CN203952430U - A kind of atomizing component and electronic cigarette - Google Patents

Abstract

The utility model discloses a kind of atomizing component and electronic cigarette, for being combined to form electronic cigarette with battery component, described atomizing component comprises atomizer and is detachably connected on the tobacco tar bottle of described atomizer one end, and described atomizer is provided with the exhaust opening for the smog of atomization is discharged away from one end of described tobacco tar bottle; Described atomizer comprises atomization cover, and described atomization cover inside is provided with heating wire assembly, and is plugged in the Oil Guide mechanism that carries out atomization for tobacco tar being flowed to described heating wire assembly in described tobacco tar bottle; Described heating wire assembly comprises the drain part that extends axially setting along described atomizer, and is wound in the heating wire on described drain part.Implement the beneficial effects of the utility model: the probability that can greatly reduce user and suck tobacco tar, be convenient to add tobacco tar, and can increase considerably the length that is wrapped in the heating wire on this drain part, thus improve amount of smoke, make user can suck enough smog.

Description

A kind of atomizing component and electronic cigarette

Technical field

The utility model relates to daily electronic product field, more particularly, relates to a kind of atomizing component and electronic cigarette.

Background technology

The structure of the atomizer of prior art is shown in Figure 1, as shown in Figure 1, the smog that this atomizer can be sucked for user with formation in order to atomization tobacco tar, concrete set-up mode is that atomization is overlapped 105 inside and is provided with breather pipe 102, and described breather pipe 102 outer peripheral are wrapped covers the oil storage cotton 101 being equipped with for storing tobacco tar.Described breather pipe 102 inside are provided with glass line 103, and described breather pipe 102 is passed at the two ends of described glass line 103, and inserts described oil storage cotton 101, and are wound around the heating wire 104 being provided with for atomization tobacco tar on described glass line 103.And the axial and described atomizer of this heating wire 104 is axial vertical, and by described breather pipe 102 and described glass line 103 so that the tobacco tar in described oil storage cotton 101 can be transmitted on described heating wire 104, so that described heating wire 104 atomization tobacco tar are to form smog.

The diameter of heating wire 104 is 0.08-0.13mm at present, wire diameter is less, less with glass line 103 contacts area, tobacco tar atomization temperature is 220 DEG C-300 DEG C, for making amount of smoke greatly to meet user's the demand of anapnometer, by the flow through electric current of heating wire 104 of increase, after making heating wire 104 energisings, temperature can reach 300 DEG C-600 DEG C, but this kind of mode easily makes oil storage cotton 101 burn, and affected the service life of electronic cigarette.In addition, also can realize by the length that increases this heating wire 104, but because electronic cigarette is mainly used in mould simulation cigarette, it is suitable with true cigarette that its size is preferably, so that user is acceptant, therefore the cross-sectional area of the breather pipe 102 in electronic cigarette and electronic cigarette is limited, the increasable limited length of heating wire 104, and then to make the amount of the atomization smog that described heating wire 104 can promote be also limited, thereby can not satisfy the demand.

In addition, the described oil storage cotton 101 as oil conservator of electronic cigarette is at present structure as a whole with atomising device, non-dismountable between the two, and the position of this oil conservator is near suction nozzle and be positioned at smoke path, tobacco juice in oil conservator is easily leaked in smoke path, make to be sucked by user without the tobacco juice of atomization, thereby affect user's experience effect.

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 and electronic cigarette.

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, described atomizing component comprises atomizer and is detachably connected on the tobacco tar bottle of described atomizer one end, and described atomizer is provided with the exhaust opening for the smog of atomization is discharged away from one end of described tobacco tar bottle; Described atomizer comprises atomization cover, and described atomization cover inside is provided with heating wire assembly, and is plugged in the Oil Guide mechanism that carries out atomization for tobacco tar being flowed to described heating wire assembly in described tobacco tar bottle; Described heating wire assembly comprises the drain part that extends axially setting along described atomizer, and is wound in the heating wire on described drain part.

In atomizing component described in the utility model, described Oil Guide mechanism comprises oil guide pipe, and installs the tobacco tar latch part of being made up of oil absorption material in described oil guide pipe, and the outer peripheral face of described tobacco tar latch part and the inner peripheral surface of described oil guide pipe fit; Described heating wire assembly is housed in described oil guide pipe, and one end of described drain part and described tobacco tar latch part connect;

One end of described oil guide pipe is inserted with the first electrode connecting parts for being electrically connected with described battery component; Described heating wire is electrically connected with described the first electrode connecting parts.

In atomizing component described in the utility model, described tobacco tar bottle is provided with bottleneck towards one end of described atomizer, described Oil Guide mechanism inserts in described tobacco tar bottle from described bottleneck, and the position that described oil guide pipe is corresponding with described bottleneck is arranged with the elastic sealing element for sealing tobacco tar.

In atomizing component described in the utility model, described tobacco tar latch part and described drain part are solid column construction, the axial line of described tobacco tar latch part overlaps with the axial line of described drain part or is parallel, and the cross-sectional area of described tobacco tar latch part is greater than the cross-sectional area of described drain part.

