CN205865969U - Atomization component - Google Patents
Atomization component Download PDFInfo
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- CN205865969U CN205865969U CN201620384275.4U CN201620384275U CN205865969U CN 205865969 U CN205865969 U CN 205865969U CN 201620384275 U CN201620384275 U CN 201620384275U CN 205865969 U CN205865969 U CN 205865969U
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- electrode
- atomization core
- assembly
- core assembly
- electrode assemblie
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Abstract
The utility model discloses an atomization component, atomization component includes oil storage subassembly, atomizing core subassembly and coupling assembling, be provided with the oil storage chamber in the oil storage subassembly, be provided with the inlet port on the lateral wall of atomizing core subassembly, be provided with in the oil storage subassembly and keep off the oil piece, work as during atomization component normal use, keep off oil with the inlet port staggers, coupling assembling is provided with an electrode subassembly, atomizing core subassembly is provided with the 2nd electrode subassembly. The activity of atomizing core subassembly sets up in the atomization component to the messenger works as under the exogenic action the motion of atomizing core subassembly extremely it covers to keep off the oil piece the inlet port is in order to prevent the tobacco tar of oil storage intracavity gets into in the time of in the atomizing core subassembly, an electrode subassembly with the 2nd electrode subassembly removes the connection, and the disconnection an electrode subassembly with circuit return circuit between the 2nd electrode subassembly. The utility model discloses can prevent that the tobacco tar from revealing and children's mistake is inhaled.
Description
Technical field
This utility model relates to electronic cigarette technical field, particularly relates to a kind of atomizing component.
Background technology
The atomizing component that prior art is provided is for combining with battery component to form electronic cigarette, and described atomizing component
Ree-oil can be atomized to form smog in the case of described battery component is powered.
Existing atomizing component generally includes oil storage set, is atomized core assembly, is positioned at described oil storage set and described atomization core group
Between part, for storing the shoe cream room of ree-oil, described atomization core assembly includes glass line, and winding is arranged on described glass
Heating wire on line, described glass line two ends are plugged in described shoe cream room, so that the ree-oil in described shoe cream room can be via
Described glass line is conducted to described heating wire, so that described heating wire is atomized ree-oil to be formed in the case of battery component is powered
Smog, smog can be sent to component suction nozzle along the guiding of breather, so that user is by described component suction nozzle fume extraction.
When the electronic cigarette being provided with atomizing component is in the state not used or is in travel position, because of described glass line
Directly contact with the ree-oil in described shoe cream room, then, in the case of electronic cigarette is in and rocks, be positioned at the cigarette of described shoe cream room
Oil pole easily infiltrates in the described breather within described atomization core assembly, then user is when using electronic cigarette, will suck
To ree-oil.And electronic cigarette is being deposited and during transport, can be because air pressure, the change of temperature, cause being positioned at described
There is the phenomenon of leakage in ree-oil in shoe cream room, thus reduces the service life of electronic cigarette.And what prior art was provided
There is the possibility of maloperation in electronic cigarette, heating wire work described in easy false triggering, thus bring ree-oil and electricity need not
The waste wanted, it is often more important that, easily make child may miss electrophilic cigarette when playing thus suck smog, cause peace
Full hidden danger.
Utility model content
This utility model is for defect present in prior art, it is provided that one is prevented from ree-oil and reveals and child inhales by mistake
Atomizing component.
The utility model discloses a kind of atomizing component, for forming electronic cigarette, alternatively, institute with battery component combination
State atomizing component include the oil storage assembly for storing ree-oil, in being atomized described oil storage assembly cigarette oil atomization core assembly and
The shoe cream room for storing ree-oil, institute it is provided with in the connection assembly being connected with described battery component, described oil storage assembly
State atomization core assembly and described oil storage assembly and the described assembly that is connected be connected, the sidewall of described atomization core assembly is provided with for
The fuel feed hole being atomized for described atomization core assembly in ree-oil in described shoe cream room is imported described atomization chamber, described oil storage group
The gear oil part arranged with described fuel feed hole location matches it is provided with in part, when described atomizing component normally uses, described gear oil
Part staggers with described fuel feed hole, and described connection assembly is provided with for electrically connecting with described atomization core assembly and described battery component
The first electrode assemblie；
Described atomization core assembly be provided with for electrically connect with described first electrode assemblie and location matches arrange second
Electrode assemblie, when described atomizing component normally uses, described second electrode assemblie supports on described first electrode assemblie, institute
State atomization core assembly to be electrically connected with described first electrode assemblie by described second electrode assemblie, to obtain described battery component
Electric energy, described atomization core assembly is movably arranged in described atomizing component, and makes under external force when described atomization core assembly
Move to described gear oil part and cover described fuel feed hole, to stop the ree-oil in described shoe cream room to enter in described atomization core assembly
Time, described first electrode assemblie releases with described second electrode assemblie and is connected, and disconnects described first electrode assemblie and described the
Circuit loop between two electrode assemblies.
Alternatively, it is provided with between described oil storage assembly and described atomization core assembly for applying to described atomization core assembly
Towards the power in described connection assembly direction, so that described second electrode assemblie supports the force machine on described first electrode assemblie
Structure.
Alternatively, described force application mechanism is the elastic component being set on described atomization core assembly outer peripheral face, described elastic component
One end support on described oil storage assembly, the other end of described elastic component supports on described atomization core assembly.
Alternatively, described elastic component is spring or silica gel sheath.
