CN105962420A - Electronic cigarette, atomization device thereof and atomization assembly - Google Patents
Electronic cigarette, atomization device thereof and atomization assembly Download PDFInfo
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- CN105962420A CN105962420A CN201610485061.0A CN201610485061A CN105962420A CN 105962420 A CN105962420 A CN 105962420A CN 201610485061 A CN201610485061 A CN 201610485061A CN 105962420 A CN105962420 A CN 105962420A
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- atomizing component
- catch
- connector
- connecting tube
- liquid outlet
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- A24F47/008—
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Abstract
The invention relates to an electronic cigarette, an atomization device thereof and an atomization assembly. The atomization assembly comprises a connecting tube and an inner core assembly arranged in the connecting tube; a liquid inlet hole for allowing a tobacco juice to flow into the connecting tube is formed in the connecting tube; the inner core assembly comprises a heating part for heating and atomizing the tobacco juice flowing into the connecting tube; the connecting tube comprises a first connecting piece and a second connecting piece detachably connected with the first connecting piece, an accommodating space is defined by the first connecting piece and the second connecting piece, and the inner core assembly is detachably arranged in the accommodating space. According to the electronic cigarette, the atomization device thereof and the atomization assembly, by means of the first connecting piece and the second connecting piece which are detachable, only the inner core assembly located inside can be replaced when the atomization assembly of the electronic cigarette is replaced, and the connecting tube with higher cost is reserved, so that the replacement cost is reduced.
Description
Technical field
The present invention relates to cigarette substitute, more particularly, it relates to a kind of electronic cigarette and atomising device thereof and mist
Change assembly.
Background technology
Electronic cigarette has another name called virtual medicated cigarette, atomizer for electric.Electronic cigarette is as cigarette substitute.Electronic cigarette has
The outward appearance similar to medicated cigarette and taste, but typically without the tar in medicated cigarette, suspended particulates etc., other is harmful to into
Point.
Electronic cigarette generally comprises liquid storage assembly, atomizing component and is arranged on the cigarette holder group of liquid storage assembly one end
Part.Needing in use for some time due to atomizing component to change, therefore, atomizing component is general and liquid storage group
Detachable connection is used between part.
Traditional changeable type atomizing component generally comprises the fixing pipe for housing fixing internal heat generating component
And it being positioned at the connecting tube outside fixing pipe, described fixing pipe typically uses the mode of riveting to be fixed to connecting tube
In.The structure such as it is threaded outside described connecting tube fixing for being connected with liquid storage assembly.Owing to connecting tube is permissible
It is immediately seen by consumer, therefore, the most even can do certain configuration design, so that it is more attractive in appearance,
Additionally, due to it is fixing for being connected with liquid storage assembly etc. the structure such as to need to be threaded in connecting tube, all former
Because the price causing connecting tube is relatively costly.But, when changing atomizing component, whole atomizing component all needs
Abandon, therefore, cause user to use electronic cigarette relatively costly.
Summary of the invention
The technical problem to be solved in the present invention is, it is provided that the electronic cigarette of a kind of improvement and atomising device thereof and mist
Change assembly.
The technical solution adopted for the present invention to solve the technical problems is: a kind of atomizing component of structure, including even
Take over and be arranged on its components in described connecting tube；It is formed for tobacco juice in described connecting tube to flow into
Inlet opening in described connecting tube；Described its components includes heat generating member, with to the cigarette flowing into described connecting tube
Liquid heating atomization；
Described connecting tube includes the first connector and the second company removably connected with described first connector
Fitting, described first connector, the second connector define an accommodation space, and described its components is removable
It is arranged on unloading in described accommodation space.
Preferably, described first connector includes that first sleeve, described second connector include the second sleeve pipe,
One end of described first sleeve is corresponding with one end of described second sleeve pipe to be connected, and described its components is column,
It is located in vertically in described first sleeve, the second sleeve pipe.
Preferably, described first connector be provided with to described its components end against ring-type first retaining wall；
Described second connector be provided with the other end to described its components against ring-type second retaining wall, institute
The two ends stating its components coordinate with sealing between described first retaining wall, the second retaining wall respectively, described inner core group
The middle part of part is formed with the through hole axially penetrated through, and connects with described first retaining wall, the center of the second retaining wall for cigarette
Gas passes through.
Preferably, described its components in also including axially being located in described connecting tube conductive fixing pipe with
And (the tubular imbibition part of internal adsorption ree-oil, described heat generating member is arranged on described imbibition to be arranged on described fixing pipe
Being electrically connected with in part and with described fixing pipe, described fixing pipe is provided with the imbibition corresponding with described inlet opening
Hole.
Preferably, the endoporus of described first sleeve, the endoporus of the second sleeve pipe vary in size, described after assembling
Forming the step being positioned at binding site on connecting tube inwall, described fixing pipe outer wall is provided with and described step pair
Should against positioning table.
Preferably, resilient ring packing is set between described first connector and the end of described its components
Pad, sets resilient Gask-O-Seal between the end that described second connector is corresponding with described its components,
Described sealing gasket can change between a compression and resilience state, in described first connector, the second connection
After part assembles, described sealing gasket is compressed, described sealing after described first connector, the second connector are taken apart
Pad resilience.
