CN204742633U - Atomization component - Google Patents
Atomization component Download PDFInfo
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- CN204742633U CN204742633U CN201520301276.3U CN201520301276U CN204742633U CN 204742633 U CN204742633 U CN 204742633U CN 201520301276 U CN201520301276 U CN 201520301276U CN 204742633 U CN204742633 U CN 204742633U
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- adapter sleeve
- oil storage
- breather pipe
- flowing
- regulating
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Abstract
The utility model discloses an atomization component, atomization component includes suction nozzle subassembly, oil storage subassembly, regulating the qi flowing in the channels subassembly and is used for atomizing cigarette oil atomization core subassembly, the oil storage subassembly includes oil storage cover, first adapter sleeve and breather pipe, first adapter sleeve with the oil storage cover is pegged graft and is linked to each other, the suction nozzle subassembly sets up the oil storage cover is kept away from the one end of first adapter sleeve, the pipe box of ventilating is established in the oil storage cover, the one end of breather pipe with first adapter sleeve is pegged graft and is linked to each other, the other end of breather pipe with the suction nozzle subassembly is linked together, oil storage cover with enclose between the breather pipe and become to have the oil storage chamber that is used for saving the tobacco tar, be provided with on the pipe wall of breather pipe with the inlet port that the oil storage chamber is linked together. The beneficial effect of the utility model: the oil storage space in oil storage chamber is great, can pour into more tobacco tar into, the maintenance of being convenient for, change atomizing core subassembly or the interior tobacco tar of clearance breather pipe, and the simple compactness of its overall structure, convenience of customers uses.
Description
Technical field
The utility model relates to electronic cigarette field, more particularly, relates to a kind of atomizing component.
Background technology
In prior art, electronic cigarette comprises atomizing component and battery component, atomizing component generally includes oil storage cover, be connected to oil storage overlaps the atomization core assembly of one end and is connected to the component suction nozzle of the described oil storage cover other end, be inserted with breather pipe in described oil storage cover, described breather pipe and described oil storage are surrounded by shoe cream room between overlapping.Wherein, described component suction nozzle and described oil storage cover removably connect, be fixedly connected with for non-removable between described atomization core assembly overlaps with described oil storage, although this kind of atomizing component can add tobacco tar, but atomization core assembly can not be changed, thus, whole atomizing component need be abandoned when being atomized core assembly and damaging.
For solving the problem, those skilled in the art devise another kind of atomizing component, one end of the breather pipe of this atomizing component is fixedly connected with described component suction nozzle, described atomization core assembly is removably connected to one end away from described component suction nozzle of described oil storage cover, the end of described atomization core assembly is connected with described breather pipe grafting, the outer peripheral face of the central region of described atomization core assembly is exposed to be plugged in space that described oil storage cover surrounds, to make the tobacco tar when smoking cover described atomization core assembly outer peripheral face, and atomization core assembly is enable to be atomized tobacco tar.When needs add tobacco tar, after dismantling described atomization core assembly, just tobacco tar can be added in described oil storage cover.
But, there is following defect in this kind of structure: first, and during interpolation tobacco tar, tobacco tar can only add at most the position with the end face away from component suction nozzle one end of breather pipe to, and thus tobacco tar memory space is less, user needs to add tobacco tar frequently in use, thus causes use inconvenience; Secondly, because tobacco tar covers the outer peripheral face of described atomization core assembly, when taking out atomization core assembly, atomization core assembly outer peripheral face is stained with more tobacco tar, and the tobacco tar of adhesion easily instills with it user, is thus not easy to use; 3rd, due on atomizing component not used for the structure of adjusting air inflow quantity size, make user cannot according to the size self needing adjusting air inflow quantity, and air admission hole is easily blocked, often there is the problem of feeling suffocated, as long as and suck component suction nozzle, air-flow just enters in atomizing component through air admission hole, smog is sent into smoker oral cavity, thus existing electronic cigarette can not prevent child to suck electronic cigarette by mistake, to the hurtful problem of health.
Utility model content
The technical problems to be solved in the utility model is, for above-mentioned defect of the prior art, provides a kind of atomizing component.
The utility model solves the technical scheme that its technical problem adopts:
A kind of atomizing component is provided, for being combined to form electronic cigarette with battery component, it is characterized in that, described atomizing component comprises component suction nozzle, oil storage assembly, regulating the qi flowing in the channels assembly and for atomizing cigarette oil atomization core assembly, described oil storage assembly comprises oil storage cover, first adapter sleeve and breather pipe, described first adapter sleeve is positioned at one end of described oil storage cover and overlaps grafting with described oil storage and be connected, described component suction nozzle is dismountable is arranged on described oil storage cover one end away from described first adapter sleeve, one end end face be connected with component suction nozzle of described oil storage assembly is provided with oil filler, described component suction nozzle lid is located on described oil filler, described breather pipe is set in described oil storage cover, one end of described breather pipe is connected with described first adapter sleeve grafting, the other end of described breather pipe is connected with described component suction nozzle, described oil storage is overlapped and is surrounded by the shoe cream room be connected with described oil filler between described breather pipe, the tube wall of described breather pipe is provided with the fuel feed hole be connected with described shoe cream room,
Described regulating the qi flowing in the channels assembly comprises dismountable the second adapter sleeve being connected to one end that described first adapter sleeve overlaps away from described oil storage, and the rotating regulating the qi flowing in the channels ring be set in outside described second adapter sleeve, the sidewall of described second adapter sleeve offers at least one first air admission hole in order to air inlet, described regulating the qi flowing in the channels ring offers at least one perforation in order to the first air admission hole described in conducting, described second adapter sleeve is away from sheathed first electrode assemblie be fixed with for being electrically connected with battery component in one end of described first adapter sleeve, one end of described atomization core assembly to be plugged in described breather pipe and to abut against with the inwall of described breather pipe, and described atomization core assembly lid is located on described fuel feed hole, to be atomized the tobacco tar of discharging from described fuel feed hole, the other end of described atomization core assembly to be plugged in described second adapter sleeve and to support on described first electrode assemblie, to make described regulating the qi flowing in the channels assembly described atomization core assembly can taken out after described first adapter sleeve is pulled down.
In atomizing component described in the utility model, the smoke path extending longitudinally along described atomizing component is provided with in described atomization core assembly, described atomization core assembly is provided with smog blocking cover towards one end of described component suction nozzle, described smog blocking cover is provided with the venthole be connected with described smoke path and described breather pipe, and the outlet flue that described venthole departs from described smoke path is arranged.
