CN204180934U - Electronic cigarette and atomizing component mount pad thereof - Google Patents
Electronic cigarette and atomizing component mount pad thereof Download PDFInfo
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- CN204180934U CN204180934U CN201420498008.0U CN201420498008U CN204180934U CN 204180934 U CN204180934 U CN 204180934U CN 201420498008 U CN201420498008 U CN 201420498008U CN 204180934 U CN204180934 U CN 204180934U
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Abstract
The utility model relates to a kind of electronic cigarette and atomizing component mount pad thereof, this atomizing component mount pad comprises soft body for combining with the tubular housing inner wall face in electronic cigarette and the hard bearing for the atomizing component of installing electronic cigarette, be formed with first central through hole in the middle part of described soft body, described hard bearing is embedded in described first central through hole.The utility model, by the collocation of soft body and hard bearing, carries out preferably seal isolation to space, upper and lower both sides by soft body on the one hand in electronic cigarette, and another aspect to be provided atomizing component in electronic cigarette by hard bearing and supports preferably.
Description
Technical field
The utility model relates to smoker articles, more particularly, relates to a kind of electronic cigarette and atomizing component mount pad thereof.
Background technology
Electronic cigarette has another name called virtual cigarette, atomizer for electric.Electronic cigarette is cigarette articles for use as an alternative, are used for smoking cessation.Electronic cigarette has the outward appearance similar to cigarette and taste, but general not containing other harmful components such as tar, suspended particulates in cigarette.Electronic cigarette in correlation technique comprises tubular shell, is arranged at the atomizing component in tubular shell, power supply module and liquid storage piece, and is covered in cigarette holder lid and the end cap at tubular shell both ends.This electronic cigarette meets the function of cigarette substitute articles for use to a certain extent.But, in electronic cigarette in correlation technique, atomizing component mount pad is mostly the integrative-structure be made up of rigid plastics, thus the sealing poor effect between mount pad outer circumferential side and tubular shell, well seal isolation preferably can not be carried out in the space of its upper and lower both sides, easily occur the situation of leaking tobacco juice.
Utility model content
The technical problems to be solved in the utility model is, provides a kind of electronic cigarette and atomizing component mount pad thereof of improvement.
For solving the problems of the technologies described above, the utility model have employed following technical scheme: provide a kind of atomizing component mount pad, for electronic cigarette, it comprises soft body for combining with the tubular housing inner wall face in electronic cigarette and the hard bearing for the atomizing component of installing electronic cigarette, be formed with first central through hole in the middle part of described soft body, described hard bearing is embedded in described first central through hole.
In certain embodiments, the side wall surface that described soft body comprises upper surface, the lower surface opposing with described upper surface and is connected with lower surface described upper surface, described first central through hole extends to described lower surface by described upper surface always;
Described hard bearing comprises the first Embedded Division, body, the second Embedded Division and the second central through hole; Described first Embedded Division and described second Embedded Division are connected to the upper and lower both sides of described body, and described second central through hole sequentially runs through described first Embedded Division, described body and described second Embedded Division; Described second Embedded Division is embedded into described first central through hole from described upper surface.
In certain embodiments, the side wall surface of described soft body is radially outward convexly equipped with several annular protrusions, each annular protrusion is all arranged in the circumference of described side wall surface, be formed with interval between adjacent annular projection, the maximum outside diameter of annular protrusion described in each is all greater than the internal diameter of described tubular shell; And/or,
The internal face of described first central through hole is formed with the spaced apart annular protrusion of at least twice, and described annular protrusion closely abuts mutually with the side wall surface of described second Embedded Division.
In certain embodiments, the lower surface indent of described soft body is formed with several guide grooves, and guide groove described in several is radially uniformly distributed around described first central through hole; Guide groove described in each is by side wall surface lateral direction penetrating extremely described first central through hole of described soft body.
In certain embodiments, the lower surface of described soft body also forms a ring-shaped step around described first central through hole indent, and the surface of this ring-shaped step flushes with the bottom surface of described guide groove;
Described second Embedded Division also comprises barb-like limiting section near end, and described limiting section is arranged along described second Embedded Division circumference, and its diameter is greater than the aperture of described first central through hole; Described limiting section barb is on the ring-shaped step of the lower surface of described soft body.
In certain embodiments, in the middle part of the end face of described second Embedded Division, indent forms groove, described groove is extended near the upper surface of described limiting section along the direction being parallel to described second Embedded Division axis by the end face of described second Embedded Division, and described groove runs through described second Embedded Division and described limiting section in the horizontal.
In certain embodiments, the front end of described limiting section also comprises a taper guidance part, runs through described first central through hole to facilitate described limiting section.
In certain embodiments, described lower surface also indent forms several for accommodating the storage tank of glue, and the guide groove described in several of storage tank one_to_one corresponding described in several intersects and arranges; The degree of depth of described storage tank is greater than the degree of depth of described guide groove.
In certain embodiments, described soft body also comprises several slotted eyes, and the quantity of described slotted eye is equal with the quantity of described storage tank, and arranges with described storage tank one_to_one corresponding;
Described slotted eye is blind hole, and is extended by the bottom surface of described upper surface towards the described storage tank of correspondence, makes to form retaining wall between described slotted eye and corresponding described storage tank.
In certain embodiments, described slotted eye is column, the transitional pore section comprising the second less hole section of the first larger hole section of aperture, aperture and the first hole section be connected with the second hole section transition, and the aperture of described second hole section is less than the aperture of described first hole section; Described retaining wall is formed between described second hole section and described storage tank.
In certain embodiments, described body comprises the first end face and second end face opposing with described first end face, the middle part indent of described first end face is formed with resettlement section, described first Embedded Division is erected at the bottom surface of described resettlement section, and described second Embedded Division is erected at the middle part of described second end face.
In certain embodiments, described body also to comprise between described first end face and described second end face and the first paragraph sequentially coaxially linked together, second segment and the 3rd section; A ring-shaped step is formed between described first paragraph and described second segment;
The middle part of the upper surface of described soft body has been recessed to form resettlement section downwards, and described 3rd section is embedded in the resettlement section of described soft body, and described second segment is closely connected on described upper surface.
In certain embodiments, described hard bearing also comprises a pair for being embedded at the locating dowel in described soft body, described locating dowel be connected to described second end face around described second central through hole circumferentially and lay respectively at the two opposite sides of described second Embedded Division; And/or,
Described hard bearing also comprises a pair perforation, described perforation be positioned at described second Embedded Division two opposite sides and be distributed in equably described second end face around described second central through hole circumferentially.
Also provide a kind of electronic cigarette, comprise tubular shell, cigarette holder lid, end cap, liquid storage piece, power supply module, atomizing component and the atomizing component mount pad described in above-mentioned any one, described cigarette holder lid and described end cap are covered in the both ends of described tubular shell respectively; Described atomizing component mount pad, atomizing component, liquid storage piece and power supply module are all installed on the inside of described tubular shell, wherein, described atomizing component mount pad is arranged at the medium position in described tubular shell, described atomizing component is arranged on described atomizing component mount pad, and between described atomizing component mount pad and cigarette holder lid; It is peripheral that described liquid storage piece is arranged at described atomizing component, and described power supply module is arranged between described atomizing component mount pad and described end cap, and is electrically connected with described atomizing component.
In certain embodiments, described atomizing component comprises breather pipe, drain rope, heater element and abutment sleeve; The inlet end of described breather pipe is socketed on the hard bearing of described atomizing component mount pad, the outlet side of described breather pipe and the central through hole of described cigarette holder lid just right; The sidewall of described breather pipe offers two through holes be oppositely arranged and an otch be all connected with this two through holes, described drain rope is placed through in these two through holes, and described abutment sleeve is socketed on part corresponding with this otch on described breather pipe.