Preferably, described atomizing component also includes conductive tubular the first electrode, and described first electrode includes
Cylindrical body, described cylindrical body is located in the endoporus of described first retaining wall, and and described first retaining wall between insulate
Arranging, described first electrode is electrically connected with described heat generating member, and described connecting tube is conductive material, described company
Adapter is electrically connected with described fixing pipe.
Preferably, described its components also include conductive second electrode, described second electrode be arranged in and
The end face of the end-face hole of the described fixing pipe that described first retaining wall is corresponding, described second electrode and described fixing pipe
Being provided with insulation sleeve between hole, the outer ring of described second electrode is electrically connected with described heat generating member, and described first
Electrode and the second electrode axially against mutual conduction, described first electrode by described second electrode with described
Warmware is electrically connected with.
The present invention also provides for a kind of atomising device, including described atomizing component.
Preferably, described atomizing component also includes conductive atomization seat, described connecting tube and described atomization seat
Removably connect.
Preferably, described atomising device also includes liquid storage assembly, and described atomizing component and described liquid storage assembly can
Dismounting connects, and described liquid storage assembly is formed the liquid storage cylinder for storing tobacco juice, supplies tobacco juice from described liquid storage
The liquid outlet of chamber outflow and closure catch on described liquid outlet；
Described atomizing component and described liquid storage assembly are spirally connected and install and described catch can be driven to rotate, with described
Atomizing component drives described catch to rotate to open described liquid outlet and to tear open at described atomizing component when installing
Except time drive described catch to rotate to close described liquid outlet, the position pair of described liquid outlet and described inlet opening
Should, with the fluid injection in described connecting tube when described liquid outlet is opened.
Preferably, described catch tubulose ringwise, and axially location and installation, described catch is provided with for described
Atomizing component be spirally connected install screw thread.
Preferably, the edge of described catch bottom face is provided with and guides to the inclined plane of described screw thread, described in incline
Inclined-plane is provided with some grooves of annular knurl or circumferentially spaced setting.
Preferably, described atomization seat includes and the spiro union portion of the threaded engagement in described stopper section, described in be spirally connected
The outer ring sleeve in portion is provided with sealing ring, and the position of described sealing ring is corresponding with described inclined plane position.
Preferably, described catch is provided with the opening corresponding with described liquid outlet, when not installing atomizing component,
Described opening and described liquid outlet mutually stagger to close described liquid outlet, after installing atomizing component, described
Opening is directed to connect described liquid storage cylinder and described atomizing component with described liquid outlet.
Preferably, described liquid outlet and opening include four that circumferentially uniform intervals is arranged respectively, described in go out
Liquid mouth is corresponding with the size of opening, and the maximum radian in circumferentially direction is not more than degree.
Preferably, described liquid storage assembly includes that inner and outer tubes, described liquid storage cylinder are formed at said inner tube with outer
Between pipe, described liquid outlet is formed in said inner tube, and described catch attaches the internal face of said inner tube and arranges.
Preferably, the lower end of said inner tube is provided with the bending part laterally outwardly arranged and by described bending part
Outward flange extends axially downward the socket part of setting；
Described catch includes the socket pipe being socketed by said inner tube internal face and is located under described socket pipe
The tubular ring stopper section of end；Described stopper section is coaxial with described socket pipe, and external diameter is more than described socket pipe
External diameter, the upper end of described stopper section and described bending part against, described socket part is set in outside described stopper section.
Preferably, described liquid storage assembly also include locating ring, described locating ring include being positioned at described socket part and
The 3rd sleeve pipe between described stopper section, described socket part, the 3rd sleeve pipe and described stopper section are overlapped from outside to inside
Connecing, described 3rd sleeve pipe inner ring is formed with the flange keeping out the lower end in described stopper section.
Preferably, described atomising device is provided with the position-limit mechanism rotating interval for limiting described catch.
Preferably, described position-limit mechanism includes the arcuate groove being arranged in said inner tube and is arranged on described gear
The boss in described arcuate groove is snapped onto on sheet.
Preferably, described arcuate groove is formed on described bending part, described boss be formed at described stopper section with
On the end face that described bending part is corresponding.
Preferably, there is one first frictional force, described catch and institute between described catch and described liquid storage assembly
Stating and have one second frictional force between atomizing component, described second frictional force is more than described first frictional force.
The present invention also provides for a kind of electronic cigarette, including described atomising device.
Implement the electronic cigarette of the present invention and atomising device thereof and atomizing component, have the advantages that this
Dismountable first connector, the second connector in bright electronic cigarette and atomising device thereof and atomizing component are permissible
Make electronic cigarette when changing atomizing component, can only change within its components, the company that retained costs are higher
Adapter, plays the effect reducing replacement cost.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the perspective view of the atomising device of the electronic cigarette in the embodiment of the present invention；
Fig. 2 is the generalized section of the atomising device in Fig. 1；
Fig. 3 is the decomposer generalized section of the liquid storage assembly in Fig. 2 and atomizing component；
Fig. 4 is the decomposing state generalized section of the liquid storage assembly in Fig. 2 and atomization seat；
Fig. 5 is the decomposing state generalized section of the inner tube in Fig. 4, catch and locating ring；
Fig. 6 is connecting tube and the decomposing state signal of its components of the atomizing component in the embodiment of the present invention
Figure；
Fig. 7 is connecting tube and the generalized section of its components of the atomizing component in Fig. 6；
Fig. 8 is connecting tube and the assembled state section of its components of the atomizing component in the embodiment of the present invention
Schematic diagram.