In atomizing component described in the utility model, the outer peripheral face of described atomization core assembly is provided with the spacing preiection supported on described first adapter sleeve, and described spacing preiection inserts the degree of depth of described breather pipe for limiting described atomization core assembly.
In atomizing component described in the utility model, the groove that described atomization core assembly is provided with annular away from the outer peripheral face of described component suction nozzle and the first sealing ring be placed in described groove, described first sealing ring abuts with the inwall elasticity of described breather pipe or described first adapter sleeve.
In atomizing component described in the utility model, described atomization core assembly is inserted between one end in described second adapter sleeve and described second adapter sleeve and is surrounded by toroidal cavity, described first air admission hole is connected with described toroidal cavity, and the outer peripheral face that described atomization core assembly is positioned at described toroidal cavity is provided with the second air admission hole of the air downstream conveying for entering from described first air admission hole.
In atomizing component described in the utility model, described atomization core assembly comprise atomization cover, be set in described atomization cover in the tobacco tar adsorption piece be made up of oil absorption material, the heating wire be set in described tobacco tar adsorption piece, be plugged in described atomization cover one end the second electrode assemblie and be plugged in described atomization cover the other end smog blocking cover; The sidewall of described atomization cover is provided with the oil guiding hole be connected with described fuel feed hole, described tobacco tar adsorption piece is along the setting extending longitudinally of described atomizing component, described tobacco tar adsorption piece is provided with the smoke path running through described tobacco tar adsorption piece two ends, described heating wire winding becomes the column structure of hollow and longitudinal direction along described smoke path is arranged, the outer peripheral face of described tobacco tar adsorption piece abuts with the described inner peripheral surface elasticity of overlapping that is atomized, and described second electrode assemblie abuts to described first electrode assemblie and is electrically connected with described heating wire.
In atomizing component described in the utility model, between described second adapter sleeve and described regulating the qi flowing in the channels ring, be provided with the elasticity centring ring for hindering described regulating the qi flowing in the channels ring to rotate arbitrarily; The outer peripheral face of described second adapter sleeve is provided with the stop part of annular, and the end face of described regulating the qi flowing in the channels ring is provided with mounting groove, and described elasticity centring ring is placed in the interior also elasticity of described mounting groove and abuts to described stop part; Described second adapter sleeve is also arranged with outward and is coordinated with described second adapter sleeve the spacing ring be fixedly connected with by tensioner, and described stop part and described spacing ring lay respectively at outside the two ends of described regulating the qi flowing in the channels ring.
In atomizing component described in the utility model, the end face of described regulating the qi flowing in the channels ring is provided with several locating slots, described second adapter sleeve is fixed with hoodle detent mechanism, and described hoodle detent mechanism comprises for the positioning bead coordinated with described locating slot and the spring flexibly supported on described positioning bead; The outer peripheral face of described second adapter sleeve is provided with the stop part of annular, described second adapter sleeve is also arranged with and is coordinated with described second adapter sleeve the spacing ring be fixedly connected with by tensioner, described stop part and described spacing ring lay respectively at outside the two ends of described regulating the qi flowing in the channels ring, described spacing ring is provided with storage tank towards the end face of described regulating the qi flowing in the channels ring, described spring housing is located in described storage tank, a part for described positioning bead is positioned at described storage tank, and it is outer and offset with described regulating the qi flowing in the channels ring that another part of described positioning bead extends to described storage tank.
In atomizing component described in the utility model, described oil storage assembly is provided with the 3rd adapter sleeve away from one end of described regulating the qi flowing in the channels assembly, dismountable connection is overlapped with described oil storage in one end of described 3rd adapter sleeve, the other end of described 3rd adapter sleeve is connected with described component suction nozzle is dismountable, and the end face of described 3rd adapter sleeve one end is formed with the described oil filler be connected with described shoe cream room.
In atomizing component described in the utility model, described 3rd adapter sleeve comprises the body of annular, first oil resistance wall of the annular that the radial direction of overlapping along described oil storage extends and the second oil resistance wall extended to form to the side of described component suction nozzle by the inner peripheral of described first oil resistance wall, described first oil resistance wall lid is located at one end of described shoe cream room, described first oil resistance wall is provided with the oil transportation hole be communicated with described shoe cream room and described oil filler, described second oil resistance wall abuts with described component suction nozzle elasticity, described second oil resistance wall is surrounded by the exhaust smoke hole be connected with described component suction nozzle and described breather pipe.
In sum, atomizing component of the present utility model is by being provided with oil filler in one end of described oil storage assembly, the dismountable one end being arranged on described oil storage assembly of described component suction nozzle is also covered and is located on described oil filler, described breather pipe is set in described oil storage cover, one end of described breather pipe is connected with described first adapter sleeve grafting, the other end of described breather pipe is connected with described component suction nozzle, described oil storage is overlapped and is surrounded by the shoe cream room be connected with described oil filler between described breather pipe, the tube wall of described breather pipe is provided with the fuel feed hole be connected with described shoe cream room, one end of described atomization core assembly to be plugged in described breather pipe and to abut against with the inwall of described breather pipe, and described atomization core assembly lid is located on described fuel feed hole, the other end of described atomization core assembly to be plugged in described second adapter sleeve and to support on described first electrode assemblie, to make described regulating the qi flowing in the channels assembly described atomization core assembly can taken out after described first adapter sleeve is pulled down, thus, when needs add tobacco tar, only need just directly to add tobacco tar by after component suction nozzle dismounting, without the need to dismounting atomization core assembly, it is not only convenient to add tobacco tar, and make the oil storage space of shoe cream room larger, more tobacco tar can be injected, when the damage of atomization core assembly or breather pipe inner product have the tobacco tar of condensation or leakage, described atomization core assembly just can be taken out by described regulating the qi flowing in the channels assembly after described first adapter sleeve is pulled down, can keep in repair, change the tobacco tar in atomization core assembly or cleaning breather pipe, in addition, user can rotate regulating the qi flowing in the channels ring as required, regulate the size of atomizing component air inflow, to meet different user, different throughput demand and solution such as to be felt suffocated at the problem, when user does not need to suck electronic cigarette, regulating the qi flowing in the channels ring can be rotated the first air admission hole on the second adapter sleeve is blocked, child is avoided to suck electronic cigarette because of maloperation, and affect healthy, the utility model overall structure is simply compact, be easy to assembling, be user-friendly to.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the stereogram of the atomizing component that one of the utility model preferred embodiment provides;
Fig. 2 is the explosive view of atomizing component shown in Fig. 1;
Fig. 3 is the first air admission hole of atomizing component shown in Fig. 1 and the structural representation of boring a hole when being conducted;
Fig. 4 is the first air admission hole of atomizing component shown in Fig. 1 and the structural representation of boring a hole when being staggered;
Fig. 5 is the structural representation of atomizing component shown in Fig. 1;
Fig. 6 is the structural representation of the oil storage assembly of atomizing component shown in Fig. 5;
Fig. 7 is the structural representation of the atomization core assembly of atomizing component shown in Fig. 5;
Fig. 8 is the structural representation of the atomizing component that two of the utility model preferred embodiment provides.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Fig. 1 ~ Fig. 7 shows a kind of atomizing component that one of the utility model preferred embodiment provides, and this atomizing component is used for being combined to form electronic cigarette with battery component.As depicted in figs. 1 and 2, atomizing component comprises component suction nozzle 1, oil storage assembly 2, regulating the qi flowing in the channels assembly 4 and for atomizing cigarette oil atomization core assembly 3.
