CN108402524A - Deserted aerosol generates product, atomizer and heating component - Google Patents
Deserted aerosol generates product, atomizer and heating component Download PDFInfo
- Publication number
- CN108402524A CN108402524A CN201810331835.3A CN201810331835A CN108402524A CN 108402524 A CN108402524 A CN 108402524A CN 201810331835 A CN201810331835 A CN 201810331835A CN 108402524 A CN108402524 A CN 108402524A
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- China
- Prior art keywords
- electrode
- spiral
- section
- heating silk
- spiral heating
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Classifications
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
- A24F40/40—Constructional details, e.g. connection of cartridges and battery parts
- A24F40/46—Shape or structure of electric heating means
-
- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
- A24F40/10—Devices using liquid inhalable precursors
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- Electrostatic Spraying Apparatus (AREA)
Abstract
The present invention provides deserted aerosols to generate product, atomizer and heating component, wherein heating component includes spiral heating silk and first electrode, the first electrode includes electrode spiral section, one end of the electrode spiral section is electrically connected with one end of the spiral heating silk, and the electrode spiral section and spiral heating silk are arranged side by side along the axial direction of the spiral heating silk.By the way that electrode spiral section is arranged side by side on the length direction of spiral heating silk, occur so as to reduce spiral heating silk and the probability of oil-guiding element poor contact, and then spiral heating silk can be reduced and heat the probability burnt out.
Description
Technical field
The present invention relates to deserted aerosols to generate product, atomizer and heating component.
Background technology
Aerosol generates system and is also known as electronic cigarette, it is by the means such as being atomized or heating, the substances such as nicotine are become
After steam, a kind of product for allowing user to suck.
Common electronic cigarette is generally divided into two parts：Soup stick part (including soup stick covers and is contained in the atomization in soup stick set
The components such as device, oil storage tank) and battery bar part (include battery rod set and the control circuit that is contained in battery rod set and electricity
The parts such as pond).Soup stick covers and battery rod set is usually connected through a screw thread, equal or generally equalized to form diameter on the whole
Electronic cigarette is whole.
However, the service life of the heater strip in many electronic smoke atomizers is shorter at present.
Invention content
First, in order to overcome the problems, such as that the service life of the heater strip of atomizer in the prior art is shorter, the present invention provides one
The heating component of kind atomizer.
A kind of heating component of atomizer, including spiral heating silk and first electrode, the first electrode include electrode spiral shell
Section is revolved, one end of the electrode spiral section is electrically connected with one end of the spiral heating silk, and the electrode spiral section and spiral shell
The axial direction for revolving heater strip along the spiral heating silk is arranged side by side.
In further scheme, the spiral density of the electrode spiral section is close more than the spiral of the spiral heating silk
Degree.The first electrode further includes electrode limit section, and the spiral heating silk passes through the electrode spiral section and the electric limit
Position section electrical connection, the electrode limit section from the periphery of the electrode spiral section to the centre bit of the radial direction of electrode spiral section
Set extension.The first electrode further includes electrode linkage section, and the electrode spiral section limits section and the electricity by the electrode
Pole linkage section electrical connection.The heating component further includes second electrode, and the second electrode extends to the spiral heating silk
Top and be electrically connected with the spiral heating silk, the electrode spiral section is located at the lower section of the spiral heating silk, described
Two electrodes are used to provide at least partly fixed force to the spiral heating silk.The spiral heating silk and the electrode spiral section are in
Cylindrical spiral shape.
Service life in order to overcome the problems, such as the heater strip of atomizer in the prior art is shorter, and the present invention also provides a kind of mists
Change the component of device.
A kind of component of atomizer, including heating component, oil-guiding element, the heating component include spiral heating silk and first
Electrode, the first electrode include electrode spiral section, one end electricity of one end of the electrode spiral section and the spiral heating silk
Connection, and the electrode spiral section and spiral heating silk are arranged side by side along the axial direction of the spiral heating silk；The oil-guiding element
One end is arranged in the outside of the spiral heating silk, and the other end passes through the inner space of the spiral heating silk and stretches into the electricity
The inner space of pole spiral section.
