WO2017054424A1 - 电子烟装置 - Google Patents

电子烟装置 Download PDF

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Publication number
WO2017054424A1
WO2017054424A1 PCT/CN2016/077215 CN2016077215W WO2017054424A1 WO 2017054424 A1 WO2017054424 A1 WO 2017054424A1 CN 2016077215 W CN2016077215 W CN 2016077215W WO 2017054424 A1 WO2017054424 A1 WO 2017054424A1
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WO
WIPO (PCT)
Prior art keywords
liquid
disposed
heating
electronic cigarette
smoke
Prior art date
Application number
PCT/CN2016/077215
Other languages
English (en)
French (fr)
Inventor
李建伟
Original Assignee
深圳市新宜康科技有限公司
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Publication date
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Publication of WO2017054424A1 publication Critical patent/WO2017054424A1/zh

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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
    • A24F40/48—Fluid transfer means, e.g. pumps
    • 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

Definitions

  • the invention relates to an electronic article in the field of daily life, in particular to a novel electronic cigarette product.
  • the electronic cigarette product on the market is to heat a liquid electronic cigarette liquid through a heating wire, so that the electronic cigarette liquid is atomized, and the mist of the electronic cigarette is sucked, and the smoke generated by the combustion is no longer sucked, so that the solid particles are no longer sucked.
  • inhale liquid particles are produced by artificially produced electronic cigarette liquid, and the content of various substances can be basically controlled accurately, and the tar which is generated when burning is the most harmful to the human body.
  • the currently known electronic cigarette structure generally comprises an electronic cigarette battery, a control circuit and an electronic aerosolization device, wherein the electronic aerosolization device is formed into a spray chamber, the atomization chamber is provided with an atomization heating core, and the atomization heating core is composed of a resistance wire. Wound, the resistance wire is spiral, and the spiral-shaped resistance wire is internally provided with a rope-like liquid-conducting fiber substance, which passes through the liquid-conducting fiber substance and a stock solution
  • the chamber is connected to facilitate the penetration of the liquid guiding fiber material to introduce the electronic cigarette liquid into the electric resistance wire of the atomizing core to realize electrothermal atomization of the electronic cigarette liquid.
  • the atomizing core air inlet hole is disposed in the lower part of the atomizing chamber, and the liquid guiding fiber material is disposed in the upper part of the air inlet hole, and the liquid guiding fiber material absorbs the electronic cigarette liquid by osmosis, and when it reaches saturation state, it will The electronic cigarette liquid is oozing out, and the oozing electron smoke liquid collects and drops, and reaches a certain extent and will flow out from the air inlet hole.
  • the air intake hole is not closed, because it cannot be aired after being closed, and it cannot be smoked. When it is not necessary to suck, the effect from the outside is that the electronic cigarette liquid will flow out from the air inlet hole, affecting the cleaning and feeling.
  • the electronic cigarette product is atomized by the heating of the electric resistance wire, and the electric resistance wire needs to be heated to a required higher temperature in a short time, and both the electric resistance wire and the heating control circuit must be suitable for the above requirements.
  • the current electronic cigarettes are in the direction of minimizing the atomization temperature, and it is the best way to achieve normal temperature atomization or low temperature atomization.
  • the inventors have devised a novel electronic cigarette device which can overcome the above drawbacks, and can achieve the effect of reducing the atomization temperature.
  • the object of the present invention is to provide a novel electronic cigarette device which can realize low temperature atomization function and is a novel structure of electronic cigarette product.
  • the electronic cigarette device of the invention comprises a liquid liquid supply device, a smoke liquid atomization device and an atomized smoke suction device.
  • the liquid liquid supply device is a pressurized liquid supply device, and the smoke liquid atomization device further comprises a smoke liquid spray atomization device and a smoke liquid heating atomization device; the smoke liquid pressurized liquid supply device and the smoke liquid spray atomization
  • the device is connected in a pipeline.
  • the smoke liquid heating atomization device comprises a heating atomization chamber and an atomization electric heater, and the atomization electric heater is disposed in the heating atomization chamber.
  • the smoke liquid spray atomizing device is provided with an atomizing nozzle, and the atomizing nozzle is disposed in the heating atomizing chamber of the smoke liquid heating atomizing device;
  • the smoke suction device comprises a suction pipe and a suction nozzle, and the suction pipe is connected with the heating atomization chamber.