Detailed description of the invention
In order to be more clearly understood from the technical characteristic of the present invention, purpose and effect, now comparison accompanying drawing is detailed
Describe the detailed description of the invention of the bright present invention in detail.
As it is shown in figure 1, the electronic cigarette in one embodiment of the invention includes atomising device 10 and supply unit
After (not shown), atomising device 10 and supply unit assemble, supply unit is that atomising device 10 is powered,
Tobacco juice is carried out atomization for user's smoking.
In conjunction with shown in Fig. 2 to Fig. 4, atomising device 10 include liquid storage assembly 11 and with liquid storage assembly 11
The atomizing component 12 removably connected, atomizing component 12 is spirally connected and is installed on liquid storage assembly 11.Liquid storage group
The liquid storage cylinder A for storing tobacco juice, the liquid outlet flowed out for tobacco juice it is formed with from liquid storage cylinder A on part 11
1113 and closure catch 115 on liquid outlet 1113.
Atomizing component 12 and liquid storage assembly 11 are spirally connected and install and catch 115 can be driven to rotate, at atomizing component
12 drive catch 115 to rotate open liquid outlet 1113 and carry when atomizing component 12 is removed when installing
Dynamic catch 115 rotates to close liquid outlet 1113.Atomizing component 12 is provided with the inlet opening flowed into for tobacco juice
1233, liquid outlet 1113 is corresponding with the position of inlet opening 1233, with when liquid outlet 1113 is opened to mist
Change fluid injection in assembly 12.Use said structure, when changing dismounting atomizing component 12, atomizing component 12
Rotation catch 115 can be driven to rotate again closed by liquid outlet 1113, thus avoid what tobacco juice was revealed
Situation, prevents tobacco juice from causing waste after flowing out and polluting miscellaneous part.
Liquid storage assembly 11 includes inner tube 111, outer tube 112, end cap 113, cigarette holder assembly 114.Inner tube 111
Lower end be provided with the bending part 1111 laterally outwardly arranged and by the outward flange of bending part 1111 axially downwardly
Extended socket part 1112.Outer tube 112 is set in outside inner tube 111, and the lower end of outer tube 112 with
The outside wall surface socket of socket part 1112, seals against each other between the two.Liquid storage cylinder A is formed at inner tube 111 He
Between outer tube 112, liquid outlet 1113 is formed in inner tube 111.
The upper end of inner tube 111 and outer tube 112 forms circular opening, and it is right that end cap 113 lid is located in circular opening
Liquid storage cylinder A covers.Generally, end cap 113 is additionally provided with liquid injection port, is used for fluid injection in liquid storage cylinder A.
The middle part of end cap 113 is provided with through hole and connects with inner tube 111, passes through for flue gas.
Cigarette holder assembly 114 includes that the cigarette holder 1142 of top cover 1141 and hollow, top cover 1141 are ring-type, uses
It is installed on end cap 113, to the liquid injection port lidstock on end cap 113.Cigarette holder 1142 wears top
On lid 1141, and it is inserted in inner tube 111, flows to cigarette holder 1142 outer end for flue gas.
In the present embodiment, described catch 115 tubulose ringwise, rotatably arranged with and axial location and installation,
Catch 115 attaches the internal face of inner tube 111 and arranges.Catch 115 is provided with corresponding with liquid outlet 1113
Opening 1151, can drive catch 115 rotation to make opening on catch 115 by rotating described atomizing component 12
Mouthfuls 1151 are directed at liquid outlet 1113 or stagger, thus open or close liquid outlet 1113.
When not installing atomizing component 12, opening 1151 and liquid outlet 1113 mutually stagger to enclose liquid
Mouth 1113, after installing atomizing component 12, opening 1151 is directed to connect liquid storage cylinder with liquid outlet 1113
A and atomizing component 12.In other embodiments, catch 115 is alternatively the arc-shaped curved surface sheet arranged rotationally
Shape structure, blocks when rotating liquid outlet 1113 or opens.
In the present embodiment, catch 115 is provided with the screw thread of the installation that is spirally connected for atomizing component 12, atomizing component
12 with catch 115 threaded.
Shown in Fig. 4, Fig. 5, catch 115 include by inner tube 111 internal face socket socket pipe 1152,
And it is located at the tubular ring stopper section 1153 of the lower end of socket pipe 1152, corresponding with liquid outlet 1113 opens
Mouth 1151 is arranged on socket pipe 1152.Stopper section 1153 is coaxial with socket pipe 1152, and external diameter is more than
The external diameter of socket pipe 1152, the upper end of stopper section 1153 and bending part 1111 against, to catch 115 axle
To location.Socket part 1112 is set in outside stopper section 1153, allows catch 115 rotatably arrange.At other
In embodiment, liquid outlet 1113 may also be arranged on bending part 1111, and opening 1151 also can corresponding setting
Put on the end wall that stopper section 1153 is corresponding with liquid outlet 1113.