Shown in composition graphs 5, oil storage assembly 2 comprises oil storage cover 21, first adapter sleeve 24 and breather pipe 23, first adapter sleeve 24 is positioned at one end of described oil storage cover 21 and overlaps 21 grafting with oil storage and be connected, component suction nozzle 1 is dismountable is arranged on oil storage cover 21 one end away from the first adapter sleeve 24, one end end face be connected with component suction nozzle 1 of described oil storage assembly 2 is provided with oil filler (in figure non-label), described component suction nozzle 1 lid is located on described oil filler, breather pipe 23 is set in oil storage cover 21, one end of breather pipe 23 is connected with the first adapter sleeve 24 grafting, the other end of breather pipe 23 is connected with component suction nozzle 1, oil storage cover 21 be surrounded by the shoe cream room 22 be connected with described oil filler between breather pipe 23, the tube wall of breather pipe 23 is provided with the fuel feed hole 231 be connected with shoe cream room 22.
Regulating the qi flowing in the channels assembly 4 comprises and is dismountablely connected to second adapter sleeve 41 of one end of the first adapter sleeve 24 away from oil storage cover 21, and the rotating regulating the qi flowing in the channels ring 42 be set in outside the second adapter sleeve 41, the sidewall of the second adapter sleeve 41 offers at least one first air admission hole 411 in order to air inlet, regulating the qi flowing in the channels ring 42 offers at least one perforation 421 in order to conducting first air admission hole 411, second adapter sleeve 41 is away from sheathed first electrode assemblie 43 be fixed with for being electrically connected with battery component in one end of the first adapter sleeve 24, one end of atomization core assembly 3 to be plugged in breather pipe 23 and to abut against with the inwall of described breather pipe 23, and described atomization core assembly 3 lid is located on described fuel feed hole 231, with the tobacco tar that atomization is discharged from described fuel feed hole 231, the other end of atomization core assembly 3 to be plugged in the second adapter sleeve 41 and to support on the first electrode assemblie 43, to make regulating the qi flowing in the channels assembly 4 atomization core assembly 3 can taken out after the first adapter sleeve 24 is pulled down.
The atomization core assembly 3 of the present embodiment is dismountable to be connected in breather pipe 23, can keep in repair and change atomization core assembly 3, make the compact conformation of the application's atomizing component after being taken off by regulating the qi flowing in the channels assembly 4, is convenient to the tobacco tar clearing up condensation or leakage in breather pipe 23 simultaneously.
Further, shown in composition graphs 3, one end of oil storage assembly 2 is connected with the regulating the qi flowing in the channels assembly 4 for adjusting air inflow quantity, and user can rotate regulating the qi flowing in the channels ring 42 as required, regulate the size of atomizing component air inflow, to meet different user, different throughput demand and solution such as to be felt suffocated at the problem.Shown in composition graphs 4, when user does not need to suck electronic cigarette, regulating the qi flowing in the channels ring 42 can be rotated the first air admission hole 411 on the second adapter sleeve 41 is blocked, avoid child to suck electronic cigarette because of maloperation, and affect healthy.
Preferably, by the first air admission hole 411 on adjustment second adapter sleeve 41 and the respective amount of the perforation 421 on regulating the qi flowing in the channels ring 42, the size of atomizing component air inflow can be regulated.In the present embodiment, spaced apartly on second adapter sleeve 41 be provided with the first different air admission hole 411 of multiple pore size, because the pore size of each the first air admission hole 411 is different, therefore when the perforation 421 on regulating the qi flowing in the channels ring 42 is conducted from the first different air admission holes 411, the size of atomizing component air inflow is also different.Therefore, user can select first air admission hole 411 in suitable aperture as required, to meet self-demand.Preferably, second adapter sleeve 41 offers three the first air admission holes 411, on regulating the qi flowing in the channels ring 42, correspondence is provided with perforation 421, the first air admission hole 411 that this perforation 421 coordinates three pore sizes on the second adapter sleeve 41 different, to form the gear of three different air inflows for regulating atomizing component.
The concrete structure that embodiment shown in composition graphs 5 and Fig. 6 exchanges pneumatic module 4, oil storage assembly 2 and component suction nozzle 1 is described in detail.
As shown in Figure 5, regulating the qi flowing in the channels assembly 4 comprises the second adapter sleeve 41, regulating the qi flowing in the channels ring 42, first electrode assemblie 43 and elasticity centring ring 44.Wherein, second dismountable one end being connected to oil storage assembly 2 of adapter sleeve 41, regulating the qi flowing in the channels ring 42 is rotating to be set in outside the second adapter sleeve 41, first electrode assemblie 43 is fixed on the second adapter sleeve 41 one end away from oil storage assembly 2, and elasticity centring ring 44 is between the second adapter sleeve 41 and regulating the qi flowing in the channels ring 42.
Second adapter sleeve 41 is roughly cylinder-like structure, its dismountable one end being connected to oil storage assembly 2, the sidewall of the second adapter sleeve 41 offers at least one first air admission hole 411 in order to air inlet, the inside of the second adapter sleeve 41 is formed with toroidal cavity 412, and external air flow is inner through entering atomization core assembly 3 from this toroidal cavity 412 after the first air admission hole 411.