Alternatively, described atomization core assembly is set in described oil storage assembly actively, and described atomization core assembly is with described
Being formed with described shoe cream room between oil storage assembly, described second electrode assemblie is positioned at one end of described atomization core assembly and with described
First electrode assemblie abuts actively, and described atomization core assembly deviates from one end of described connection assembly and extends to described oil storage assembly
Outward, so that external force can deviate from the described atomization core assembly of one end effect of described connection assembly by described atomization core assembly, and
Atomization core assembly is made to move.
Alternatively, described first electrode assemblie includes the first electrode being positioned at the end, one end of described connection assembly, institute
Stating the second electrode assemblie and include being positioned at the second electrode of described atomization core assembly end, the end of described first electrode supports
On the end of described second electrode, described atomization core assembly is plugged in described oil storage assembly and can the most described oil storage assembly
Rotate, under external force, wrong to the end of described first electrode and the end of described second electrode when rotating described atomization core
When opening, the circuit loop between described first electrode assemblie and described second electrode assemblie disconnects.
Alternatively, described first electrode assemblie includes the first electrode of tubular, and the sidewall of described first electrode is provided with
The first electrical connection section arranged along the horizontal expansion of described first electrode；Be provided with in described atomization core assembly ree-oil adsorption piece and
The heating wire for the ree-oil being atomized on described ree-oil adsorption piece, described second electrode assemblie bag is contacted with described ree-oil adsorption piece
Include the second electrode of tubular and be set in the interior electrode in described second electrode, the two ends of described heating wire respectively with described interior electricity
Pole and described second electrode electrical connection, the end face of described second electrode is provided with the of the longitudinal extension along described second electrode
Two electrical connection sections, described second electrical connection section supports on described first electrical connection section, under external force, when rotating described mist
When change core assembly to described first electrical connection section and described second electrical connection section staggers, described first electrode assemblie and described second
Circuit loop between electrode assemblie disconnects.
Alternatively, described first electrode assemblie also includes the first dead ring being set in described first electrode；Described
Two electrode assemblies also include the second dead ring being set in described second electrode, and one end of described interior electrode is plugged in described
In two dead rings, the other end of described interior electrode is electrically connected for described battery component in being plugged in described first dead ring
Connect.
Alternatively, the inner peripheral surface of described second electrode being provided with the limited step of annular, described second dead ring includes
The body of annular, is formed with the support division of annular along extending radially outwardly of described body at one end outer peripheral face of described body,
Described support division supports on described limited step, and the outer peripheral face of described interior electrode is provided with spacing preiection, described limit convex
Rising supports on one end end face of described second dead ring, to hinder described interior electrode to move in described atomization core assembly.
Alternatively, the snap ring of annular, the periphery of described first dead ring it are provided with in described first on the inner peripheral surface of electrode
Being provided with the slot of annular on face, described snap ring is plugged in described slot.
Alternatively, one end end face being used for being connected with described battery component of described interior electrode extends to described first electrode
Outer or end with described first electrode is in the same plane.
Alternatively, described connection assembly towards be provided with at the endface position of described atomization core assembly the first groove, second
Groove and stop part, described stop part is between described first groove and described second groove, and described first electrode assemblie sets
Be equipped with extend in described first groove for the first electrical connection section electrically connected with described second electrode assemblie, described second
The second electrical connection section that electrode assemblie is provided with in being plugged in described first groove and abuts with described first electrical connection section, works as institute
After stating atomization core assembly rotation predetermined angle, described second electrical connection section strides across described stop part to insert described second groove
In, it is connected so that described first electrode assemblie releases with described second electrode assemblie, and disconnects described first electrode assemblie and institute
State the circuit loop between the second electrode.
Alternatively, described connection assembly also includes the fixing seat being set in outside described first electrode assemblie, described fixing seat
Including the retainer ring on sheathed one end being fixed on described oil storage assembly, one end inner peripheral surface of described retainer ring is along described retainer ring
Extend radially inwardly and be formed with connection ring, described connection ring set is located on described first electrode assemblie, described connection ring interior
Periphery extends towards described atomization core assembly direction and is formed and supports ring, described in support the end face towards described atomization core assembly of ring
Position is equipped with described first groove, described second groove and described stop part.
Alternatively, described retainer ring is provided with the first air inlet being connected with described atomization core assembly, described fixing
On the outer peripheral face of ring, movable sleeve is provided with regulating QI ring, described regulating QI ring is provided with position and mates setting with described first air inlet
Second air inlet, so that when rotating described regulating QI ring, it is possible to regulate between described first air inlet and described second air inlet
Overlapping area, to regulate air inflow.
Alternatively, buckle and the longitudinal extension along described oil storage assembly it are provided with at one end outer peripheral face of described oil storage assembly
The gathering sill arranged, the internal face of described retainer ring is provided with draw-in groove and gib block, and described buckle is plugged in described draw-in groove, institute
State gib block to be plugged in described gathering sill.
Alternatively, the outer peripheral face of described retainer ring is arranged with elastic ring, the inner peripheral surface of described regulating QI ring and described elasticity
Circle abuts against, to hinder described regulating QI arbitrarily to rotate around described retainer ring.
Alternatively, described oil storage assembly includes oil storage set, sealing ring, seal receptacle and connects seat, described sealing ring and sealing
Being connected in seat is all set in the two ends of described oil storage set and with described oil storage set, described atomization core assembly is plugged in described oil storage set
In, the two ends of described atomization core assembly are respectively sleeved in described sealing ring and described seal receptacle, described sealing ring and described close
Inner peripheral surface all outer peripheral face elasticity with described atomization core assembly of envelope seat abuts, and described seal receptacle is fixed on described connection seat,
Described seal receptacle is provided with described gear oil part, and one end of described connection seat and described oil storage set is connected, another of described connection seat
Hold and be connected with the described assembly that is connected.