Further, in order to ensure the location positioning of catch 115, liquid storage assembly 11 also includes locating ring 116,
Locating ring 116 includes the 3rd sleeve pipe 1161 between socket part 1112 and stopper section 1153, socket
Portion the 1112, the 3rd sleeve pipe 1161 and stopper section 1153 are socketed from outside to inside.Cast in 3rd sleeve pipe 1161
Becoming to have a flange 1162 keeping out the lower end in stopper section 1153, the 3rd sleeve pipe 1161 is generally and socket part 1112
Riveting, it is ensured that installation site is fixed, and the lower end of catch 115 can be kept out by flange 1162, anti-stop tab 115
Move axially or deviate from.
Preferably, the internal face of stopper section 1153 is formed the screw thread installed for atomizing component 12.At other
In embodiment, the screw thread that catch 115 is installed for atomizing component 12 also may be formed at the interior of socket pipe 1152
On wall.Flange 1162 keeps out the outward flange of the end face in stopper section 1153 correspondence, stopper section 1153 with
The edge of the end face of flange 1162 correspondence is provided with the inclined plane on the internal face importing to stopper section 1153
1154。
In certain embodiments, inclined plane 1154 is provided with the some recessed of annular knurl or circumferentially spaced setting
Groove, can increase the frictional force between catch 115 after atomizing component 12 and catch 115 screw.
There is between the inner tube 111 of catch 115 and liquid storage assembly 11 one first frictional force, so that mist
When change assembly 12 is installed, first can be spirally connected after fixing with catch 115, then drive catch 115 to overcome first to rub
Wiping power rotates together with to open liquid outlet 1113.So, it can be ensured that liquid outlet 1113 is atomizing component 12
Open after installing, it is to avoid atomizing component 12 is unassembled just to be opened liquid outlet 1113 when putting in place, leads
Cause leakage.In other embodiments, the first frictional force may also comprise catch 115 and liquid storage assembly 11 other
Frictional force between parts.After atomizing component 12 and catch 115 interfix, catch 115 and atomization
Having one second frictional force between assembly 12, the second frictional force is more than the first frictional force, so, works as dismounting
During atomizing component 12, atomizing component 12 can first drive catch 115 to move together and close liquid outlet 1113,
Then atomizing component 12 is separated from each other with catch 115 again.So, it can be ensured that when atomizing component 12 is dismantled,
First close liquid outlet 1113, it is to avoid leakage.
Shown in Fig. 4 and Fig. 5, atomizing component 12 include be atomized seat 121, atomization seat 121 include with
The spiro union portion 1211 of the threaded engagement in stopper section 1153, the outer ring sleeve of spiro union portion 1211 is provided with sealing ring
122, and the position of sealing ring 122 is corresponding with inclined plane 1154 position.When atomizing component 12 and catch 115
When screwing, sealing ring 122 can be in close contact with inclined plane 1154, sealing ring 122 and inclined plane 1154
On groove fit time can dramatically increase frictional force between the two.By adjusting catch 115 and installation site
Miscellaneous part between frictional force, can install atomizing component 12 time, wait spiro union portion 1211 and catch
Threaded engagement on 115 drives catch 115 to rotate i.e. again after putting in place and opens liquid outlet 1113；Removing atomization
During assembly 12, rely on the frictional force between sealing ring 122 and catch 115 upper groove, can first drive catch
115 rotate and close liquid outlets 1113, then allow atomization seat 121 rotate relative to catch 115 to make thread separation allow mist
Change assembly 12 axially to deviate from.In other embodiments, catch 115 also can be with atomization seat 121 snap fit.
As it is shown in figure 5, liquid outlet 1113 can just be opened or closed in order to limit before and after catch 115 rotates,
Prevent rotational angle excessive or too small cause liquid outlet 1113 be again turned on or close, atomising device 10 sets
There is the position-limit mechanism rotating interval for limiting catch 115.
Preferably, position-limit mechanism includes the arcuate groove 1114 being arranged in inner tube 111 and is arranged on catch
The boss 1155 in arcuate groove 1114 is snapped onto on 115.Further, arcuate groove 1114 is formed at bending
In portion 1111, boss 1155 is formed on the end face that stopper section 1153 is corresponding with bending part 1111.Arc
Groove 1114 can be to be arranged on the side that bending part 1111 is relative with stopper section 1153, it is possible to for run through
Groove.
Further, liquid outlet 1113 and opening 1151 include four of circumferentially uniform intervals setting respectively,
Liquid outlet 1113 is corresponding with the size of opening 1151, liquid outlet 1113 and opening 1151 circumferentially arranged four
Individual or the multiple of other quantity can allow the tobacco juice flowed out be atomized assembly 12 absorption evenly.Preferably,
When liquid outlet 1113 and circumferentially arranged four of opening 1151, liquid outlet 1113 and opening 1151 are on edge
The maximum radian of circumferential direction is degree, and boss 1155 is at the rotational angle degree of being to the maximum of arcuate groove 1114.This
Time, when, after catch 115 degrees of rotation, opening 1151 the most relative can open liquid outlet with liquid outlet 1113
1113, then when, after catch 115 degree of upset, opening 1151 and liquid outlet 1113 can just misplace and close out liquid
Mouth 1113.In other embodiments, when liquid outlet 1113 and circumferentially arranged four of opening 1151,
Boss 1155 at the rotational angle also degree of being smaller than of arcuate groove 1114, liquid outlet 1113, opening 1151
Circumference radian also can be corresponding adjustment.Or when liquid outlet 1113 and opening 1151 other numbers circumferentially arranged
When amount and mode, boss 1155 adjusts in the rotational angle correspondence of arcuate groove 1114.