Regulating the qi flowing in the channels ring 42 is rotating to be set in outside the second adapter sleeve 41, regulating the qi flowing in the channels ring 42 offers at least one perforation 421 in order to the first air admission hole 411 described in conducting.User by the first air admission hole 411 on adjustment second adapter sleeve 41 and the respective amount of the perforation 421 on regulating the qi flowing in the channels ring 42, can regulate the size of atomizing component air inflow.In the present embodiment, spaced apartly on the second adapter sleeve 41 be provided with the first different air admission hole 411 of multiple pore size, user can select first air admission hole 411 in suitable aperture as required, to meet self-demand.
Preferably, the second adapter sleeve 41 is provided with annular stop part 413 away from the outer peripheral face of one end of oil storage assembly 2, to avoid regulating the qi flowing in the channels ring 42 to come off from the second adapter sleeve 41, in the present embodiment, and the structure that the second adapter sleeve 41 is formed in one with stop part 413.The outer peripheral face of the second adapter sleeve 41 near one end of oil storage assembly 2 is also arranged with spacing ring 414, and in the present embodiment, spacing ring 414 and the second adapter sleeve 41 are coordinated by tensioner and be fixedly connected with.Spacing ring 414 and stop part 413 lay respectively at outside the two ends of regulating the qi flowing in the channels ring 42, and regulating the qi flowing in the channels ring 42 is rotating to be set in stopper slot (scheming not yet label) that spacing ring 414 and stop part 413 surround.
Preferably, between regulating the qi flowing in the channels ring 42 and the second adapter sleeve 41, be provided with elasticity centring ring 44, to hinder regulating the qi flowing in the channels ring 42 to rotate arbitrarily, and in order to the interest of adding users when rotating regulating the qi flowing in the channels ring 42.Concrete, at least one end face of regulating the qi flowing in the channels ring 42 is provided with the mounting groove 422 for fixing described elasticity centring ring 44, in the present embodiment, two end faces of regulating the qi flowing in the channels ring 42 all offer mounting groove 422, and two elasticity centring rings 44 to be placed in respectively in described two mounting grooves 422 and to abut with stop part 413 and spacing ring 414 elasticity.
First electrode assemblie 43 is fixed on the second adapter sleeve 41 one end away from oil storage assembly 2, and offsets with one end of atomization core assembly 3.In the present embodiment, second adapter sleeve 41 is made up of conductive material, first electrode assemblie 43 comprises the first dead ring 431 being plugged in the second adapter sleeve 41 end, and the first electrode 432 be plugged in the first dead ring 431, atomizing component realizes the electrical connection with battery component by the second adapter sleeve 41 and the first electrode 432.
Preferably, the first electrode 432 is solid cylindrical structure, flows into battery component inside to avoid tobacco tar by the first electrode 432.
As shown in Figure 5, oil storage assembly 2 comprises oil storage cover 21, shoe cream room 22, breather pipe 23, first adapter sleeve 24 and the 3rd adapter sleeve 25.Wherein, oil storage cover 21 is roughly cylinder-like structure, and the first adapter sleeve 24 and the 3rd adapter sleeve 25 are connected to the two ends of oil storage cover 21.Breather pipe 23 is arranged in oil storage cover 21 along the longitudinal direction of oil storage cover 21, and is connected with the first adapter sleeve 24 grafting, and the shoe cream room 22 be surrounded by between 21 for storing tobacco tar is overlapped in breather pipe 23 and oil storage.Conveniently user checks the surplus of tobacco tar in shoe cream room 22, and oil storage cover 21 is obtained by the material of light-permeable.One end of atomization core assembly 3 is plugged in this breather pipe 23, the sidewall of breather pipe 23 offers fuel feed hole 231, and the tobacco tar in shoe cream room 22 is flowed in atomization core assembly 3 by this fuel feed hole 231.
First adapter sleeve 24 is roughly the column structure of hollow, and it is connected to oil storage cover 21 away from one end of component suction nozzle 1, and overlaps 21 grafting with oil storage and be connected, and regulating the qi flowing in the channels assembly 4 is dismountable to be connected on the first adapter sleeve 24.
Preferably, the inwall of the first adapter sleeve 24 is provided with the limited step 241 of annular, breather pipe 23 and the first adapter sleeve 24 are coordinated by tensioner and are fixedly connected with, and support on this limited step 241, to make the compact conformation of atomizing component, and breather pipe 23 is avoided to come off from the first adapter sleeve 24.
Preferably, first adapter sleeve 24 is provided with the first draw-in groove 242 of annular on the end face of one end of oil storage assembly 2, be provided with the first sealing gasket 243 of annular in this first draw-in groove 242, one end of oil storage cover 21 to be plugged in the first draw-in groove 242 and to support on this first sealing gasket 243.
3rd adapter sleeve 25 is roughly the column structure of hollow, and it is connected to oil storage cover 21 away from one end of regulating the qi flowing in the channels assembly 4, and overlaps 21 grafting with oil storage and be connected.The end face of the 3rd adapter sleeve 25 is formed with the described oil filler be connected with shoe cream room 22, dismountable oil filler place being connected to the 3rd adapter sleeve 25, one end of component suction nozzle 1 also covers and establishes described oil filler, to make, after the described component suction nozzle 1 of dismounting, to add tobacco tar by described oil filler in described shoe cream room 22.Be understandable that, in one embodiment, without the need to arranging described 3rd adapter sleeve 25, the end face of described oil storage cover 21 is formed with described oil filler, and described component suction nozzle 1 and described oil storage are overlapped 21 grafting and be connected and cover and be located on described oil filler.Therefore, its structure is not specifically limited.
Concrete, the 3rd adapter sleeve 25 comprises body 250, first oil resistance wall 251, second oil resistance wall 252 and the linking arm 253 of annular.Shown in composition graphs 6, body 250 is plugged on one end of oil storage cover 21, first oil resistance wall 251 overlaps the radial direction extension of 21 ringwise and along oil storage, first oil resistance wall 251 lid is located at one end of shoe cream room 22, the first oil resistance wall 251 is provided with the oil transportation hole 254 that at least one is connected with shoe cream room 22 and oil filler.One end of second oil resistance wall 252 is fixed on the inner peripheral of the first oil resistance wall 251, and the other end extends towards the side of component suction nozzle 1 and abuts with component suction nozzle 1 elasticity, and the second oil resistance wall 252 is surrounded by the exhaust smoke hole 255 be connected with component suction nozzle 1 and breather pipe 23.One end of linking arm 253 is connected to the inner peripheral of exhaust smoke hole 255, and the other end extends towards the side of breather pipe 23, and breather pipe 23 is threaded connection structure and is connected with linking arm 253 grafting.Be connected with linking arm 253 grafting because breather pipe 23 is threaded connection structure, the 3rd adapter sleeve 25 overlaps 21 with described oil storage and is connected for dismountable tensioner, is thus comparatively convenient to assembling.