In further scheme, the spiral density of the electrode spiral section is close more than the spiral of the spiral heating silk
It further includes electrode limit section to spend the first electrode, and the spiral heating silk is limited by the electrode spiral section and the electrode
Section electrical connection, the electrode limit section from the periphery of the electrode spiral section to the center of the radial direction of electrode spiral section
Extend；The other end of the oil-guiding element is butted on the electrode limit section.The first electrode further includes electrode linkage section, institute
Electrode spiral section is stated to be electrically connected with the electrode linkage section by electrode limit section.The heating component further includes the second electricity
Pole, the second electrode extend to the top of the spiral heating silk and are electrically connected with the spiral heating silk, the electrode spiral shell
Rotation section is located at the lower section of the spiral heating silk, and the second electrode is used to provide the spiral heating silk at least partly fixed
Power.The oil-guiding element is arranged to the multilayered structure of winding.The spiral heating silk and the electrode spiral section are in cylindrical screw shape
Shape, the oil-guiding element are cylindrical.
In order to which to being further improved in atomizer in existing electronic cigarette, the present invention also provides a kind of groups of atomizer
Part.
A kind of component of atomizer, including spiral heating silk, oil-guiding element, the oil-guiding element are arranged to the multilayer knot of winding
Structure；Described oil-guiding element one end is arranged in the outside of the spiral heating silk, and the other end passes through the inside of the spiral heating silk empty
Between.
Service life in order to overcome the problems, such as the heater strip of atomizer in the prior art is shorter, and the present invention also provides a kind of mists
Change device.
A kind of atomizer, including heating component, oil-guiding element, atomizing cup, the heating component include spiral heating silk and
One electrode, the first electrode include electrode spiral section, one end of one end of the electrode spiral section and the spiral heating silk
Electrical connection, and the electrode spiral section and spiral heating silk are arranged side by side along the axial direction of the spiral heating silk；The spiral
Heater strip and the electrode spiral section are arranged in the atomizing cup；Described oil-guiding element one end is arranged in the spiral heating silk
Outside, the other end pass through the inner space of the spiral heating silk and stretch into the inner space of the electrode spiral section.
In further scheme, the spiral density of the electrode spiral section is close more than the spiral of the spiral heating silk
Degree.The first electrode further includes electrode limit section, and the spiral heating silk passes through the electrode spiral section and the electric limit
Position section electrical connection, the electrode limit section from the periphery of the electrode spiral section to the centre bit of the radial direction of electrode spiral section
Set extension；The other end of the oil-guiding element is butted on the electrode limit section.The heating component further includes second electrode；Institute
It further includes electrode linkage section to state first electrode, and the electrode spiral section limits section and electrode linkage section electricity by the electrode
Connection；The second electrode extends to the top of the spiral heating silk and is electrically connected with the spiral heating silk, the electrode
Spiral section is located at the lower section of the spiral heating silk, and the second electrode is used to provide the spiral heating silk at least partly solid
Determine power；The first electrode linkage section and second electrode are each passed through the atomizing cup.The atomizing cup is equipped with support element, institute
Electrode spiral section is stated to be butted on the support element.The bottom of the atomizing cup is equipped with stomata, and the support element is set to the gas
The edge in hole, the support element are equipped with the transom window that supplied gas flows through.The support element is integrally formed with the atomizing cup.It is described to lead
Oily part is arranged to the multilayered structure of winding.The atomizing cup uses silica gel.
Service life in order to overcome the problems, such as the heater strip of atomizer in the prior art is shorter, and the present invention also provides a kind of throwings
It abandons formula aerosol and generates product.