Alternatively, one end inner peripheral surface of described oil storage set is provided with fixing groove, the end that described fixing groove overlaps with described oil storage
Face is connected, and described seal receptacle includes being set on described atomization core assembly pedestal ringwise, and the outer peripheral edge of described pedestal is supported
Holding on the cell wall of described fixing groove, the inner peripheral of described pedestal is formed described towards the longitudinal direction extension of described oil storage assembly
Gear oil part, the surface configuration towards described connection assembly of described pedestal has link slot, described connection seat is provided with connection post,
Described connection post is plugged in described link slot.
Alternatively, one end deviating from described connection assembly of described atomization core assembly connects component suction nozzle, described atomization
The smog that core assembly atomization ree-oil produces is discharged through described component suction nozzle, when rotating described component suction nozzle, and described atomization core
Assembly rotates with described component suction nozzle.
Alternatively, described sealing ring and seal receptacle are by for silica gel material product.
One or more technical schemes that this utility model provides, at least have the following technical effect that or advantage:
Due in this utility model scheme, when described atomizing component normally uses, described gear oil part and described oil-feed
Staggering in hole, the ree-oil in described shoe cream room flows in described atomization core assembly by described fuel feed hole, described second electrode assemblie
Supporting on described first electrode assemblie, described atomization core assembly is by described second electrode assemblie and described first electrode assemblie
Electrical connection, to obtain the electric energy of described battery component, after electronic cigarette is opened, described atomizing component can proper atomisation ree-oil；
When not using described atomizing component, owing to described atomization core assembly is movably arranged in described atomizing component, can masterpiece outside
Make described atomization core assembly move to described gear oil part under with and cover described fuel feed hole, to stop the ree-oil in described shoe cream room to enter
When entering in described atomization core assembly, now, described first electrode assemblie releases with described second electrode assemblie and is connected, and disconnects institute
State the circuit loop between the first electrode assemblie and described second electrode assemblie；Therefore, it is possible not only to prevent ree-oil seepage, and
Owing to the circuit loop between described first electrode assemblie and described second electrode assemblie disconnects, even if opening described electronic cigarette,
Described atomizing component can not proper atomisation ree-oil, thus can prevent child from inhaling well by mistake.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, the accompanying drawing in describing below is only
It is embodiment of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also
Other accompanying drawing can be obtained according to the accompanying drawing provided.
The axonometric chart of a kind of atomizing component that Fig. 1 provides for this utility model embodiment；
The sectional view of a kind of atomizing component that Fig. 2 provides for this utility model embodiment；
The sectional view of the another kind of state of a kind of atomizing component that Fig. 3 provides for this utility model embodiment；
The exploded view of a kind of atomizing component that Fig. 4 provides for this utility model embodiment；
The exploded view of a kind of oil storage assembly that Fig. 5 provides for this utility model embodiment；
A kind of exploded view being atomized core assembly that Fig. 6 provides for this utility model embodiment；
A kind of exploded view connecting assembly that Fig. 7 provides for this utility model embodiment.
Detailed description of the invention
This utility model embodiment, by providing a kind of atomizing component, is used for solving atomizing component in prior art and easily lets out
Dew ree-oil and child easily miss the technical problem of electrophilic cigarette, it is achieved that when not using atomizing component, close the oil of atomizing component
Road and circuit pathways, to avoid ree-oil to reveal and child's suction phenomenon generation by mistake, thus improve user's experience.
The technical scheme of this utility model embodiment is for solving above-mentioned technical problem, and general thought is as follows:
This utility model embodiment provides a kind of atomizing component, for forming electronic cigarette with battery component combination, described
Atomizing component include the oil storage assembly for storing ree-oil, in being atomized described oil storage assembly cigarette oil atomization core assembly and use
The shoe cream room for storing ree-oil it is provided with in the connection assembly being connected with described battery component, described oil storage assembly, described
Atomization core assembly is connected with described oil storage assembly and the described assembly that is connected, and the sidewall of described atomization core assembly is provided with for inciting somebody to action
The fuel feed hole that ree-oil in described shoe cream room is atomized for described atomization core assembly in importing described atomization chamber, described oil storage assembly
Inside it is provided with the gear oil part arranged with described fuel feed hole location matches, when described atomizing component normally uses, described gear oil part
Staggering with described fuel feed hole, described connection assembly is provided with for electrically connecting with described atomization core assembly and described battery component
First electrode assemblie；
Described atomization core assembly be provided with for electrically connect with described first electrode assemblie and location matches arrange second
Electrode assemblie, when described atomizing component normally uses, described second electrode assemblie supports on described first electrode assemblie, institute
State atomization core assembly to be electrically connected with described first electrode assemblie by described second electrode assemblie, to obtain described battery component
Electric energy, described atomization core assembly is movably arranged in described atomizing component, and makes under external force when described atomization core assembly
Move to described gear oil part and cover described fuel feed hole, to stop the ree-oil in described shoe cream room to enter in described atomization core assembly
Time, described first electrode assemblie releases with described second electrode assemblie and is connected, and disconnects described first electrode assemblie and described the
Circuit loop between two electrode assemblies.
