CN105722411A - Atomizer, electronic cigarette, and oil supply control method therefor - Google Patents
Atomizer, electronic cigarette, and oil supply control method therefor Download PDFInfo
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- CN105722411A CN105722411A CN201380080935.9A CN201380080935A CN105722411A CN 105722411 A CN105722411 A CN 105722411A CN 201380080935 A CN201380080935 A CN 201380080935A CN 105722411 A CN105722411 A CN 105722411A
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- China
- Prior art keywords
- oil
- tobacco tar
- atomizing component
- atomizer
- sealing structure
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
- A24F40/40—Constructional details, e.g. connection of cartridges and battery parts
- A24F40/48—Fluid transfer means, e.g. pumps
- A24F40/485—Valves; Apertures
-
- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
- A24F40/10—Devices using liquid inhalable precursors
Abstract
An atomizer, an electronic cigarette, and an oil supply control method. The atomizer comprises an oil-storage mechanism (2) and an atomizing component (3). The oil-storage mechanism (2) is provided with a cigarette oil flowing channel used for outputting cigarette oil stored within the oil-storage mechanism (2) to the atomizing component (3) and with a hot-melt sealing structure (221) used for sealing the cigarette oil flowing channel. When the atomizing component (3) is being powered on for working for the first time, the hot-melt sealing structure (221) is heated and melted to open the cigarette oil flowing channel, thus allowing the cigarette oil to be outputted from the cigarette oil flowing channel to the atomizing component (3) to be heated and atomized. Because the oil-storage mechanism (2) is provided with the hot-melt sealing structure (221) that seals the cigarette oil flowing channel, before the atomizer is used for the first time, prevented is the problem of cigarette oil leakage during assembly and transportation and of a change in aroma of the cigarette oil caused by absorption of moisture after prolonged period of storage before the atomizer is used.
Description
The present invention relates to daily electronics field, more particularly to a kind of atomizer, electronic cigarette and its oil-feeding control method.
Electronic cigarette also known as virtual cigarette, are mainly used in smoking cessation and cigarette substitute.It has the outward appearance as cigarette, the taste approximate with cigarette, or even to be had more much than the taste of general cigarette, comes also like the same cigarette, the sucking-off taste of suctioning out of cigarette with feeling.
Electronic cigarette is broadly divided into two parts：Atomizer and battery rod, mainly include battery wherein in battery rod and be provided with the pcb board of relevant control circuit, atomizer includes atomizing component, atomizer storage inside has tobacco tar, after atomizer connection upper battery rod, user controls the electrical connection between battery and atomizer fully on by the pcb board in air-breathing or switch triggering battery rod, and atomizing component is powered, and then atomizing component, which generates heat, causes tobacco tar atomization to produce smog and sucked for smoker.
The two ways that is stored with tobacco tar in the prior art：One kind is to adsorb tobacco tar by oil storage medium, and another is the tobacco tar of direct storage liquid.Regardless of whether being which kind of mode, all exist a same defect be during the shipment until being not used by before, oil storage medium or liquid tobacco tar are not fully sealed, therefore the steam in extraneous air can be adsorbed, and make tobacco tar spoiled, especially for the tobacco tar directly stored in liquid form, tobacco tar can ooze out during transport and storage, the phenomenon of oil leak can be caused, tobacco tar is drawn onto when even resulting in smoking.
Therefore, the prior art is defective, it is necessary to improve.
The technical problem to be solved in the present invention is, for prior art above-mentioned electronic cigarette be not used by before tobacco tar be not fully sealed and cause to occur in transportation the defects such as tobacco tar leakage, water suction there is provided a kind of atomizer, electronic cigarette and its oil-feeding control method that prevent tobacco tar from revealing.
The technical solution adopted for the present invention to solve the technical problems is：Construct a kind of atomizer, the atomizer includes oil-bearing structure and the atomizing component for the tobacco tar in the oil-bearing structure to be atomized, the oil-bearing structure is provided with for the tobacco tar in the oil-bearing structure to be exported to the tobacco tar circulation passage of the atomizing component and the heat molten type sealing structure for blocking the tobacco tar circulation passage, heat molten type sealing structure melted by heat in atomizing component energization work first, the tobacco tar circulation passage is turned on, and then the tobacco tar is exported from the tobacco tar circulation passage to the atomizing component and heated atomization.
Atomizer of the present invention, wherein, the heat molten type sealing structure is made up of one or more materials in paraffin, rosin, polyethylene hot-melt adhesive, polypropylene thermal melten gel or polyurethane hot melt.