In atomizing component described in the utility model, described tobacco tar latch part is disposed with at least one deck nonwoven layer, cotton core layer and composite cotton fabric layer, and described drain part supports in described nonwoven layer.

In atomizing component described in the utility model, in described oil guide pipe, be arranged with one end and be plugged on the stationary pipes of being made by glass fibre in described the first electrode connecting parts, described heating wire assembly installs in described stationary pipes.

In atomizing component described in the utility model, described the first electrode connecting parts comprises the first electrode and the second electrode that are electrically connected with the two ends of described heating wire respectively, and is nested in the first dead ring for electrical isolation between described the first electrode and the second electrode.

In atomizing component described in the utility model, in one end of described atomization cover, be connected with the first connector for removably connecting with described battery component, described the first electrode connecting parts is arranged in described the first connector;

In the other end of described atomization cover, be also provided with the second connector for removably connecting with described tobacco tar bottle.

The utility model also provides a kind of electronic cigarette, comprise electronic cigarette body, described electronic cigarette body is provided with smoke absorbing end, battery component and atomizing component as described above, and described battery component is for being electrically connected and being used to described atomizing component power supply with described atomizing component; Described tobacco tar bottle is arranged at described electronic cigarette body one end away from described smoke absorbing end.

In electronic cigarette described in the utility model, in described electronic cigarette body, be formed with the smoke path for discharging for the smog of described heating wire assembly atomization tobacco tar formation that is communicated to described smoke absorbing end.

Implement atomizing component of the present utility model and electronic cigarette, there is following beneficial effect: first, by the axial placement along atomizer by the drain part in heating wire assembly, can increase considerably the length that is wrapped in the heating wire on this drain part, thereby raising amount of smoke, make user can suck enough smog, to meet the user's request that lung capacity is larger, improve user's experience; Secondly, by described tobacco tar bottle is set, and it is detachably arranged at described electronic cigarette body one end away from described smoke absorbing end, thereby be not only convenient to add tobacco tar, avoid in prior art being not easy to observe add tobacco tar in oil storage cotton time adding tobacco tar amount and easily tobacco tar being injected to the situation in smoke path, structure of the present utility model also makes the smoke path in electronic cigarette not pass tobacco tar bottle, can effectively prevent that tobacco tar from flowing in smoke path and avoiding smog to be subject to tobacco tar heat absorption and condensation, thereby avoid user to suck tobacco tar and experience lf being influenced effect; Finally, heating wire is realized respectively and being electrically connected of the first electrode and the second electrode by clamping, and needn't adopt the mode of the welding of prior art, can assemble this atomizer without complicated operation like this, thereby facilitate personnel to assemble, promote the efficiency of assembling, saved production cost, and the requirement of assembler has been reduced.

Brief description of the drawings

Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:

Fig. 1 is the structural profile schematic diagram of the electronic cigarette of prior art;

Fig. 2 is the structural representation of the atomizing component that provides of one of the utility model preferred embodiment;

Fig. 3 is the structural representation of a kind of embodiment of heating wire assembly, Oil Guide mechanism and first electrode connecting parts of atomizer shown in Fig. 2;

Fig. 4 is the structural representation of the another kind of embodiment of heating wire assembly, Oil Guide mechanism and first electrode connecting parts of atomizer shown in Fig. 2;

Fig. 5 is the explosive view of atomizer shown in Fig. 2;

Fig. 6 is the structural representation of the electronic cigarette that provides of one of the utility model preferred embodiment;

Fig. 7 is the structural representation of the another kind of electronic cigarette that provides of the utility model preferred embodiment.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.

As shown in Figure 2, the atomizing component that one of the utility model preferred embodiment provides, this atomizing component is for being combined to form electronic cigarette with battery component 4 (shown in Fig. 6), it mainly comprises atomizer 3 and is detachably connected on the tobacco tar bottle 2 of atomizer 3 one end, and atomizer 3 is provided with the exhaust opening for the smog of atomization is discharged away from one end of tobacco tar bottle 2; Atomizer 3 comprises atomization cover 30, and atomization is overlapped 30 inside and is provided with heating wire assembly 31, and is plugged in the Oil Guide mechanism 32 that carries out atomization for tobacco tar being flowed to heating wire assembly 31 in tobacco tar bottle 2; Heating wire assembly 31 comprises the drain part 311 (shown in Fig. 3) that extends axially setting along atomizer 3, and is wound in the heating wire 312 on drain part 311.

Further, in one end of atomization cover 30, be also provided with the first electrode connecting parts 34 being electrically connected with heating wire assembly 31, and one end is connected to the stationary pipes 33 in the first electrode connecting parts 34, heating wire assembly 31 installs in this stationary pipes 33, and drain part 311 is along the axial restraint of stationary pipes 33.

In conditional electronic cigarette, drain part 311 is radially fixing along stationary pipes 33, because the radical length of stationary pipes 33 is limited, make to be wound in the length limited of the heating wire 312 on drain part 311, and the axial length of stationary pipes 33 will be much larger than the radical length of stationary pipes 33, make the length of the drain part 311 axially arranging along stationary pipes 33 not limited, therefore the length that is wrapped in the heating wire 312 on this drain part 311 can be set according to actual needs, increase amount of smoke to meet the user's request that lung capacity is larger; In addition, because smog is discharged from one end away from tobacco tar bottle 2 of atomizer 3, and be provided with dismountable tobacco tar bottle 2, not only greatly reduced user and sucked the probability of tobacco tar, and be convenient to add tobacco tar.

