CN106690426B - Oil pushing and feeding atomizer - Google Patents
Oil pushing and feeding atomizer Download PDFInfo
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- CN106690426B CN106690426B CN201710189212.2A CN201710189212A CN106690426B CN 106690426 B CN106690426 B CN 106690426B CN 201710189212 A CN201710189212 A CN 201710189212A CN 106690426 B CN106690426 B CN 106690426B
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Abstract
The invention discloses an oil pushing and feeding atomizer which comprises an atomizer body (1) with an internal atomizing cavity, wherein an oil feeding channel (13) is arranged on the atomizer body (1), the outlet of the oil feeding channel is blocked by an oil guiding element (111), at least one part of the outer surface of the oil guiding element (111) is exposed to the atomizing cavity, and the oil guiding element (111) is in contact with a heating element (112). According to the invention, the atomization of the tobacco tar which is fed by pumping the oil outside can be realized, so that the adjustment input of the tobacco tar is ensured to be easier to match with the atomization capability of the atomizer, the tobacco tar does not need to soak a heating component for a long time, the tobacco tar is not easy to deteriorate, and the oil leakage can not occur at high and low temperatures and during vibration.
Description
Technical Field
The invention relates to an improvement of an electronic cigarette atomizer structure, in particular to an oil pushing and feeding atomizer.
Background
The existing electronic cigarette is used for adjusting the smoke quantity in a voltage, power and temperature adjusting mode, and the power adjusting mode is adopted at the end, so that the energy input is not well matched with the atomization capability of the atomizer, and the phenomena of dry burning of the atomizer or poor atomization effect caused by excessive smoke quantity are easily caused; in addition, the tobacco tar in the existing electronic cigarette oil storage cabin is soaked in the oil guide cotton and the heating element for a long time, and the temperature of the heating element can heat the tobacco tar in the oil storage cabin when the atomizer works, so that the tobacco tar is easy to deteriorate; the existing electronic cigarette atomizer is easy to leak oil at high and low temperatures in a tobacco tar storage mode and a tobacco tar permeation mode; the existing liquid injection mode of the electronic cigarette is to inject tobacco tar into an atomizer or a tobacco tar bottle, then conduct the tobacco tar to an electric heating wire for heating through the capillary action of the oil guiding cotton, and the tobacco tar is transmitted by the capillary action without accurate controllability in the aspect of tobacco tar transmission quantity, so that mismatching between tobacco tar supply quantity and heating power of an atomizer heating wire is often caused, and phenomena of poor atomization effect and the like are caused due to dry burning of the atomizer or excessive tobacco tar quantity.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides the oil pushing and feeding type atomizer which can feed the tobacco tar in an oil pumping mode, accurately control the tobacco tar delivery quantity by controlling the output flow of the pump, ensure that the tobacco tar input quantity is easier to match with the atomization capability of the atomizer, ensure that the tobacco tar does not need to soak the oil guiding cotton and the heating component for a long time, is not easy to cause the degradation of the tobacco tar, and does not leak oil at high and low temperatures, during vibration or oil pumping.
In order to solve the technical problems, the invention adopts the following technical scheme:
an oil pushing and feeding type atomizer comprises an atomizer body 1 with an internal atomization cavity, wherein an oil feeding channel 13 is arranged on the atomizer body 1, the outlet of the oil feeding channel is blocked by an oil guiding element 111, at least a part of the outer surface of the oil guiding element 111 is exposed to the atomization cavity, and the oil guiding element 111 is in contact with a heating element 112.
Wherein the outlet of the oil inlet channel 13 is blocked by the oil guiding element 111, which directs the oil guiding element 111 to be positioned at the outlet of the oil inlet channel 13 in a manner of providing resistance. "blocking" is to be understood broadly herein to include both the free or held placement of the oil guiding element 111 at the outlet of the oil feed channel 13, and the plugging of at least a portion of the oil guiding element 111 into the interior of the oil feed channel 13, and the covering of the oil guiding element 111 outside the outlet of the oil feed channel 13. In addition, it is particularly emphasized that the "blocking" merely means that the outlet of the oil feed channel 13 is macroscopically blocked, while at a microscopic level, the tobacco tar can still be conducted inside the oil guide element through the channels or voids inside the oil guide element.