Atomizer of the present invention, wherein, the heat molten type sealing structure is the sealed membrane being made after the solidification of heat molten type material molten.
Atomizer of the present invention, wherein, the heat molten type sealing structure is the laminar plug prepared by hot melt plastic material.
Atomizer of the present invention, wherein, the oil-bearing structure is provided with shoe cream room, the shoe cream room has towards the openend of the atomizing component, seal is fitted with the openend, offered on the seal for the oil outlet as the tobacco tar circulation passage, the heat molten type sealing structure is arranged on the oil outlet towards one end of the atomizing component.
Atomizer of the present invention, wherein, the oil-bearing structure also includes the first oil storage part being made of porous materials sticked on side wall of the seal away from the atomizing component, and the first oil storage part covers the oil outlet and for preventing the tobacco tar from exceedingly being exported from the oil outlet.
Atomizer of the present invention, wherein, the oil-bearing structure also includes the second oil storage part being filled in the oil outlet, and the second oil storage part is used to prevent the tobacco tar from exceedingly exporting from the oil outlet.
Atomizer of the present invention, wherein, the heat molten type sealing structure is filled in the oil outlet and sticks to the second oil storage part towards the end of the atomizing component, and the surface of the heat molten type sealing structure and the side wall of the seal towards the atomizing component form a flat surface.
Atomizer of the present invention, wherein, the atomizing component includes atomization pedestal, the glass line on the atomization pedestal, the heating wire being wrapped on the glass line and first electrode and second electrode for being electrically connected with battery rod, and the two ends of the heating wire are electrically connected with the first electrode and second electrode respectively；
The glass line is mutually supported towards the side of the shoe cream room with the seal, and the glass line both ends just to the oil outlet.
Atomizer of the present invention, wherein, the atomization pedestal includes the connecting portion of atomization seat body and the axially extending formation in direction along the end face lateral margin of the atomization seat body towards the glass line, the atomization seat body offers the first passage being coaxially disposed with the oil outlet, and an annular protrusion is formed along the circumferential lateral margin of first passage towards the glass line direction is axially extending；
Raised two mounting blocks of inwall difference of the connecting portion, the end face of two mounting blocks towards the glass line offers mounting groove respectively, and the glass line is arranged in the mounting groove and the side of the glass line away from the shoe cream room is connected on the annular protrusion.
Atomizer of the present invention, wherein, the bottom of each mounting groove offers the fairlead axially through the mounting blocks and atomization seat body, and the wire electrically connected with the two ends of the heating wire is passed through from the fairlead respectively.
Atomizer of the present invention, wherein, the atomizer also includes the atomization sleeve pipe being set on the oil-bearing structure and the atomizing component, dividing plate, the smoke path that the inner space of the atomization sleeve pipe is divided into the shoe cream room and circulated for smoke flow by the dividing plate are installed vertically in the atomization sleeve pipe.
Atomizer of the present invention, wherein, the part that the atomization sleeve pipe corresponds to the shoe cream room is made of clear material.
The invention also discloses a kind of electronic cigarette, including battery rod and atomizer, the atomizer includes oil-bearing structure and the atomizing component for the tobacco tar in the oil-bearing structure to be atomized, the oil-bearing structure is provided with for the tobacco tar in the oil-bearing structure to be exported to the tobacco tar circulation passage of the atomizing component and the heat molten type sealing structure for blocking the tobacco tar circulation passage, heat molten type sealing structure melted by heat in atomizing component energization work first, turn on the tobacco tar circulation passage, and then the tobacco tar is exported from the tobacco tar circulation passage to the atomizing component and heated atomization.
Electronic cigarette of the present invention, wherein, the oil-bearing structure is provided with shoe cream room, the shoe cream room has towards the openend of the atomizing component, seal is fitted with the openend, offered on the seal for the oil outlet as the tobacco tar circulation passage, the heat molten type sealing structure is arranged on the oil outlet towards one end of the atomizing component.
Electronic cigarette of the present invention, wherein, the oil-bearing structure also includes the first oil storage part being made of porous materials sticked on side wall of the seal away from the atomizing component, and the first oil storage part covers the oil outlet and for preventing the tobacco tar from exceedingly being exported from the oil outlet.
Electronic cigarette of the present invention, wherein, the oil-bearing structure also includes the second oil storage part being filled in the oil outlet, and the second oil storage part is used to prevent the tobacco tar from exceedingly exporting from the oil outlet.