  • the heating atomization chamber described above is a tubular body closed at the lower end, and the atomizing nozzle of the smoke liquid spray atomizing device protrudes from the lower end into the heating atomization chamber.
  • the electric heater is disposed in the heating atomization chamber, the atomizing nozzle of the smoke liquid spray atomizing device is disposed facing and close to the electric heater, and the upper end of the heating atomizing chamber is provided with a conical sleeve type smoke splashing cover, and the splashing prevention
  • the upper end of the cover is connected to the suction pipe and the cigarette holder; the lower end of the heating atomization chamber is provided with an air inlet hole.
  • the electric heater of the smoke liquid heating atomization device is a coiled electric heating wire, which comprises a circular electric heating wire and a ring-shaped electric heating wire, and the circular electric heating wire is curved and arranged in an arc shape, and the curved surface faces upward. Protruding, horizontally arranged, the gap formed by the electric wire rotating coil is an air flow passage; the annular electric heating wire is arranged in a horizontal ring shape, and the annular electric heating wire is arranged in the atomizing spray The outer edge of the nozzle is between the inner edge of the heated atomization chamber, and the air inlet hole is opened between the upper side of the annular electric heating wire and the lower side of the circular electric heating wire.
  • the heating atomization chamber described above is a tubular body closed at the lower end, the smoke liquid spray atomizing device is disposed in the heating atomization chamber, and the atomization nozzle is sprayed downward; the electric heater is disposed in the heating atomization chamber
  • the atomizing nozzle of the smoke liquid spray atomizing device is disposed facing and close to the electric heater, and the electric heater is disposed at the lower side of the atomizing nozzle; the lower end of the heating atomizing chamber is provided with an air inlet hole to heat the upper end of the atomizing chamber Connect the suction pipe and the cigarette holder.
  • the electric heater of the soot liquid heating atomization device is a resistance wire heating piece, the electric resistance wire is bent and coiled, the curved arrangement is in the shape of a curved disc, the curved surface is protruded downward, horizontally, and the electric resistance wire is disposed on the sealing ceramic piece. .
  • the smoke liquid spray atomization device described above is an electromagnetic drive spray device, comprising a spray pipe, which is a hollow tubular body, which is provided with a spray nozzle at one end and a high pressure smoke liquid pipe at the other end, and the outer end surface of the spray nozzle is arranged to be concave.
  • the scalloped surface or the curved surface; the elastic thimble is disposed in the spray pipe, the elastic thimble head elastically abuts against the inner side of the spray nozzle, and the elastic ejector tail is provided with an electromagnetic driving device.
  • the pressurized liquid supply device comprises a liquid storage chamber, a liquid smoke inlet and outlet, and a pressure driving device, wherein the liquid storage chamber and the pressure driving device are both disposed in a casing of the pressurized liquid supply device;
  • the utility model is disposed on the liquid storage chamber, wherein the liquid storage chamber is a barrel structure closed at one end, the inlet and outlet of the liquid smoke is disposed at one end of the closed portion of the liquid storage chamber; the annular cover and the pressure piston are disposed at one end of the opening of the liquid storage chamber, and the pressure piston is provided
  • the pressure piston is sealed on the inner side of the annular cover and is slidably connected to the wall of the liquid storage chamber, and the pressure piston is disposed in contact with the pressure driving device.
  • the pressing driving device may be a screw driving device, and the screw rod is axially fixed on the base provided by the outer casing, and is provided with a threaded sleeve matched with the screw rod, the threaded sleeve can be axially moved, and the handle of the screw shaft is provided with a thread sleeve.
  • the top is in contact with the bottom of the pressurized piston; the bottom of the pressurized piston and the top of the threaded sleeve are fixedly provided with paired permanent magnets, and the paired permanent magnets are arranged in a different polarity, and are arranged in a permanent magnet and a threaded sleeve. Set the spring between.
  • the pressing driving device may be a powerful magnet driving device, and an axially fixed lead screw is arranged on the base of the driving device shell, a rotating handle is arranged at the bottom end of the screw rod, and an axially moving thread sleeve is set on the screw rod, and the thread sleeve is provided.
  • the top end is provided with a strong permanent magnet of opposite polarity and paired with the bottom end of the pressurizing piston.
  • the pressure driving device may be a strong spring driving device, and an axial spring guide rail is disposed on the base of the driving device housing, and a strong spring is sleeved on the outer side of the spring rail, and a sliding member having a locking mechanism is disposed on the upper end of the strong spring.