The outlet of the oil inlet passage 13 is blocked by the oil guide member 111, which creates a certain resistance in the oil inlet passage, facilitates maintenance of a stable external pumping pressure, and allows the tobacco tar to be pumped into the oil guide member under a certain pressure, and to be heated and atomized via further transmission inside the oil guide member to the heating member. And because the outlet of the oil inlet channel 13 is blocked by the oil guide element 111, no matter in which direction the atomizer is placed, the tobacco tar can only be pumped into the oil guide element, and can not be scattered elsewhere, thus ensuring oil leakage prevention. If the outlet of the oil feed passage 13 is not blocked by the oil guide member 111, the tobacco tar may be sprayed to a place outside the oil guide member under external pump pressure, resulting in oil leakage, waste, and internal pollution.
Preferably, the oil guide member 111 is held by a holder to block the outlet of the oil feed passage 13. This has the advantage that the oil guiding element is not pushed up under the pumping pressure during pumping out from blocking the outlet of said oil inlet channel 13. Such a holder may be any other component within the nebulization chamber. Preferably, the heat generating element 112 is used as the holder.
Wherein the oil guiding element 111 may be in the form of a porous body, a fiber bundle or a fiber mat, or any combination of the above. There is no particular requirement on the material and shape thereof, as long as it can guide oil and can reliably block the outlet of the oil inlet passage 13. For example, the oil guide member 111 may be oil guide cotton, the heating member 112 may be heating wires, at least a portion of which are arranged in a winding manner, or at least a portion of which are arranged in an alternate winding manner; alternatively, the oil guiding element 111 is in the form of a porous body selected from a porous ceramic body, a sponge body or a porous carbon material body, and the heating element 112 is a heating wire or an electric heating sheet; alternatively, the oil guiding element 111 is in the form of a fiber felt selected from carbon fiber felt or refractory fiber felt, and the heating element 112 is an electric heating plate or an electric heating block. In the case where the oil guide member 111 is in the form of a fiber mat, a central circular region thereof may be in contact with the circular heating plate, and an outer peripheral annular portion thereof blocks an outlet of the oil inlet passage in the shape of a ring, or conversely, the tobacco tar is transferred in a radial direction of the oil guide member by an external oil pressure and is heated to be atomized.
There is no particular requirement on the overall shape, cross-sectional shape and number of the oil feed passages 13. Preferably, the cross-sectional shape of the outlet of the oil feed passage 13 may be circular or annular, and accordingly, the shape of the portion of the oil guide member 111 for blocking is matched with the cross-sectional shape of the outlet of the oil feed passage 13. For example, in the case that the cross-section of the outlet of the oil inlet channel 13 is annular, the oil guide cotton is also arranged in an annular shape, one side surface of the ring blocks the outlet of the oil inlet channel 13, the other side surface of the ring is exposed to the atomizing chamber, and at least one section of the ring is wound with a heating wire.
Preferably, the atomizer body 1 further has an air inlet aperture 12 in air flow communication with the atomizing chamber.
The atomizer body 1 of the present invention may further comprise a cigarette holder seat 101, a sleeve 102 and a connection seat 103 which are detachably connected in sequence, the cigarette holder seat 101 is provided with a cigarette holder head 14, an atomization component 11 is arranged in the sleeve 102, the atomization component 11 comprises an oil guiding component 111 and a heating component 112 which are contacted with each other, an electric connection component 15 is arranged on a connection end surface of the connection seat 103, the electric connection component 15 and the heating component 112 are electrically connected and conducted, and an inlet of the oil inlet channel 13 is arranged on the electric connection component 15.
As a specific solution of the detachable connection, the connection base 103 is provided with a first tubular plugging portion 104, a first annular groove 105 is provided on an outer wall of the first tubular plugging portion 104, a first sealing ring 106 is provided in the first annular groove 105, the first tubular plugging portion 104 is inserted and arranged in the sleeve 102, and the first sealing ring 106 is respectively abutted against the first annular groove 105 and an inner wall of the sleeve 102. The cigarette holder seat 101 is provided with a second tubular inserting portion 107, the outer wall of the second tubular inserting portion 107 is provided with a second annular groove 108, a second sealing ring 109 is arranged in the second annular groove 108, the second tubular inserting portion 107 is inserted and arranged in the sleeve 102, and the second sealing ring 109 is respectively abutted against the second annular groove 108 and the inner wall of the sleeve 102.