Electronic cigarette of the present invention, wherein, the heat molten type sealing structure is filled in the oil outlet and sticks to the second oil storage part towards the end of the atomizing component, and the surface of the heat molten type sealing structure and the side wall of the seal towards the atomizing component form a flat surface.
Present invention also offers a kind of oil-feeding control method, for electronic cigarette, the electronic cigarette includes atomizer and battery rod, and methods described comprises the following steps：
S1, the atomizer is connected with battery rod, and the atomizer and battery rod is electrically connected each other；
S2, the atomizing component being arranged in atomizer heating cause the heat molten type sealing structure melted by heat of tobacco tar circulation passage of the closure in oil-bearing structure, the tobacco tar circulation passage conducting simultaneously exports the tobacco tar in the oil-bearing structure, and the tobacco tar is exported to the atomizing component, the atomizing component heating makes the tobacco tar be produced smog by thermal evaporation.
Oil-feeding control method of the present invention, wherein, the step S2 is specifically included：
S21, heating wire heating, cause glass line temperature to raise；
S22, the heat molten type sealing structure melted by heat；
Oil outlet on S23, the sealed part of the tobacco tar is exported to the glass line；
S24, the tobacco tar are through the drainage of glass line and are diffused into the surface that the glass line is wound with the heating wire, and tobacco tar heating evaporation is formed smog by the heating wire.
Implement atomizer, electronic cigarette and its oil-feeding control method of the present invention, have the advantages that：
The oil-bearing structure of atomizer is provided with the heat molten type sealing structure of closure tobacco tar circulation passage in the present invention, therefore before atomizer first use, tobacco tar in shoe cream room is completely sealed, and is not in tobacco tar leakage in shipment and atomizer using because of the resting period, absorbing steam causes the problems such as tobacco tar is spoiled long before it.
In addition, when smoking first, because no tobacco tar oozes out, atomizing component temperature is drastically raised, and promotes heat molten type sealing structure to melt, and the oil outlet of the sealed part of tobacco tar oozes out and penetrated on atomizing component, tobacco tar heating evaporation is formed smog, realizes smoking function by atomizing component.
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Figure 1A is the structural representation of the preferred embodiment of atomizer of the present invention；
Figure 1B is partial schematic diagram of the shown atomizer along A-A to sectional view；
Fig. 2 is the partial schematic diagram after the fusing of hot melten type sealed membrane in Fig. 1；
Fig. 3 is the explosive view of the preferred embodiment of atomizer of the present invention；
Fig. 4 is the stereogram of seal in Fig. 3；
Fig. 5 A are the stereograms of atomization pedestal in Fig. 3；
Fig. 5 B are the top views of atomization pedestal in Fig. 3；
Fig. 5 C are the B-B direction sectional views in Fig. 5 A；
Fig. 6 is the structural representation of electronic cigarette of the present invention.
The present invention, which is not fully sealed to solve tobacco tar before electronic cigarette is not used by the prior art, to be caused to occur in transportation the defects such as tobacco tar leakage, water suction there is provided a kind of atomizer, electronic cigarette and its oil-feeding control method.
Oil-bearing structure is provided with the heat molten type sealing structure of closure tobacco tar circulation passage by the present invention, therefore before atomizer first use, tobacco tar in shoe cream room is completely sealed, and is not in tobacco tar leakage in shipment and atomizer using because of the resting period, absorbing steam causes the problems such as tobacco tar is spoiled long before it.
In order to which technical characteristic, purpose and effect to the present invention are more clearly understood from, the embodiment that accompanying drawing describes the present invention in detail is now compareed.
It is the structural representation of the preferred embodiment of atomizer of the present invention with reference to Figure 1A；Figure 1B is partial schematic diagram of the atomizer along A-A to sectional view shown in Fig. 1；Fig. 2 is the partial schematic diagram after the fusing of hot melten type sealed membrane in Fig. 1；Fig. 3 is the explosive view of the preferred embodiment of atomizer of the present invention；
The atomizer of the present invention, for constituting electronic cigarette with battery rod, in preferred embodiment, atomizer includes atomization sleeve pipe 1, oil-bearing structure 2 and the atomizing component 3 for the tobacco tar in oil-bearing structure 2 to be atomized are sequentially provided with vertically in atomization sleeve pipe 1, oil-bearing structure 2 is provided with for the tobacco tar in oil-bearing structure 2 to be exported to the tobacco tar circulation passage of atomizing component 3 and the heat molten type sealing structure 221 for blocking tobacco tar circulation passage, the melted by heat in the energization work first of atomizing component 3 of heat molten type sealing structure 221, turn on tobacco tar circulation passage, and then tobacco tar is exported from tobacco tar circulation passage to the heated atomization of atomizing component 3.
