilation assembly 1, liquid injection port 15 Sealed by fill cap 3 and cover and invisible, the most just cannot be carried out fluid injection operation.During fluid injection, only fill cap 2 need to be taken off, make note Liquid mouth 15 is exposed out, and so, user adds tobacco juice by liquid injection port 15 in liquid storage cylinder 5, and such as Fig. 5, in figure, arrow represents cigarette Liquid injection direction.This kind of fluid injection mode is convenient, without taking off atomising head 3 during fluid injection, it is to avoid atomising head 3 is dirty by outside after taking out Dye；For the atomising head 3 threadeded with liquid storage assembly 4, can avoid causing atomising head 3 and storage because of being dismounted for multiple times Liquid assembly 4 connects the best, it is ensured that the stability of nebulizer 100 performance.

The air vent 122 connected with inlet channel 200 it is further opened with on the upper surface of ventilation assembly 1.When fill cap 2 is installed Time on assembly 1 of ventilating, air vent 122 is sealed by fill cap 2 and covers.After fluid injection terminates, fill cap 2 is installed on ventilation assembly During 1, the excessive gas in liquid storage cylinder 5 can be discharged by air inlet 121 through inlet channel 200 from air vent 122, it is ensured that The stability of liquid storage cylinder 5 internal gas pressure, too much there is frying oil phenomenon or use in the tobacco juice can avoided in atomization process in atomising head 3 Family sucks the ree-oil not being atomized, and improves Consumer's Experience and sucks mouthfeel.

In the present embodiment, ventilation assembly 1 includes pedestal 11, air inlet pipe 12, trocar sheath 13 and inner sleeve 14, and pedestal 11 is big Cause as the tubular body of hollow, in the cavity of the hollow that inner sleeve 14 is arranged on pedestal 11, trocar sheath 13 be arranged on inner sleeve 14 with Between pedestal 11, and pedestal 11, trocar sheath 13 and inner sleeve 14 are coaxially disposed.

Referring again to shown in Figure 11, air inlet pipe 12 is generally T-shaped, and air inlet pipe 12 includes the first end 12a and the first end The second end 12b that 12a is oppositely arranged, and be perpendicular to the connection end 12c of the first end 12a and the second end 12b, the first end 12a, Two end 12b and connection end 12c are interconnected.In first end 12a, the second end 12b are radially disposed at pedestal 11 and it is installed in respectively On the perisporium of pedestal 11, the perisporium of at least one end (the first end 12a or the second end 12b) the through pedestal 11 of air inlet pipe 12 forms institute State air inlet 121.Inner sleeve 14 along pedestal 11 axially through air inlet pipe 12, and mutually the most not phase between inner sleeve 14 with air inlet pipe 12 Logical, each self sealss are arranged.In the present embodiment, inner sleeve 14 is that the coaxial heart is arranged with connection end 12c.Air vent 122 be opened in into Trachea 12 is towards on the perisporium of fill cap 2 side.In the present embodiment, the quantity of air vent 122 is 2, respectively close to described first End 12a and the second end 12b is arranged.

Trocar sheath 13 one end is set in the periphery of the connection end 12c of air inlet pipe 12 and connects with air inlet pipe 12, trocar sheath 13 The relative other end is threadeded with atomising head 3, it is possible to understand that, other are such as modes that removably connects such as clamping, magnetic connections Also within this utility model protection domain.The bottom of inner sleeve 14 is set in trocar sheath 13, inner sleeve 14 and trocar sheath 13 Between cavity connect with air inlet pipe 12 composition inlet channel 200.The internal perisporium of pedestal 11 and trocar sheath 13 and air inlet pipe 12 it Between cavity constitute reservoir channel 300, inlet channel 200 and two autonomous channels that reservoir channel 300 is not intercommunication.