The beneficial effects of the utility model: by the collocation of soft body and hard bearing, on the one hand in electronic cigarette, carry out seal isolation preferably by soft body to space, upper and lower both sides, another aspect to be provided atomizing component in electronic cigarette by hard bearing and supports preferably.
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 perspective view of the electronic cigarette in some embodiments of the utility model;
Fig. 2 is the top view of electronic cigarette shown in Fig. 1;
Fig. 3 is that the A-A of electronic cigarette shown in Fig. 2 is to cross-sectional view;
Fig. 4 is that the B-B of electronic cigarette shown in Fig. 2 is to cross-sectional view;
Fig. 5 is the enlarged diagram of the cross-section structure of the cigarette holder lid of electronic cigarette shown in Fig. 3;
Fig. 6 is the perspective view of the cigarette holder lid of electronic cigarette shown in Fig. 3;
Fig. 7 is the perspective view of the end cap of electronic cigarette shown in Fig. 3;
Fig. 8 is the perspective view under another visual angle of end cap of electronic cigarette shown in Fig. 3;
Fig. 9 is the perspective view of the atomizing component mount pad of electronic cigarette shown in Fig. 3;
Figure 10 is the stereo decomposing structural representation of the mount pad of atomizing component shown in Fig. 9;
Figure 11 is the perspective view under another visual angle of the soft body of the mount pad of atomizing component shown in Fig. 9;
Figure 12 is the cross-section structure enlarged diagram of the soft body of the mount pad of atomizing component shown in Fig. 3;
Figure 13 is the cross-section structure enlarged diagram of the hard bearing of the mount pad of atomizing component shown in Fig. 4;
Figure 14 is the cross-section structure enlarged diagram of the hard bearing of the mount pad of atomizing component shown in Fig. 3;
Figure 15 is the upward view of the hard bearing of the mount pad of atomizing component shown in Figure 10;
Figure 16 is the cross-section structure enlarged diagram of the mount pad of atomizing component shown in Fig. 4;
Figure 17 is the cross-section structure enlarged diagram of the mount pad of atomizing component shown in Fig. 3;
Figure 18 is the cross-section structure enlarged diagram of atomizing component shown in Fig. 3;
Figure 19 is the perspective view of atomizing component shown in Fig. 3;
Figure 20 is the stereo decomposing structural representation of atomizing component shown in Figure 19;
Figure 21 is the perspective view of the breather pipe of atomizing component shown in Figure 19 when being pulled open along otch;
Figure 22 is the perspective view of the liquid storage piece of electronic cigarette shown in Fig. 3;
Figure 23 is the perspective view of end cap shown in Fig. 3 after assembling light-emitting component;
Figure 24 is the cross-sectional view of another atomizing component in some embodiments of the utility model;
Figure 25 is the cross-sectional view of the atomizing component again in some embodiments of the utility model;
Figure 26 is the perspective view of another breather pipe in some embodiments of the utility model;
Figure 27 is the perspective view of the breather pipe again in some embodiments of the utility model;
Figure 28 is the perspective view of the also breather pipe in some embodiments of the utility model;
Figure 29 is the perspective view of the tubular tool in some embodiments of the utility model.
Detailed description of the invention
Below in conjunction with specific embodiment and Figure of description, the utility model is described in further details.
Fig. 1 to Fig. 4 shows the electronic cigarette 1 in some embodiments of the utility model, and it can comprise tubular shell 10, cigarette holder lid 20, end cap 30, atomizing component mount pad 40, atomizing component 50, liquid storage piece 60, power supply module 70, air switch 80 and light-emitting component 90.
Cigarette holder lid 20 and end cap 30 are covered in the both ends of tubular shell 10 respectively, and it is inner that atomizing component mount pad 40, atomizing component 50, liquid storage piece 60 and power supply module 70 are all positioned at this tubular shell 10.Wherein, atomizing component mount pad 40 is arranged at the medium position in tubular shell 10.Atomizing component 50 is arranged on atomizing component mount pad 40, and between atomizing component mount pad 40 and cigarette holder lid 20.Liquid storage piece 60 is arranged on atomizing component mount pad 40, and it is peripheral to be wrapped in atomizing component 50.Power supply module 70 is arranged between atomizing component mount pad 40 and end cap 30, and is electrically connected with atomizing component 50.Air switch 80 is arranged in end cap 30, and light-emitting component 90 is installed on air switch 80, and air switch 80 and light-emitting component 90 are all electrically connected with power supply module 70.
Tubular shell 10 can cylindrically, and adopt the materials such as soft plastic to make in certain embodiments, elastic deformation can occur, with the sense of touch of Reality simulation cigarette when making user apply a certain size radial load.Understandably, tubular shell 10 can be also oval tubular or other barrel-shaped structures as required, and the hard materials such as iron and steel also can be adopted to make.
As shown in Figures 5 and 6, cigarette holder lid 20 can adopt such as silica gel elastomeric material to manufacture in certain embodiments and form, and it can comprise cylindrical body 21 and be connected to the ringwall 23 of cylindrical body 21, guide ring 25 and flange 27.The diameter of this cylindrical body 21 is slightly larger than the aperture of tubular shell 10 corresponding end, so that cigarette holder lid 20 closely can be embedded in the end of tubular shell 10 by the mode of interference fit, prevent the fit clearance of tobacco juice between cigarette holder lid 20 and tubular shell 10 seepage outward.
Cylindrical body 21 can comprise inner face 211, the outer face 212 opposing with this inner face 211 in certain embodiments and is through to the central through hole 210 of outer face 212 by inner face 211, and the smog that this central through hole 210 can produce for atomizing component 50 flows out to the external world by tubular shell 10 inside.Ringwall 23 is erected on the inner face 211 of cylindrical body 21, and around central through hole 210, the distance making tobacco juice flow to central through hole 210 from inner face 211 periphery of cigarette holder lid 20 is significantly elongated, thus can reduce the probability that tobacco juice spills from central through hole 210 significantly.
In certain embodiments, in order to promote the sealing of cigarette holder lid 20 and tubular shell 10 cooperation place further, also can circumferentially form one annular groove 214 on the outer side surface of the cylindrical body 21 of cigarette holder lid 20, this annular groove 214 can be used for accommodating the tobacco juice infiltrated from the fit clearance between tubular shell 10 internal face and the side wall surface of cylindrical body 21.Further, according to the existence due to surface tension of liquid, the setting of this annular groove 214 has increased substantially the resistance that tobacco juice permeates towards tubular shell 10 corresponding end end face direction, thus can reduce the probability of tobacco juice from this seepage significantly.Understandably, the quantity of this annular groove 214 is not limited to together, and it also can be more than spaced twice or twice.
Guide ring 25 is stretched out towards the direction near atomizing component 50 by the inner face periphery of cylindrical body 21, that is guide ring 25 is erected on the inner face periphery of cylindrical body 21.The front end of guide ring 25 includes a conical guiding face.The existence of this guide ring 25, except facilitating the installation of cigarette holder lid 20, can also increase tobacco juice flow to central through hole 210 path from tubular shell 10 side wall surface, thus the difficulty that raising tobacco juice is oozed out by central through hole 210.
In certain embodiments, flange 27 radially outward can be stretched out by the side wall surface of the outer end of body 21, the external diameter of the external diameter of this flange 27 and the respective end of tubular shell 10 is suitable, when making cigarette holder lid 20 be embedded at tubular shell 10, flange 27 abuts against (as shown in Figures 3 and 4) with the corresponding end face of tubular shell 10.It is too much that flange 27 1 aspects can prevent cigarette holder lid 20 from extending in tubular shell 10, and another aspect can facilitate the taking-up of cigarette holder lid 20.