The electrical connection assembly may take any configuration that enables electrical connection. As a preferred solution, the electrical connection assembly 15 includes a metal stud 151, an insulating sleeve 152 and a metal thimble 153, the metal stud 151 is disposed on the connection seat 103, the insulating sleeve 152 is embedded and fixed in an inner hole of the metal stud 151, the metal thimble 153 is embedded and fixed in an inner hole of the insulating sleeve 152, and the oil inlet channel 13 includes a first oil inlet channel 154 disposed along an axial direction of the metal thimble 153.
Preferably, the connection base 103 is internally provided with an inner fixing base 16 in threaded connection, the inner fixing base 16 is respectively provided with a first metal column 161 and an insulating plastic support 162, the insulating plastic support 162 is provided with a second metal column 163 and an electrode plate 164 which are connected and conducted with each other, the atomization component 11 is respectively kept in electrical connection and conduction with the first metal column 161 and the second metal column 163, the first metal column 161 is kept in electrical connection and conduction with the metal stud 151 through the inner fixing base 16, the second metal column 163 is kept in electrical connection and conduction through the electrode plate 164 and the metal thimble 153, and two ends of the heating element 11 are respectively kept in electrical connection and conduction with the first metal column 161 and the second metal column 163 through the metal bolt 110.
Preferably, the oil inlet channel 13 further includes a second oil inlet channel 131 formed by a gap reserved between the inner fixing seat 16 and the connecting seat 103, and a third oil inlet channel 132 arranged along the axis direction of the connecting seat 103, the oil guiding element 111 is blocked at the outlet of the third oil inlet channel 132, and the second oil inlet channel 131 and the third oil inlet channel 132 are sequentially communicated.
The oil pushing and feeding atomizer has the following advantages:
1. according to the invention, the oil guide element is blocked at the outlet of the oil inlet channel, so that when oil is fed from the outside in a mode of pumping oil, stable resistance can be provided for pumping oil, the stability of the oil pumping process is ensured, and pumped tobacco oil is forced to be uniformly distributed along the oil guide element and transferred to the contact part of the oil guide element and the heating element so as to be atomized, and smog is generated for a user to suck. Because the mode of pump oil is liable to carry out accurate control to the oil feed volume, so can realize the tobacco tar atomizing that advances oil based on the mode of outside through pump oil, ensure that tobacco tar adjusts the atomizing ability of input and atomizer and matees more easily (controllable oil mass), and tobacco tar does not need to soak heating element for a long time moreover, is difficult for leading to the tobacco tar rotten.
2. According to the oil pushing and feeding atomizer, one side of the heating component is blocked on the oil feeding channel, so that stable pressure is ensured to be applied to oil feeding based on the mode of pumping oil outside, and the oil guiding element (111) is fixed by the fixing piece to block the outlet of the oil feeding channel, so that the oil guiding element cannot be pushed up under the pressure of pumping oil to separate from the blocking of the outlet of the oil feeding channel during oil pumping. And therefore, the problem of oil leakage during high and low temperature, oil inlet and vibration of the electronic cigarette atomizer can be prevented.
Drawings
Fig. 1 is a schematic perspective exploded view of an embodiment of the present invention.
Fig. 2 is a schematic cross-sectional view of an embodiment of the present invention.
Reference numerals illustrate: 1. an atomizer body; 101. a mouthpiece holder; 102. a sleeve; 103. a connecting seat; 104. a first tubular plug-in portion; 105. a first annular groove; 106. a first seal ring; 107. a second tubular plug-in portion; 108. a second annular groove; 109. a second seal ring; 11. an atomizing assembly; 110. a metal bolt; 111. an oil guiding element; 112. a heating element; 12. an air inlet hole; 13. an oil inlet passage; 131. a second oil inlet passage; 132. a third oil inlet passage; 14. a mouthpiece head; 15. an electrical connection assembly; 151. a metal stud; 152. an insulating sleeve; 153. a metal thimble; 154. a first oil inlet passage; 16. an inner fixing seat; 161. a first metal pillar; 162. an insulating plastic bracket; 163. a second metal pillar; 164. electrode plate.