Oil-bearing structure 2 is provided with the shoe cream room 21 for storing tobacco tar, the present embodiment, and dividing plate 7, the smoke path that the inner space for being atomized sleeve pipe 1 is divided into the shoe cream room 21 and circulated for smoke flow by dividing plate 7 are axially installed with along atomization sleeve pipe 1 in atomization sleeve pipe 1.It is atomized the generally cylindrical structure of sleeve pipe 1, dividing plate 7 is integrally formed with atomization sleeve pipe 1, integrally formed benefit is to only need to a mould disposably can be atomized the space for being separated into two separation in sleeve pipe 1, dividing plate 7 and atomization sleeve pipe 1, which are integrally formed, can make sealing effectiveness more preferably, assemble simpler.
It is appreciated that, although in preferred embodiment, atomizer includes the atomization sleeve pipe 1 being set on the oil-bearing structure 2 and atomizing component 3, but atomization sleeve pipe 1 and non-vital structure, for example, oil-bearing structure 2 can be an oil storage cup being detachably connected with atomizing component 3, tobacco tar is held in cup, bottom of cup opens up tobacco tar circulation passage, cup is detachably connected close to one end of bottom with atomizing component 3, such as being fastened and connected, be threadedly coupled, this is techniques known, and here is omitted.
For the ease of changing atomizer or addition tobacco tar in time, it is to avoid peculiar smell is produced when tobacco tar is finished, sleeve pipe 1 is preferably atomized and is made of clear material corresponding to the part of shoe cream room 21.Therefore user is observed that the surplus of the tobacco tar in shoe cream room 21, it is found that when tobacco tar will be finished, and tobacco tar can be added in time or atomizer is changed, and provides the means of simple, intuitive for user to remind addition tobacco tar in time.
Shoe cream room 21 has one towards the openend of atomizing component 3, openend is fitted with seal 22, for example, the openend of seal 22 and shoe cream room 21 is using interference fit, it is fastened and connected, preferred interference fit herein, it is the stereogram of seal in Fig. 3 with reference to Fig. 4, offered on seal 22 for the oil outlet 220 as tobacco tar circulation passage, heat molten type sealing structure 221 is arranged on oil outlet 220 towards one end of atomizing component 3, such as heat molten type sealing structure 221 is directly filled in inside of the oil outlet 220 close to one end of atomizing component 3, or heat molten type sealing structure 221 sticks to seal 22 on the side wall of atomizing component 3, so as to which the outlet of oil outlet 220 be covered.The present invention pre-sets a heat molten type sealing structure 221 at oil outlet 220, the fusing of heat molten type sealing structure 221 turns on oil outlet 220 only when atomizer works, and solves the defect that tobacco tar passage in the prior art is in caused by opening-wide state the smoking experience of influence user after easily oil leak and tobacco tar outflow all the time.
The axis of oil outlet 220 is overlapped with being atomized the axis of sleeve pipe 1, therefore, and tobacco tar is penetrated into can be than the more uniform two ends from glass line simultaneously to central draft when on glass line, and tobacco tar can quickly spread, and be easy to follow-up atomization more abundant.
In order to avoid tobacco tar during sucking infiltration capacity it is excessive and cause human body suck tobacco tar risk, the first oil storage part 23 being made of porous materials is stained with side wall of the seal 22 away from atomizing component 3, and the first oil storage part 23 covers oil outlet 220 and for preventing tobacco tar from exceedingly being exported from the oil outlet 220, first oil storage part 23 is the oil storage medium for adsorbing tobacco tar, such as cotton piece, sponge etc., the first oil storage part 23 is cotton piece in preferred embodiment, metamorphosis very little before and after cotton piece absorption tobacco tar, and the very little that takes up space, light weight, it is easy to cut out, advantages of good adsorption effect and convenient material drawing.
In order to further strengthen oil removal effect, and ensure not influence in smoking under conditions of tobacco tar oozes out, the second oil storage part 24 is filled with the present embodiment in oil outlet 220, second oil storage part 24 is similar with the first oil storage part 23, for further preventing tobacco tar from exceedingly being exported from the oil outlet 220, it is similarly the oil storage medium for adsorbing tobacco tar, ibid, preferably cotton piece.