As shown in Figures 7 and 8, end cap 30 can adopt rigid plastics integrated injection molding in certain embodiments, and end cap 30 can comprise diapire 31 and be incorporated into the cylindrical sidewall 33 on this diapire 31.Diapire 31 is for closing the corresponding end of tubular shell 10, and the corresponding end of end cap 30 with tubular shell 10 for being closely embedded in the corresponding end of tubular shell 10, thus combines by cylindrical sidewall 33.
Diapire 31 is provided with through hole 313 and air intake 314, through hole 313 this diapire 31 through, thus by end cap 30 inside and ft connection, enters end cap 30 inner with supplied gas by this through hole 313; Air intake 314 is positioned in the outside wall surface of diapire 31, is entered in tubular shell 10 by this air intake 314 with supplied gas.In some embodiments, diapire 31 can comprise ring edge 311 and be incorporated into the cover plate 312 on this ring edge 311, and through hole 313 and air intake 314 are all arranged on this ring edge 311.The external diameter of the external diameter of ring edge 311 and the corresponding end of tubular shell 10 is suitable, so that when end cap 30 is embedded at the corresponding end of tubular shell 10, this ring edge 311 offsets with the end face of the corresponding end of tubular shell 10.Cover plate 312 is at least part of region light-permeable preferably, can go out so that light-emitting component 90 emits beam through transmission region transmission, the effect of Reality simulation pyrotechnics.Arranged by light-permeable region, make this cover plate 312 comprise transmittance section, this transmittance section can be cover plate upper part region, also can Zone Full on cover plate.For making cover plate 312 simulate fireworks effects more truly and more attractive in appearance through printing opacity, cover plate 312 is arranged with spheric.
In certain embodiments, cylindrical sidewall 33 is provided with the internal face of this cylindrical sidewall 33 through and the cabling breach 334 of outside wall surface, and as shown in figure 23, the electrical wire 81 of air switch 80 can be connected with power supply module 70 through cabling breach 334.The outside wall surface of cylindrical sidewall 33 is also provided with the outer air slot 335 extended to diapire 31 direction from this outside wall surface end face, this outer air slot 335 is connected with air intake 314, is entered in tubular shell 10 successively take away smog with supplied gas by air intake 314 and outer air slot 335.
Cylindrical sidewall 33 also can be provided with step 330 in certain embodiments, and step is positioned on the internal face of cylindrical sidewall 33, and air switch 80 is arranged on this step 330 in end cap 30, and light-emitting component 90 is arranged at air switch 80 towards on the side of diapire 31.The region of the step less than 330 of the installation air switch 80 of end cap 30 inside is in communication with the outside by the through hole 313 on diapire 31, thus air switch 80 is consistent with the air pressure of the side of light-emitting component 90 and atmospheric pressure; And, entering gas and also can producing certain air pressure in the region of the step less than 330 of end cap 30 and trigger air switch 80 of through hole 313, easy to use.
Again as shown in Figures 7 and 8, cylindrical sidewall 33 can be ladder shaft-like in certain embodiments, it changeover portion 332 comprising the less second segment 333 of the larger first paragraph of external diameter 331, external diameter and be connected with second segment 333 transition by first paragraph 331.First paragraph 331 is incorporated on the ring edge 311 of diapire 31, and its external diameter slightly larger than the internal diameter of the corresponding end of tubular shell 10, but is less than the external diameter of the corresponding end of tubular shell 10 so that with the corresponding end interference fit of tubular shell 10.The external diameter of second segment 333 is slightly less than the internal diameter of the corresponding end of tubular shell 10, and it can play the effect of guiding cylindrical sidewall 33 and installing together with changeover portion 332.
Step 330 can be formed at the position that changeover portion 332 has a common boundary with second segment 333 in certain embodiments, this position both can promote the support strength of air switch 80, do not hinder again the installation of end cap 30.Cabling breach 334 extends to diapire 31 from the end face of first paragraph 331 always, for placing for the electrical wire 81 be connected with air switch 80.Outer air slot 335 extends to diapire 31 from the end face of first paragraph 331 always, and is connected with the air intake 314 of diapire 31, inner to make outside air sequentially can enter into tubular shell 10 via air intake 314, outer air slot 335.Cylindrical sidewall 33 also can be provided with interior air slot 336 in certain embodiments, and this interior air slot 336 is positioned on the internal face of cylindrical sidewall 33.This interior air slot 336 extends to diapire 31 from the end face of first paragraph 331 always, and is connected with the through hole 313 of diapire 31, so that partial air can enter tubular shell 10 inside via through hole 313.
As shown in FIG. 9 and 10, atomizing component mount pad 40 can comprise the soft body 41 for combining with the internal face of tubular shell 10 in certain embodiments, and for installing the hard bearing 43 of atomizing component 50.Be formed with first central through hole 410 in the middle part of this soft body 41, be embedded at wherein for hard bearing 43.This atomizing component mount pad 40 adopts the collocation of soft body 41 and hard bearing 43, and carry out seal isolation preferably by soft body 41 to its space, upper and lower both sides on the one hand, another aspect is provided by hard bearing 43 pairs of atomizing components 50 and supports preferably.
This soft body 41 can be column in some embodiments, and the soft materials such as rubber can be adopted to make.The side wall surface 413 that this soft body 41 comprises the lower surface 412 opposing with this upper surface 411,411, one, a upper surface and is connected with lower surface 412 upper surface 412.This first central through hole 410 extends to this lower surface 412 by this upper surface 411 always, and inner wall surface thereof is formed with the spaced apart annular protrusion 4101 (as shown in figure 12) of at least twice, these annular protrusions 4101 are for when the second Embedded Division 433 of hard bearing 43 is embedded at this first central through hole 410, closely abut mutually with the side wall surface of this second Embedded Division 433, promote sealing effectiveness between the two.The middle part of this upper surface 411 has been recessed to form a resettlement section 4110 downwards, and this resettlement section 4110 is preferably column, and coaxial with this soft body 41.
Together consult Figure 11, lower surface 412 indent of this soft body 41 is formed with several guide grooves 4120, and these guide grooves 4120 are radially uniformly distributed around the first central through hole 410.Each guide groove 4120, by side wall surface 413 lateral direction penetrating to the first central through hole 410, enters this first central through hole 410 to facilitate air.
In certain embodiments, lower surface 412 indent can also form some storage tanks 4122 further, these storage tanks 4122 can be used for accommodating glue, that is these storage tanks 4122 can be used as a glue groove, its quantity can be equal with the quantity of guide groove 4120, and one_to_one corresponding guide groove 4120 intersects setting, these storage tanks 4122 are suitable with the distance of the axis of soft body 41.Preferably, the degree of depth of each storage tank 4122 is all greater than the degree of depth of corresponding guide groove 4120.Storage tank 4122 can be preferably kidney-shaped in certain embodiments, and arranges in crossing with corresponding guide groove 4120.Preferably, storage tank 4122 is arranged in intersecting vertically with corresponding guide groove 4120.The quantity of storage tank 4122 is preferably two or more, with the both positive and negative polarity wire 531 (as shown in Figure 17) of the corresponding atomizing component 50 of difference.