Shown in coalition Fig. 3 and Fig. 6 to Fig. 8, atomizing component 12 also includes also being installed to be atomized seat 121
On connecting tube 123, its components 124 being arranged in connecting tube 123, be arranged in connecting tube 123
Conductive first electrode 125, and be arranged on atomization seat 121 on thimble 127.
As shown in Figure 6 to 8, connecting tube 123 includes the first connector 1231 and is connected with first
The second connector 1232 that part 1231 removably connects, first connector the 1231, second connector 1232
Defining an accommodation space, its components 124 is removably disposed in accommodation space.This atomizing component
Its components 124 can be replaced by 12, and assembles at first connector the 1231, second connector 1232
After its components 124 is fixed in connecting tube 123, connecting tube 123 is formed for tobacco juice flow into connect
Inlet opening 1233 in pipe 123.Inlet opening 1233 is corresponding with liquid outlet 1113 position in inner tube 111,
To make tobacco juice be flowed into connecting tube 123 through inlet opening 1233 when liquid outlet 1113 is opened.Dismountable
A connection piece the 1231, second connector 1232 can make electronic cigarette change atomizing component 12 time, permissible
Its components 124 within only changing, the connecting tube 123 that retained costs are higher, plays reduction replacement cost
Effect.
First connector 1231 includes the first retaining wall 1237 of first sleeve 1236 and annular, first set
Pipe 1236 is arranged on the first retaining wall 1237 outer ring.Second connector 1232 include the second sleeve pipe 1234 and
Second retaining wall 1235 of annular, the second sleeve pipe 1234 is arranged on the second retaining wall 1235 outer ring, first sleeve
One end of 1236 and one end threaded of the second sleeve pipe 1234.Its components 124 is in column, vertically
It is located in first sleeve the 1236, second sleeve pipe 1234.First retaining wall the 1237, second retaining wall 1235
Centre bore is in communication with the outside respectively, and one of them is inlet end, connects with the air inlet on atomization seat 121；
Another is outlet side, connects with inner tube 111, cigarette holder 1142.Preferably, in its components 124
Portion is formed and axially penetrates through through hole, connects with the center of first retaining wall the 1237, second retaining wall 1235 for flue gas
Pass through.In other embodiments, the structure of first connector the 1231, second connector 1232 also can not be done
Limiting, can be shell structure, connected mode between the two may be used without the structures such as engaging and connects, can be in group
After dress, atomizing component 12 is fixed on inside.
After first connector the 1231, second connector 1232 assembles, first retaining wall the 1237, second retaining wall
1235 respectively to the two ends of its components 124 against, and the two ends of its components 124 respectively with first gear
Seal between wall the 1237, second retaining wall 1235 and coordinate, prevent the tobacco juice on its components 124 from flowing to first
The middle part of retaining wall the 1237, second retaining wall 1235.Inlet opening 1233 is arranged in first sleeve 1236,
In other embodiments, inlet opening 1233 may also be arranged on the second sleeve pipe 1234, or by first sleeve 1236
Formed after assembling with the second sleeve pipe 1234.
In the present embodiment, its components 124 is conductive fixing pipe in including axially being located in connecting tube 123
1243, be arranged on the tubular imbibition part 1241 of fixing pipe 1243 internal adsorption ree-oil, heat generating member 1242 and
It is arranged on the second electrode 126 that one end of fixing pipe 1243 is electrically connected with, the second electrode with heat generating member 1242
And insulation is arranged between fixing pipe 1243.In heat generating member 1242 is arranged on imbibition part 1241 and with fixing pipe
1243 are electrically connected with, and place in connecting tube 123 after being assembled integrally.Fixing pipe 1243 be provided with
The imbibing hole 1244 of inlet opening 1233 correspondence, allows tobacco juice be flowed to inhale by inlet opening 1233, imbibing hole 1244
Liquid part 1241.Preferably, the imbibing hole on the inlet opening 1233 in connecting tube 123, fixing pipe 1243
The position of 1244 is identical with the position of liquid outlet 1113 and quantity with quantity, and tobacco juice can be entered into swimmingly
Atomizing component 12, in other embodiments, inlet opening 1233 and the position of imbibing hole 1244 and quantity are also
Adjustment that can be corresponding, such as circumference, axially offsets setting.