Visible, in this utility model embodiment, when not using described atomizing component, owing to described atomization core assembly is lived
Move and be arranged in described atomizing component, described atomization core assembly can be made under external force to move to described gear oil part and cover described
Fuel feed hole, during to stop the ree-oil in described shoe cream room to enter in described atomization core assembly, now, described first electrode assemblie with
Described second electrode assemblie releases and connects, and the circuit disconnected between described first electrode assemblie and described second electrode assemblie returns
Road；Therefore, it is possible not only to prevent ree-oil seepage, and due between described first electrode assemblie and described second electrode assemblie
Circuit loop disconnects, even if opening described electronic cigarette, described atomizing component can not proper atomisation ree-oil, thus can prevent well
Only child inhales by mistake.
In order to be better understood from technique scheme, below in conjunction with Figure of description and specific embodiment to upper
State technical scheme to be described in detail, it should be understood that the specific features in this utility model embodiment and embodiment is to this
The detailed description of application technical scheme rather than the restriction to technical scheme, in the case of not conflicting, this practicality
Technical characteristic in new embodiment and embodiment can be mutually combined.
Refer to Fig. 1 to Fig. 7, this utility model embodiment provides a kind of atomizing component, for combining with battery component
Formed electronic cigarette, described atomizing component include the oil storage assembly 1 for storing ree-oil, in being atomized described oil storage assembly 1 cigarette
Oil atomization core assembly 2 and for the connection assembly 3 that is connected with described battery component, be provided with in described oil storage assembly 1 for
The shoe cream room 4 of storage ree-oil.Described connection assembly 3 is provided with the first electrode assemblie 5, and described atomization core assembly 2 is provided with second
Electrode assemblie 6.
Specifically, in the present embodiment, described oil storage assembly 1 includes oil storage set 11, sealing ring 12, seal receptacle 13 and connects
Seat 14, is connected in described sealing ring 12 and seal receptacle 13 are all set in the two ends of described oil storage set 11 and with described oil storage set 11,
Described atomization core assembly 2 is plugged in described oil storage set 11, and the two ends of described atomization core assembly 2 are respectively sleeved at described sealing ring
12 and described seal receptacle 13 in, outside the inner peripheral surface of described sealing ring 12 and described seal receptacle 13 is all with described atomization core assembly 2
Week, surface elastic abutted, and described seal receptacle 13 is fixed on described connection seat 14, and described seal receptacle 13 is provided with gear oil part 15.Institute
Stating the one end connecting seat 14 to be connected with described oil storage set 11, the other end of described connection seat 14 is connected with the described assembly 3 that is connected, institute
State connection seat 14 and be provided with connection post 141 on the surface of described shoe cream room 4.At one end outer peripheral face of described oil storage assembly 1
It is provided with buckle 142 and the gathering sill 143 of the longitudinal extension setting along described oil storage assembly 1.Specifically, in the present embodiment,
It is provided with described buckle 142 and described gathering sill 143 at described connection seat 14 outer peripheral face.
More specifically, one end inner peripheral surface of described oil storage set 11 is provided with fixing groove 111, described fixing groove 111 is with described
The end face of oil storage set 11 is connected, and described seal receptacle 13 includes being set on described atomization core assembly 2 pedestal 131 ringwise,
The outer peripheral edge of described pedestal 131 supports on the cell wall of described fixing groove 111, and the inner peripheral of described pedestal 131 is towards described oil storage
The longitudinal direction extension of assembly 1 is formed with described gear oil part 15, and the surface towards described connection assembly 3 of described pedestal 131 sets
Being equipped with link slot 132, described connection post 141 is plugged in described link slot 132.In the present embodiment, described sealing ring 12 He
Seal receptacle 13 is by for silica gel material product.
Described atomization core assembly 2 is set in described oil storage assembly 1 actively, described atomization core assembly 2 and described oil storage
Be formed with described shoe cream room 4 between assembly 1, specifically, the inner peripheral surface of the outer peripheral face of described atomization core and described oil storage set 11 it
Between form described shoe cream room 4, described second electrode assemblie 6 be positioned at described atomization core assembly 2 one end and with described first electrode
Assembly 5 abuts actively, and described atomization core assembly 2 deviates from one end of described connection assembly 3 and extends to outside described oil storage assembly 1,
So that external force can deviate from the described atomization core assembly 2 of one end effect of described connection assembly 3 by described atomization core assembly 2, and
Atomization core assembly 2 is made to move.In the present embodiment, one end deviating from described connection assembly 3 of described atomization core assembly 2 connects has
Component suction nozzle 7, described atomization core assembly 2 is atomized the smog of ree-oil generation and discharges through described component suction nozzle 7, when rotating described suction
During nozzle assembly 7, described atomization core assembly 2 rotates with described component suction nozzle 7.It is understood that when described atomization core group
When part 2 is arranged to outside exposed to described atomizing component, then user can directly exert a force on described atomization core assembly 2, therefore, described
The form that arranges of atomization core assembly 2 is not construed as limiting, as long as described atomization core assembly 2 can be rotated.Additionally, described suction nozzle group
Part 7 outer peripheral face can arrange the form friction pattern of the longitudinal extension along described atomizing component.