Again as shown in figure 11, lower surface 412 can also form a ring-shaped step 4123 around the first central through hole 410 indent further, this ring-shaped step 4123 matches for the limiting section 4330 (as shown in figure 13) of the second Embedded Division 433 with hard bearing 43, by locked with hard bearing 43 for soft body 41.Preferably, the surface of this ring-shaped step 4123 flushes with the bottom surface of guide groove 4120.
Together consult Figure 12, this soft body 41 also can comprise several slotted eyes 414 in certain embodiments, and slotted eye 414 is extended to direction, lower surface 412 by upper surface 411, thus is formed with retaining wall 415 bottom slotted eye 414 and between lower surface 412.The quantity of these slotted eyes 414 is equal with the quantity of storage tank 4122, and arranges with these storage tank 4122 one_to_one corresponding.Slotted eye 414 is extended by the bottom surface of upper surface 411 towards the storage tank 4122 of correspondence.Preferably, each slotted eye 414 is blind hole, and is extended towards the bottom surface of the storage tank 4122 of correspondence by the bottom surface of resettlement section 4110, makes the retaining wall 415 forming thin layer between slotted eye 414 and corresponding storage tank 4122.As shown in figure 17, the wire 531 that this retaining wall 415 can be atomized assembly 50 stings, so that this wire 531 can be electrically connected with power supply module 70.Retaining wall 415 is formed with puncturing hole 416 by the position that wire 531 stings.The storage tank 4122 of retaining wall 415 correspondence of being stung by wire 531 can be entered glue, is fixed wire 531.Understandably, because soft body 41 adopts silica gel elastomeric material to make, therefore, when wire 531 penetrates retaining wall 415, the puncturing hole 416 that wire 531 is formed on retaining wall 415 is contractile apertures.When wire 531 is in this puncturing hole 416, by the sidewall banding of this puncturing hole 416, thus the effect of sealing can be reached.In addition, the setting of this retaining wall 415, can also avoid glue toward overflow in slotted eye 414, can only need less glue amount to get final product fixing cord 531 on the one hand, glue can be avoided to pollute tobacco juice by slotted eye 414 on the other hand.
The quantity of slotted eye 414 is preferably two or more in some embodiments, places respectively with the both positive and negative polarity wire 531 at least for atomizing component 50.When hard bearing 43 has locating dowel 435, the quantity of slotted eye 414 increases accordingly, and such as, in the illustrated embodiment in which, the quantity of this slotted eye 414 is four.Now, due to some slotted eyes 414 need to place for wire 531, some slotted eyes 414 need to place for locating dowel 435, slotted eye 414 is evenly arranged around the first central through hole 410 and just seems particularly important, so that arbitrarily slotted eye 414 all can place hole as this wire 531 and this locating dowel 435.That is, can not need slotted eye 41 to be appointed as wire 531 in advance and the special of locating dowel 435 places hole, for the assembling of whole electronic cigarette 1 brings many facilities.
For another example, shown in Figure 12,17, each slotted eye 414 is preferably in column, and the transitional pore section 4142 comprising the second less hole section 4143 of the first larger hole section 4141 of aperture, aperture and the first hole section 4141 is connected with the second hole section 4143 transition; Retaining wall 415 is formed between this second hole section 4143 and storage tank 4122.The aperture of the first hole section 4141 is preferably suitable with the diameter of the locating dowel 435 of hard bearing 43, or is slightly less than the diameter of this locating dowel 435, and the length of this first hole section 4141 is more than or equal to this locating dowel 435 and extend into length in this slotted eye 414.The aperture of this second hole section 4143 is less than the aperture of the first hole section 4141, to reduce the area of retaining wall 415, correspondingly can promote the elastic force of retaining wall 415, therefore, when wire 531 penetrates retaining wall 415, the tightening force suffered by wire 531 is larger, thus has better sealing effectiveness.Transitional pore section 4142, preferably in circular cone shape, removes to guide wire 531 retaining wall 415 that punctures.
Again as shown in Figure 10 to Figure 12, the side wall surface 413 of soft body 41 is also radially outward convexly equipped with several annular protrusions 4130 in certain embodiments, each annular protrusion 4130 is all arranged in the circumference of side wall surface 413, be formed with interval between adjacent annular projection 4130, make whole side wall surface 413 in wavy (as shown in figure 12).The maximum outside diameter of each annular protrusion 4130 is all greater than the internal diameter of tubular shell 10, when this soft body 41 is filled in tubular shell 10, together with annular protrusion 4130 is closely connected to tubular shell 10, reach excellent sealing effectiveness, prevent or reduce the tobacco juice on the upside of soft body 41 penetrates into soft body 41 downside along the internal face of tubular shell 10 significantly.
Together consult Figure 10 and Figure 13 to Figure 15, hard bearing 43 can adopt hard plastics integrated injection molding in certain embodiments, and it can comprise the first Embedded Division 431, body 432, second Embedded Division 433, second central through hole 434 and a pair locating dowel 435.First Embedded Division 431 and the second Embedded Division 433 are respectively used to be embedded in atomizing component 50 and soft body 41, and this second Embedded Division 433 is mainly embedded into the first central through hole 410 from soft body 41 upper surface 411; Second central through hole 434 is for directing into the air on the downside of atomizing component mount pad 40 in atomizing component 50.This locating dowel 435, for being embedded in the slotted eye 414 of soft body 41, prevents hard bearing 43 from circumferentially rotating relative to soft body 41.
First Embedded Division 431 is connected to two opposed ends of this body 432, and this second central through hole 434 sequentially runs through this first Embedded Division 431, body 432 and the second Embedded Division 433.This pair locating dowel 435 is connected on body 432, and is positioned at same end with this second Embedded Division 433 on this body 432, and this pair locating dowel 435 also lays respectively at the two opposite sides of the second Embedded Division 433.
Together consult Figure 10 and Figure 13 again, body 432 can comprise first end face 4321 and second end face 4322 opposing with this first end face 4321 in certain embodiments.The middle part indent of this first end face 4321 is formed with the bottom surface that a resettlement section 4323, first Embedded Division 431 is erected at this resettlement section 4323, and the second Embedded Division 433 is erected at the middle part of this second end face 4322.Resettlement section 4323 can be column in certain embodiments, and itself and the second central through hole 434 are coaxial, and may be used for collecting oil storage part 60.Locating dowel 435 is connected on the second end face 4322.
As shown in Figure 14 and Figure 15, hard bearing 43 also can comprise a pair perforation 436 in certain embodiments, this a pair perforation 436 is positioned at the two opposite sides of this second Embedded Division 433, and be arranged on body 432, place respectively for the both positive and negative polarity wire 531 (as shown in Figure 17) for atomizing component 50.This pair perforation 436 is together with this pair locating dowel 435, and one that is distributed in the second end face 4322 is equably centered around on the circumference (as shown in figure 15) of this second central through hole 434, with respectively with slotted eye 414 corresponding matching of soft body 41.
Again as shown in FIG. 13 and 14, body 432 can be ladder shaft-like in certain embodiments, it comprises between the first end face 4321 and the second end face 4322 and the first paragraph 4324 sequentially coaxially linked together, second segment 4325 and the 3rd section 4326.Wherein, the diameter of second segment 4325 is suitable with the internal diameter of tubular shell 10, but the diameter of first paragraph 4324 is greater than, thus between first paragraph 4324 and second segment 4325, a ring-shaped step 4327 (as shown in Figure 10) is formed with, this ring-shaped step 4327 can when atomizing component mount pad 40 be installed in tubular shell 10, end face for a tubular tool 2 abuts, and facilitates the accurate installation of atomizing component mount pad 40.