Preferably, 3rd adapter sleeve 25 is provided with the second draw-in groove 256 of annular on the end face of one end of oil storage assembly 2, be provided with the second sealing gasket 257 of annular in this second draw-in groove 256, one end of oil storage cover 21 to be plugged in the second draw-in groove 256 and to support on this second sealing gasket 257.
As shown in Figure 5, component suction nozzle 1 comprises suction nozzle 11 and the 4th adapter sleeve 12.One end of 4th adapter sleeve 12 is connected with the 3rd adapter sleeve 25 is dismountable, and the other end of the 4th adapter sleeve 12 is connected with suction nozzle 11 is dismountable.
Preferably, the internal face of the 4th adapter sleeve 12 is provided with annular protrusion 121, the end face that this annular protrusion 121 deviates from suction nozzle 11 is fixed with elastic sealing element, and the second oil resistance wall 252 elasticity of the 3rd adapter sleeve 25 is connected on this elastic sealing element.In the present embodiment, described elastic sealing element is the silicagel pad of annular.
Preferably, suction nozzle 11 is inserted into the memory space be surrounded by between the end face of the 4th adapter sleeve and annular protrusion 121 for storing condensation tobacco tar, annular protrusion 121 is provided with the Oil Guide inclined-plane 122 for being guided towards breather pipe 23 by the tobacco tar of condensation on an end face of suction nozzle 11, to avoid the tobacco tar of condensation to be sucked by user, improve the experience effect of user.
The concrete structure of embodiment shown in composition graphs 5 and Fig. 7 to atomization core assembly 3 is described in detail.
As shown in Figure 5, one end of atomization core assembly 3 is plugged in breather pipe 23, the other end of atomization core assembly 3 is plugged in the second adapter sleeve 41, and support on the first electrode assemblie 43, to make regulating the qi flowing in the channels assembly 4 can will be atomized core assembly 3 assembly after the first adapter sleeve 24 is pulled down, make the compact conformation of atomizing component, be convenient to maintenance and change atomization core assembly 3, be convenient to the tobacco tar clearing up condensation or leakage in breather pipe 23 simultaneously.
Shown in composition graphs 7, atomization core assembly 3 comprises smoke path 30, atomization cover 31, tobacco tar adsorption piece 32, heating wire 33, smog blocking cover 34 and the second electrode assemblie 35.Wherein, atomization cover 31 is set in breather pipe 23, tobacco tar adsorption piece 32 is set in atomization cover 31, heating wire 33 is set in tobacco tar adsorption piece 32 inwall also abutted to tobacco tar adsorption piece 32, smog blocking cover 34 is positioned at one end of atomization cover 31, and smoke path 30 is along the setting extending longitudinally of atomizing component.
Smog blocking cover 34 lid is located at atomization cover 31 near one end of component suction nozzle 1, smog blocking cover 34 is provided with the venthole 343 be connected with breather pipe 23 and smoke path 30, and the outlet flue that this venthole 343 departs from smoke path 30 is arranged, blocked by described smog blocking cover 34 to make oarse-grained tobacco tar in smog, and be back in described tobacco tar adsorption piece 32 by described smog blocking cover 34, enter oral cavity to avoid bulky grain tobacco tar.Because bulky grain tobacco tar in smog is blocked by described smog blocking cover 34 substantially, therefore, reduce the probability of smog condensation in described breather pipe 23 and described component suction nozzle 1, thus reduce the probability that user sucks condensation tobacco tar.
Concrete, smog blocking cover 34 comprises the barrier 341 of the radial direction extension along atomization cover 31, and the linking arm 342 to be extended to the direction of tobacco tar adsorption piece 32 by barrier, this linking arm 342 is plugged in atomization cover 31, and multiple venthole 343 is mutually spaced apart to be uniformly located on barrier 341.Be formed with smog between the end face of tobacco tar adsorption piece 32 and barrier 341 and turn to space 344.Be understandable that, in one embodiment, the bearing of trend of described venthole 343 is formed with the bearing of trend of described smoke path 30 to be greater than the angle that 0 ° is less than 90 °, the form that the outlet flue departing from smoke path 30 to form venthole 343 is arranged.
Atomization cover 31 is roughly the cylinder-like structure of hollow, and it is set in breather pipe 23.The lateral wall of atomization cover 31 is provided with the oil guiding hole 310 be connected with the fuel feed hole 231 on breather pipe 23, and the tobacco tar in shoe cream room 22 infiltrates in tobacco tar adsorption piece 32 through after oil guiding hole 310.
Preferably, the lateral wall of atomization cover 31 is provided with the spacing preiection 311 supported on the first adapter sleeve 24, this spacing preiection 311 is inserted into the degree of depth in breather pipe 23, so that extracted in breather pipe 23 by atomization core assembly 3 for limiting atomization core assembly 3.
Preferably, the outer peripheral face of atomization cover 31 is provided with the groove 312 of annular, described groove 312 internal fixtion has the first sealing ring 313, first sealing ring 313 elasticity abuts the inwall to breather pipe 23 or the first adapter sleeve 24, overlap 31 to make atomization to be connected with oil storage assembly 2 elastic packing, thus avoid tobacco tar to reveal with the junction of breather pipe 23 or the first adapter sleeve 24 from atomization cover 31.In the present embodiment, described first sealing ring 313 elasticity abuts the inwall to described first adapter sleeve 24.
Preferably, atomization cover 31 is provided with the holddown groove 314 of annular on the madial wall of one end of component suction nozzle 1, and the linking arm 342 of smog blocking cover 34 is plugged in this holddown groove 314.
Preferably, the internal face of atomization cover 31 is provided with the support level 315 of annular, one end of tobacco tar adsorption piece 32 supports on this support level 315, therefore does not need extra supporting construction to fix tobacco tar adsorption piece 32, make the structure being atomized core assembly 3 simple, and simplify assembling process.
Tobacco tar adsorption piece 32 is roughly cylindrical body, and it is made up of oil absorption material, and tobacco tar adsorption piece 32 is arranged around the inwall of atomization cover 31, and the outer peripheral face of tobacco tar adsorption piece 32 abuts with the inner peripheral surface elasticity of atomization cover 31.Because on atomization cover 31 sidewall, the position corresponding with the position of tobacco tar adsorption piece 32 offers oil guiding hole 310, the tobacco tar in shoe cream room 22 can be imported in tobacco tar adsorption piece 32 by this oil guiding hole 310.In the present embodiment, described oil absorption material can be sponge or fiber etc., and concrete restriction do not done by its material, and tobacco tar adsorption piece 32 can be the described tubular structure be rolled into by plates, also can be integrated described tubular structure.