In certain embodiments, fixing pipe 1243 is metal material, and hardness is higher.In order to realize atomization group
Sealing between part 12 end face and first retaining wall the 1237, second retaining wall 1235, the first retaining wall 1237 is with solid
Resilient annular first sealing gasket 1245, the second retaining wall 1235 and fixing pipe 1243 is set between fixed tube 1243
Annular second sealing gasket 1247 of elasticity it also is provided with between corresponding end.First sealing gasket 1245, second
Sealing gasket 1247 is soft material, can change, at the first connector between a compression and resilience state
1231, after the second connector 1232 assembles, first sealing gasket the 1245, second sealing gasket 1247 is compressed,
The fixing pipe 1243 that hardness is higher can ensure against after sealing, at the first connector 1231, second even
Fitting 1232 takes rear first sealing gasket 1245 resilience apart, will be able to be atomized after the first sealing gasket 1247 resilience
Assembly 12 is upspring, it is simple to its components 124 takes out to be changed.In other embodiments, it is possible in inner core group
It is respectively provided with the first sealing gasket between two ends and the first connector 1231 and second connector 1232 of part 124
1245, the second sealing gasket 1247, upsprings its components 124.
Preferably, the endoporus of first sleeve 1236, the endoporus of the second sleeve pipe 1234 vary in size, after assembling
Forming the step 1238 being positioned at binding site on connecting tube 123 inwall, fixing pipe 1243 outer wall is provided with
Corresponding with step 1238 against positioning table 1246.Generally, the first connector 1231 is positioned at lower end, the
Two connectors 1232 are positioned at upper end, and the endoporus of the second sleeve pipe 1234 is less than the endoporus of first sleeve 1236,
On inwall, positioning table 1246 is then formed after both assemble.When installing its components 124, first install
In first sleeve 1236, the second sleeve pipe 1234 covers and is set on its components 124, with first sleeve
1236 assemble.The end face that second sleeve pipe 1234 is relative with first sleeve 1236 compresses fixing pipe 1243
On positioning table 1246, prevent its components 124 from moving axially, moreover it is possible to fixing pipe 1243 to be compressed, prevents
In use rotate, it is ensured that the position between imbibing hole 1244 and inlet opening 1233 is corresponding.At other
In embodiment, it is possible to directly step 1238 is set on the inwall of first sleeve 1236 or the second sleeve pipe 1234
Fixing pipe 1243 is axially positioned.
Imbibition part 1241 can be that tubulose imbibition is cotton, it is possible to for tubular porous ceramic body, or include pipe simultaneously
Shape porous ceramic bodies and to be coated on the external imbibition of tubular porous ceramic cotton, heat generating member 1242 be heating wire,
Heating film or other heaters, be arranged on the inner side of imbibition part 1241.At the cigarette that imbibition part 1241 is adsorbed
After liquid mist, the flue gas of atomization is with air flow direction cigarette holder 1142 one end.
Second electrode 126, in tubular, is arranged in the end face of fixing pipe 1243 with the first retaining wall 1237 correspondence
Hole, and and the end-face hole of fixing pipe 1243 between insulation arrange, usually in the outer ring of the second electrode 126
And between the end-face hole of fixing pipe 1243, insulation sleeve is set insulate.
First electrode 125 includes cylindrical body, and the cylindrical body of the first electrode 125 is located in the first retaining wall 1237
Endoporus, and and the first retaining wall 1237 between insulation arrange, usually in the first electrode 125 and first gear
Arrange insulation sleeve between wall 1237 to insulate.First electrode 125 and the second electrode 126 are axially against phase
Conducting mutually, the first electrode 125 is electrically connected with heat generating member 1242 by the second electrode 126.At fixing pipe
The second electrode 126 arranged on the end-face hole of 1243, can be after connecting tube 123 be put into by fixing pipe 1243
During by axially compressing, make the second electrode 126 that the elasticity of insulation sleeve and the first electrode 125 can be relied on indirectly
Touch, even if the power that axially compresses that is subject to of fixing pipe 1243 is excessive, rely on elasticity second electrode of insulation sleeve
126 and first between electrode 125 to compress power not too large, remain to keep the first electrode 125 and the second electricity
Good contact between pole 126, simultaneously, moreover it is possible to reduce abrasion.In other embodiments, it is possible to cancel the
Two electrodes 126, allow the first electrode 125 directly be electrically connected with heat generating member 12 42.
Generally, the second electrode 126 is also tubular structure, makes first electrode the 125, second electrode 126 one end
Connect with the air inlet on atomization seat 121, formed to one end of its components 124 air inlet.
Connecting tube 123 is conductive material, generally leads by being folded between insulation sleeve and the first retaining wall 1237
Connecting tube 123 is electrically connected with by line with heat generating member 1242.
Atomization seat 121 also be conductive material, one end is detachably installed with connecting tube 123, the other end with
Supply unit connects.Thimble 127 is arranged on position corresponding with the first electrode 125 on atomization seat 121, top
Insulate between pin 127 and atomization seat 121, after connecting tube 123 is connected with atomization seat 121, thimble 127
And turn between the first electrode 125.After atomising device 10 is connected with supply unit, atomization seat 121,
Thimble 127 turns on the two poles of the earth of supply unit respectively, and powering for heat generating member 1242 is atomized tobacco juice.When
During one electrode 125 long enough, it is possible to cancelled by thimble 127, allow the first electrode 125 directly and supply unit
Connect conducting.