  • the sliding member is slidable up and down along the spring rail, and the upper end of the sliding member is disposed in contact with the bottom of the pressing piston.
  • a sliding member having a locking mechanism disposed on the strong spring is fixedly disposed on a top of the strong spring, and the sliding member is provided with a downwardly extending hook having a slanted outer surface; correspondingly, at the base of the outer casing A sliding hook is disposed on the lateral movement, and the sliding hook is disposed on a slider sliding laterally, the sliding hook has a curved outer surface, and the sliding slider laterally sets the return spring.
  • the pressure liquid supply device casing is provided with a side cover, and a second sliding member is further disposed outside the sliding member and the spring rail, the side cover is fixedly connected with the second sliding member, and is slidable integrally with the second sliding member, the side cover
  • the inner bottom portion is provided with a trapezoidal inward boss, the boss The portion corresponds to the end of the lateral slider provided on the base and is in abutting contact.
  • the upper end of the sliding member disposed at the upper end of the strong spring is provided with a small spring and a permanent magnet
  • the bottom end of the pressing piston is also provided with a pair of permanent magnets different in polarity from the permanent magnets on the sliding member, and the paired permanent magnets are respectively fixed
  • the upper end of the sliding member and the lower end of the pressurizing piston are contacted by a magnetic attraction force.
  • the pressurized liquid supply device may be an aerated pressurized liquid supply device including a liquid storage chamber, a liquid smoke inlet and outlet, and an inflator device, the inflator device including a check valve having a check valve , disposed in the liquid storage chamber, and an elastic inflation button is arranged on the check cylinder of the pressure inflating device.
  • the structure of the invention is a brand-new electronic cigarette product, and the electronic cigarette liquid pressurized liquid supply device and the electronic cigarette liquid spray device can be used to press the electronic cigarette liquid to a certain pressure and then ejected from the small hole. To achieve the effect of the spray. Then, using the function of heating the wire, the electronic cigarette liquid in the spray state is directly heated. Since the electronic cigarette liquid sprayed by the spraying device is nearly atomized, a small droplet is formed, and the heat required for heating and atomizing is greatly reduced, so that a higher heating temperature is no longer required, and A better heating effect can be achieved.
  • the liquid-conducting fiber material can be completely discarded, and the atomization core can be replaced after the fiber material is coked. problem. Since the supply of the liquid is only available at the time of spray atomization, there is no leakage of smoke when not in use.
  • FIG. 1 is a partial cross-sectional structural view of an electronic cigarette device according to Embodiment 1 of the present invention.
  • Figure 2 is a partial enlarged view of Figure 1;
  • Figure 3 is a schematic view showing the winding structure of the electric heating wire of the first embodiment
  • Figure 4 is a cross-sectional structural view showing a spray atomization device of Embodiment 1 of the present invention.
  • Figure 5 is a cross-sectional structural view showing a pressurized liquid supply apparatus according to Embodiment 1 of the present invention.
  • Figure 6 is a cross-sectional structural view of an electronic cigarette device according to Embodiment 2 of the present invention.
  • FIG. 7 to 9 are schematic views showing the structure of two other pressurized liquid supply devices of the present invention.
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • FIG. 1 is a partial structural schematic view of an electronic cigarette device of the present invention.
  • the electronic cigarette device is provided with an electronic cigarette battery and a control circuit, an electronic cigarette pressurized liquid supply device 7, an electronic cigarette liquid spray device 4, and an electronic cigarette heating atomization chamber 2.
  • the electronic cigarette battery and the control circuit are disposed on the lower side (the lower end in the figure is not marked), and the electronic cigarette pressurized liquid supply device 7 is disposed on the side of the electronic cigarette device.
  • the spray device 4 is fixed to the inner space of the casing 6 by the fixing bracket 8, and the liquid inlet end of the spray device 4 communicates with the liquid outlet of the electronic cigarette pressurized liquid supply device 7 through the pipe 9.
  • the electronic cigarette heating atomization chamber is a tubular body which is disposed at the upper end of the housing 6 and is assembled and connected with the housing through the end cover 5.
  • the atomization chamber 2 and the housing 6 are closedly connected. status.
  • the electronic cigarette heating atomization chamber 2 is composed of a tubular body 201, and the tubular body The inside of the 201 is the atomization chamber 2, and the upper end of the atomization chamber 2 is connected with an electronic cigarette suction pipe 1.