The concrete structure of the atomizer 3 below in conjunction with the embodiment shown in Fig. 2 and Fig. 3 to this atomizing component is elaborated.

Atomizer 3 is stored in the tobacco juice of tobacco tar bottle 2 for atomization.One end of this atomizer 3 is removably connected on tobacco tar bottle 2, and the other end is for being removably connected with battery component 4.

As shown in Figure 2, atomizer 3 mainly comprises atomization cover 30, heating wire assembly 31, Oil Guide mechanism 32, stationary pipes 33, the first electrode connecting parts 34, the first connector 35, the second connector 36, elastic sealing element 37 and bottom 38.

Wherein, atomization cover 30 is roughly the cylinder-like structure of hollow, its both ends open, and tobacco tar bottle 2 is connected to one end of atomization cover 30, and battery component 4 can be connected to the other end of atomization cover 30.The air admission hole of atomizer 3 (on figure not label) can be opened on atomization cover 30, or is positioned at atomization cover 30 and closes on face with supporting of tobacco tar bottle 2.

Heating wire assembly 31 comprises drain part 311 and the heating wire 312 that is wound in drain part 311 outer surfaces, and heating wire assembly 31 is mainly used in the tobacco tar in tobacco tar bottle 2 to carry out atomization.In the present embodiment, drain part 311 installs vertically in stationary pipes 33, and the glass line made for glass material of drain part 311, and its characteristic and heat resistance with absorption tobacco tar is better, can prevent from better burning.Preferably, the diameter of this glass line is within the scope of 1～2.5mm, and certainly, described drain part 311 also can be made up of other material, in this no limit.

In order to improve amount of smoke, make user can suck enough smog, improve user's experience, can increase the contact area of heating wire 312 and drain part 311, heating wire 312 is pressed into the structure of sheet, or increase the diameter of heating wire 312, as to be set to diameter be 0.12～0.17mm, the nichrome wire of resistance within the scope of 1.5～4.5 Ω; Also can make the axial line of drain part 311 and the axis parallel of stationary pipes 33 or overlap, for making to improve yield, the ease of assembly of product and making the aerosolizable amount of smoke of heating wire assembly 31 large as much as possible, in the present embodiment, the axial line at these drain part 311 places overlaps with the axial line of described atomizer.

Oil Guide mechanism 32 is mainly used in that the tobacco tar in tobacco tar bottle 2 is flowed to heating wire assembly 31 and carries out atomization, one end of Oil Guide mechanism 32 is plugged in tobacco tar bottle 2 tobacco tar in tobacco tar bottle 2 for absorbing and storing, and tobacco tar is flowed to heating wire assembly 31 carries out atomization.

As shown in Figure 3, Oil Guide mechanism 32 comprises oil guide pipe 321, and install the tobacco tar latch part 322 of being made by oil absorption material in oil guide pipe 321, one end of oil guide pipe 321 is plugged in tobacco tar bottle 2, the other end and the first electrode connecting parts 34 connect, tobacco tar latch part 322 is fixed in oil guide pipe 321 one end near tobacco tar bottle 2, and the outer peripheral face of tobacco tar latch part 322 and the inner peripheral surface of oil guide pipe 321 fit.Oil guide pipe 321 contains heating wire assembly 31 in the one end away from tobacco tar bottle 2, and one end of the drain part 311 of heating wire assembly 31 and tobacco tar latch part 322 connect.

Concrete, tobacco tar latch part 322 and drain part 311 are solid column construction coaxial setting, and the cross-sectional area of tobacco tar latch part 322 is greater than the cross-sectional area of drain part 311, make the stepped structure of tobacco tar transport path, this kind of structure can make the oil suction state of tobacco tar latch part 322 substantially for the oil suction state of saturation state drain part 311 is moderate state substantially, thereby ensure that drain part 311 can obtain required tobacco tar from described tobacco tar latch part 322 at any time, not only can further improve preferably amount of smoke, prevent 31 dry combustion methods of heating wire assembly, and can prevent that the tobacco tar in described tobacco tar bottle 2 from leaking, ensure that atomizer 3 can produce stable amount of smoke.In the present embodiment, the axial line of described tobacco tar latch part 322 overlaps with the axial line of described drain part 311, can certainly for parallel or both form certain angle etc., in this no limit.

In the present embodiment, tobacco tar latch part 322 is disposed with layer of non-woven fabric layer 323, cotton core layer 324 and composite cotton fabric layer 325, and drain part 311 butts are to nonwoven layer 323.The tobacco tar latch part 322 of making compared to single material, it is better that the material of multiple different oil absorptions combines the tobacco tar adsorption effect of tobacco tar latch part 322 of composition mutually, the heating wire 312 that can better tobacco tar be flowed to heating wire assembly 31 carries out atomization, improves amount of smoke.In addition, because the oil absorption of cotton core layer 324 and composite cotton fabric layer 325 is large, by a nonwoven layer 323 is set on cotton core layer 324, can play to tobacco tar the effect of buffering, avoid a large amount of tobacco tar to flow into one end of drain parts 311 and cause the phenomenon of leakage of oil.