Tobacco tar is after the first oil storage part 23 and the infiltration of the second oil storage part 24, it can be evenly distributed on the first oil storage part 23 and the second oil storage part 24, the speed dropped on atomizing component 3 will not be too fast, and avoids tobacco tar from being flowed directly to the phenomenon for occurring tobacco tar skewness on atomizing component 3.
Heat molten type sealing structure 221 can be made up of one or more materials in paraffin, rosin, polyethylene hot-melt adhesive, polypropylene thermal melten gel or polyurethane hot melt.
The sealed membrane that heat molten type sealing structure 221 can solidify to form for heat molten type material molten, such as, paraffin or rosin melting drop to the sealed membrane that the solidify afterwards of oil outlet 220 are formed.The laminar plug that heat molten type sealing structure 221 can also be embedded into openend or be directly embedded into oil outlet 220 for interference fit prepared by hot melt plastic material, logical, for example, utilize a kind of plug being made in polyethylene hot-melt adhesive, polypropylene thermal melten gel or polyurethane hot melt.
In preferred embodiment, heat molten type sealing structure 221 is the sealed membrane of paraffin melting and solidification formation.Olefin material cost is low, and fusing point is moderate.And time in view of melting and sealedly tight reliable, the thickness of sealed membrane is not less than 0.5mm and no more than 1mm, 0.8mm preferably.Specifically, can be that heat molten type sealing structure 221 is sticked into seal 22 towards on the whole side wall of atomizing component 3, paraffin is for example melted into liquid and seal 22 is dripped to towards on the side wall of atomizing component 3, and is covered with whole side wall, the sealed membrane matched with seal 22 is formed；It can also be and heat molten type sealing structure 221 is filled in oil outlet 220 and the second oil storage part 24 is sticked to towards the end of atomizing component 3, and the surface of heat molten type sealing structure 221 and the side wall of seal 22 towards atomizing component 3 form a flat surface, now require that the axial length of cotton piece is shorter than the axial length of oil outlet 220, paraffin is for example melted into liquid and dripped in the cotton piece in oil outlet 220, the oilhole 220 until paraffin filling is overfilled, forms the sealed membrane matched with oil outlet 220 after solidification.
By the surface of sealed membrane and side wall one flat surface of formation of seal 22, it can avoid during shipment, because the rubbing action of the glass line mutually supported with seal 22 causes the loose or dislocation of sealed membrane, and only sealed membrane can be set at the oil outlet 220 of seepage tobacco tar, on the one hand the waste of sealed membrane is avoided, on the other hand in hot melt, because sealed membrane is supported with glass line, so hot melt speed ratio is very fast.
Atomizing component 3 includes atomization pedestal 31, the glass line 32 on atomization pedestal 31 and the heating wire 33 being wrapped on glass line 32, atomizing component 3 also includes the first electrode 4 and second electrode 5 for being used to electrically connect with battery rod, and the two ends of heating wire 33 are electrically connected with first electrode 4 and second electrode 5 respectively.
The substantially strip of glass line 32, the centre position of glass line 32 is wound by heating wire 33, and the two ends of glass line 32 are to opposite bending forms one and has a cyclic structure of a gap again after the direction bending in the same direction of shoe cream room 21, and glass line 32 is towards the side of shoe cream room 21（The part that i.e. opposite bending is formed）, mutually supported with seal 22, glass line 32 is used for the diffusion for guiding tobacco tar, it is therefore preferred that the both ends of glass line 32（That is strip end, namely the end of dogleg section in opposite directions）Just to oil outlet 220, i.e. the both ends of glass line 32 are supported on sealed membrane, although glass line 32 itself does not generate heat, but are due to that the surface wrap of glass line 32 has heating wire 33, so sealed membrane can accelerate melting.
It is the stereogram of atomization pedestal in Fig. 3 with reference to Fig. 5 A；Fig. 5 B are the top views of atomization pedestal in Fig. 3；Fig. 5 C are the B-B direction sectional views in Fig. 5 A；
Being atomized pedestal 31 includes atomization seat body 312 and the connecting portion 313 along the end face lateral margin of atomization seat body 312 towards the axially extending formation in direction of glass line 32, atomization seat body 312 offers the first passage 311 being coaxially disposed with oil outlet 220, and an annular protrusion 314 is formed along the circumferential lateral margin of the first passage 311 towards the direction of glass line 32 is axially extending；Oil outlet 220 is coaxially disposed with the first passage 311, is easy to smog being fully discharged in smoke path.