  • the atomizing nozzle 3 of the spray device 4 projects into the atomization chamber 2, and the bottom of the atomization chamber 2 is closed.
  • the electric heating wire 207 is fixed and electrically connected by a screw 203 in the atomization chamber 2.
  • the structure of the electric heating wire 207 is as shown in FIG. 3.
  • the electric resistance wire 2071 is wound in a disk shape, and the gap 2072 between the electric resistance wires is used as an air flow path, and the electric resistance wire end ring 2073 is used as an electrode connection end. After the disk-shaped electric heating wire 207 is wound into a disk, it protrudes upward to form a curved surface to accommodate the fan-shaped ejection characteristics of the smoke sprayed from the spray device 4.
  • the atomizing nozzle 3 of the spraying device 4 is disposed facing the electric heating wire 207.
  • a splash-proof heat insulating cover 202 is disposed on the upper side of the electric heating wire 207.
  • the splash insulation cover 202 is a conical barrel, which functions to maintain the temperature in the atomization chamber 206 in the atomization chamber 2, preventing large droplets after spraying or atomization from being directly sputtered into the suction pipe 1.
  • the bottom end of the atomization chamber 2 is closedly connected to the upper end 5 of the casing 6, and the closed connection is for preventing the droplets of smoke ejected from the spray device 4 from falling back into the casing 6, contaminating other components.
  • an annular electric heating wire frame 205 is disposed at the bottom of the periphery of the atomizing nozzle 3, and the annular electric heating wire frame 205 is provided with an annular coiled electric heating wire, which can heat the reflowed electronic cigarette Liquid to enhance the atomization effect.
  • An air inlet hole 208 is defined in a wall surface of the lower end of the atomization chamber 2, and the air inlet hole 208 is opened between the disc-shaped atomizing electric heating wire 207 and the annular electric heating wire frame 205 to ensure smooth air intake and fog. Aspiration of smog. Further, an intake adjusting ring 204 is disposed on the intake hole 208, and the adjusting ring 204 is provided with an opening corresponding to the shape of the intake hole 208, and the intake air amount can be adjusted by rotating the adjusting ring 204.
  • the main body of the electronic cigarette spray device 4 of the present embodiment is a spray pipe 409, and a hollow liquid passage 420 is formed in the spray pipe 409.
  • the lower portion of the spray duct 409 is connected to the liquid outlet of the pressurized liquid supply device 7 of the electronic cigarette through the line 9 to receive the pressurized high-pressure electronic cigarette liquid.
  • the spray pipe 409 is provided in a state of different outer diameters and different inner diameters depending on the requirements of different parts.
  • the spray pipe 409 is provided with a spray end face 401, a spray nozzle 411, a first limit shoulder 403, and a second limit shoulder 415 in this order from the upper end to the lower end.
  • the liquid channel 420 is internally provided with a thimble device having an elastic recovery function.
  • the thimble 413 is a thimble head curved end surface 402, a first limiting block 412, a spring 414, a second limiting block 404, and a third.
  • an electromagnetic drive is provided on the underside of the thimble 413.
  • the electromagnetic driving device includes an electromagnetic coil 419, an annular soft iron 418, and a spring 408
  • the spray pipe 409 is provided with a spray nozzle 411 at the upper end of the spray pipe 409.
  • the spray nozzle 411 is a narrow liquid pipe disposed at the head of the spray pipe 409, and a fan-shaped or curved concave spray end face 401 is disposed outside the spray nozzle 411.
  • a concave spray end face 401 allows for a spatial conversion of the high pressure liquid from the narrow spray nozzle 411 to a larger area, and then the large droplets can be dispersed into small droplets, producing a spray effect.
  • the head of the thimble 413 is disposed as a protruding curved end surface 402, and the curved end surface can be in close contact with the inner side of the spray nozzle 411 of the spray pipe 409, and a sealing material such as a gasket is provided to achieve a seal when abutting. status.
  • a driving spring 414 is disposed at a middle portion of the ejector pin 413.
  • One end of the spring 414 is disposed on the first limiting shoulder 403 disposed inside the spray pipe 409, and the other end of the spring 414 abuts against the second limiting block 404 of the thimble 413.
  • the spring 414 is in a compressed state when the thimble 413 is closed, and the opening of the thimble 413 is achieved by the elastic restoring force of the spring 414.