In other embodiments, can also increase the quantity of nonwoven layer 323, or between cotton core layer 324 and composite cotton fabric layer 325, at least one deck nonwoven layer 323 is set, better to prevent leakage of oil.As shown in Figure 4, tobacco tar latch part 322 is disposed with two-layer nonwoven layer 323, cotton core layer 324, two-layer nonwoven layer 323 and composite cotton fabric layer 325.Be understandable that, the present embodiment does not limit the concrete structure of tobacco tar latch part 322, as long as it is made up of oil absorption material and has oil suction to carry the effect of tobacco tar.

Stationary pipes 33 is roughly cylinder-like structure, and it is fiberglass tubes of being made up of glass material, and it is better that this fiberglass tubes has characteristic and the heat resistance of absorption tobacco tar, can prevent from better burning.One end of stationary pipes 33 is plugged in the first electrode connecting parts 34, and stationary pipes 33 is embedded in oil guide pipe 321 one end away from tobacco tar bottle 2.Further, heating wire assembly 31 is housed in stationary pipes 33, and drain part 311 is along the axial setting of stationary pipes 33, and the two ends that are wrapped in the heating wire 312 outside drain part 311 are electrically connected with the first electrode connecting parts 34 through stationary pipes 33 respectively.

Preferably, in order to make the better atomization tobacco tar of heating wire 312, ensure that atomizer 3 generates stable amount of smoke, the length that drain part 311 stretches out stationary pipes 33 near one end of tobacco tar latch part 322 is 1～10mm, heating wire 312 is 0～5mm near the distance of one end of tobacco tar latch part 322 and the tail end of stationary pipes 33 (being stationary pipes 33 one end near tobacco tar latch part 322), and drain part 311 is 0～3mm near the gap between one end and the nonwoven layer 323 of tobacco tar latch part 322.

Concrete, in the present embodiment, on the perisporium of stationary pipes 33, offer at least two perforation that wear for heating wire 312 (on figure not label), one end of heating wire 312 is electrically connected with the first electrode 341 of the first electrode connecting parts 34 through this perforation, and the other end is electrically connected through the bottom of stationary pipes 33 and the second electrode 342 of the first electrode connecting parts 34.

Further, the perforation on stationary pipes 33 perisporiums also can supply airflow, in the present embodiment, air-flow air admission hole and this perforation from atomization cover 30 enters in stationary pipes 33, make airflow without tobacco tar bottle 2, can effectively prevent that tobacco juice from leaking, and avoids user to suck tobacco tar.

The first electrode connecting parts 34 is positioned at atomization cover 30 one end away from tobacco tar bottle 2, and it is mainly used in being electrically connected with battery component 4 and heating wire assembly 31 respectively, and provides working power for heating wire assembly 31.In the present embodiment, the first electrode connecting parts 34 comprises the first electrode 341, the second electrode 342, and is nested in the first dead ring 340 for electrical isolation between the first electrode 341 and the second electrode 342.

Concrete, in the present embodiment, the first dead ring 340 comprises and is nested in respectively dead ring 343 and first time dead ring 344 on first between the first electrode 341 and the second electrode 342.As shown in Figure 3, one end of heating wire 312 is clamped between the inner peripheral surface of first time dead ring 344 and the outer peripheral face of the second electrode 342, and the other end is clamped between the outer peripheral face of first time dead ring 344 and the inner peripheral surface of the first electrode 341.

Be in concrete assembling process, only the two ends of heating wire 312 need be extended and be inserted into respectively between first time dead ring 344 and the second electrode 342 between first time dead ring and the first electrode 341, and needn't adopt the mode of the welding of prior art, can assemble this atomizer 3 without complicated operation like this, thereby facilitate personnel to assemble, promote the efficiency of assembling, saved production cost, and the requirement of assembler has been reduced.Realizing the first electrode connecting parts 34 by clamping powers for heating wire assembly 31, not only easy to assembly, can also improve the stability being electrically connected between the first electrode connecting parts 34 and heating wire assembly 31, while avoiding welding, rosin joint occur and cause atomizer 3 normally to work.

Further, the second electrode 342 is penetrated with the passage that is connected with stationary pipes 33 (on figure not label) vertically, this passage is the exhaust opening of atomizer 3, the smog that heating wire assembly 31 produces is discharged by this exhaust opening, and the circulating direction of smog is direction shown in arrow in Fig. 3.Because airflow is not through tobacco tar bottle 2, can effectively prevent that tobacco juice from leaking, and avoids user to suck tobacco tar.

In the present embodiment, the first electrode 341 and the second electrode 342 are electric connection structure common in prior art, do not repeat them here.

The first connector 35 is connected in atomization cover 30 one end away from tobacco tar bottle 2, and it is mainly used in being connected with battery component 4 is dismountable, also the first electrode connecting parts 34 is fixed simultaneously, and the first electrode connecting parts 34 is fixed in the first connector 35.In the present embodiment, the first connector 35 is external thread structure, if take other structure that removably connects, the first connector 35 also can arrange other syndeton, such as in engagement connection, there is flexible engaging shell fragment etc., only describe to be threaded to example in the present embodiment, be threaded but be not limited to use.