Preferably, be provided with in tobacco tar adsorption piece 32 along the extending longitudinally of atomizing component and run through the smoke path 30 at these tobacco tar adsorption piece 32 two ends, heating wire 33 is fixed in this smoke path 30.
Heating wire 33 is wound in the column structure of hollow and the longitudinal direction along smoke path 30 is arranged, and inner peripheral surface and the heating wire 33 of tobacco tar adsorption piece 32 abut against.Because the inwall of heating wire 33 with tobacco tar adsorption piece 32 fits, heating wire 33 is increased with the contact area of tobacco tar adsorption piece 32, thus more smog can be formed.
Second electrode assemblie 35 comprises and is plugged in atomization cover 31 away from the second dead ring 351 of the end of component suction nozzle 1, and is plugged in the second electrode 352 in the second dead ring 351.It is outer and abut against with the first electrode assemblie 43 that one end of second electrode 352 extends to the second dead ring 351, the outer peripheral face that second electrode 352 is positioned at toroidal cavity 412 is provided with the second air admission hole 353, this second air admission hole 353 is connected with the first air admission hole 411, and the air downstream conveying will entered from the first air admission hole 411.Because the second air admission hole 353 is arranged on the lateral wall of the second electrode 352, tobacco tar can be hindered to reveal in battery component, to improve the service life of electronic cigarette.
In the present embodiment, atomization core assembly 3 comprises smoke path 30, atomization cover 31, tobacco tar adsorption piece 32, heating wire 33, smog blocking cover 34 and the second electrode assemblie 35.Be understandable that, the atomization core assembly 3 of the application is not limited to said structure, can also be other structure, as long as it can be atomized tobacco tar.
Fig. 8 shows a kind of atomizing component that two of the utility model preferred embodiment provides, and the difference of one of itself and embodiment is that regulating the qi flowing in the channels assembly 4 also includes hoodle detent mechanism 45.
As shown in Figure 8, regulating the qi flowing in the channels assembly 4 comprises the second adapter sleeve 41, regulating the qi flowing in the channels ring 42, first electrode assemblie 43, elasticity centring ring 44 and hoodle detent mechanism 45.Wherein, second dismountable one end being connected to oil storage assembly 2 of adapter sleeve 41, regulating the qi flowing in the channels ring 42 is rotating to be set in outside the second adapter sleeve 41, first electrode assemblie 43 is fixed on the second adapter sleeve 41 one end away from oil storage assembly 2, and elasticity centring ring 44 and hoodle detent mechanism 45 lay respectively at the both ends of the surface of regulating the qi flowing in the channels ring 42.
Second adapter sleeve 41 is roughly cylinder-like structure, its dismountable one end being connected to oil storage assembly 2, the sidewall of the second adapter sleeve 41 offers at least one first air admission hole 411 in order to air inlet, the inside of the second adapter sleeve 41 is formed with toroidal cavity 412, and external air flow is inner through entering atomization core assembly 3 from this toroidal cavity 412 after the first air admission hole 411.
Regulating the qi flowing in the channels ring 42 is rotating to be set in outside the second adapter sleeve 41, regulating the qi flowing in the channels ring 42 offers at least one perforation 421 in order to the first air admission hole 411 described in conducting.User by the first air admission hole 411 on adjustment second adapter sleeve 41 and the respective amount of the perforation 421 on regulating the qi flowing in the channels ring 42, can regulate the size of atomizing component air inflow.In the present embodiment, spaced apartly on the second adapter sleeve 41 be provided with the first different air admission hole 411 of multiple pore size, user can select first air admission hole 411 in suitable aperture as required, to meet self-demand.
Preferably, the second adapter sleeve 41 is provided with annular stop part 413 away from the outer peripheral face of one end of oil storage assembly 2, to avoid regulating the qi flowing in the channels ring 42 to come off from the second adapter sleeve 41, in the present embodiment, and the structure that the second adapter sleeve 41 is formed in one with stop part 413.The outer peripheral face of the second adapter sleeve 41 near one end of oil storage assembly 2 is also arranged with spacing ring 414, and in the present embodiment, spacing ring 414 and the second adapter sleeve 41 are coordinated by tensioner and be fixedly connected with.Spacing ring 414 and stop part 413 lay respectively at outside the two ends of regulating the qi flowing in the channels ring 42, and regulating the qi flowing in the channels ring 42 is rotating to be set in stopper slot (scheming not yet label) that spacing ring 414 and stop part 413 surround.
Preferably, regulating the qi flowing in the channels ring 42 is provided with mounting groove 422 towards the end face of stop part 413, and elasticity centring ring 44 is fixed in this mounting groove 422, rotates arbitrarily to hinder regulating the qi flowing in the channels ring 42.Further, regulating the qi flowing in the channels ring 42 is provided with several locating slots (scheming not yet label) towards the end face of spacing ring 414, and spacing ring 414 is provided with storage tank 415 towards one end of regulating the qi flowing in the channels ring 42, and hoodle detent mechanism 45 is fixed in this storage tank 415.This hoodle detent mechanism 45 comprises the positioning bead 451 for coordinating with described locating slot, and one end flexibly supports the spring 452 on this positioning bead 451, and the other end of spring 452 is fixed on the diapire of storage tank 415.
In the present embodiment, spaced apartly on second adapter sleeve 41 be provided with the first different air admission hole 411 of multiple pore size, because the pore size of each the first air admission hole 411 is different, therefore when the perforation 421 on regulating the qi flowing in the channels ring 42 is conducted from the first different air admission holes 411, the size of atomizing component air inflow is also different.By arranging hoodle detent mechanism 45 between regulating the qi flowing in the channels ring 42 and spacing ring 414, make when positioning bead 452 is positioned at described locating slot, the first air admission hole 411 and perforation 421 lucky conductings.