Raised two mounting blocks 315 of inwall difference of connecting portion 313, the end face of two mounting blocks 315 towards glass line 32 offers mounting groove 316 respectively, the part of the bending in the same direction of glass line 32 is separately mounted in mounting groove 316, and side of the glass line 32 away from shoe cream room 21（I.e. strip there is no bending, the part that is wound by heating wire 33）It is connected on annular protrusion 314.The bottom of each mounting groove 316 offers the fairlead 317 axially through mounting blocks 315 and atomization seat body 312, the wire electrically connected with the two ends of heating wire 33 is passed through from fairlead 317 respectively, connection between heating wire 33 and wire is the type of attachment of prior art, and here is omitted.
Glass line 32 is fixed in mounting groove 316, is easy to implement and is supported between annular protrusion 314 and seal 22, and then be easy to the melting of sealed membrane and the quick drainage of tobacco tar.
Before not coming into operation, because sealed membrane blocks oil outlet 220, so the tobacco tar in shoe cream room 21 phenomenon that tobacco tar oozes out will not occur due to vibrations etc. of jolting in shipment.When smoking the cigarette, because no tobacco tar oozes out, the temperature of heating wire 33 is drastically raised, sealed membrane is melted, oil outlet 220 on the sealed part 22 of tobacco tar ooze out come and penetrate into its just to glass line 32 two ends, through the drainage of glass line 32 and the surface that glass line 32 is wound with heating wire 33 is diffused into again, tobacco tar heating evaporation formation smog is realized smoking function by heating wire 33.
Atomizing component also includes insulator 6, and the first electrode 4, insulator 6 are arranged successively from inside to outside with second electrode 5 to be connected；Second electrode 5 is also set on atomization pedestal 31, and atomization pedestal 31 and first electrode 4 are electrically connected with first electrode 4 and second electrode 5 respectively just to setting with the wire that the two ends of heating wire 33 are electrically connected；
First electrode 4 offers the second passage being coaxially disposed with the first passage 311, it is easy to airflow, a part of outer rim of second electrode 5, which is embedded into atomization sleeve pipe 1, realizes tight fit, the exposed a part of outer rim of second electrode 5 is provided with external screw thread 51, the internal thread matched with external screw thread 51 is provided with battery rod, is directly threadedly coupled battery rod with atomizer during connection.
The present invention also provides a kind of electronic cigarette, is the structural representation of electronic cigarette of the present invention with reference to Fig. 6.
Electronic cigarette includes atomizer and battery rod, wherein battery rod includes battery 10, the two poles of the earth of battery 10 are connected to two electrode connecting parts in battery rod by wire, with reference to the above-mentioned elaboration on atomizer, one electrode connecting parts has the internal thread matched with the external screw thread 51 in atomizing component 3, another electrode connecting parts is a lower terminal, and first electrode 4 is upper terminal and internal with internal thread, and lower terminal outer rim has the external screw thread matched with internal thread.On the concrete structure of electronic cigarette, the mechanism of wherein atomizer refers to the above-mentioned elaboration on atomizer, and the structure of battery rod is prior art, and here is omitted.
The present invention also provides a kind of oil-feeding control method, for electronic cigarette, and electronic cigarette includes atomizer and battery rod, and method comprises the following steps：
S1, atomizer is connected with battery rod, and atomizer and battery rod is electrically connected each other；
S2, the atomizing component 3 being arranged in atomizer heating cause the melted by heat of heat molten type sealing structure 221 of tobacco tar circulation passage of the closure in oil-bearing structure 2, tobacco tar circulation passage turns on and exports the tobacco tar in oil-bearing structure 2, and tobacco tar is exported to atomizing component 3, the heating of atomizing component 3 makes tobacco tar be produced smog by thermal evaporation, specifically includes：
S21, heating wire 33 generate heat, and cause the temperature of glass line 32 to raise；
S22, the melted by heat of heat molten type sealing structure 221；
Oil outlet 220 on the sealed part 22 of S23, tobacco tar is exported to glass line 32；
S24, tobacco tar are through the drainage of glass line 32 and are diffused into the surface that glass line 32 is wound with heating wire 33, and tobacco tar heating evaporation is formed smog by heating wire 33.
To sum up, oil-bearing structure is provided with the heat molten type sealing structure of closure tobacco tar circulation passage by the present invention, therefore before atomizer first use, tobacco tar in shoe cream room is completely sealed, the problem of solving oil leak and the poor taste that prior art tobacco tar circulation passage is brought in opening-wide state all the time, therefore be not in tobacco tar leakage in shipment and atomizer using because of the resting period, absorbing steam causes the problems such as tobacco tar is spoiled long before it.