The second connector 36 is connected in atomization cover 30 one end near tobacco tar bottle 2, and it is mainly used in being connected with tobacco tar bottle 2 is dismountable, and in the present embodiment, the second connector 36 is also external thread structure, but is not limited to screw connection structure.

Elastic sealing element 37, between tobacco tar bottle 2 and oil guide pipe 321, for realizing the sealing between atomizer 3 and tobacco tar bottle 2, avoids tobacco tar to reveal.Concrete, tobacco tar bottle 2 is provided with bottleneck towards one end of atomizer 3, and Oil Guide mechanism 32 inserts in tobacco tar bottle 2 from this bottleneck, and elastic sealing element 37 is set in oil guide pipe 321 and this bottleneck opposite position place, in order to seal tobacco tar.

Bottom 38 is fixed on oil guide pipe 321 and is inserted in the one end in tobacco tar bottle 2, and it offers through hole for tobacco tar circulation (on figure not label) vertically.Bottom 38 is mainly used in sealing oil guide pipe 321, avoids one end landing from oil guide pipe 321 of tobacco tar latch part 322 in oil guide pipe 321, thereby affects the oil suction effect of tobacco tar buffer memory part 322.

Be understandable that, in the present embodiment, the structure of atomizer 3 is set-up mode preferably, but be not limited only to above-mentioned set-up mode, as long as the drain part 311 of heating wire assembly 31, along the axial setting of atomizer 3, can increase the length of the heating wire 312 being wound on drain part 311.

The concrete structure of the tobacco tar bottle 2 below in conjunction with the embodiment shown in Fig. 2 to this atomizing component is elaborated.

Known as shown in Figure 2, tobacco tar bottle 2 is provided with the bottleneck inserting for Oil Guide mechanism 32 towards one end of atomizer 3, and tobacco tar bottle 2 inside are provided with sealing container cavity, and this container cavity inner sealing stores tobacco tar.In order to make user can grasp the surplus of tobacco tar bottle 2 inner tobacco tar, can adopt light transmission container to make in this tobacco tar bottle 2, adopt transparent or semitransparent tobacco tar bottle to make, described this tobacco tar bottle 2 preferably adopts transparent material to make, be the residue tobacco tar amount that user can grasp at any time by transparent tobacco tar bottle 2 electronic cigarette, be convenient to user and change in time tobacco tar bottle 2.

Preferably, described tobacco tar bottle 2 can be vial.Because glass material character is more stable, avoid affecting tobacco tar taste because there is the situations such as chemical reaction.

Preferably, on the periphery wall of the tobacco tar bottle 2 that this glass is made, be provided with scale, thereby make user can estimate the duration that residue tobacco tar amount can Gong suck, be user-friendly to.

Further, outside described tobacco tar bottle 2, be arranged with protective sleeve (not shown), to avoid the tobacco tar bottle 2 of described glass material because falling broken situation.

Preferably, on described protective sleeve, be provided with tobacco tar observation window (not shown), so that user observes tobacco tar bottle 2 interior remaining tobacco tar amounts by this observation window.

While assembling above-mentioned atomizer, first atomizer 3 and tobacco tar bottle 2 are assembled respectively, then atomizer 3 is fixedly mounted in tobacco tar bottle 2.

As shown in Figure 6, the utility model also provides a kind of electronic cigarette, this electronic cigarette comprises electronic cigarette body, electronic cigarette body is provided with smoke absorbing end 1, for atomizing cigarette oil atomization assembly, and the battery component 4 being electrically connected with atomizing component and be used to atomizing component power supply, this atomizing component is atomizing component described above; Concrete, atomizing component comprises atomizer 3, and is detachably connected on the tobacco tar bottle 2 of atomizer 3 one end, and tobacco tar bottle 2 is arranged at electronic cigarette body one end away from smoke absorbing end 1, and atomizer 3 is between battery component 4 and tobacco tar bottle 2.

Further, in electronic cigarette body, be formed with the smoke path 5 of the smog discharge forming for the filament assembly 31 atomization tobacco tar of powering that is communicated to smoke absorbing end 1.

In the present embodiment, tobacco tar bottle 2 is arranged at one end away from smoke absorbing end 1 on electronic cigarette body 1, adopt the advantage of this kind of set-up mode to be, the smog of discharging after described atomizer 3 atomization tobacco tar is not through tobacco tar bottle 2, thereby smog is not subject to tobacco tar heat absorption, avoid in prior art smog because being subject to the situation of tobacco tar heat absorption condensation.Atomizer 3 is arranged on one end away from smoke absorbing end 1 of battery component 4, be atomizer 3 position from the position in user oral cavity away from, the heat producing can make atomizer 3 atomization tobacco tar time can not scalded user, effectively promote the use safety of electronic cigarette, and in user's smoking process, can be clamped in battery component 4 places and carry out smoking, and the atomizer 3 generating heat without clamping, make user's hand in the time that the electronic cigarette that uses the present embodiment to provide carries out smoking there will not be the situation of scald, effectively simulate the temperature of real cigarette, promote the experience in user's smoking process.