Specifically, described first electrode assemblie 5 includes the first electrode being positioned at the end, one end of described connection assembly 3
51, described second electrode assemblie 6 includes the second electrode 61 being positioned at described atomization core assembly 2 end, described first electrode 51
End support on the end of described second electrode 61, in described atomization core assembly 2 is plugged in described oil storage assembly 1 and energy
Enough rotate relative to described oil storage assembly 1, under external force, when rotate described atomization core to described first electrode 51 end with
Circuit loop time staggering in the end of described second electrode 61, between described first electrode assemblie 5 and described second electrode assemblie 6
Disconnect.Additionally, in other embodiments, can be arranged in described atomizing component by described atomization core assembly 2 is vertical
To motion, to realize the circuit loop disconnection between described first electrode assemblie 5 and described second electrode assemblie 6, therefore, its knot
Structure is not especially limited.
More specifically, in the present embodiment, described atomization core assembly 2 includes breather 21, one end of described breather 21
Being set in described sealing ring 12, the other end of described breather 21 is set in described seal receptacle 13, described second electrode group
Part 6 is plugged in one end of described breather 21, and described atomization core assembly 2 is positioned at described breather 21 and is provided with ree-oil adsorption piece
22 and contact the heating wire 23 of ree-oil for being atomized on described ree-oil adsorption piece 22 with described ree-oil adsorption piece 22.In this enforcement
In example, described ree-oil adsorption piece 22 is in tubular, and described heating wire 23 is wound around in the column longitudinally disposed along described atomization core assembly 2
Structure, described heating wire 23 is set in described ree-oil adsorption piece 22, the outer peripheral face of described ree-oil adsorption piece 22 and described ventilation
The inner peripheral surface elasticity of pipe 21 abuts, and the inner peripheral surface of described ree-oil adsorption piece 22 contacts with described heating wire 23 outer peripheral face.Described logical
The fuel feed hole 211 arranged with described ree-oil adsorption piece 22 and described gear oil part 15 location matches it is provided with on the sidewall of trachea 21,
Described fuel feed hole 211 is connected with described shoe cream room 4.
Described second electrode assemblie 6 include described second electrode 61 of tubular and be set in described second electrode 61 interior
Electrode 62, the two ends of described heating wire 23 electrically connect with described interior electrode 62 and described second electrode 61 respectively, described second electricity
The second electrical connection section 611 of longitudinal extension along described second electrode 61, described second electrode 61 it is provided with on the end face of pole 61
Inner peripheral surface on be provided with annular limited step 612, the outer peripheral face of described interior electrode 62 is provided with spacing preiection 613.
Described second electrode assemblie 6 also includes the second dead ring 63 being set in described second electrode 61, described second
Dead ring 63 includes the body 631 of annular, radially outward prolonging along described body 631 at one end outer peripheral face of described body 631
Stretching the support division 632 being formed with annular, described support division 632 supports on described limited step 612, described spacing preiection 613
Support on one end end face of described second dead ring 63, to hinder described interior electrode 62 towards motion in described atomization core assembly 2.
Described connection assembly 3 is recessed towards being provided with the first groove 31, second at the endface position of described atomization core assembly 2
Groove 32 and stop part 33, described stop part 33 is between described first groove 31 and described second groove 32, and described first is electric
Pole assembly 5 is provided with and extends to first being electrically connected for electrically connect with described second electrode assemblie 6 in described first groove 31
Meet portion 511, in described second electrical connection section 611 of described second electrode assemblie 6 is plugged in described first groove 31 and with described
First electrical connection section 511 abuts, and after described atomization core assembly 2 rotates predetermined angle, described second electrical connection section 611 strides across institute
State stop part 33 to insert in described second groove 32, so that described first electrode assemblie 5 releases with described second electrode assemblie 6
Connect, and disconnect the circuit loop between described first electrode assemblie 5 and described second electrode 61.
Specifically, in the present embodiment, described connection assembly 3 also includes being set in consolidating outside described first electrode assemblie 5
Reservation 8, described fixing seat 8 includes the retainer ring 81 on sheathed one end being fixed on described oil storage assembly 1, described retainer ring 81
One end inner peripheral surface is formed with connection ring 82 along extending radially inwardly of described retainer ring 81, and described connection ring 82 is set in described the
On one electrode assemblie 5, the inner peripheral of described connection ring 82 is formed towards the extension of described atomization core assembly 2 direction and supports ring 83, institute
State to support and at the endface position towards described atomization core assembly 2 of ring 83, be equipped with described first groove 31, described second groove 32
And described stop part 33.
The first air inlet 811 being connected with described atomization core assembly 2, described retainer ring it is provided with in described retainer ring 81
On the outer peripheral face of 81, movable sleeve is provided with regulating QI ring 9, described regulating QI ring 9 is provided with position and mates with described first air inlet 811
The second air inlet 91 arranged, so that when rotating described regulating QI ring 9, it is possible to regulates described first air inlet 811 and described the
Overlapping area between two air inlets 91, to regulate air inflow.
The internal face of described retainer ring 81 is provided with draw-in groove 812 and gib block 813, and the buckle 142 of described connection seat 14 is inserted
Being located in described draw-in groove 812, described gib block 813 is plugged in described gathering sill 143.Overlap on the outer peripheral face of described retainer ring 81
Being provided with elastic ring 814, the inner peripheral surface of described regulating QI ring 9 abuts against with described elastic ring 814, to hinder described regulating QI ring 9 around institute
State retainer ring 81 arbitrarily to rotate.
Described first electrode assemblie 5 includes described first electrode 51 of tubular, and the inner peripheral surface of described first electrode 51 sets
It is equipped with the snap ring 512 of annular, the sidewall of described first electrode 51 is provided with the horizontal expansion along described first electrode 51 and arranges
Described first electrical connection section 511, described second electrical connection section 611 supports on described first electrical connection section 511.In this enforcement
In example, described first electrical connection section 511 is arranged on the outer peripheral face of described first electrode 51.Under external force, when rotating institute
State atomization core assembly 2 to described first electrical connection section 511 when staggering with described second electrical connection section 611, described first electrode group
Circuit loop between part 5 and described second electrode assemblie 6 disconnects.