Specifically, be just to provide a tubular tool 2 as shown in figure 29, the internal diameter of this tubular tool 2 is slightly larger than the diameter of first paragraph 4324, and external diameter is slightly less than the internal diameter of tubular shell 10.When atomizing component mount pad 40 is installed in tubular shell 10 by needs, first this tubular tool 2 is entangled this first paragraph 4324, then central through hole atomizing component mount pad 40 being aimed at tubular shell 10 is filled in inward.Now, because the end face edge of tubular tool 2 is connected to ring-shaped step 4327, the thrust of the tubular tool 2 that atomizing component mount pad 40 is subject to distributes very evenly in the circumferential, can prevent atomizing component mount pad 40 from occurring tilting in installation process, the phenomenon such as stuck, thus provide guarantee for the accurate installation of atomizing component mount pad 40.
The diameter of the 3rd section 4326 of body 432 is less than the diameter of second segment 4325, and it is suitable with the diameter of the resettlement section 4110 of soft body 41, the axial length of the 3rd section 4326 is suitable with the degree of depth of resettlement section 4110, so that the 3rd section 4326 can be embedded in this resettlement section 4110 (as shown in figure 16) preferably.When being embedded in resettlement section 4110 for the 3rd section 4326, the second segment 4325 of body 432 is closely connected on the upper surface 411 of soft body 41.
Again as shown in FIG. 13 to 15, second Embedded Division 433 of hard bearing 43 also can comprise a barb-like limiting section 4330 near end, this limiting section 4330 is arranged along the second Embedded Division 433 circumference, and its diameter is greater than the aperture of the first central through hole 410 of soft body 41.
As shown in figure 16, this limiting section 4330 is suitable to the distance of ring-shaped step 4123 with the bottom surface, resettlement section 4110 of soft body 41 to the distance of the lower surface 4322 of body 432, so that when the second Embedded Division 433 is embedded in the first central through hole 410 of soft body 41, limiting section 4330 can on ring-shaped step 4123, prevent the second Embedded Division 433 from departing from from the first central through hole 410 or loosen by barb securely.
Again as shown in figure 14, the front end of limiting section 4330 also can comprise a taper guidance part 4332 in certain embodiments, with the first central through hole 410 facilitating this limiting section 4330 to run through soft body 41.Together consult Fig. 3 known, the lower surface 412 of the length of this limiting section 4330 and this soft body 41 is suitable to the distance on the surface of this ring-shaped step 4123.So, when the second Embedded Division 433 is embedded in the first central through hole 410, the end of the second Embedded Division 433 protrudes from the lower surface 412 of this soft body 41, this end can stop power supply module 7 to be close to the lower surface 412 of soft body 41, for wire 531 cabling provides sufficient space, prevent insufficient space to the generation of the clogging that gas channel causes.
Together consult Figure 10 again, Figure 14 and Figure 15, indent a groove 4334 can be formed in certain embodiments in the middle part of the end face of the second Embedded Division 433, this groove 4334 can extend near the upper surface of limiting section 4330 along the direction being parallel to the second Embedded Division 433 axis by the end face of this second Embedded Division 433, and this groove 4334 runs through the second Embedded Division 433 and limiting section 4330 in the horizontal, can be connected (as shown in figure 16) with the guide groove 4120 of soft body 41, thus make air sequentially can enter into the second central through hole 434 of hard bearing 43 through guide groove 4120 and groove 4334, atomizing component 50 is entered into again by the second central through hole 434.
Again as shown in figure 15, groove 4334 coincides at the bearing of trend of the orthographic projection of the second end face 4322 and the line of this pair locating dowel 435.Setting like this, then as shown in figure 16, after electronic cigarette 1 assembles, groove 4334 is just right with the guide groove 4120 not placing wire 531, to prevent wire 531 and/or to be used for fixing wire 531 obstruction to air flowing after the glue solidifies.As shown in figure 17, after electronic cigarette 1 assembles, the guide groove 4120 being equipped with wire 531 is intercepted cut-out by the second Embedded Division 433.Being provided with a benefit is like this, can prevent the flow at high speed of air from blowing adverse effect to wire 531 and/or glue.Such as, air-flow blows damage wire 531 being electrically connected to position caused for a long time, or makes the combination between wire 531 and glue occur loosening, and reduces the fixed effect of glue.
As shown in Figure 18 and Figure 19, atomizing component 50 can comprise breather pipe 51, drain rope 52, heater element 53, abutment sleeve 54 and stay pipe 55 in certain embodiments.The inlet end of breather pipe 51 is for being socketed on the first Embedded Division 431 (as shown in Figures 3 and 4) of hard bearing 43, and the central through hole 210 of outlet side and cigarette holder lid 20 is just right.Drain rope 52 can adopt glass fiber material to make, and it crosses in the sidewall of breather pipe 51, and two ends are exposed outside, and this end of exposing is connected with liquid storage piece 60, is drawn in breather pipe 51 by the tobacco juice in liquid storage piece 60 with the effect by capillary force.Heater element 53 to be arranged in breather pipe 51 and to be engaged on drain rope 52, and its main part being positioned at breather pipe 51 inside with drain rope 52 matches, and in the mode by heating, by drain rope 52, the tobacco juice be positioned in the part of breather pipe 51 inside is atomized.Abutment sleeve 54 is sheathed on breather pipe 51, and the axis of axial parallel breather pipe 51, the privileged site for breather pipe 51 provides structural reinforcement.Stay pipe 55 is embedded at the outlet side of breather pipe 51, for preventing the outlet side compressive deformation of breather pipe 51, and hinders the flowing of air in breather pipe 51 being loaded with smog.Undue extruding to liquid storage piece 60 when the existence of stay pipe 55 can also prevent outer bound pair electronic cigarette 1 from applying radial extruding force, and then the tobacco juice in liquid storage piece 60 can be avoided to be squeezed out in a large number.In addition, stay pipe 55 also maintains a certain distance with the ringwall 23 of cigarette holder lid 20, is delivered on ringwall 23 to prevent the tobacco juice on stay pipe 55.As shown in figure 20, breather pipe 51 in certain embodiments can in elongated cylindrical shape structure, and it can adopt fiber and other material to weave and make.The aperture of the inlet end of breather pipe 51 is slightly less than the diameter of the first Embedded Division 431 of hard bearing 43, can the mode of interference fit be sheathed on the first Embedded Division 431.The sidewall of breather pipe 51 offers two relative through holes 510, the aperture of this through hole 510 and the diameter of drain rope 52 suitable, be placed through wherein for drain rope 52, the opposite end of drain rope 52 exposes outside breather pipe 51.Conveniently the placing of drain rope 52, the sidewall of breather pipe 51 is also provided with otch 512, and otch 512 is connected with through hole 510, for drain rope 52 laterally across in through hole 510.In certain embodiments, otch 512 is positioned at the position above through hole 510 on breather pipe 51.
As shown in figure 21, this otch 512 can allow breather pipe 51 be pulled open certain angle by two parts that this otch 512 cuts, make the through hole 510 that closes to be formed the opening that has one fixed width, drain rope 52 is allowed can laterally to put in this through hole 510, eliminate the trouble that perforation is installed, facilitate the installation of drain rope 52 to a great extent.This otch 512 can be included in the traverse sections 5121 that on breather pipe 51, ecto-entad extends and the rip cutting section 5123 be connected with traverse sections 5121 in certain embodiments, and this rip cutting section 5123 extends in these two through holes 510.Traverse sections 5121 is preferably obtuse angle with the angle of rip cutting section 5123, understandably, also passable when this angle is right angle.