Embodiments of the invention are described above in conjunction with accompanying drawing; but the invention is not limited in above-mentioned embodiment; above-mentioned embodiment is only schematical; rather than it is restricted; one of ordinary skill in the art is under the enlightenment of the present invention; in the case of present inventive concept and scope of the claimed protection is not departed from, many forms can be also made, these are belonged within the protection of the present invention.
Claims (20)
- A kind of atomizer, the atomizer includes oil-bearing structure（2）With for by the oil-bearing structure（2）The atomizing component that interior tobacco tar is atomized（3）, it is characterised in that the oil-bearing structure（2）Being provided with is used for the oil-bearing structure（2）Interior tobacco tar is exported to the atomizing component（3）Tobacco tar circulation passage and heat molten type sealing structure for blocking the tobacco tar circulation passage（221）, the heat molten type sealing structure（221）In the atomizing component（3）Melted by heat during energization work first, turns on the tobacco tar circulation passage, and then the tobacco tar is exported from the tobacco tar circulation passage to the atomizing component（3）And heated atomization.
- Atomizer according to claim 1, it is characterised in that the heat molten type sealing structure（221）It is made up of one or more materials in paraffin, rosin, polyethylene hot-melt adhesive, polypropylene thermal melten gel or polyurethane hot melt.
- Atomizer according to claim 1, it is characterised in that the heat molten type sealing structure（221）For the sealed membrane being made after the solidification of heat molten type material molten.
- Atomizer according to claim 1, it is characterised in that the heat molten type sealing structure（221）For the laminar plug prepared by hot melt plastic material.
- Atomizer according to claim 1, it is characterised in that the oil-bearing structure（2）It is provided with shoe cream room（21）, the shoe cream room（21）With towards the atomizing component（3）Openend, be fitted with seal on the openend（22）, the seal（22）On offer for the oil outlet as the tobacco tar circulation passage（220）, the heat molten type sealing structure（221）It is arranged on the oil outlet（220）Towards the atomizing component（3）One end.
- Atomizer according to claim 5, it is characterised in that the oil-bearing structure（2）Also include sticking to the seal（22）Away from the atomizing component（3）Side wall on the first oil storage part being made of porous materials（23）, and the first oil storage part（23）Cover the oil outlet（220）And for preventing the tobacco tar exceedingly from the oil outlet（220）Output.
- Atomizer according to claim 5, it is characterised in that the oil-bearing structure（2）Also include being filled in the oil outlet（220）The second interior oil storage part（24）, the second oil storage part（24）For preventing the tobacco tar exceedingly from the oil outlet（220）Output.
- Atomizer according to right wants 7, it is characterised in that the heat molten type sealing structure（221）It is filled in the oil outlet（220）In and stick to the second oil storage part（24）Towards the atomizing component（3）End, and the heat molten type sealing structure（221）Surface and the seal（22）Towards the atomizing component（3）Side wall one flat surface of formation.
- Atomizer according to claim 5, it is characterised in that the atomizing component（3）Including atomization pedestal（31）, installed in the atomization pedestal（31）On glass line（32）, be wrapped in the glass line（32）On heating wire（33）And the first electrode for being electrically connected with battery rod（4）And second electrode（5）, the heating wire（33）Two ends respectively with the first electrode（4）And second electrode（5）Electrical connection；The glass line（32）Towards the shoe cream room（21）Side and the seal（22）Mutually support, and the glass line（32）Both ends just to the oil outlet（220）.
- Atomizer according to claim 9, it is characterised in that the atomization pedestal（31）Including atomization seat body（312）And it is atomized seat body along described（312）End face lateral margin towards the glass line（32）The axially extending formation in direction connecting portion（313）, the atomization seat body（312）Offer and the oil outlet（220）The first passage being coaxially disposed（311）, along first passage（311）Circumferential lateral margin is towards the glass line（32）Direction is axially extending to form an annular protrusion（314）；The connecting portion（313）Inwall raised two mounting blocks respectively（315）, two mounting blocks（315）Towards the glass line（32）End face offer mounting groove respectively（316）, the glass line（32）Installed in the mounting groove（316）Interior and described glass line（32）Away from the shoe cream room（21）Side be connected to the annular protrusion（314）On.
- Atomizer according to claim 10, it is characterised in that each mounting groove（316）Bottom offer axially through the mounting blocks（315）With atomization seat body（312）Fairlead（317）, with the heating wire（33）Two ends electrical connection wire respectively from the fairlead（317）Pass through.