Detailed Description
As shown in fig. 1 and 2, the oil-pushing and oil-feeding atomizer of the present embodiment includes an atomizer body 1 having an internal atomization cavity, an oil-feeding passage 13 is provided on the atomizer body 1, an outlet thereof is blocked by an oil guiding element 111, at least a portion of an outer surface of the oil guiding element 111 is exposed to the atomization cavity, and the oil guiding element 111 is in contact with a heating element 112. By the above structure, when oil is fed from the outside through the oil pumping mode, the tobacco tar can be conducted to the oil guide element 111 through the oil feeding channel 13, and is evenly distributed by the oil guide element 111 and transferred to the contact part of the tobacco tar and the heating element 112, so that the tobacco tar is atomized, and smoke is generated for a user to suck. The atomizer body 1 is further provided with the air inlet hole 12, so that air can enter the atomizing chamber from the air inlet hole 12 when a user smokes, and atomized smoke is carried out of the atomizer body through the cigarette holder 14 on the atomizer body 1, so that atomization of tobacco tar based on oil feeding through an oil pumping mode can be realized, and the fact that tobacco tar is easier to adjust and input and the atomization capacity of the atomizer to match (controllable oil quantity) is ensured, and tobacco tar does not need to soak heating components for a long time, so that tobacco tar is not easy to deteriorate is avoided. In addition, one side of the atomization component 11 is blocked on the oil inlet channel 13, so that stable pressure is ensured when oil is fed based on an external oil pumping mode, and the problem of oil leakage during high-low temperature and vibration of the electronic cigarette atomizer can be prevented.
As shown in fig. 1 and 2, the atomization assembly 11 comprises an oil guiding cotton 111 and a heating wire 112 wound on the oil guiding cotton 111, one side of a part of the oil guiding cotton 111, which is not wound on the heating wire 112, is blocked on the oil inlet channel 13, a cavity on which the other side is positioned is communicated with the air inlet hole 12, the part of the oil guiding cotton 111, which is not wound on the heating wire 112, is used for blocking the oil inlet channel 13, so that the oil inlet is ensured to be subjected to stable pressure when oil is pumped outside, and the oil supply is more stable and reliable.
As shown in fig. 1 and 2, the atomizer body 1 includes a cigarette holder 101, a sleeve 102 and a connecting seat 103 which are sequentially connected, a cigarette holder head 14 is arranged on the cigarette holder 101, an atomization component 11 is arranged in the sleeve 102, an air inlet 12 is arranged on the side wall of the sleeve 102, an electric connection component 15 is arranged on the connecting end face of the connecting seat 103, the electric connection component 15 is electrically connected and conducted with the atomization component 11, and an inlet of an oil inlet channel 13 is arranged on the electric connection component 15. The electric connection assembly 15 has both electric connection function and inlet of the oil inlet channel 13, so that one-time connection can realize electric connection and oil supply channel connection function.
As shown in fig. 1 and 2, the electrical connection assembly 15 includes a metal stud 151, an insulating sleeve 152 and a metal thimble 153, the metal stud 151 is disposed on the connection base 103, the insulating sleeve 152 is embedded and fixed in an inner hole of the metal stud 151, the metal thimble 153 is embedded and fixed in an inner hole of the insulating sleeve 152, and the oil inlet channel 13 includes a first oil inlet channel 154 disposed along an axial direction of the metal thimble 153.
As shown in fig. 1 and 2, the connection base 103 is internally provided with an inner fixing base 16 in threaded connection, the inner fixing base 16 is respectively provided with a first metal column 161 and an insulating plastic support 162, the insulating plastic support 162 is provided with a second metal column 163 and an electrode plate 164 which are connected and conducted mutually, the atomization component 11 is respectively electrically connected and conducted with the first metal column 161 and the second metal column 163, the first metal column 161 is electrically connected and conducted with the metal stud 151 through the inner fixing base 16, and the second metal column 163 is electrically connected and conducted with the metal thimble 153 through the electrode plate 164. The first metal column 161, the insulating plastic support 162, the second metal column 163 and the electrode plate 164 form an integrated threaded connection structure and are connected in the connecting seat 103, so that good insulation between the first metal column 161 and the second metal column 163 is ensured, and the assembly is convenient and quick.
As shown in fig. 1 and 2, two ends of the atomizing assembly 11 are electrically connected to the first metal post 161 and the second metal post 163 through the metal bolts 110, so that the electrical connection is stable and reliable.
As shown in fig. 1 and 2, the oil inlet channel 13 further includes a second oil inlet channel 131 formed by a gap reserved between the inner fixing seat 16 and the connecting seat 103, and a third oil inlet channel 132 arranged along an axial direction of the connecting seat 103, the oil guiding cotton 111 is plugged at an end of the third oil inlet channel 132, the second oil inlet channel 131 and the third oil inlet channel 132 are sequentially communicated, the first oil inlet channel 154, the second oil inlet channel 131 and the third oil inlet channel 132 form a complete oil inlet channel 13, and when external oil is fed, smoke oil sequentially passes through the first oil inlet channel 154, the second oil inlet channel 131 and the third oil inlet channel 132 and then permeates into the oil guiding cotton 111, and a transmission arrow of the smoke oil is shown in fig. 2.