A kind of deserted aerosol generation product, including atomizer, further include electrode slice in product, product dispatch from foreign news agency pole piece；
The atomizer includes heating component, oil-guiding element, atomizing cup；The heating component includes spiral heating silk, first electrode and
Two electrodes, the first electrode include electrode spiral section, one end of one end of the electrode spiral section and the spiral heating silk
Electrical connection, and the electrode spiral section and spiral heating silk are arranged side by side along the axial direction of the spiral heating silk；The spiral
Heater strip and the electrode spiral section are arranged in the atomizing cup；Described oil-guiding element one end is arranged in the spiral heating silk
Outside, the other end pass through the inner space of the spiral heating silk and stretch into the inner space of the electrode spiral section；The electricity
Pole spiral section is electrically connected with one of electrode slice in the product and product dispatch from foreign news agency pole piece, the second electrode and the product
The other of interior electrode slice and product dispatch from foreign news agency pole piece are electrically connected.
In further scheme, the spiral density of the electrode spiral section is close more than the spiral of the spiral heating silk
Degree.The first electrode further includes electrode limit section, and the electrode spiral section is limited by the electrode in section and the product
One of electrode slice and product dispatch from foreign news agency pole piece are electrically connected, and the electrode limits section from the periphery of the electrode spiral section to electrode
The center of the radial direction of spiral section extends.The first electrode further includes electrode linkage section, and the electrode limit section is logical
The electrode linkage section is crossed to be electrically connected with one of electrode slice in the product and product dispatch from foreign news agency pole piece.The second electrode is prolonged
It extends to the top of the spiral heating silk and is electrically connected with the spiral heating silk, the electrode spiral section is located at the spiral and adds
The lower section of heated filament, the second electrode are used to provide at least partly fixed force to the spiral heating silk.The oil-guiding element setting
In rolls around multilayered structure.The atomizing cup is equipped with support element, and the electrode spiral section is butted on the support element.The mist
The bottom for changing cup is equipped with stomata, and the support element is set to the edge of the stomata, and the support element is equipped with what supplied gas flowed through
Transom window.The support element is integrally formed with the atomizing cup.
By the way that electrode spiral section is arranged side by side on the length direction of spiral heating silk, so as to reduce spiral heating silk
Occur with the probability of oil-guiding element poor contact, and then spiral heating silk can be reduced and heat the probability burnt out.
Description of the drawings
Fig. 1 is the structural schematic diagram that one embodiment of the invention aerosol generates system；
Fig. 2 is the partial cutaway view schematic of Fig. 1；
Fig. 3 is the schematic cross-sectional view of the atomizer of Fig. 1；
Fig. 4 is the structural schematic diagram of the atomizing cup of Fig. 1；
Fig. 5 is the structural schematic diagram of the heating component of Fig. 1；
Fig. 6 is that the deserted aerosol of Fig. 1 generates the exploded perspective view of product.
Specific implementation mode
The preferred embodiment of the present invention is described in detail below in conjunction with the accompanying drawings.
It refers to that can mix the substance for generating aerosol with air under certain condition that aerosol, which generates matrix, can be liquid
State can also be solid-state.For the aerosol of liquid generates matrix, it usually needs so that aerosol is given birth under heating conditions
It is gas at matrix volatilization, after temperature drops to certain temperature, aerosol matrix gas condenses form aerosol in air.
The ingredient that the aerosol of liquid form generates matrix includes heating volatilizable tobacco tar, tobacco tar may include glycerine (glycerine),
Propylene glycol, essence (or fragrance) and nicotine (nicotine), in above-mentioned tobacco tar, nicotine and/or essence can be replaced by tobacco extract
Generation.Tobacco tar can not also include nicotine.