It is to be appreciated that above-mentioned each technical characteristic can be used in any combination and unrestricted.
The foregoing is only embodiments of the invention, not thereby limit the scope of the claims of the present invention, every profit
The equivalent structure made by description of the invention and accompanying drawing content or equivalence flow process conversion, or directly or indirectly transport
It is used in other relevant technical fields, is the most in like manner included in the scope of patent protection of the present invention.
Claims (24)
1. an atomizing component (12), including connecting tube (123) and its components (124) that is arranged in described connecting tube (123)；It is formed for tobacco juice in described connecting tube (123) and flows into the inlet opening (1233) in described connecting tube (123)；Described its components (124) includes heat generating member (1242), with to the tobacco juice heating atomization flowing into described connecting tube (123)；
It is characterized in that, described connecting tube (123) includes the first connector (1231) and the second connector (1232) removably connected with described first connector (1231), described first connector (1231), the second connector (1232) define an accommodation space, and described its components (124) is removably disposed in described accommodation space.
Atomizing component the most according to claim 1 (12), it is characterized in that, described first connector (1231) includes first sleeve (1236), described second connector (1232) includes the second sleeve pipe (1234), one end of described first sleeve (1236) is corresponding with one end of described second sleeve pipe (1234) to be connected, described its components (124), in column, is located in described first sleeve (1236), the second sleeve pipe (1234) vertically.
Atomizing component the most according to claim 2 (12), it is characterised in that described first connector (1231) be provided with to described its components (124) end against ring-type first retaining wall (1237)；
Described second connector (1232) be provided with the other end to described its components (124) against ring-type second retaining wall (1235), the two ends of described its components (124) coordinate with sealing between described first retaining wall (1237), the second retaining wall (1235) respectively, the middle part of described its components (124) is formed with the through hole axially penetrated through, and connects with described first retaining wall (1237), the center of the second retaining wall (1235) and passes through for flue gas.
Atomizing component the most according to claim 3 (12), it is characterized in that, described its components (124) conductive fixing pipe (1243) and be arranged on tubular imbibition part (1241) of described fixing pipe (1243) internal adsorption ree-oil in also including axially being located in described connecting tube (123), being electrically connected with in described heat generating member (1242) is arranged on described imbibition part (1241) and with described fixing pipe (1243), described fixing pipe (1243) is provided with the imbibing hole (1244) corresponding with described inlet opening (1233).
Atomizing component the most according to claim 4 (12), it is characterized in that, the endoporus of described first sleeve (1236), the endoporus of the second sleeve pipe (1234) vary in size, formed on described connecting tube (123) inwall after assembling and be positioned at the step (1238) of binding site, described fixing pipe (1243) outer wall be provided with corresponding with described step (1238) against positioning table (1246).
null6. according to the atomizing component (12) described in any one of claim 2 to 4，It is characterized in that，Resilient annular first sealing gasket (1245) is set between the end of described first connector (1231) and described its components (124)，Resilient annular second sealing gasket (1247) is set between the end that described second connector (1232) is corresponding with described its components (124)，Described first sealing gasket (1245)、Second sealing gasket (1247) can change between a compression and resilience state，Described first connector (1231)、Described first sealing gasket (1245) after second connector (1232) assembling、Second sealing gasket (1247) is compressed，Described first connector (1231)、Second connector (1232) takes rear described first sealing gasket (1245) apart、Second sealing gasket (1247) resilience.
Atomizing component the most according to claim 4 (12), it is characterized in that, described atomizing component (12) also includes conductive first electrode (125), described first electrode (125) includes cylindrical body, the cylindrical body of described first electrode (125) is located in the endoporus of described first retaining wall (1237), and and described first retaining wall (1237) between insulation arrange, described first electrode (125) is electrically connected with described heat generating member (1242), described connecting tube (123) is conductive material, described connecting tube (123) is electrically connected with described fixing pipe (1243).
Atomizing component the most according to claim 7 (12), it is characterized in that, described its components (124) also includes conductive tubular the second electrode (126), described second electrode (126) is arranged in the end-face hole of the described fixing pipe (1243) corresponding with described first retaining wall (1237), it is provided with insulation sleeve between described second electrode (126) and the end-face hole of described fixing pipe (1243), the outer ring of described second electrode (126) is electrically connected with described heat generating member (1242), described first electrode (125) and the second electrode (126) are axially against mutual conduction, described first electrode (125) is electrically connected with described heat generating member (1242) by described second electrode (126).
9. an atomising device (10), it is characterised in that include the atomizing component (12) described in any one of claim 1 to 8.
Atomizing component the most according to claim 9 (12), it is characterised in that described atomizing component (12) also includes that conductive atomization seat (121), described connecting tube (123) removably connect with described atomization seat (121).
11. atomising devices according to claim 10 (10), it is characterized in that, described atomising device (10) also includes liquid storage assembly (11), described atomizing component (12) removably connects with described liquid storage assembly (11), and described liquid storage assembly (11) is formed the liquid storage cylinder (A) for storing tobacco juice, the liquid outlet (1113) flowed out from described liquid storage cylinder (A) for tobacco juice and closure catch (115) on described liquid outlet (1113)；
Described atomizing component (12) and described liquid storage assembly (11) are spirally connected and install and described catch (115) can be driven to rotate, to drive described catch (115) rotate to open described liquid outlet (1113) and drive when described atomizing component (12) is removed described catch (115) to rotate to close described liquid outlet (1113) when described atomizing component (12) is installed, described liquid outlet (1113) is corresponding with the position of described inlet opening (1233), with the fluid injection in described connecting tube (123) when described liquid outlet (1113) is opened.