Specifically, in the present embodiment, air inlet pipe 12 by two be arranged in parallel and the top panel 123 of middle opening with following Plate 124, two side plates 125 being connected between top panel 123 and lower panel 124, the air inlet that is arranged on the perisporium of pedestal 11 121 and the connecting tube 126 that is bent to form towards the direction of trocar sheath 13 of lower panel 124 constitute.Top panel 123, lower panel 124 Spacer sleeve is located at inner sleeve 14 periphery, and the two ends that top panel 123 is relative are fixed with the internal perisporium of pedestal 11 respectively and are connected, lower panel 124 relative two ends are fixing with the internal perisporium of pedestal 11 the most respectively to be connected, and the relative dual-side of every side plate 125 is respectively with above Plate 123, the side of lower panel 124 homonymy connect, and the upper end of trocar sheath 13 is set in the periphery of connecting tube 126, so, inner sleeve Cavity and every side plate 125 between 14 with trocar sheath 13 connect structure with the air inlet pipe 12 of top panel 123, lower panel 124 composition Become described inlet channel 200；The internal perisporium of pedestal 11 and every side plate 125, formed between connecting tube 126 and trocar sheath 13 described Reservoir channel 300.Space between the perisporium of top panel 123 and pedestal 11 forms liquid injection port 15, in the present embodiment, top panel The disymmetrical semi-moon shaped liquid injection port 15 of formation between 123 and the perisporium of pedestal 11.Air vent 122 is opened in top panel 123 On.

It should be understood that top panel 123, lower panel 124, side plate 125, air inlet 121 and connecting tube 126 are formed in one Structure, the i.e. hollow pipe of the T-shaped that air inlet pipe 12 can also be formed in one, this hollow pipe can be pipe or square tube.

The horizontal plane at place, inner sleeve 14 top is higher than place, the perisporium top horizontal plane of pedestal 11, and inner sleeve 14 upper end is high Extension for top panel 124 is formed with external screw thread, and the lower end of fill cap 2 is relatively set with and external screw thread phase on inner sleeve 14 The female thread of coupling, fill cap 2 and inner sleeve 14 be spirally connected, screw connection manner easy accessibility, and good stability, it is possible to understand that, its He removably connects mode also within this utility model protection domain such as clamping, magnetic connection etc..

The structure it should be understood that pedestal 11, air inlet pipe 12, trocar sheath 13 and inner sleeve 14 are formed in one, reduces assembling While process, it is ensured that inlet channel 100 and reservoir channel 200 have more preferable air-tightness.

Further, ventilation assembly 1 also includes regulating ring 16, on the regulation rotatable sidewall being set in pedestal 11 of ring 16, The regulating QI hole 161 being oppositely arranged with air inlet 121, rotating adjustment ring 16 scalable regulating QI hole 161 He is offered on regulation ring 16 The connection area of air inlet 121, it is achieved enter the control of air inlet 121 air capacity.

Incorporated by reference to seeing Fig. 3, the upper end of fill cap 2 is spirally connected with cigarette holder 6, and other removably connect such as grafting or clamping etc. Mode is also not limiting as, and fill cap 2 lower end is fixed on ventilation assembly 1.It is provided with in fill cap 2 and connects with inner sleeve 14, cigarette holder 6 Exhaust gases passes 21.The lower end of fill cap 2 offers the groove being oppositely arranged with air vent 122, is provided with sealing member in groove 22.After fill cap 2 is installed on the base 11, air vent 122 is completely enclosed by sealing member 22, prevents tobacco juice from passing through air vent 122 Penetrate into inlet channel 100 and affect the mouthfeel sucked；And fill cap 2 is of completely closed with ventilation assembly 1, it is to avoid tobacco juice is from liquid injection port Seepage is there is at 15.In the present embodiment, groove is annular groove, and sealing member 22 is toroidal.

Further, sealing member 22 is made up of silica gel, and the sealing member 22 of silica gel material has extraordinary elasticity, fill cap 2 and pedestal 11 coordinate after, it is ensured that the air-tightness at air vent 122.