As shown in Figure 1, being that the aerosol of an embodiment of the present invention generates the structural schematic diagram of system.Aerosol generates system
System includes apparatus for aerosol creation 100 and generates product with the matched deserted aerosol of apparatus for aerosol creation 100
200。
With further reference to Fig. 2-6, as shown in fig. 6, being that the deserted aerosol of Fig. 1 generates the exploded perspective view of product, throw
It includes product enclosure 210, suction nozzle 220, suction nozzle holder 280, oil storage component 230, atomizer to abandon formula aerosol and generate product 200
300, pcb board 240, electrode slice 250, product dispatch from foreign news agency pole piece 260 in product.Pcb board 240, atomizer 300 and oil storage component 230
It is successively set in product enclosure 210, suction nozzle holder 280 is fixed at the top of product enclosure 210, and suction nozzle 220 is sleeved on suction
On mouth holder 280, electrode slice 250 and product dispatch from foreign news agency pole piece 260 are welded on pcb board 240 close to apparatus for aerosol creation in product
100 one side.
As shown in Figure 2-5, atomizer 300 includes heating component, oil-guiding element 320, atomizing cup 310.Heating component includes spiral shell
Revolve heater strip 330, first electrode 350, second electrode 340.As shown in Fig. 2,3 and 5, the first electrode 350 includes connecting successively
Electrode linkage section 353, electrode limit section 352, the electrode spiral section 351 connect.One end of electrode spiral section 351 and spiral heating silk
330 one end electrical connection, and the electrode spiral section 351 and spiral heating silk 330 along the spiral heating silk axial direction simultaneously
Row is set to the lower section of the spiral heating silk 330, and the electrode limits the another of 352 one end connection electrode spiral section 351 of section
End, and extend from the periphery of the electrode spiral section 351 to the center of the radial direction of electrode spiral section, electrode linkage section
The other end that 353 one end limit section 352 with electrode is connect, the other end passes through atomizing cup 310 and is welded on pcb board 240.It is described
Second electrode 340 prolongs one end and extends to the top of the spiral heating silk 330 and be electrically connected with the spiral heating silk 330, with right
The spiral heating silk 330 provides at least partly fixed force, the other end of second electrode 340 and is welded on PCB across atomizing cup 310
On plate 240.It should be pointed out that there is no the spiral densities for embodying spiral heating silk 330 to compare electrode in heating component in Fig. 5
The spiral density of spiral section 351 is low.
320 one end of the oil-guiding element is arranged in the outside of the spiral heating silk 330 and is butted on oil storage component 230, another
The inner space for holding across the inner space of the spiral heating silk 330 and stretching into the electrode spiral section 351, to prevent from existing
With the not good accessible spiral heating silk 330 of oil-guiding element 320, during heating oil-free contact and damage.For example, if not existing
The lower section setting electrode spiral section 351 of spiral heating silk 330, behind the lower end that electrode connects the spiral heating silk 330, electrode can
Spiral heating silk 330 can be generated and be pullled, cause a part of length of spiral heating silk 330 to be detached from tight with oil-guiding element 320
The case where patch state, this part heater strip will appear oil-free and damage in a heated state.
Electrode limit section 352 oil-guiding element 320 can be limited, prevent oil-guiding element 320 in assembling process excessively to
Lower movement, or excessively moved down by the thrust that oil storage component 230 applies.In some embodiments, the electrode spiral
The spiral density of section 351 is more than the spiral density of the spiral heating silk 330, is more preferably held to spiral heating silk 330 with playing
Support acts on.
Oil-guiding element 320 is used to adsorb the liquid aersol generation matrix flowed out from oil storage component 230, and oil-guiding element 320 can be with
There is the material of liquid adsorption ability using cotton, fiber or porous material etc..In one embodiment, the oil-guiding element 320 is set
It is set to the multilayered structure of winding, such as Oil Guide cotton roll is coiled into multilayered structure, has micro chink between adjacent layer, thus can held
More liquid aersols of receiving generate matrix.When manufacture, after being first fabricated to the multilayered structure, then oil-guiding element 320 filled in into spiral
In heater strip 330 and electrode spiral section 351.