- Atomizer according to claim 5, it is characterised in that the atomizer also includes being set in the oil-bearing structure（2）And the atomizing component（3）On atomization sleeve pipe（1）, the atomization sleeve pipe（1）Dividing plate is inside installed vertically（7）, the dividing plate（7）By the atomization sleeve pipe（1）Inner space be divided into the shoe cream room（21）With the smoke path circulated for smoke flow.
- Atomizer according to claim 12, it is characterised in that the atomization sleeve pipe（1）Corresponding to the shoe cream room（21）Part be made of clear material.
- A kind of electronic cigarette, including battery rod and atomizer, the atomizer include oil-bearing structure（2）With for by the oil-bearing structure（2）The atomizing component that interior tobacco tar is atomized（3）, it is characterised in that the oil-bearing structure（2）Being provided with is used for the oil-bearing structure（2）Interior tobacco tar is exported to the atomizing component（3）Tobacco tar circulation passage and heat molten type sealing structure for blocking the tobacco tar circulation passage（221）, the heat molten type sealing structure（221）In the atomizing component（3）Melted by heat during energization work first, turns on the tobacco tar circulation passage, and then the tobacco tar is exported from the tobacco tar circulation passage to the atomizing component（3）And heated atomization.
- Electronic cigarette according to claim 14, it is characterised in that the oil-bearing structure（2）It is provided with shoe cream room（21）, the shoe cream room（21）With towards the atomizing component（3）Openend, be fitted with seal on the openend（22）, the seal（22）On offer for the oil outlet as the tobacco tar circulation passage（220）, the heat molten type sealing structure（221）It is arranged on the oil outlet（220）Towards the atomizing component（3）One end.
- Electronic cigarette according to claim 15, it is characterised in that the oil-bearing structure（2）Also include sticking to the seal（22）Away from the atomizing component（3）Side wall on the first oil storage part being made of porous materials（23）, and the first oil storage part（23）Cover the oil outlet（220）And for preventing the tobacco tar exceedingly from the oil outlet（220）Output.
- Electronic cigarette according to claim 15, it is characterised in that the oil-bearing structure（2）Also include being filled in the oil outlet（220）The second interior oil storage part（24）, the second oil storage part（24）For preventing the tobacco tar exceedingly from the oil outlet（220）Output.
- Electronic cigarette according to claim 17, it is characterised in that the heat molten type sealing structure（221）It is filled in the oil outlet（220）In and stick to the second oil storage part（24）Towards the atomizing component（3）End, and the heat molten type sealing structure（221）Surface and the seal（22）Towards the atomizing component（3）Side wall one flat surface of formation.
- A kind of oil-feeding control method, for electronic cigarette, the electronic cigarette includes atomizer and battery rod, it is characterised in that methods described comprises the following steps：S1, the atomizer is connected with battery rod, and the atomizer and battery rod is electrically connected each other；S2, the atomizing component being arranged in the atomizer（3）Heating causes closure in oil-bearing structure（2）On tobacco tar circulation passage heat molten type sealing structure（221）Melted by heat, tobacco tar circulation passage conducting and by the oil-bearing structure（2）Interior tobacco tar is exported, and the tobacco tar is exported to the atomizing component（3）On, the atomizing component（3）Heating makes the tobacco tar be produced smog by thermal evaporation.
- Oil-feeding control method according to claim 19, it is characterised in that the step S2 is specifically included：S21, heating wire（33）Heating, causes glass line（32）Temperature is raised；S22, the heat molten type sealing structure（221）Melted by heat；S23, the sealed part of the tobacco tar（22）On oil outlet（220）Export to the glass line（32）On；S24, the tobacco tar are through glass line（32）Drainage is simultaneously diffused into the glass line（32）It is wound with the heating wire（33）Surface, the heating wire（33）By tobacco tar heating evaporation formation smog.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2013/087086 WO2015070405A1 (en) | 2013-11-13 | 2013-11-13 | Atomizer, electronic cigarette, and oil supply control method therefor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105722411A true CN105722411A (en) | 2016-06-29 |
| CN105722411B CN105722411B (en) | 2019-05-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201380080935.9A Expired - Fee Related CN105722411B (en) | 2013-11-13 | 2013-11-13 | Atomizer, electronic cigarette and its oil-feeding control method |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN105722411B (en) |
| WO (1) | WO2015070405A1 (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN105722411B (en) | 2019-05-17 |
| WO2015070405A1 (en) | 2015-05-21 |
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