It should be understood that sealing member 22 can also use other material to make, such as gum elastic, elastoplast etc..

Further, between pedestal 11 and top panel 123 and inner sleeve 14, form the resettlement section 111 of a depression, seal Part 22 is fixed in this resettlement section 111, and not easily shifted, structure is more stable.

Further, inner sleeve 14 is arranged with sealing ring, fill cap 2 and inner sleeve 14 elastic conjunction, fill cap 2 and base After seat 11 coordinates, the air-tightness at air vent 122 is more preferable, and the connection from inner sleeve 14 to cigarette holder 6 is tightr, it is to avoid smog Reveal in the junction of fill cap 2 and inner sleeve 14.

Referring to shown in Figure 11-15, in the present embodiment, atomising head 3 includes atomising head sleeve pipe 31, atomising head base 32, heating Part the 33, first electrode contact 34 and the first insulation sleeve 35.Atomising head sleeve pipe 31 is the hollow pipe of both ends open, atomising head base 32 Being fixed on bottom atomising head sleeve pipe 31, heating member 33 is set in atomising head sleeve pipe 31, and the first electrode contact 34 is exhausted by first Edge set 35 is tightly fixed on atomising head base 32, and heating member 33 electrically connects with the first electrode contact 34.Atomising head base 32 weeks Radially offering base inlet opening 321 along atomising head sleeve pipe 31 on wall, tobacco juice is entered atomising head by liquid storage cylinder 5 through inlet opening 321 Sleeve pipe 31, under the heating of heating member 33, is atomized as flue gas.

Further, heating member 33 includes matrix 331, and be arranged in matrix 331 adds hot plate 332, and by adding hot plate 332 extractions, it is positioned at the electrode pin 333 outside matrix 331, electrode pin 333 electrically connects with the first electrode contact 34.Matrix 331 are prepared by ceramic material.

The liquid storage assembly 4 of the present embodiment includes base 41, support set 42, outer glass tube 43 and the fixing dress set gradually Putting 44, outer glass tube 43 is set among support set 42, and base 41 is fixed on the lower end of support set 42, relative, fixing device 44 upper ends being fixed on support set 42, after so having assembled, can by ventilation assembly 1 be fixed on liquid storage assembly 4, atomising head 3 load in the middle of liquid storage assembly 1, and wherein in an embodiment, the fixing device 44 in the present embodiment is the female collar of band, On the pedestal 11 of ventilation assembly 2, relevant position also is provided with the screw thread of correspondence, such that it is able to firm and be sealingly fixed to liquid storage On assembly 4.Liquid storage cylinder 5 connects with reservoir channel 300, and tobacco juice through by reservoir channel 300, enters back into storage after liquid injection port 15 enters Sap cavity 5, finally enters atomising head 3 and is atomized.It should be understood that be additionally provided with the second electrode contact 50 bottom base 41, second Electrode contact 50 is tightly fixed on base 41 by the second insulation sleeve 51, the first electrode contact 34 and second in atomising head 3 Electrode contact 50 electrically connects.

This utility model also provides for a kind of electronic cigarette (not shown) using above-mentioned nebulizer 100, and its liquid feeding is convenient, it is to avoid The gas entrance nebulizer 100 that liquid feeding process is unnecessary, it is ensured that comfortable using effect.

It will be apparent to those skilled in the art that can technical scheme as described above and design, make other various Corresponding change and deformation, and all these change and deformation all should belong to the protection of this utility model claim Within the scope of.