Due to the setting of breather pipe 51 upper cut 512, the intensity of breather pipe 51 is made to have the decline of going up largely, when under the effect being subject to external force (such as, the pressure of peripheral liquid storage piece 60), breather pipe 51 appears at the probability that otch 512 place subsides and increases considerably.In order to overcome this problem, the utility model some embodiments provides abutment sleeve 54, this abutment sleeve 54 can be socketed on the position at this otch 512 place on breather pipe 51, be distributed to other positions of breather pipe 51 with the power of the position external world being applied to breather pipe 51 upper cut 512 place, thus it is concentrated to the position stress at breather pipe 51 upper cut 512 place to reduce external force.The material of abutment sleeve 54 can be identical with the material of breather pipe 51, and the external diameter of its internal diameter and breather pipe 51 is suitable, and length is greater than and the maximum length of otch 512 on breather pipe 51 is longitudinal.So, this abutment sleeve 54 can closely be socketed on breather pipe 51, and envelopes otch 52 completely, and the overall external force resistance ability of this breather pipe 51 is significantly promoted.
Again as shown in figure 21, heater element 53 can be metal heating wire in certain embodiments, and it is wrapped in drain rope 52 and is positioned in the part of breather pipe 51 inside, carries out heating atomization with the tobacco juice of part drain rope 52 being arranged in breather pipe 51 inside.Together consult Fig. 3,17, the two ends of heater element 53 can be connected with two wires 531 respectively, these two wires 531 can reach the outside of breather pipe 51 respectively from the through hole of two breather pipe 51 510, wire 531 sequentially runs through the perforation 436 of hard bearing 43, the slotted eye 414 of soft body 41 again, and after stinging the retaining wall 415 bottom slotted eye 414, be electrically connected with power supply module 70.
Stay pipe 55 can adopt hard plastics to make in certain embodiments, it blocking part 555 comprising the first pipeline section 552, the transitional pipe segment 553 be connected with the first pipeline section 552, the second pipeline section 554 be connected with transitional pipe segment 553 and be connected with the second pipeline section 554.The external diameter of the first pipeline section 552, slightly larger than the internal diameter of breather pipe 51, makes the first pipeline section 552 can be placed through in breather pipe 51 by the mode of interference fit.The external diameter of the second pipeline section 554 is slightly larger than the external diameter of the first pipeline section 552, and the outside wall surface of transitional pipe segment 553 is tapered, and this transitional pipe segment 553 is connected with the second pipeline section 554 with one end that external diameter is larger, to be connected with the second pipeline section 554 transition by the first pipeline section 552.Stay pipe 55 coordinates with the two-stage interference between breather pipe 51 owing to adopting the first pipeline section 552 and the second pipeline section 554, makes stay pipe 55 and breather pipe 51 more firm.The external diameter of blocking part 555 is greater than the external diameter of breather pipe 51, and when making stay pipe 55 complete insertion breather pipe 51, blocking part 555 is kept out on the end face of breather pipe 51.
Stay pipe 55 also can comprise the guidance part 551 being connected to the first pipeline section 552 side of changeover portion 553 dorsad in certain embodiments, thus this guidance part 551 is positioned at stay pipe 55 foremost.Conically, and its end external diameter is less than the aperture of breather pipe 51 to guidance part 551, with the central through hole facilitating stay pipe 55 to aim at breather pipe 51.
As shown in figure 22, liquid storage piece 60 can be tubular in certain embodiments, and it can adopt, and liquid storage cotton piece is curling to be formed.Together consult Fig. 3 again, liquid storage piece 60 is wrapped in the periphery of atomizing component 50, and fits tightly with the drain rope 52 of atomizing component 50, makes tobacco juice in liquid storage piece 60 can under the effect of the capillary force of drain rope 52, ceaselessly toward breather pipe 51 internal delivery.The lower end of liquid storage piece 60 is embedded in the resettlement section 4323 of hard bearing 43, upper end lower than the rear end face of the stay pipe 55 of atomizing component 50, with the central through hole preventing liquid storage piece 60 from blocking stay pipe 55.
Power supply module 70 can comprise column soft package lithium battery in certain embodiments, is formed with gap, for air circulation between itself and the internal face of tubular shell 10.Air switch 80 can be oblate column in certain embodiments, and as shown in Fig. 8 and Figure 23, this air switch 80 is installed on the step 330 of end cap 30 inside, and with the internal face interference fit of end cap 30.Form a cavity volume between the diapire 31 of air switch 80 and end cap 30, this cavity volume is connected with the external world by through hole 313.Light-emitting component 90 can be LED light emitting diode in certain embodiments, and it is arranged on air switch 80 surface relative with diapire 31.
Above-mentioned electronic cigarette 1 can adopt following steps when assembling:
A., atomizing component mount pad 40 and atomizing component 50 are provided, and atomizing component 50 are sheathed on the first Embedded Division 431 of the hard bearing 43 of atomizing component mount pad 40;
B. the wire 531 be connected with the heater element 53 of atomizing component 50 is sequentially run through the perforation 436 of hard bearing 43, the slotted eye 414 of soft body 41, and sting the retaining wall 415 bottom slotted eye 414;
C. in the storage tank 4122 of retaining wall 415 correspondence of being stung by wire 531, click and enter glue, seal up on retaining wall 415 and stung by wire 531 puncturing hole 416 formed;
D., liquid storage piece 60 is provided, and liquid storage piece 60 is closely wrapped in the periphery of atomizing component 50;
E., tubular shell 10 is provided, and utilizes tubular tool 2 assembly of atomizing component mount pad 40, atomizing component 50 and liquid storage piece 60 to be inserted into the precalculated position of tubular shell 10 inside from one end of tubular shell 10; Wherein, the annular protrusion 4130 on the side wall surface 413 of the soft body 41 of atomizing component mount pad 40 closely abuts tubular shell 10, promotes sealing effectiveness between the two.
F., cigarette holder lid 20 is provided, and cigarette holder lid 20 is sealed on this one end of tubular shell 10;
G., power supply module 70 is provided, and power supply module 70 is inserted in tubular shell 10 from the other end relative with this one end of tubular shell 10;
H. the wire 531 of power supply module 70 with atomizing component 50 is electrically connected;
I., end cap 30, air switch 80 and light-emitting component 90 are provided, and air switch 80 is embedded in end cap 30, and light-emitting component 90 is installed on air switch 80 surface relative with the diapire 31 of end cap 30;
J. air switch 80 and light-emitting component 90 are electrically connected with power supply module 70 respectively;
K. the assembly of air switch 80, light-emitting component 90 and end cap 30 three is embedded this other end of tubular shell 10, namely complete assembling.
Wherein, before steps A, also comprise assembling atomizing component mount pad 40, the assembling of this atomizing component mount pad 40 comprises the steps:
S1., hard bearing 43 and soft body 41 are provided.
S2. the second Embedded Division 433 of hard bearing 43 is embedded into the first central through hole 410 of soft body 41 from the upper surface 411 of soft body 41.
In this step S2, before the second Embedded Division 433 is embedded in the first central through hole 410, the perforation 436 on the second Embedded Division 433 is aimed at the slotted eye 414 on soft body 41, for running through successively of follow-up wire 531.Annular protrusion 4101 on first central through hole 410 internal face of soft body 41 closely abuts the side wall surface of the second Embedded Division 433, to promote sealing effectiveness between the two.
S3. the body 432 of hard bearing 43 is connected on the upper surface 411 of soft body 41.
In this step S3, be embedded at the 3rd of the body 432 of hard bearing 43 the section 4326 in the resettlement section 4110 of soft body 41 upper surface 411, the second segment 4325 of body 432 is closely connected to the upper surface 411 of soft body 41.Further, the second Embedded Division 433 of hard bearing 43 limiting section 4330 barb near end on the ring-shaped step 4123 of the lower surface 412 of soft body 41, with by locked with hard bearing 43 for soft body 41.