Described first electrode assemblie 5 also includes the first dead ring 52 being set in described first electrode 51, described first
Being provided with the draw-in groove 521 of annular on the outer peripheral face of dead ring 52, described snap ring 512 is plugged in described draw-in groove 521.Described interior electricity
One end of pole 62 is plugged in described second dead ring 63, and the other end of described interior electrode 62 is plugged in described first dead ring 52
In electrically connect for described battery component.It is understood that described interior electrode 62 for and described battery component even
One end end face connect extend to that described first electrode 51 is outer or end with described first electrode 51 in the same plane.At this
In embodiment, one end end face being used for being connected with described battery component of described interior electrode 62 extends to described first electrode 51
Outward, to allow to reliably electrically connect with described battery component.
It is provided with between described oil storage assembly 1 and described atomization core assembly 2 for applying towards institute to described atomization core assembly 2
State the power connecting assembly 3 direction, so that described second electrode assemblie 6 supports the force application mechanism on described first electrode assemblie 5
16.In the present embodiment, described force application mechanism 16 is the elastic component being set on described atomization core assembly 2 outer peripheral face, described bullet
One end of property part supports on described oil storage assembly 1, and the other end of described elastic component supports on described atomization core assembly 2.Can
To be understood by, described elastic component can be that spring or silica gel sheath etc. can occur elastically-deformable elastomer under external force.
In the present embodiment, described elastic component is spring, and one end of described spring supports on described connection seat 14, described spring another
One end supports on described atomization core assembly 2.
In sum, one or more technical schemes that this utility model provides, at least have the following technical effect that or excellent
Point:
Due in this utility model scheme, when described atomizing component normally uses, described gear oil part 15 with described enter
Oilhole 211 staggers, and the ree-oil in described shoe cream room 4 flows in described atomization core assembly 2 by described fuel feed hole 211, and described
Two electrode assemblies 6 support on described first electrode assemblie 5, and described atomization core assembly 2 is by described second electrode assemblie 6 and institute
State the first electrode assemblie 5 to electrically connect, to obtain the electric energy of described battery component, after electronic cigarette is opened, described atomizing component energy
Enough proper atomisation ree-oil；When not using described atomizing component, owing to described atomization core assembly 2 is movably arranged on described atomization group
In part, described atomization core assembly 2 can be made under external force to move to described gear oil part 15 and to cover described fuel feed hole 211, with resistance
Time in only the ree-oil in described shoe cream room 4 enters described atomization core assembly 2, now, described first electrode assemblie 5 is with described second
Electrode assemblie 6 releases and connects, and disconnects the circuit loop between described first electrode assemblie 5 and described second electrode assemblie 6；Cause
This, be possible not only to prevent ree-oil seepage, and due to the electricity between described first electrode assemblie 5 and described second electrode assemblie 6
Loop, road disconnects, even if opening described electronic cigarette, described atomizing component can not proper atomisation ree-oil, thus can prevent well
Child inhales by mistake.
Although having been described for preferred embodiment of the present utility model, but those skilled in the art once knowing substantially
Creative concept, then can make other change and amendment to these embodiments.So, claims are intended to be construed to bag
Include preferred embodiment and fall into all changes and the amendment of this utility model scope.
Obviously, those skilled in the art can carry out various change and modification without deviating from this practicality to this utility model
Novel spirit and scope.So, if of the present utility model these amendment and modification belong to this utility model claim and
Within the scope of its equivalent technologies, then this utility model is also intended to comprise these change and modification.
Claims (12)
1. an atomizing component, for forming electronic cigarette with battery component combination, it is characterised in that: described atomizing component includes using
In storage ree-oil oil storage assembly, be used for being atomized in described oil storage assembly cigarette oil atomization core assembly and for described set of cells
The connection assembly that part connects, is provided with the shoe cream room for storing ree-oil, described atomization core assembly and institute in described oil storage assembly
State oil storage assembly and described connection assembly is connected, the sidewall of described atomization core assembly is provided with for by described shoe cream room
The fuel feed hole that ree-oil is atomized for described atomization core assembly in importing described atomization chamber, is provided with described in described oil storage assembly
The gear oil part that fuel feed hole location matches is arranged, when described atomizing component normally uses, described gear oil part is wrong with described fuel feed hole
Opening, described connection assembly is provided with the first electrode assemblie for electrically connecting with described atomization core assembly and described battery component；
Described atomization core assembly is provided with the second electrode for electrically connecting and location matches is arranged with described first electrode assemblie
Assembly, when described atomizing component normally uses, described second electrode assemblie supports on described first electrode assemblie, described mist
Change core assembly to be electrically connected with described first electrode assemblie by described second electrode assemblie, to obtain the electricity of described battery component
Can, described atomization core assembly is movably arranged in described atomizing component, and makes under external force when described atomization core assembly is transported
Move to described gear oil part and cover described fuel feed hole, during to stop the ree-oil in described shoe cream room to enter in described atomization core assembly,
Described first electrode assemblie releases with described second electrode assemblie and is connected, and disconnects described first electrode assemblie and described second electricity
Circuit loop between the assembly of pole.