In one embodiment, spiral heating silk 330 and electrode spiral section 351 can be in trochoid spiral shape or cylinder spiral shell
Shape is revolved, accordingly, the oil-guiding element 320 is in trochoid spiral shape or cylindrical spiral shape.
Bottom on atomizing cup 310 is equipped with atomizing cup stomata 311, support element 312, and the side wall of atomizing cup 310 is additionally provided with side
Wall transom window 313.The support element 312 is set to the edge of the atomizing cup stomata 311, and the support element 312 is equipped with supplied gas
The transom window flowed through, support element 312 are used to support the electrode spiral section 351 being butted on the support element 312.In this way, even if Oil Guide
Part 320 is located at the top of atomizing cup stomata 311, will not block the inflow atomizing cup 310 of air, because air enters atomizing cup
It is flowed into atomizing cup 310 from transom window again after stomata 311.Support element 312 can in a variety of forms, such as can be by multiple supports
Rib forms, and each support rib is located at the edge of atomizing cup stomata 311, the transom window is formed between support rib.In one embodiment,
Support element 312 is integrally formed with atomizing cup 310, to simplify technique, and brings other benefits.Atomizing cup 310 can be adopted
Use silica gel.
In one embodiment, 311 centre position arranged at the bottom of atomizing cup stomata of atomizing cup 310, first electrode
350 electrode linkage section 353 passes through the atomizing cup stomata 311 to be welded to the upper surface of pcb board 240, and second electrode 340 is across mist
The bottom surface for changing cup 310 is welded to the upper surface of pcb board 240.
As shown in Fig. 2, apparatus for aerosol creation 100 includes crust of the device 110, and it is set in crust of the device 110
Electrode 140, device external electrode 120 in battery 130, device.In device electrode 140 and device external electrode 120 respectively with battery 130
Anode and cathode be directly or indirectly electrically connected.Crust of the device 110 is equipped with to be inserted for generating product 200 for deserted aerosol
The accommodating chamber 111 entered, electrode 140, device external electrode 120 are fixed on the bottom of accommodating chamber 111 by fixing piece 150 in device.
The electric energy of battery 130 generates system via electrode in device 140 and the output of device external electrode 120 to matched deserted aerosol
Product 200 are to generate aerosol.Device external electrode 120 can be conducting magnetic iron, and product 200 is generated to adsorb deserted aerosol.
The length of the accommodating chamber 111 of apparatus for aerosol creation 100 is less than the length that deserted aerosol generates product 200,
To which after deserted aerosol generates product 200 and is inserted into accommodating chamber 111, deserted aerosol generates the suction nozzle of product 200
220 expose in 111 outside of accommodating chamber, so that user contacts suction nozzle 220 and sucks aerosol.
Oil storage component 230 includes storage tank 234, oil sealing cap 231, permeability part 232.Storage tank 234 stores liquid aersol and generates
Matrix, storage tank 234 is fixed in product enclosure 210 and positioned at 220 lower section of suction nozzle, 234 one end of storage tank has opening, oil sealing cap
231 and permeability part 232 be successively set in opening.Oil sealing cap 231 is equipped with oil leaking hole 233, and permeability part 232 is deposited using can adsorb
Material of tank body, such as cotton, fiber etc., the liquid aersol matrix in storage tank 234 are leaked out via oil leaking hole 233 by permeability part
232 absorbing and storings.Atomizing cup 310 is arranged below storage tank 234, the upper-end contact permeability part 232 of oil-guiding element 320, to ooze
The liquid aersol matrix of oily part 232 is adsorbed.Be additionally provided between storage tank 234 and product enclosure 210 aerosol by second
Channel 234.