As shown in fig. 1 and 2, a first tubular plugging portion 104 is provided on a connection base 103, three first annular grooves 105 are provided on the outer wall of the first tubular plugging portion 104, a first sealing ring 106 is provided in the first annular groove 105, the first tubular plugging portion 104 is plugged into the sleeve 102, and the first sealing ring 106 is respectively abutted against the first annular groove 105 and the inner wall of the sleeve 102, so that the connection base 103 and the sleeve 102 are ensured to be assembled conveniently and rapidly, and the sealing is stable and reliable. It should be noted that the number of the first annular grooves 105 may be increased or decreased as needed.
As shown in fig. 1 and 2, the cigarette holder 101 is provided with a second tubular insertion portion 107, the outer wall of the second tubular insertion portion 107 is provided with a second annular groove 108, a second sealing ring 109 is arranged in the second annular groove 108, the second tubular insertion portion 107 is inserted and arranged in the sleeve 102, and the second sealing ring 109 is respectively abutted against the second annular groove 108 and the inner wall of the sleeve 102, so that the cigarette holder 101 and the sleeve 102 are ensured to be assembled conveniently and rapidly, and the seal is stable and reliable. Referring to fig. 2, the mouthpiece 14 is tubular, an annular seal member is provided in the mouthpiece holder 101, the annular seal member is disposed between an inner wall of an inner hole of the mouthpiece holder 101 and an outer wall of the mouthpiece 14, and a fixing sleeve is disposed outside the annular seal member to prevent the annular seal member from falling off.
As shown in fig. 1 and 2, the oil guide cotton 111 is arranged in a ring shape, and by this structure, it is possible to ensure that the tobacco tar which has penetrated into the oil guide cotton 111 after passing through the first oil inlet passage 154, the second oil inlet passage 131, and the third oil inlet passage 132 in order is uniform and reliable, and to ensure stable and reliable atomization of the heating element 1.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above examples, and all technical solutions belonging to the concept of the present invention belong to the protection scope of the present invention. It should be noted that modifications and adaptations to the present invention may occur to one skilled in the art without departing from the principles of the present invention and are intended to be within the scope of the present invention.
Claims (10)
1. Oil pushing and feeding type atomizer comprises an atomizer body (1) with an internal atomization cavity, and is characterized in that: an oil inlet channel (13) is formed in the atomizer body (1), the outlet of the oil inlet channel is blocked by an oil guide element (111), at least one part of the outer surface of the oil guide element (111) is exposed to the atomization cavity, and the oil guide element (111) is in contact with a heating element (112);
the oil inlet channel (13) is used for conveying external tobacco tar to the oil guide element (111) in an oil pumping mode;
the atomizer body (1) comprises a cigarette holder seat (101), a sleeve (102) and a connecting seat (103) which are sequentially connected, wherein an electric connecting assembly (15) is arranged on the connecting end face of the connecting seat (103), the electric connecting assembly (15) is electrically connected and conducted with the atomizing assembly (11), and an inlet of an oil inlet channel (13) is arranged on the electric connecting assembly (15); the electric connection component (15) has both an electric connection function and an inlet of the oil inlet channel (13), so that the electric connection and oil supply channel connection function can be realized at the same time by one-time connection.
2. The push oil inlet atomizer of claim 1 wherein: the oil guide element (111) is held by a holder to block the outlet of the oil inlet passage (13).
3. The push oil inlet atomizer of claim 2 wherein: the heating element (112) acts as the holder.
4. The push oil inlet atomizer of claim 1 wherein: the oil guiding element (111) is in the form of a porous body, a fiber bundle or a fiber mat, or any combination of the above.
5. The push oil inlet atomizer of claim 4 wherein: the oil guiding element (111) is oil guiding cotton, the heating element (112) is a heating wire, and at least one part of the oil guiding element and the heating wire are arranged in a mode of winding one another, or at least one part of the oil guiding element and the heating wire are arranged in a mode of alternately winding; alternatively, the oil guiding element (111) is in the form of a porous body selected from a porous ceramic body, a sponge body or a porous carbon material body, and the heating element (112) is an electric heating wire or an electric heating sheet; alternatively, the oil guiding element (111) is in the form of a fiber felt selected from carbon fiber felt or refractory fiber felt, and the heating element (112) is an electric heating plate or an electric heating block.