Atomizing component the most according to claim 1, it is characterised in that: between described oil storage assembly and described atomization core assembly
It is provided with for applying the power towards described connection assembly direction to described atomization core assembly, so that described second electrode assemblie supports
Force application mechanism on described first electrode assemblie.
Atomizing component the most according to claim 2, it is characterised in that: described force application mechanism is for being set in described atomization core group
Elastic component on part outer peripheral face, one end of described elastic component supports on described oil storage assembly, and the other end of described elastic component supports
Hold on described atomization core assembly；Described elastic component is spring or silica gel sheath.
Atomizing component the most according to claim 1, it is characterised in that: described atomization core assembly is set in described storage actively
In line of oils part, between described atomization core assembly and described oil storage assembly, it is formed with described shoe cream room, described second electrode assemblie position
Abutting actively in one end of described atomization core assembly and with described first electrode assemblie, described atomization core assembly deviates from described company
One end of connected components extends to outside described oil storage assembly, so that external force can deviate from described connection group by described atomization core assembly
One end of part acts on described atomization core assembly, and makes atomization core assembly move.
Atomizing component the most according to claim 1, it is characterised in that: described first electrode assemblie includes being positioned at described connection
First electrode of the end, one end of assembly, described second electrode assemblie includes being positioned at the second of described atomization core assembly end
Electrode, the end of described first electrode supports on the end of described second electrode, and described atomization core assembly is plugged in described storage
Line of oils part is interior and can rotate relative to described oil storage assembly, under external force, when rotating described atomization core to the most described first electricity
Time staggering in the end of the end of pole and described second electrode, the electricity between described first electrode assemblie and described second electrode assemblie
Loop, road disconnects.
Atomizing component the most according to claim 5, it is characterised in that: described first electrode assemblie includes the first electricity of tubular
Pole, the sidewall of described first electrode is provided with the first electrical connection section of the horizontal expansion setting along described first electrode；Described
It is provided with ree-oil adsorption piece in atomization core assembly and contacts for being atomized on described ree-oil adsorption piece with described ree-oil adsorption piece
The heating wire of ree-oil, described second electrode assemblie includes the second electrode of tubular and is set in the interior electricity in described second electrode
Pole, the two ends of described heating wire electrically connect with described interior electrode and described second electrode respectively, on the end face of described second electrode
Being provided with the second electrical connection section of longitudinal extension along described second electrode, described second electrical connection section supports at described first electricity
On connecting portion, under external force, electrically connect with described second to described first electrical connection section when the described atomization core assembly of rotation
Time staggering in portion, the circuit loop between described first electrode assemblie and described second electrode assemblie disconnects；
Described first electrode assemblie also includes the first dead ring being set in described first electrode；Described second electrode assemblie is also
Including the second dead ring being set in described second electrode, one end of described interior electrode is plugged in described second dead ring,
The other end of described interior electrode electrically connects for described battery component in being plugged in described first dead ring.
Atomizing component the most according to claim 6, it is characterised in that: it is provided with annular on the inner peripheral surface of described second electrode
Limited step, described second dead ring include annular body, along the footpath of described body at one end outer peripheral face of described body
Be formed with the support division of annular to stretching out, described support division supports on described limited step, the periphery of described interior electrode
Being provided with spacing preiection on face, described spacing preiection supports on one end end face of described second dead ring, described interior to hinder
Electrode moves in described atomization core assembly.
Atomizing component the most according to claim 7, it is characterised in that: it is provided with annular on the inner peripheral surface of described first electrode
Snap ring, the outer peripheral face of described first dead ring is provided with annular slot, described snap ring is plugged in described slot；Described
Interior electrode for one end end face of being connected with described battery component extend to described first electrode outer or with described first electrode
End in the same plane.
Atomizing component the most according to claim 5, it is characterised in that: described connection assembly is towards described atomization core assembly
Being provided with the first groove, the second groove and stop part at endface position, described stop part is positioned at described first groove and described
Between two grooves, described first electrode assemblie be provided with extend in described first groove for described second electrode assemblie
First electrical connection section of electrical connection, described second electrode assemblie is provided with in being plugged in described first groove and electric with described first
The second electrical connection section that connecting portion abuts, after described atomization core assembly rotates predetermined angle, described first electrical connection section strides across
Described stop part is to insert in described second groove, so that described first electrode assemblie releases even with described second electrode assemblie
Connect, and disconnect the circuit loop between described first electrode assemblie and described second electrode；
Described connection assembly also includes the fixing seat being set in outside described first electrode assemblie, and described fixing seat includes sheathed fixing
Retainer ring on one end of described oil storage assembly, one end inner peripheral surface radially-inwardly prolonging along described retainer ring of described retainer ring
Stretching and be formed with connection ring, described connection ring set is located on described first electrode assemblie, and the inner peripheral of described connection ring is towards described mist
Change core assembly direction to extend and be formed and support ring, described in supported the endface position towards described atomization core assembly of ring and disposed
State the first groove, described second groove and described stop part.
Atomizing component the most according to claim 9, it is characterised in that: it is provided with in described retainer ring and described atomization core
The first air inlet that assembly is connected, on the outer peripheral face of described retainer ring, movable sleeve is provided with regulating QI ring, and described regulating QI ring is arranged
Position is had to mate the second air inlet arranged with described first air inlet, so that when rotating described regulating QI ring, it is possible to regulation institute
State the overlapping area between the first air inlet and described second air inlet, to regulate air inflow.