As shown in Fig. 2, there is in product dispatch from foreign news agency pole piece 260 and product between electrode slice 250 product electrode gap 270, it should
Product electrode gap 270 both prevents from being electrically connected for electrode slice 250 in insulating product dispatch from foreign news agency pole piece 260 and product, simultaneously
It can be for air stream mistake.Pcb board 240 is equipped with pcb board stomata 241.
After deserted aerosol, which generates product 200, is inserted into accommodating chamber 111, device external electrode 120 and product dispatch from foreign news agency pole piece
260 are electrically connected, and electrode 140 is contacted and is conductively connected with electrode slice in product 250 in device, to which battery 130 can be to spiral
Heater strip 330 is powered.When user's air-breathing, air enters apparatus for aerosol creation 100 from air intake 112, then passes through successively
After crossing the gas passage in apparatus for aerosol creation 100, inflow device electrode gap, using product electrode gap 270, PCB
Enter in atomizing cup 310 after plate stomata 241, stomata, to form aerosol.Aerosol is by side wall transom window 313, second channel
234, enter suction nozzle 220 after the through-hole of suction nozzle holder 280, finally sucked by user.
It should be understood that preferred embodiment above is merely illustrative of the technical solution of the present invention, rather than to limit, it is right
It for those skilled in the art, can modify to the technical solution recorded in above preferred embodiment, or to its middle part
Technical characteristic is divided to carry out equivalent replacement；And all such modifications and replacement, it should all belong to the protection of appended claims of the present invention
Range.
Claims (35)
1. a kind of heating component of atomizer, characterized in that including spiral heating silk and first electrode, the first electrode includes
Electrode spiral section, one end of the electrode spiral section are electrically connected with one end of the spiral heating silk, and the electrode spiral
Section and spiral heating silk are arranged side by side along the axial direction of the spiral heating silk.
2. heating component as described in claim 1, characterized in that the spiral density of the electrode spiral section is more than the spiral
The spiral density of heater strip.
3. heating component as described in claim 1, characterized in that the first electrode further includes electrode limit section, the spiral shell
Rotation heater strip limits section with the electrode by the electrode spiral section and is electrically connected, and the electrode limits section from the electrode spiral
The periphery of section extends to the center of the radial direction of electrode spiral section.
4. heating component as claimed in claim 3, characterized in that the first electrode further includes electrode linkage section, the electricity
Pole spiral section limits section by the electrode and is electrically connected with the electrode linkage section.
5. heating component as described in claim 1, characterized in that further include second electrode, the second electrode extends to institute
It states the top of spiral heating silk and is electrically connected with the spiral heating silk, the electrode spiral section is located at the spiral heating silk
Lower section, the second electrode are used to provide at least partly fixed force to the spiral heating silk.
6. heating component as described in claim 1, characterized in that
The spiral heating silk and the electrode spiral section are in cylindrical spiral shape.
7. a kind of component of atomizer, including heating component, oil-guiding element, characterized in that
The heating component includes spiral heating silk and first electrode,
The first electrode includes electrode spiral section, and one end of the electrode spiral section and one end of the spiral heating silk are electrically connected
It connects, and the electrode spiral section and spiral heating silk are arranged side by side along the axial direction of the spiral heating silk；
Described oil-guiding element one end is arranged in the outside of the spiral heating silk, and the other end passes through the inside of the spiral heating silk empty
Between and stretch into the inner space of the electrode spiral section.
8. component as claimed in claim 7, characterized in that
The spiral density of the electrode spiral section is more than the spiral density of the spiral heating silk.
9. component as claimed in claim 7, characterized in that
The first electrode further includes electrode limit section, and the spiral heating silk passes through the electrode spiral section and the electric limit
Position section electrical connection, the electrode limit section from the periphery of the electrode spiral section to the centre bit of the radial direction of electrode spiral section
Set extension；
The other end of the oil-guiding element is butted on the electrode limit section.
10. component as claimed in claim 9, characterized in that
The first electrode further includes electrode linkage section, and the electrode spiral section limits section by the electrode and connects with the electrode
Connect section electrical connection.