6. The push oil inlet atomizer of claim 1 wherein: the atomizer body (1) also has an air inlet aperture (12) in air flow communication with the atomizing chamber.
7. The push oil inlet atomizer of claim 1 wherein: the atomizer body (1) is including dismantling continuous cigarette holder seat (101), sleeve pipe (102) and connecting seat (103) in proper order, be equipped with cigarette holder head (14) on cigarette holder seat (101), be equipped with atomization component (11) in sleeve pipe (102), atomization component (11) are including oil guide element (111) and heating element (112) that contact each other, be equipped with electric connection subassembly (15) on the terminal surface of connecting seat (103), electric connection subassembly (15) with heating element (112) electricity is connected and is switched on, the import of oil feed passageway (13) sets up on electric connection subassembly (15).
8. The push oil inlet atomizer of claim 7 wherein: the electric connection assembly (15) comprises a metal stud (151), an insulating sleeve (152) and a metal thimble (153), wherein the metal stud (151) is arranged on the connection seat (103), the insulating sleeve (152) is embedded and fixed in an inner hole of the metal stud (151), the metal thimble (153) is embedded and fixed in an inner hole of the insulating sleeve (152), and the oil inlet channel (13) comprises a first oil inlet channel (154) arranged along the axial direction of the metal thimble (153).
9. The push oil inlet atomizer of claim 7 wherein: the inner fixing seat (16) is internally provided with a threaded connection, the inner fixing seat (16) is respectively provided with a first metal column (161) and an insulating plastic support (162), the insulating plastic support (162) is provided with a second metal column (163) and an electrode plate (164) which are mutually connected and conducted, the atomization component (11) is respectively electrically connected and conducted with the first metal column (161) and the second metal column (163), the first metal column (161) is electrically connected and conducted with the metal stud (151) through the inner fixing seat (16), the second metal column (163) is electrically connected and conducted through the electrode plate (164) and the metal thimble (153), and two ends of the heating element (112) are respectively electrically connected and conducted on the first metal column (161) and the second metal column (163) through metal bolts (110).
10. The push oil inlet atomizer of claim 9 wherein: the oil inlet channel (13) further comprises a second oil inlet channel (131) formed by a gap reserved between the inner fixing seat (16) and the connecting seat (103), and a third oil inlet channel (132) arranged along the axis direction of the connecting seat (103), the oil guide element (111) is blocked at the outlet of the third oil inlet channel (132), and the second oil inlet channel (131) and the third oil inlet channel (132) are sequentially communicated.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710189212.2A CN106690426B (en) | 2017-03-27 | 2017-03-27 | Oil pushing and feeding atomizer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710189212.2A CN106690426B (en) | 2017-03-27 | 2017-03-27 | Oil pushing and feeding atomizer |
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| CN106690426A CN106690426A (en) | 2017-05-24 |
| CN106690426B true CN106690426B (en) | 2023-09-29 |
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| CN201710189212.2A Active CN106690426B (en) | 2017-03-27 | 2017-03-27 | Oil pushing and feeding atomizer |
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| UA125663C2 (en) * | 2017-07-14 | 2022-05-11 | Філіп Морріс Продактс С.А. | An aerosol-generating system with concealed ventilation airflow |
| CN109259315A (en) * | 2017-07-17 | 2019-01-25 | 湖南中烟工业有限责任公司 | A kind of electronic smoke atomizer |
| CN109259318A (en) * | 2017-07-17 | 2019-01-25 | 湖南中烟工业有限责任公司 | A kind of electronic smoke atomizer |
| CN110495638B (en) * | 2018-05-16 | 2021-09-28 | 常州市派腾电子技术服务有限公司 | Electronic cigarette control method, electronic cigarette and computer storage medium |
| CN108433198A (en) * | 2018-06-26 | 2018-08-24 | 芜湖纯元光电设备技术有限公司 | A kind of electronic cigarette multi-functional cigarette case able |
| CN109349689A (en) * | 2018-12-24 | 2019-02-19 | 陈镇江 | Electronic cigarette automatic oil transfer system, oil transportation method and peristaltic pump |
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