Claims (10)

1. a nebulizer, it is characterised in that described nebulizer includes atomising head, ventilation assembly, fill cap and liquid storage assembly, institute The upper end stating ventilation assembly is detachably connected with described fill cap, and the lower end of described ventilation assembly is set in described liquid storage assembly Going up and be partially housed in described liquid storage assembly, described atomising head is arranged on the lower end of described ventilation assembly and is contained in described storage In liquid assembly, and removably connect with described ventilation assembly, be provided with in described ventilation assembly the most independent feed pathway and Inlet channel, described reservoir channel is axially disposed within described ventilation assembly, and the liquid injection port of described reservoir channel is positioned at described logical Pneumatic module is on the upper surface of described fill cap, and described reservoir channel connects with described liquid storage assembly, described ventilation assembly The air vent connected with described inlet channel it is further opened with, when described fill cap is installed on described ventilation assembly on upper surface Time, described air vent is sealed by described fill cap.

2. nebulizer as claimed in claim 1, it is characterised in that the lower end of described fill cap is provided with for airtight described row The sealing member of QI KOU, described fill cap lower end is removably connected with described ventilation assembly upper end.

3. nebulizer as claimed in claim 2, it is characterised in that described sealing member is made up of silica gel.

4. nebulizer as claimed in claim 1 or 2, it is characterised in that the air inlet of described inlet channel is positioned at described ventilation On the periphery wall of the radial direction of assembly, and described inlet channel connects with described atomising head.

5. nebulizer as claimed in claim 1, it is characterised in that described ventilation assembly includes pedestal, trocar sheath and inner sleeve, The tubular body that described pedestal is generally hollow, in the cavity of the hollow that described inner sleeve is arranged on described pedestal, described trocar sheath It is arranged between described inner sleeve and pedestal, and described pedestal, trocar sheath and inner sleeve are coaxially disposed.

6. nebulizer as claimed in claim 5, it is characterised in that described ventilation assembly includes that air inlet pipe, air inlet pipe include the The second end that one end is oppositely arranged with described first end, and it is perpendicular to the connection end of described first end and the second end, described One end, the second end and connection end are interconnected, and in described first end, the second end are radially disposed at described pedestal and are installed in respectively On the perisporium of described pedestal, the perisporium of the first end of described air inlet pipe and/or the through described pedestal of the second end forms described air inlet The air inlet of passage, described inner sleeve along described pedestal axially through described air inlet pipe, and described inner sleeve and described air inlet pipe Between each self sealss arrange.

7. nebulizer as claimed in claim 6, it is characterised in that described trocar sheath one end is set in described air inlet pipe and connects end Periphery and connect with described air inlet pipe, the bottom of described inner sleeve is set in described trocar sheath, described inner sleeve and overcoat Cavity between pipe connects composition inlet channel, the internal perisporium of described pedestal and described trocar sheath and air inlet pipe with described air inlet pipe Between formed cavity constitute described reservoir channel.

Nebulizer the most as claimed in claims 6 or 7, it is characterised in that described air inlet pipe by two be arranged in parallel and middle The top panel of opening and lower panel, two side plates being connected between described top panel and lower panel, week of being arranged on described pedestal The connecting tube that air inlet on wall and lower panel are bent to form towards the direction of described trocar sheath is constituted, described top panel, under Panel spacer sleeve is located at described inner sleeve periphery, the two ends fixing company with the internal perisporium of described pedestal respectively that described top panel is relative Connecing, the two ends that described lower panel is relative are fixed with the internal perisporium of described pedestal the most respectively and are connected, the dual-side that every side plate is relative Side with described top panel, lower panel homonymy is connected respectively, and the upper end of described trocar sheath is set in the periphery of described connecting tube, The internal perisporium of described pedestal and every side plate, the cavity described reservoir channel of composition of formation between connecting tube and trocar sheath, described Space between top panel and the perisporium of pedestal forms described liquid injection port, and described air vent is opened on described top panel.

9. nebulizer as claimed in claim 6, it is characterised in that described ventilation assembly also includes regulating ring, described regulation ring On the rotatable sidewall being set in described pedestal, described regulation ring offers regulating QI hole, rotate described regulation ring scalable and adjust Pore connects area with described air inlet.

10. an electronic cigarette, it is characterised in that include the nebulizer as described in any one of claim 1-9.