In addition, atomizer 3 coaxially arranges with battery component 4, and atomizer 3 is between battery component 4 and tobacco tar bottle 2, also be atomizer 3 from the position of smoke absorbing end away from, and user is while adopting electronic cigarette that the present embodiment provides to carry out smoking, the position in the positional distance user oral cavity of atomizer 3 is far away, and the heat producing can make atomizer 3 atomization tobacco juice time can not scalded user, has effectively promoted the use safety of described electronic cigarette.And, in user's smoking process, can naturally clamp battery component 4 and carry out smoking, and the atomizer 3 generating heat without clamping, make user's hand in the time that the electronic cigarette that uses the present embodiment to provide carries out smoking there will not be the situation of scald, effectively simulate the temperature of real cigarette, promoted the experience in user's smoking process.

Below in conjunction with the embodiment shown in Fig. 6, the concrete structure of this battery component 4 is elaborated.

As shown in Figure 6, battery component 4 is between smoke absorbing end 1 and atomizer, and it mainly comprises battery case 40, battery 41, battery carrier 42, the 3rd connector 43, the second electrode connecting parts, control module and pneumatic sensor (on figure all not label).

Wherein, battery case 40 is roughly the cylinder-like structure of hollow, smoke absorbing end 1 shown in Fig. 6 can extend integrated formation by the end of this battery case 40, the suction nozzle of smoke absorbing end 1 also can be connected with battery case 40 is dismountable, and smoke absorbing end 1 is not construed as limiting in the present embodiment with the concrete connected mode of battery case 40.In the present embodiment, suction nozzle is connected with battery case 40 is dismountable, and dismountable suction nozzle can make user change at any time suction nozzle or clean suction nozzle, not only can avoid sucking the tobacco tar in suction nozzle, also can better clear up the tobacco tar in battery component 4.

Battery 41 installs in battery case 40, and provides work required power supply for the heating wire assembly 31 of atomizer.

Battery carrier 42 is roughly cylinder-like structure, battery carrier 42 is mainly used in self-contained battery 41, on it, offer spatial accommodation for self-contained battery 41 (on figure not label), battery carrier 42 is fixedly nested in battery case 40, and along the axial setting of battery case 40.In addition, battery carrier 42 inside offer the passage to the circulation of a confession smog running through vertically, and this passage is a part for smoke path 5.

The 3rd connector 43 is connected to battery case 40 one end near atomizer, makes that battery case 40 and atomizer are dismountable to be connected by the 3rd connector 43.In the present embodiment, the 3rd connector 43 is the female thread structure suitable with the first connector 35.If take other structure that removably connects, the 3rd connector 43 also can arrange other syndeton, such as, in engagement connection, have flexible engaging shell fragment etc., only describes to be threaded to example in the present embodiment, is threaded but be not limited to use.

The second electrode connecting parts is electrically connected respectively with two electrodes of battery 41, and is fixed on battery carrier 42 one end near atomizer, and it is mainly used in being electrically connected to atomizer.In the present embodiment, the second electrode connecting parts is electric connection structure common in prior art, does not repeat them here.

Pneumatic sensor is positioned at the side of battery case 40 near smoke absorbing end 1, and it is mainly for detection of airflow signal production burst signal.In the present embodiment, because of pneumatic sensor from smoke absorbing end 1 position close to, the sensitivity of pneumatic sensor induction user smoking action is improved, to facilitate the more efficiently use electronic cigarette of user.

Control module is fixed on the side of battery case 40 near smoke absorbing end 1, and is electrically connected with pneumatic sensor and battery 41 respectively.Control module is mainly used in receiving signal that pneumatic sensor sends and according to the duty of the signal controlling atomizer receiving.

Be understandable that, in the present embodiment, battery component 4 is mainly used in as atomizer provides work required power supply, and it mainly comprises battery case 40, battery 41, battery carrier 42, the 3rd connector 43, the second electrode connecting parts, control module and pneumatic sensor.The present embodiment is not construed as limiting the concrete structure of battery component 4, as long as it can provide work required power supply for atomizer.

Below in conjunction with the embodiment shown in Fig. 6, the concrete structure of this smoke path 5 is elaborated.

As shown in Figure 6, smoke path 5 be mainly used in the circulating tobacco tar of atomization, it axially offers and is communicated to smoke absorbing end 1 along electronic cigarette body, and the smog that atomizer 3 produces is sucked by user successively from exhaust opening after the passage in battery carrier 42 and smoke absorbing end 1.

In addition, on electronic cigarette body, be also provided with the air admission hole that is conducted with smoke path 5 (on figure not label), the set-up mode of this air admission hole can be two kinds, what need were clear and definite is, the set-up mode of the present embodiment to air admission hole is also not construed as limiting, as long as the air admission hole that is arranged on electronic cigarette body is by smoke path 5 and smoke absorbing end 1 conducting.