In sum, implement atomizing component of the present utility model by being provided with oil filler in one end of described oil storage assembly, the dismountable one end being arranged on described oil storage assembly of described component suction nozzle is also covered and is located on described oil filler, described breather pipe is set in described oil storage cover, one end of described breather pipe is connected with described first adapter sleeve grafting, the other end of described breather pipe is connected with described component suction nozzle, described oil storage is overlapped and is surrounded by the shoe cream room be connected with described oil filler between described breather pipe, the tube wall of described breather pipe is provided with the fuel feed hole be connected with described shoe cream room, one end of described atomization core assembly to be plugged in described breather pipe and to abut against with the inwall of described breather pipe, and described atomization core assembly lid is located on described fuel feed hole, the other end of described atomization core assembly to be plugged in described second adapter sleeve and to support on described first electrode assemblie, to make described regulating the qi flowing in the channels assembly described atomization core assembly can taken out after described first adapter sleeve is pulled down, thus, when needs add tobacco tar, only need just directly to add tobacco tar by after component suction nozzle dismounting, without the need to dismounting atomization core assembly, it is not only convenient to add tobacco tar, and make the oil storage space of shoe cream room larger, more tobacco tar can be injected, when the damage of atomization core assembly or breather pipe inner product have the tobacco tar of condensation or leakage, described atomization core assembly just can be taken out by described regulating the qi flowing in the channels assembly after described first adapter sleeve is pulled down, can keep in repair, change the tobacco tar in atomization core assembly or cleaning breather pipe, in addition, user can rotate regulating the qi flowing in the channels ring as required, regulate the size of atomizing component air inflow, to meet different user, different throughput demand and solution such as to be felt suffocated at the problem, when user does not need to suck electronic cigarette, regulating the qi flowing in the channels ring can be rotated the first air admission hole on the second adapter sleeve is blocked, child is avoided to suck electronic cigarette because of maloperation, and affect healthy, the utility model overall structure is simply compact, be easy to assembling, be user-friendly to.
Although the utility model is described by specific embodiment, it will be appreciated by those skilled in the art that, when not departing from the utility model scope, various conversion can also be carried out and be equal to substituting to the utility model.In addition, for particular condition or material, various amendment can be made to the utility model, and not depart from scope of the present utility model.Therefore, the utility model is not limited to disclosed specific embodiment, and should comprise the whole embodiments fallen in the utility model right.
Claims (10)
1. an atomizing component, for being combined to form electronic cigarette with battery component, it is characterized in that, described atomizing component comprises component suction nozzle, oil storage assembly, regulating the qi flowing in the channels assembly and for atomizing cigarette oil atomization core assembly, described oil storage assembly comprises oil storage cover, first adapter sleeve and breather pipe, described first adapter sleeve is positioned at one end of described oil storage cover and overlaps grafting with described oil storage and be connected, described component suction nozzle is dismountable is arranged on described oil storage cover one end away from described first adapter sleeve, one end end face be connected with component suction nozzle of described oil storage assembly is provided with oil filler, described component suction nozzle lid is located on described oil filler, described breather pipe is set in described oil storage cover, one end of described breather pipe is connected with described first adapter sleeve grafting, the other end of described breather pipe is connected with described component suction nozzle, described oil storage is overlapped and is surrounded by the shoe cream room be connected with described oil filler between described breather pipe, the tube wall of described breather pipe is provided with the fuel feed hole be connected with described shoe cream room,
Described regulating the qi flowing in the channels assembly comprises dismountable the second adapter sleeve being connected to one end that described first adapter sleeve overlaps away from described oil storage, and the rotating regulating the qi flowing in the channels ring be set in outside described second adapter sleeve, the sidewall of described second adapter sleeve offers at least one first air admission hole in order to air inlet, described regulating the qi flowing in the channels ring offers at least one perforation in order to the first air admission hole described in conducting, described second adapter sleeve is away from sheathed first electrode assemblie be fixed with for being electrically connected with battery component in one end of described first adapter sleeve, one end of described atomization core assembly to be plugged in described breather pipe and to abut against with the inwall of described breather pipe, and described atomization core assembly lid is located on described fuel feed hole, to be atomized the tobacco tar of discharging from described fuel feed hole, the other end of described atomization core assembly to be plugged in described second adapter sleeve and to support on described first electrode assemblie, to make described regulating the qi flowing in the channels assembly described atomization core assembly can taken out after described first adapter sleeve is pulled down.
2. atomizing component according to claim 1, it is characterized in that, the smoke path extending longitudinally along described atomizing component is provided with in described atomization core assembly, described atomization core assembly is provided with smog blocking cover towards one end of described component suction nozzle, described smog blocking cover is provided with the venthole be connected with described smoke path and described breather pipe, and the outlet flue that described venthole departs from described smoke path is arranged.
3. atomizing component according to claim 1, is characterized in that, the outer peripheral face of described atomization core assembly is provided with the spacing preiection supported on described first adapter sleeve, and described spacing preiection inserts the degree of depth of described breather pipe for limiting described atomization core assembly.
4. atomizing component according to claim 1, it is characterized in that, the groove that described atomization core assembly is provided with annular away from the outer peripheral face of described component suction nozzle and the first sealing ring be placed in described groove, described first sealing ring abuts with the inwall elasticity of described breather pipe or described first adapter sleeve.
5. atomizing component according to claim 4, it is characterized in that, described atomization core assembly is inserted between one end in described second adapter sleeve and described second adapter sleeve and is surrounded by toroidal cavity, described first air admission hole is connected with described toroidal cavity, and the outer peripheral face that described atomization core assembly is positioned at described toroidal cavity is provided with the second air admission hole of the air downstream conveying for entering from described first air admission hole.
6. atomizing component according to claim 5, it is characterized in that, described atomization core assembly comprise atomization cover, be set in described atomization cover in the tobacco tar adsorption piece be made up of oil absorption material, the heating wire be set in described tobacco tar adsorption piece, be plugged in described atomization cover one end the second electrode assemblie and be plugged in described atomization cover the other end smog blocking cover; The sidewall of described atomization cover is provided with the oil guiding hole be connected with described fuel feed hole, described tobacco tar adsorption piece is along the setting extending longitudinally of described atomizing component, described tobacco tar adsorption piece is provided with the smoke path running through described tobacco tar adsorption piece two ends, described heating wire winding becomes the column structure of hollow and longitudinal direction along described smoke path is arranged, the outer peripheral face of described tobacco tar adsorption piece abuts with the described inner peripheral surface elasticity of overlapping that is atomized, and described second electrode assemblie abuts to described first electrode assemblie and is electrically connected with described heating wire.