  • the ejector tail end 416 is configured to have a spherical end surface 406, and the lower side corresponding to the ejector tail end 416 is provided with an electromagnetic driving device including an electromagnetic coil 419, an annular soft iron 418, and a return spring 408.
  • the electromagnetic coil 419 is disposed outside the spray duct 409.
  • the return spring 408 and the annular soft iron 418 are disposed inside the spray duct 409, wherein the lower side of the return spring 408 abuts against the shoulder disposed inside the spray duct 409, and the upper end of the return spring 408 abuts the annular soft iron 418.
  • the spring 408 abuts against the annular soft iron 418, and the annular soft iron 418 abuts against the trailing end of the thimble 413, so that the elastic positioning of the thimble 413 and the annular soft iron 418 can be achieved.
  • a state with a convex spherical contact surface 406 is provided at the tail end of the thimble 413, and the upper end of the annular soft iron 418 is also disposed to have an inner end.
  • the center of the annular soft iron 418 is provided with a liquid passage 407 at which the liquid passage 407 at the annular soft iron 418 becomes a part of the liquid passage 420.
  • the annular soft iron 418 is pressed against the thimble 413 by the elastic force of the spring 408, and the upper portion is pressed downward by the action of the spring 414 against the ejector pin 413, and the thimble 413 head is pressed against the spray.
  • the inner side of the mouth 411 forms an equilibrium state, and the ejector pin 413 does not operate.
  • the spring 408 and the spring 414 are disposed, the overall thimble 413 will be in an upwardly abutting state, that is, the spring force of the spring 408 should be relatively larger than the spring force of the spring 414.
  • the generated electromagnetic force pulls the ring-shaped soft iron 418 downward, and the suction force of the electromagnetic coil 419 will overcome the elastic force of the spring 408, so that the ring-shaped soft iron 418 moves downward, and thus the The ring-shaped soft iron 418 temporarily leaves the tail of the thimble 413, and the thimble 413 as a whole is moved downward by the elastic force of the spring 414, thereby opening the inside of the spray nozzle 411 against which the head of the thimble 413 abuts, so that the high-pressure liquid in the liquid passage 420 is sprayed from the spray nozzle 411.
  • the pressure change breaks up the liquid to form smaller droplets, that is, forms a spray state.
  • the electronic cigarette device of the present embodiment uses a pneumatic pressurizing device to pressurize the liquid supply device for the electronic cigarette.
  • the pressurized liquid supply device 7 is an inflation pressurizing device.
  • the device includes a boost button 801, a boost cylinder 802, a boost piston 807, a reservoir 803, and an inlet and outlet port 804.
  • the main body is a drum-shaped liquid storage chamber 803.
  • the liquid storage chamber 803 has a closed structure except for the connection portion of the bottom inlet and outlet port 804 and the top pressurized cylinder 802, so that inflation and pressure can be achieved.
  • the inflation charging device includes a pressurized cylinder 802, a boosting piston 807, and a boost button 801, both of which are axially disposed with the barrel of the liquid storage chamber 803.
  • the supercharged cylinder 802 is disposed in the center of the liquid storage chamber 803, extends upward in the axial direction and penetrates to the top of the liquid storage chamber 803, and is slidably connected to the boosting piston 807.
  • the upper end of the boosting piston 807 is fixedly connected to the boosting button 801.
  • the pressurized cylinder 802 is a hollow tubular structure.
  • the upper end of the tubular structure forms a pressurized air chamber 815, and the lower end constitutes a pressurized air passage 816.
  • the diameter of the upper end pressurized air chamber 815 of the pressurized cylinder 802 is larger than the diameter of the pressurized air passage 816.
  • the purpose is to increase the volume of the pressurized air chamber 815 as much as possible while reducing the diameter of the pressurized air passage 816, and to increase the volume of one charge as much as possible, so as to facilitate the one-way closing of the pressurized air passage 816.
  • the pressurized piston 807 is sealed and slidably disposed within the pressurized air chamber 815 of the boost cylinder 802. Specifically, the outer edge of the booster piston 807 is sleeved with a sealing ring.
  • the boosting piston 807 is disposed in the pressurized air chamber 815 of the boosting cylinder 802 and is slidably coupled to the inner wall of the pressurized air chamber 815.
  • the booster piston 807 is also a hollow tubular structure that constitutes an intake air passage 806.
  • the upper end of the booster piston 807 is fixedly coupled to the boost button 801 and has a radial direction on the wall of the booster piston 807.