12. atomising devices according to claim 11 (10), it is characterised in that described catch (115) tubulose ringwise, and axially location and installation, described catch (115) is provided with the screw thread of the installation that is spirally connected for described atomizing component (12).
13. atomising devices according to claim 12 (10), it is characterized in that, the edge of described catch (115) bottom face is provided with and guides the inclined plane (1154) to described screw thread, and described inclined plane (1154) is provided with some grooves of annular knurl or circumferentially spaced setting.
14. atomising devices according to claim 13 (10), it is characterized in that, described atomization seat (121) includes the spiro union portion (1211) with the threaded engagement in described stopper section (1153), the outer ring sleeve of described spiro union portion (1211) is provided with sealing ring (122), and the position of described sealing ring (122) is corresponding with described inclined plane (1154) position.
15. atomising devices according to claim 14 (10), it is characterized in that, described catch (115) is provided with the opening (1151) corresponding with described liquid outlet (1113), when not installing atomizing component (12), described opening (1151) and described liquid outlet (1113) mutually stagger to close described liquid outlet (1113), after installing atomizing component (12), described opening (1151) is directed to connect described liquid storage cylinder (A) and described atomizing component (12) with described liquid outlet (1113).
16. atomising devices according to claim 15 (10), it is characterized in that, described liquid outlet (1113) and opening (1151) include four of circumferentially uniform intervals setting respectively, described liquid outlet (1113) is corresponding with the size of opening (1151), and the maximum radian in circumferentially direction is not more than 45 degree.
17. atomising devices according to claim 11 (10), it is characterized in that, described liquid storage assembly (11) includes inner tube (111) and outer tube (112), described liquid storage cylinder (A) is formed between said inner tube (111) and outer tube (112), described liquid outlet (1113) is formed in said inner tube (111), and described catch (115) attaches the internal face of said inner tube (111) and arranges.
18. atomising devices according to claim 17 (10), it is characterized in that, the lower end of said inner tube (111) is provided with the bending part (1111) laterally outwardly arranged and is extended axially downward the socket part (1112) of setting by the outward flange of described bending part (1111)；
Described catch (115) includes by the socket pipe (1152) of said inner tube (111) internal face socket and is located at the tubular ring stopper section (1153) of lower end of described socket pipe (1152)；Described stopper section (1153) is coaxial with described socket pipe (1152), and external diameter is more than the external diameter of described socket pipe (1152), the upper end of described stopper section (1153) and described bending part (1111) against, described socket part (1112) are set in described stopper section (1153) outward.
19. atomising devices according to claim 18 (10), it is characterized in that, described liquid storage assembly (11) also includes locating ring (116), described locating ring (116) includes the 3rd sleeve pipe (1161) being positioned between described socket part (1112) and described stopper section (1153), described socket part (1112), the 3rd sleeve pipe (1161) and described stopper section (1153) are socketed from outside to inside, and described 3rd sleeve pipe (1161) inner ring is formed with the flange (1162) keeping out the lower end in described stopper section (1153).
20. according to the atomising device (10) described in claim 18 or 19, it is characterised in that described atomising device (10) is provided with the position-limit mechanism rotating interval for limiting described catch (115).
21. atomising devices according to claim 20 (10), it is characterized in that, described position-limit mechanism includes the arcuate groove (1114) being arranged in said inner tube (111) and is arranged on described catch (115) boss (1155) snapping onto in described arcuate groove (1114).
22. atomising devices according to claim 21 (10), it is characterized in that, described arcuate groove (1114) is formed on described bending part (1111), and described boss (1155) is formed on the end face that described stopper section (1153) is corresponding with described bending part (1111).
23. according to the atomising device (10) described in any one of claim 11 to 19, it is characterized in that, there is between described catch (115) and described liquid storage assembly (11) one first frictional force, having one second frictional force between described catch (115) and described atomizing component (12), described second frictional force is more than described first frictional force.
24. 1 kinds of electronic cigarettes, it is characterised in that include the atomising device (10) described in any one of claim 9 to 23.
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| CN201610485061.0A CN105962420B (en) | 2016-06-28 | 2016-06-28 | Electronic cigarette and atomizing device and atomizing component thereof |
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| CN201610485061.0A CN105962420B (en) | 2016-06-28 | 2016-06-28 | Electronic cigarette and atomizing device and atomizing component thereof |
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| CN105962420A true CN105962420A (en) | 2016-09-28 |
| CN105962420B CN105962420B (en) | 2020-01-10 |
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| EP3289899A3 (en) * | 2016-12-02 | 2018-04-18 | Shenzhen First Union Technology Co., Ltd. | Atomizer and electronic cigarette having same |
| WO2018076200A1 (en) * | 2016-10-26 | 2018-05-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette, atomizer core thereof and atomizer thereof |
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