7. atomizing component according to claim 1, is characterized in that, is provided with the elasticity centring ring for hindering described regulating the qi flowing in the channels ring to rotate arbitrarily between described second adapter sleeve and described regulating the qi flowing in the channels ring; The outer peripheral face of described second adapter sleeve is provided with the stop part of annular, and the end face of described regulating the qi flowing in the channels ring is provided with mounting groove, and described elasticity centring ring is placed in the interior also elasticity of described mounting groove and abuts to described stop part; Described second adapter sleeve is also arranged with outward and is coordinated with described second adapter sleeve the spacing ring be fixedly connected with by tensioner, and described stop part and described spacing ring lay respectively at outside the two ends of described regulating the qi flowing in the channels ring.
8. atomizing component according to claim 1, it is characterized in that, the end face of described regulating the qi flowing in the channels ring is provided with several locating slots, described second adapter sleeve is fixed with hoodle detent mechanism, and described hoodle detent mechanism comprises for the positioning bead coordinated with described locating slot and the spring flexibly supported on described positioning bead; The outer peripheral face of described second adapter sleeve is provided with the stop part of annular, described second adapter sleeve is also arranged with and is coordinated with described second adapter sleeve the spacing ring be fixedly connected with by tensioner, described stop part and described spacing ring lay respectively at outside the two ends of described regulating the qi flowing in the channels ring, described spacing ring is provided with storage tank towards the end face of described regulating the qi flowing in the channels ring, described spring housing is located in described storage tank, a part for described positioning bead is positioned at described storage tank, and it is outer and offset with described regulating the qi flowing in the channels ring that another part of described positioning bead extends to described storage tank.
9. atomizing component according to claim 1, it is characterized in that, described oil storage assembly is provided with the 3rd adapter sleeve away from one end of described regulating the qi flowing in the channels assembly, dismountable connection is overlapped with described oil storage in one end of described 3rd adapter sleeve, the other end of described 3rd adapter sleeve is connected with described component suction nozzle is dismountable, and the end face of described 3rd adapter sleeve one end is formed with the described oil filler be connected with described shoe cream room.
10. atomizing component according to claim 9, it is characterized in that, described 3rd adapter sleeve comprises the body of annular, first oil resistance wall of the annular that the radial direction of overlapping along described oil storage extends and the second oil resistance wall extended to form to the side of described component suction nozzle by the inner peripheral of described first oil resistance wall, described first oil resistance wall lid is located at one end of described shoe cream room, described first oil resistance wall is provided with the oil transportation hole be communicated with described shoe cream room and described oil filler, described second oil resistance wall abuts with described component suction nozzle elasticity, described second oil resistance wall is surrounded by the exhaust smoke hole be connected with described component suction nozzle and described breather pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520301276.3U CN204742633U (en) | 2015-05-11 | 2015-05-11 | Atomization component |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520301276.3U CN204742633U (en) | 2015-05-11 | 2015-05-11 | Atomization component |
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| CN204742633U true CN204742633U (en) | 2015-11-11 |
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| CN201520301276.3U Expired - Fee Related CN204742633U (en) | 2015-05-11 | 2015-05-11 | Atomization component |
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| CN105595435A (en) * | 2016-01-22 | 2016-05-25 | 深圳市博格科技有限公司 | Oil leakage preventing structure of oil cup and electronic cigarette |
| CN106213589A (en) * | 2016-08-31 | 2016-12-14 | 云南中烟工业有限责任公司 | A kind of getter device with sense organ material |
| WO2017210867A1 (en) * | 2016-06-07 | 2017-12-14 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer assembly |
| WO2018018608A1 (en) * | 2016-07-29 | 2018-02-01 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizing assembly and electronic cigarette |
| CN107708449A (en) * | 2015-05-11 | 2018-02-16 | 惠州市吉瑞科技有限公司深圳分公司 | A kind of atomizing component |
| WO2018112769A1 (en) * | 2016-12-20 | 2018-06-28 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer |
| WO2018137229A1 (en) * | 2017-01-26 | 2018-08-02 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer |
| WO2019051667A1 (en) * | 2017-09-13 | 2019-03-21 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer and electronic cigarette |
| WO2019128080A1 (en) * | 2017-12-29 | 2019-07-04 | 深圳市阿不凡科技有限公司 | Atomization mechanism and electronic cigarette device having same |
| WO2019223532A1 (en) * | 2018-05-24 | 2019-11-28 | 常州市派腾电子技术服务有限公司 | Atomizer and electronic cigarette |
| CN110947562A (en) * | 2019-12-04 | 2020-04-03 | 深圳麦克韦尔科技有限公司 | Atomizer and electronic atomization device |
| WO2020133895A1 (en) * | 2018-12-29 | 2020-07-02 | 欧俊彪 | Atomizer with new air inflow adjusting structure |
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| CN107708449A (en) * | 2015-05-11 | 2018-02-16 | 惠州市吉瑞科技有限公司深圳分公司 | A kind of atomizing component |
| CN105595435A (en) * | 2016-01-22 | 2016-05-25 | 深圳市博格科技有限公司 | Oil leakage preventing structure of oil cup and electronic cigarette |
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| WO2017210867A1 (en) * | 2016-06-07 | 2017-12-14 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer assembly |
| WO2018018608A1 (en) * | 2016-07-29 | 2018-02-01 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizing assembly and electronic cigarette |
| CN106213589B (en) * | 2016-08-31 | 2023-05-02 | 云南中烟工业有限责任公司 | Getter device with sensory material |
| CN106213589A (en) * | 2016-08-31 | 2016-12-14 | 云南中烟工业有限责任公司 | A kind of getter device with sense organ material |
| WO2018112769A1 (en) * | 2016-12-20 | 2018-06-28 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer |
| WO2018137229A1 (en) * | 2017-01-26 | 2018-08-02 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer |
| WO2019051667A1 (en) * | 2017-09-13 | 2019-03-21 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer and electronic cigarette |
| WO2019128080A1 (en) * | 2017-12-29 | 2019-07-04 | 深圳市阿不凡科技有限公司 | Atomization mechanism and electronic cigarette device having same |
| WO2019223532A1 (en) * | 2018-05-24 | 2019-11-28 | 常州市派腾电子技术服务有限公司 | Atomizer and electronic cigarette |
| WO2020133895A1 (en) * | 2018-12-29 | 2020-07-02 | 欧俊彪 | Atomizer with new air inflow adjusting structure |
| CN110947562A (en) * | 2019-12-04 | 2020-04-03 | 深圳麦克韦尔科技有限公司 | Atomizer and electronic atomization device |
| CN114431529A (en) * | 2021-11-15 | 2022-05-06 | 深圳市真味生物科技有限公司 | Nicotine salt atomizer convenient to installation is amazing little |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151111 Termination date: 20200511 |