Operation principle below in conjunction with electronic cigarette 1 is described further the utility model.
When user starts air-breathing at the cigarette holder place of electronic cigarette 1, form negative pressure in the inside of electronic cigarette 1.After air switch 80 senses negative pressure, by heater element 53 conducting of power supply module 70 with atomizing component 50, the tobacco juice that heater element 53 pairs of drain ropes 52 are arranged in breather pipe 51 part heats, and the tobacco juice in this part is atomized.Air switch 80 simultaneously also can by light-emitting component 90 and power supply module 70 conducting, the illumination effect of Reality simulation smoking.
In addition, form negative pressure in the inside of electronic cigarette 1 simultaneously, first a part of outside air enters outer air slot 335 through the air intake 314 of end cap 30, then it is inner to enter into electronic cigarette 1 by outer air slot 335.This portion of air, then along the gap between power supply module 70 and the internal face of tubular shell 10, flow in the central through hole 434 of hard bearing 43.Flow in the breather pipe 51 of atomizing component 50 by central through hole 434 again, finally flow out to the external world through stay pipe 55, cigarette holder lid 20 successively with the tobacco juice be atomized, reach the effect that simulation is smoked.
Negative pressure is formed simultaneously in the inside of electronic cigarette 1, another part outside air first enters interior air slot 336 by the through hole 313 on end cap 30, the inside of electronic cigarette 1 is entered into again by interior air slot 336, the follow-up air-flow trend of this another part outside air moves towards substantially identical with the follow-up air-flow of air-flow of above-mentioned a part of outside air, just repeats no more at this.
Figure 24 shows the atomizing component 50a in some embodiments of the utility model, and this atomizing component 50a can comprise breather pipe 51, drain rope 52a, heater element 53, abutment sleeve 54 and stay pipe 55 in certain embodiments.The inlet end of breather pipe 51 for being socketed on the first Embedded Division 431 (as shown in Figures 3 and 4) of hard bearing 43, and is conducted with the central through hole 434 of hard bearing 43.Drain rope 52a crosses in the sidewall of breather pipe 51, and two ends are exposed outside, and these two ends of exposing are connected with liquid storage piece 60, is drawn in breather pipe 51 by the tobacco juice in liquid storage piece 60 with the effect by capillary force.These two ends of exposing preferably according to one end upward, one end mode down arranges, this kind of layout compares all super lower layout in the two ends shown in Figure 18, and the tobacco juice of liquid storage piece 60 upper and lower can be directed in breather pipe 51 by drain rope 52a more equably.The part that heater element 53 and drain rope 52 are positioned at breather pipe 51 inside matches, and in the mode by heating, by drain rope 52a, the tobacco juice be positioned in the part of breather pipe 51 inside is atomized.Abutment sleeve 54 is sheathed on breather pipe 51, and the privileged site for breather pipe 51 provides structural support.Stay pipe 55 is embedded at the outlet side of breather pipe 51, for preventing the outlet side compressive deformation of breather pipe 51, and hinders the flowing of air in breather pipe 51 being loaded with smog.In addition, the undue extruding to liquid storage piece 60 when the existence of stay pipe 55 can also prevent outer bound pair electronic cigarette 1 from applying radial extruding force, and then the tobacco juice in liquid storage piece 60 can be avoided to be squeezed out in a large number.
Figure 25 shows the atomizing component 50b in some embodiments of the utility model, and this atomizing component 50b can comprise breather pipe 51, two drain rope 52b, heater element 53, abutment sleeve 54 and stay pipes 55 in certain embodiments.The inlet end of breather pipe 51 for being socketed on the first Embedded Division 431 (as shown in Figures 3 and 4) of hard bearing 43, and is conducted with the central through hole 434 of hard bearing 43.These two drain rope 52b all cross in the sidewall of breather pipe 51, and are closely adjacent to each other; The two ends of these two drain rope 52b are all exposed outside, and the two ends that each drain rope 52b exposes outside are all connected with liquid storage piece 60, are drawn in breather pipe 51 by the tobacco juice in liquid storage piece 60 with the effect by capillary force.The end that these two drain rope 52b expose preferably according to a drain rope 52b two ends upward, the two ends mode down of another drain rope 52b arranges, this kind of layout compare the single drain rope 52a one end shown in Figure 24 upward, one end arrangement down, smoking liquid can be stronger, and the tobacco juice of liquid storage piece 60 upper and lower can be directed in breather pipe 51 by drain rope 52b more equably.The part that heater element 53 is positioned at breather pipe 51 inside with drain rope 52b matches, and in the mode by heating, by drain rope 52b, the tobacco juice be positioned in the part of breather pipe 51 inside is atomized.Abutment sleeve 54 is sheathed on breather pipe 51, and the privileged site for breather pipe 51 provides structural support.Stay pipe 55 is embedded at the outlet side of breather pipe 51, for preventing the outlet side compressive deformation of breather pipe 51, and hinders the flowing of air in breather pipe 51 being loaded with smog.In addition, the undue extruding to liquid storage piece 60 when the existence of stay pipe 55 can also prevent outer bound pair electronic cigarette 1 from applying radial extruding force, and then the tobacco juice in liquid storage piece 60 can be avoided to be squeezed out in a large number.In addition, in other embodiments, can only have on a drain rope 52b in these two drain rope 52b heater element 53 is set.
Figure 26 shows the breather pipe 51c in some embodiments of the utility model, this breather pipe 51c conveniently the placing of drain rope 52, the position be positioned at above through hole 510 at breather pipe 51c is also provided with otch 512c, and this otch 512c is connected with through hole 510, and has certain width.This otch 512c can allow breather pipe 51 be pulled open certain angle by two parts that this otch 512c cuts, and drain rope 52 can laterally be put in this through hole 510, eliminates the trouble that perforation is installed, facilitates the installation of drain rope 52 to a great extent.This otch 512c can comprise the traverse sections 5121c that ecto-entad extends and the rip cutting section 5123c be connected with traverse sections 5121c in certain embodiments, and this rip cutting section 5123c extends in these two through holes 510.
Figure 27 shows the breather pipe 51d in some embodiments of the utility model, this breather pipe 51d conveniently the placing of drain rope 52, the position be positioned at above through hole 510 at breather pipe 51d is also provided with otch 512d, this otch 512d extends to through hole 510 by the upper surface of breather pipe 51d always, it can allow breather pipe 51d be pulled open certain angle by two parts that this otch 512d cuts, drain rope 52 is allowed laterally to put in this through hole 510, eliminate the trouble that perforation is installed, facilitate the installation of drain rope 52 to a great extent.
Figure 28 shows the breather pipe 51e in some embodiments of the utility model, this breather pipe 51e conveniently the placing of drain rope 52, the position be positioned at below through hole 510 at breather pipe 51e is also provided with otch 512e, this otch 512e extends to through hole 510 by the lower surface of breather pipe 51d always, it can allow breather pipe 51e be pulled open certain angle by two parts that this otch 512e cuts, drain rope 52 is allowed laterally to put in this through hole 510, eliminate the trouble that perforation is installed, facilitate the installation of drain rope 52 to a great extent.
It should be pointed out that for those skilled in the art, do not departing from several improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (15)
1. an atomizing component mount pad, for electronic cigarette, it is characterized in that, it comprises soft body for combining with the tubular housing inner wall face in electronic cigarette and the hard bearing for the atomizing component of installing electronic cigarette, be formed with first central through hole in the middle part of described soft body, described hard bearing is embedded in described first central through hole.