11. atomizing components according to claim 10, it is characterised in that: arrange at one end outer peripheral face of described oil storage assembly
Have buckle and along described oil storage assembly longitudinal extension arrange gathering sill, the internal face of described retainer ring be provided with draw-in groove with
Gib block, described buckle is plugged in described draw-in groove, and described gib block is plugged in described gathering sill；The periphery of described retainer ring
Being arranged with elastic ring on face, the inner peripheral surface of described regulating QI ring abuts against with described elastic ring, to hinder described regulating QI around described
Retainer ring arbitrarily rotates.
12. atomizing components according to claim 1, it is characterised in that: described oil storage assembly include oil storage set, sealing ring,
Seal receptacle and connection seat, overlap phase in described sealing ring and seal receptacle are all set in the two ends of described oil storage set and with described oil storage
Even, described atomization core assembly is plugged in described oil storage set, and the two ends of described atomization core assembly are respectively sleeved at described sealing ring
And in described seal receptacle, the inner peripheral surface of described sealing ring and described seal receptacle all outer peripheral face elasticity with described atomization core assembly is supported
Connecing, described seal receptacle is fixed on described connection seat, described seal receptacle be provided with described gear oil part, one end of described connection seat with
Described oil storage set is connected, and the other end of described connection seat is connected with the described assembly that is connected；
One end inner peripheral surface of described oil storage set is provided with fixing groove, and the end face that described fixing groove overlaps with described oil storage is connected, institute
Stating seal receptacle to include being set on described atomization core assembly pedestal ringwise, the outer peripheral edge of described pedestal supports described fixing
On the cell wall of groove, the inner peripheral of described pedestal is formed with described gear oil part towards the longitudinal direction extension of described oil storage assembly, described
The surface configuration towards described connection assembly of pedestal has link slot, and described connection seat is provided with connection post, described connection post
It is plugged in described link slot；
One end deviating from described connection assembly of described atomization core assembly connects component suction nozzle, described atomization core assembly atomizing cigarette
The smog that oil produces is discharged through described component suction nozzle, and when rotating described component suction nozzle, described atomization core assembly is with described suction
Nozzle assembly rotates together；Described sealing ring and seal receptacle are by for silica gel material product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620384275.4U CN205865969U (en) | 2016-05-01 | 2016-05-01 | Atomization component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620384275.4U CN205865969U (en) | 2016-05-01 | 2016-05-01 | Atomization component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205865969U true CN205865969U (en) | 2017-01-11 |
Family
ID=57687742
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620384275.4U Expired - Fee Related CN205865969U (en) | 2016-05-01 | 2016-05-01 | Atomization component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205865969U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017210867A1 (en) * | 2016-06-07 | 2017-12-14 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer assembly |
| CN111329113A (en) * | 2020-04-28 | 2020-06-26 | 深圳市吉迩科技有限公司 | Atomizer |
| CN111406990A (en) * | 2019-09-12 | 2020-07-14 | 深圳市艾维普思科技有限公司 | Assembly process of cigarette cartridge, assembly process of cigarette cartridge and electronic cigarette |
| CN112089100A (en) * | 2019-06-17 | 2020-12-18 | 湖南中烟工业有限责任公司 | Electronic cigarette atomizing core and atomizer |
| CN113424988A (en) * | 2021-07-12 | 2021-09-24 | 深圳市卓美瑞科技有限公司 | Oil leakage prevention electronic cigarette |
| WO2022042173A1 (en) * | 2020-08-27 | 2022-03-03 | 常州市派腾电子技术服务有限公司 | Atomizer and aerosol generating device |
| AU2022203060B2 (en) * | 2020-08-06 | 2023-10-12 | Bidi Vapor, LLC | Vaporization device with seal fixation member |
-
2016
- 2016-05-01 CN CN201620384275.4U patent/CN205865969U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017210867A1 (en) * | 2016-06-07 | 2017-12-14 | 惠州市吉瑞科技有限公司深圳分公司 | Atomizer assembly |
| CN112089100A (en) * | 2019-06-17 | 2020-12-18 | 湖南中烟工业有限责任公司 | Electronic cigarette atomizing core and atomizer |
| CN111406990A (en) * | 2019-09-12 | 2020-07-14 | 深圳市艾维普思科技有限公司 | Assembly process of cigarette cartridge, assembly process of cigarette cartridge and electronic cigarette |
| CN111406990B (en) * | 2019-09-12 | 2023-02-10 | 深圳市艾维普思科技有限公司 | Cigarette cartridge assembling method, cigarette cartridge, electronic cigarette assembling method and electronic cigarette |
| CN111329113A (en) * | 2020-04-28 | 2020-06-26 | 深圳市吉迩科技有限公司 | Atomizer |
| WO2021218722A1 (en) * | 2020-04-28 | 2021-11-04 | 深圳市吉迩科技有限公司 | Atomizer |
| AU2022203060B2 (en) * | 2020-08-06 | 2023-10-12 | Bidi Vapor, LLC | Vaporization device with seal fixation member |
| WO2022042173A1 (en) * | 2020-08-27 | 2022-03-03 | 常州市派腾电子技术服务有限公司 | Atomizer and aerosol generating device |
| CN113424988A (en) * | 2021-07-12 | 2021-09-24 | 深圳市卓美瑞科技有限公司 | Oil leakage prevention electronic cigarette |
| CN113424988B (en) * | 2021-07-12 | 2022-11-25 | 深圳市卓美瑞科技有限公司 | Oil leakage prevention electronic cigarette |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170111 Termination date: 20200501 |
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| CF01 | Termination of patent right due to non-payment of annual fee |