The first set-up mode is: air admission hole can be arranged on supporting of atomizer 3 and tobacco tar bottle 2 and close on face; Its concrete set-up mode is to close projection or fin portion are set on face supporting of atomizer 3 and tobacco tar bottle 2, make to form between atomizer 3 after being threaded and tobacco tar bottle 2 air admission hole that can flow into for air so that air flows in smoke path 5 after by this air admission hole.

The second set-up mode is: air admission hole is opened on the outer wall of atomizer 3, and air flows in smoke path 5 after by this air admission hole.Need be clear and definite, particular location and the quantity of this air admission hole are all not construed as limiting.

While assembling above-mentioned electronic cigarette, first atomizer 3, battery component 4 and tobacco tar bottle 2 are assembled respectively, again atomizer 3 is fixedly mounted in tobacco tar bottle 2, finally the atomizer 3, battery component 4 and the smoke absorbing end 1 that are connected with tobacco tar bottle 2 are connected successively, and after having assembled, the first connecting electrode connector 34 of atomizer is electrically connected with the second connecting electrode connector of battery component 4.

In sum, use the electronic cigarette that as above embodiment provides, there is following beneficial effect:

(1) by the axial placement along atomizer by the drain part in heating wire assembly, can increase the length that is wrapped in the heating wire on this drain part, thereby raising amount of smoke, make user can suck enough smog, to meet the user's request that lung capacity is larger, improve user's experience.

(2) smoke path in described electronic cigarette, not through tobacco tar bottle, can effectively prevent that tobacco tar from flowing in smoke path and avoiding smog to be subject to tobacco tar heat absorption and condensation, thereby avoid user to suck tobacco tar and experience lf being influenced effect.

(3) heating wire is realized respectively and being electrically connected of the first electrode and the second electrode by clamping, and needn't adopt the mode of the welding of prior art, can assemble this atomizer without complicated operation like this, thereby facilitate personnel to assemble, promote the efficiency of assembling, save production cost, and the requirement of assembler is reduced.

(4) atomizer in described electronic cigarette is removably disposed in tobacco tar bottle, in the time that atomizer damages, facilitates user to change this atomizer; And facilitate user to add tobacco tar or change tobacco tar bottle in tobacco tar bottle.

(5) because tobacco tar bottle is arranged on one end away from smoke absorbing end on electronic cigarette body, therefore far away apart from smoke absorbing end for storing the tobacco tar bottle of tobacco tar, when user uses electronic cigarette, can avoid user to suck tobacco tar, thus experience lf being influenced effect.

(6) adopt battery component is arranged between tobacco tar bottle and suction nozzle end, atomizer is arranged on again between battery bar assembly and tobacco tar bottle, make atomizer from the position of smoke absorbing end away from, while sucking electronic cigarette, the position in the positional distance user oral cavity of atomizer is far away, the heat producing can make atomizer atomization tobacco tar time can not scalded user, has effectively promoted the use safety of described electronic cigarette.And while using electronic cigarette, user, without the atomizer of clamping heating, makes user's hand in the time using described electronic cigarette to carry out smoking there will not be the situation of scald, has effectively simulated the temperature of real cigarette, promotes the experience in user's smoking process.

(7) because tobacco tar bottle is arranged on the one end away from suction nozzle, therefore tobacco tar bottle is not subject to the clamping of external force conventionally, makes tobacco tar bottle export balanced tobacco tar amount to atomizer, thereby effectively raises the stability of the smog of generation.

(8) smoke absorbing end in described electronic cigarette is removably connected on battery component, cleans thereby facilitate user to dismantle this smoke absorbing end.

As shown in Figure 7, the structural representation of the another kind of embodiment of the utility model electronic cigarette, the structural similarity of itself and above-described embodiment, the something in common of itself and above-described embodiment electronic cigarette is: include electronic cigarette body, described electronic cigarette body is provided with smoke absorbing end 1, atomizer 3, battery component 4 and is detachably connected on the tobacco tar bottle 2 of atomizer 3 one end, and described tobacco tar bottle 2 is arranged at one end away from smoke absorbing end 1 of described electronic cigarette body; Described atomizer 3 is provided with the exhaust opening for the smog of atomization is discharged away from one end of tobacco tar bottle 2; Atomizer 3 comprises atomization cover 30, and atomization is overlapped 30 inside and is provided with heating wire assembly 31, and is plugged in the Oil Guide mechanism 32 that carries out atomization for tobacco tar being flowed to heating wire assembly 31 in tobacco tar bottle 2; Heating wire assembly 31 comprises the drain part 311 along the axial setting of atomizer 3, and is wound in the heating wire 312 on drain part 311; In one end of described atomization cover 30, be provided with the first electrode connecting parts 34 being electrically connected with heating wire assembly 31, and one end is connected to the stationary pipes 33 in the first electrode connecting parts 34, heating wire assembly 31 installs in this stationary pipes 33, and drain part 311 is along the axial restraint of stationary pipes 33; Described battery component 4 is provided with battery carrier 42 and is positioned at the battery 41 of described battery carrier 42.