11. component as claimed in claim 7, characterized in that
The heating component further includes second electrode, the second electrode extend to the top of the spiral heating silk and with it is described
Spiral heating silk is electrically connected, and the electrode spiral section is located at the lower section of the spiral heating silk, and the second electrode is used for institute
It states spiral heating silk and at least partly fixed force is provided.
12. component as claimed in claim 7, characterized in that
The oil-guiding element is arranged to the multilayered structure of winding.
13. component as claimed in claim 7, characterized in that
The spiral heating silk and the electrode spiral section are in cylindrical spiral shape, and the oil-guiding element is cylindrical.
14. a kind of component of atomizer, characterized in that including spiral heating silk, oil-guiding element, the oil-guiding element is arranged to winding
Multilayered structure；The oil-guiding element passes through the inner space of the spiral heating silk, and the both ends of the oil-guiding element are arranged described
The outside of spiral heating silk.
15. component as claimed in claim 14, characterized in that
The oil-guiding element is cylindrical.
16. a kind of atomizer, including heating component, oil-guiding element, atomizing cup, characterized in that
The heating component includes spiral heating silk and first electrode, and the first electrode includes electrode spiral section, the electrode
One end of spiral section is electrically connected with one end of the spiral heating silk, and the electrode spiral section and spiral heating silk are along described
The axial direction of spiral heating silk is arranged side by side；The spiral heating silk and the electrode spiral section are arranged in the atomizing cup；
Described oil-guiding element one end is arranged in the outside of the spiral heating silk, and the other end passes through the inside of the spiral heating silk empty
Between and stretch into the inner space of the electrode spiral section.
17. atomizer as claimed in claim 16, characterized in that
The spiral density of the electrode spiral section is more than the spiral density of the spiral heating silk.
18. atomizer as claimed in claim 16, characterized in that
The first electrode further includes electrode limit section, and the spiral heating silk passes through the electrode spiral section and the electric limit
Position section electrical connection, the electrode limit section from the periphery of the electrode spiral section to the centre bit of the radial direction of electrode spiral section
Set extension；
The other end of the oil-guiding element is butted on the electrode limit section.
19. atomizer as claimed in claim 16, characterized in that
The heating component further includes second electrode；
The first electrode further includes electrode linkage section, and the electrode spiral section limits section by the electrode and connects with the electrode
Connect section electrical connection；
The second electrode extends to the top of the spiral heating silk and is electrically connected with the spiral heating silk, the electrode spiral shell
Rotation section is located at the lower section of the spiral heating silk, and the second electrode is used to provide the spiral heating silk at least partly fixed
Power；
The first electrode linkage section and second electrode are each passed through the atomizing cup.
20. atomizer as claimed in claim 16, characterized in that
The atomizing cup is equipped with support element, and the electrode spiral section is butted on the support element.
21. atomizer as claimed in claim 20, characterized in that
The bottom of the atomizing cup is equipped with stomata, and the support element is set to the edge of the stomata, and the support element, which is equipped with, to be supplied
The transom window that gas flows through.
22. atomizer as claimed in claim 21, characterized in that
The support element is integrally formed with the atomizing cup.
23. atomizer as claimed in claim 16, characterized in that
The oil-guiding element is arranged to the multilayered structure of winding.
24. atomizer as claimed in claim 16, characterized in that
The atomizing cup uses silica gel.
25. atomizer as claimed in claim 16, characterized in that
The spiral heating silk and the electrode spiral section are in cylindrical spiral shape, and the oil-guiding element is cylindrical.