2. atomizing component mount pad according to claim 1, it is characterized in that, the side wall surface that described soft body comprises upper surface, the lower surface opposing with described upper surface and is connected with lower surface described upper surface, described first central through hole extends to described lower surface by described upper surface always;
Described hard bearing comprises the first Embedded Division, body, the second Embedded Division and the second central through hole; Described first Embedded Division and described second Embedded Division are connected to the upper and lower both sides of described body, and described second central through hole sequentially runs through described first Embedded Division, described body and described second Embedded Division; Described second Embedded Division is embedded into described first central through hole from described upper surface.
3. atomizing component mount pad according to claim 2, it is characterized in that, the side wall surface of described soft body is radially outward convexly equipped with several annular protrusions, each annular protrusion is all arranged in the circumference of described side wall surface, be formed with interval between adjacent annular projection, the maximum outside diameter of annular protrusion described in each is all greater than the internal diameter of described tubular shell; And/or,
The internal face of described first central through hole is formed with the spaced apart annular protrusion of at least twice, and described annular protrusion closely abuts mutually with the side wall surface of described second Embedded Division.
4. atomizing component mount pad according to claim 2, is characterized in that, the lower surface indent of described soft body is formed with several guide grooves, and guide groove described in several is radially uniformly distributed around described first central through hole; Guide groove described in each is by side wall surface lateral direction penetrating extremely described first central through hole of described soft body.
5. atomizing component mount pad according to claim 4, is characterized in that, the lower surface of described soft body also forms a ring-shaped step around described first central through hole indent, and the surface of this ring-shaped step flushes with the bottom surface of described guide groove;
Described second Embedded Division also comprises barb-like limiting section near end, and described limiting section is arranged along described second Embedded Division circumference, and its diameter is greater than the aperture of described first central through hole; Described limiting section barb is on the ring-shaped step of the lower surface of described soft body.
6. atomizing component mount pad according to claim 5, it is characterized in that, in the middle part of the end face of described second Embedded Division, indent forms groove, described groove is extended near the upper surface of described limiting section along the direction being parallel to described second Embedded Division axis by the end face of described second Embedded Division, and described groove runs through described second Embedded Division and described limiting section in the horizontal.
7. atomizing component mount pad according to claim 5, is characterized in that, the front end of described limiting section also comprises a taper guidance part, runs through described first central through hole to facilitate described limiting section.
8. atomizing component mount pad according to claim 4, is characterized in that, described lower surface also indent forms several for accommodating the storage tank of glue, and the guide groove described in several of storage tank one_to_one corresponding described in several intersects and arranges; The degree of depth of described storage tank is greater than the degree of depth of described guide groove.
9. atomizing component mount pad according to claim 8, is characterized in that, described soft body also comprises several slotted eyes, and the quantity of described slotted eye is equal with the quantity of described storage tank, and arranges with described storage tank one_to_one corresponding;
Described slotted eye is blind hole, and is extended by the bottom surface of described upper surface towards the described storage tank of correspondence, makes to form retaining wall between described slotted eye and corresponding described storage tank.
10. atomizing component mount pad according to claim 9, it is characterized in that, described slotted eye is column, the transitional pore section comprising the second less hole section of the first larger hole section of aperture, aperture and the first hole section is connected with the second hole section transition, the aperture of described second hole section is less than the aperture of described first hole section; Described retaining wall is formed between described second hole section and described storage tank.
11. atomizing component mount pads according to claim 2, it is characterized in that, described body comprises the first end face and second end face opposing with described first end face, the middle part indent of described first end face is formed with resettlement section, described first Embedded Division is erected at the bottom surface of described resettlement section, and described second Embedded Division is erected at the middle part of described second end face.
12. atomizing component mount pads according to claim 11, is characterized in that, described body also comprises between described first end face and described second end face and the first paragraph sequentially coaxially linked together, second segment and the 3rd section; A ring-shaped step is formed between described first paragraph and described second segment;
The middle part of the upper surface of described soft body has been recessed to form resettlement section downwards, and described 3rd section is embedded in the resettlement section of described soft body, and described second segment is closely connected on described upper surface.
13. atomizing component mount pads according to claim 11, it is characterized in that, described hard bearing also comprises a pair for being embedded at the locating dowel in described soft body, described locating dowel be connected to described second end face around described second central through hole circumferentially and lay respectively at the two opposite sides of described second Embedded Division; And/or,
Described hard bearing also comprises a pair perforation, described perforation be positioned at described second Embedded Division two opposite sides and be distributed in equably described second end face around described second central through hole circumferentially.
14. 1 kinds of electronic cigarettes, it is characterized in that, comprise tubular shell, cigarette holder lid, end cap, liquid storage piece, power supply module, atomizing component and the atomizing component mount pad described in any one of claim 1 to 13, described cigarette holder lid and described end cap are covered in the both ends of described tubular shell respectively; Described atomizing component mount pad, atomizing component, liquid storage piece and power supply module are all installed on the inside of described tubular shell, wherein, described atomizing component mount pad is arranged at the medium position in described tubular shell, described atomizing component is arranged on described atomizing component mount pad, and between described atomizing component mount pad and cigarette holder lid; It is peripheral that described liquid storage piece is arranged at described atomizing component, and described power supply module is arranged between described atomizing component mount pad and described end cap, and is electrically connected with described atomizing component.
15. electronic cigarettes according to claim 14, is characterized in that, described atomizing component comprises breather pipe, drain rope, heater element and abutment sleeve; The inlet end of described breather pipe is socketed on the hard bearing of described atomizing component mount pad, the outlet side of described breather pipe and the central through hole of described cigarette holder lid just right; The sidewall of described breather pipe offers two through holes be oppositely arranged and an otch be all connected with this two through holes, described drain rope is placed through in these two through holes, and described abutment sleeve is socketed on part corresponding with this otch on described breather pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420498008.0U CN204180934U (en) | 2014-08-29 | 2014-08-29 | Electronic cigarette and atomizing component mount pad thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420498008.0U CN204180934U (en) | 2014-08-29 | 2014-08-29 | Electronic cigarette and atomizing component mount pad thereof |
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| Publication Number | Publication Date |
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| CN204180934U true CN204180934U (en) | 2015-03-04 |
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| CN201420498008.0U Active CN204180934U (en) | 2014-08-29 | 2014-08-29 | Electronic cigarette and atomizing component mount pad thereof |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104207331A (en) * | 2014-08-29 | 2014-12-17 | 深圳市麦克韦尔科技有限公司 | Electronic cigarette and atomization component mounting base thereof |
| WO2016029468A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component thereof |
| WO2016029474A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔科技有限公司 | Electronic cigarette and atomizing component thereof |
| WO2016029470A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component thereof |
| WO2016029471A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component mounting base thereof |
| WO2016029475A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and assembly method therefor |
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2014
- 2014-08-29 CN CN201420498008.0U patent/CN204180934U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104207331A (en) * | 2014-08-29 | 2014-12-17 | 深圳市麦克韦尔科技有限公司 | Electronic cigarette and atomization component mounting base thereof |
| WO2016029468A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component thereof |
| WO2016029474A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔科技有限公司 | Electronic cigarette and atomizing component thereof |
| WO2016029470A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component thereof |
| WO2016029471A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component mounting base thereof |
| WO2016029475A1 (en) * | 2014-08-29 | 2016-03-03 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and assembly method therefor |
| CN104207331B (en) * | 2014-08-29 | 2016-11-30 | 深圳麦克韦尔股份有限公司 | Electronic cigarette and atomizing component mounting seat thereof |
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