The electronic cigarette main difference part of the present embodiment and embodiment described above is: the battery component 4 of the present embodiment and atomizing component are for being set up in parallel, the atomization cover 30 of described atomizing component is formed in one with battery carrier 42, described atomization cover 30 is outside equipped with can sliding axially and being coated on the over cap 390 in described tobacco tar bottle 2 outsides along described electronic cigarette body, in described atomization cover 30, be provided with the second electrode connecting parts 391 being electrically connected with described the first electrode connecting parts 34 and battery 41, on the side of described battery component 4, be provided with described the first electrode connecting parts 34 and battery 41 is electrically connected and the key switch 44 of powering for described heating wire 312 in order to control described battery 41.

Because the drain part of heating wire assembly in the electronic cigarette of the present embodiment is removably disposed in one end away from described smoke absorbing end of described electronic cigarette body along axial placement and the described tobacco tar bottle 2 of atomizer, thereby also possesses the corresponding beneficial effect of above-described embodiment.In addition, due to the battery component 4 of the electronic cigarette of the present embodiment with atomizing component for being set up in parallel, thereby its length is shorter, is easy to carry, and can protect better described tobacco tar bottle 2 by described over cap 390.

Although the utility model describes by specific embodiment, it will be appreciated by those skilled in the art that, in the situation that not departing from the utility model scope, can also carry out various conversion and be equal to alternative the utility model.In addition, for particular condition or material, can make various amendments 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 that fall within the scope of the utility model claim.

Claims (10)

1. an atomizing component, for being combined to form electronic cigarette with battery component (4), it is characterized in that, described atomizing component comprises atomizer (3) and is detachably connected on the tobacco tar bottle (2) of described atomizer (3) one end, and described atomizer (3) is provided with the exhaust opening for the smog of atomization is discharged away from one end of described tobacco tar bottle (2); Described atomizer (3) comprises atomization cover (30), described atomization cover (30) inside is provided with heating wire assembly (31), and is plugged in the Oil Guide mechanism (32) that carries out atomization for tobacco tar being flowed to described heating wire assembly (31) in described tobacco tar bottle (2); Described heating wire assembly (31) comprises the drain part (311) that extends axially setting along described atomizer (3), and is wound in the heating wire (312) on described drain part (311).

2. atomizing component according to claim 1, it is characterized in that, described Oil Guide mechanism (32) comprises oil guide pipe (321), and installing the tobacco tar latch part (322) of being made by oil absorption material in described oil guide pipe (321), the inner peripheral surface of the outer peripheral face of described tobacco tar latch part (322) and described oil guide pipe (321) fits; Described heating wire assembly (31) is housed in described oil guide pipe (321), and one end of described drain part (311) and described tobacco tar latch part (322) connect;

One end of described oil guide pipe (321) is inserted with the first electrode connecting parts (34) for being electrically connected with described battery component (4); Described heating wire (312) is electrically connected with described the first electrode connecting parts (34).

3. atomizing component according to claim 2, it is characterized in that, described tobacco tar bottle (2) is provided with bottleneck towards one end of described atomizer (3), described Oil Guide mechanism (32) inserts in described tobacco tar bottle (2) from described bottleneck, and described oil guide pipe (321) position corresponding with described bottleneck is arranged with the elastic sealing element (37) for sealing tobacco tar.

4. atomizing component according to claim 2, it is characterized in that, described tobacco tar latch part (322) and described drain part (311) are solid column construction, the axial line of described tobacco tar latch part (322) overlaps with the axial line of described drain part (311) or is parallel, and the cross-sectional area of described tobacco tar latch part (322) is greater than the cross-sectional area of described drain part (311).

5. atomizing component according to claim 2, it is characterized in that, described tobacco tar latch part (322) is disposed with at least one deck nonwoven layer (323), cotton core layer (324) and composite cotton fabric layer (325), and described drain part (311) supports in described nonwoven layer (323).

6. atomizing component according to claim 2, it is characterized in that, in described oil guide pipe (321), be arranged with one end and be plugged on the stationary pipes of being made up of glass fibre (33) in described the first electrode connecting parts (34), described heating wire assembly (31) installs in described stationary pipes (33).

7. atomizing component according to claim 6, it is characterized in that, described the first electrode connecting parts (34) comprises the first electrode (341) and the second electrode (342) that are electrically connected with the two ends of described heating wire (312) respectively, and is nested in the first dead ring (340) for electrical isolation between described the first electrode (341) and the second electrode (342).

8. atomizing component according to claim 6, it is characterized in that, in one end of described atomization cover (30), be connected with the first connector (35) for removably connecting with described battery component (4), described the first electrode connecting parts (34) is arranged in described the first connector (35);

In the other end of described atomization cover (30), be also provided with the second connector (36) for removably connecting with described tobacco tar bottle (2).

9. an electronic cigarette, it is characterized in that, comprise electronic cigarette body, described electronic cigarette body is provided with smoke absorbing end (1), battery component (4) and as arbitrary in claim 1 to 8 as described in atomizing component, described battery component (4) is for being electrically connected and being used to the power supply of described atomizing component with described atomizing component; Described tobacco tar bottle (2) is arranged at described electronic cigarette body one end away from described smoke absorbing end (1).

10. electronic cigarette according to claim 9, it is characterized in that, in described electronic cigarette body, be formed with the smoke path (5) for discharging for the smog of described heating wire assembly (31) atomization tobacco tar formation that is communicated to described smoke absorbing end (1).