26. a kind of deserted aerosol generates product, including atomizer, characterized in that
Further include electrode slice in product, product dispatch from foreign news agency pole piece；
The atomizer includes heating component, oil-guiding element, atomizing cup；
The heating component includes spiral heating silk, first electrode and second electrode, and the first electrode includes electrode spiral section,
One end of the electrode spiral section is electrically connected with one end of the spiral heating silk, and the electrode spiral section and spiral heating
Silk is arranged side by side along the axial direction of the spiral heating silk；The spiral heating silk and the electrode spiral section are arranged in the atomization
In cup；
Described oil-guiding element one end is arranged in the outside of the spiral heating silk, and the other end passes through the inside of the spiral heating silk empty
Between and stretch into the inner space of the electrode spiral section；
The electrode spiral section is electrically connected with one of electrode slice in the product and product dispatch from foreign news agency pole piece, the second electrode
It is electrically connected with the other of electrode slice in the product and product dispatch from foreign news agency pole piece.
27. deserted aerosol as claimed in claim 26 generates product, characterized in that
The spiral density of the electrode spiral section is more than the spiral density of the spiral heating silk.
28. aerosol as claimed in claim 26 generates product, characterized in that
The first electrode further includes electrode limit section, and the electrode spiral section is limited by the electrode in section and the product
One of electrode slice and product dispatch from foreign news agency pole piece are electrically connected, and the electrode limits section from the periphery of the electrode spiral section to electrode
The center of the radial direction of spiral section extends.
29. deserted aerosol as claimed in claim 28 generates product, characterized in that
The first electrode further includes electrode linkage section, and the electrode limit section passes through in the electrode linkage section and the product
One of electrode slice and product dispatch from foreign news agency pole piece are electrically connected.
30. deserted aerosol as claimed in claim 26 generates product, characterized in that
The second electrode extends to the top of the spiral heating silk and is electrically connected with the spiral heating silk, the electrode spiral shell
Rotation section is located at the lower section of the spiral heating silk, and the second electrode is used to provide the spiral heating silk at least partly fixed
Power.
31. deserted aerosol as claimed in claim 26 generates product, characterized in that
The oil-guiding element is arranged to the multilayered structure of winding.
32. deserted aerosol as claimed in claim 26 generates product, characterized in that
The atomizing cup is equipped with support element, and the electrode spiral section is butted on the support element.
33. deserted aerosol as claimed in claim 32 generates product, characterized in that
The bottom of the atomizing cup is equipped with stomata, and the support element is set to the edge of the stomata, and the support element, which is equipped with, to be supplied
The transom window that gas flows through.
34. deserted aerosol as claimed in claim 33 generates product, characterized in that
The support element is integrally formed with the atomizing cup.
35. deserted aerosol as claimed in claim 26 generates product, characterized in that
The spiral heating silk and the electrode spiral section are in cylindrical spiral shape, and the oil-guiding element is cylindrical.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810331835.3A CN108402524A (en) | 2018-04-13 | 2018-04-13 | Deserted aerosol generates product, atomizer and heating component |
| PCT/CN2018/125696 WO2019196516A1 (en) | 2018-04-13 | 2018-12-29 | Disposable aerosol generating product, atomizer and heating assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810331835.3A CN108402524A (en) | 2018-04-13 | 2018-04-13 | Deserted aerosol generates product, atomizer and heating component |
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| Publication Number | Publication Date |
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| CN108402524A true CN108402524A (en) | 2018-08-17 |
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| CN201810331835.3A Pending CN108402524A (en) | 2018-04-13 | 2018-04-13 | Deserted aerosol generates product, atomizer and heating component |
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| Country | Link |
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| CN (1) | CN108402524A (en) |
| WO (1) | WO2019196516A1 (en) |
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| WO2019196516A1 (en) * | 2018-04-13 | 2019-10-17 | 赫斯提亚深圳生物科技有限公司 | Disposable aerosol generating product, atomizer and heating assembly |
| WO2023241131A1 (en) * | 2022-06-14 | 2023-12-21 | 海南摩尔兄弟科技有限公司 | Electronic atomization device |
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Also Published As
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| WO2019196516A1 (en) | 2019-10-17 |
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