  • the air inlet 811 is provided to facilitate entry of outside air into the intake air passage 806.
  • the lower end outer wall of the booster piston 807 is hermetically slidably disposed with the inner wall of the pressurized air chamber 815 of the supercharged cylinder 802 through a seal ring.
  • the elastic backstop assembly is disposed in the tube body at the lower end of the booster piston 807.
  • the elastic check assembly includes a check pin 813 and a ejector pin 814.
  • the check pin 813 is elastically disposed on the booster piston 807 by the ejector pin 814.
  • the top of the check ejector pin 813 is provided as a convex spherical contact surface.
  • a concave spherical contact surface is also provided on the intake air passage 806 corresponding to the spherical contact surface of the head of the anti-reverse ejector pin 813.
  • the ejector pin spring 814 is disposed on the inner shoulder of the intake air passage 806.
  • the elastic restoring force of the spring 814 causes the spherical surface contact surface of the check ejector pin 813 to abut the spherical contact surface provided on the intake air passage 806. , in a normally closed state. Only catch the ball when a downward force is applied from the upper part. The face contact faces are disengaged from each other and the intake air passage 806 is opened.
  • An elastic anti-reverse assembly is disposed on the pressurized air passage 816 of the boosting cylinder 802.
  • the elastic anti-reverse assembly is disposed at a structure of a spring 818 and a check ejector pin 817.
  • the anti-reverse ejector pin 817 is also provided with a spherical contact surface at the upper end.
  • the pressurized air passage 816 is also provided with a concave spherical contact surface, and the spring 818 is disposed on the shoulder in the pressurized air passage 816, so that the anti-reverse ejector pin 817 can be elastically set, and when normally in the normally closed state, the anti-reverse thimble spherical contact surface is provided.
  • the spherical contact surface of the pressurized air passage is abutted against each other, and the pressure generated by the anti-reverse ejector pin 817 in the combined liquid storage chamber 803 is such that neither the gas nor the liquid can pass through the anti-reverse ejector pin 817 of the pressurized air passage 816.
  • the pressure is applied from the upper portion, the spherical contact faces are separated from each other, and the pressurized air passage is opened.
  • a resilient button 801 is disposed on the upper portion of the booster piston 807.
  • the elastic button is disposed on the periphery of the liquid storage chamber 803 and is in sliding contact with the outer wall of the liquid storage chamber 803, and a recovery spring 812 is disposed inside the boost button 801, and the pressurization is performed.
  • the center position of the button 801 is fixedly coupled to the upper end of the booster piston 807.
  • the upper end of the supercharged cylinder 802 can be hermetically connected to the upper end of the liquid storage chamber 803 by means of a screw connection, and the supercharged cylinder 802, the booster piston 807, the boost button 801 and the return spring 812 can be integrally removed.
  • the electronic cigarette liquid can be injected into the liquid storage chamber 803, and after the above-mentioned pressurized cylinder 802 is installed, the state of the present invention is formed, wherein a gas chamber 808 is naturally formed at the top of the liquid storage chamber 803, and is reserved.
  • the purpose of this space 808 is to reserve a gas space, which can generate more pressure because the gas compression ratio is much larger than the liquid compression ratio.
  • the electronic cigarette of the embodiment is pressurized by the pneumatic pressurized liquid supply device 7 during use, and the high-pressure electronic cigarette liquid is transported to the spray device 4 through the communication line 9 and passed through
  • the spray end 3 of the spray device 4 is ejected and initially atomized into large droplets of smoke.
  • the large droplet smoke When the large droplet smoke is ejected, it enters the atomization chamber 2 and faces the electric heating wire 207. After the preheating, the electric heating wire 207 captures the large droplet smoke and heats it to further atomize and atomize into smaller electronic smoke, electrons.
  • the smoke is gathered by the splash guard 202, and then sucked out of the pipe 1 into the mouth to complete the smoking process.
  • the annular heating wire on the annular heating wire frame 205 reheats the recirculated soot liquid. Fresh air is replenished through the air inlet 208 during atomization to ensure the smooth flow of the suction air.
  • the electronic cigarette device of the present embodiment is provided with an electronic cigarette battery and a control circuit 11, an electronic cigarette pressurized liquid supply device 7, an electronic cigarette liquid spray device 4, and an electronic aerosolization housing 6.
  • the electronic cigarette battery and the control circuit 11 are disposed on the inner side of the casing 6, and the electronic cigarette pressurized liquid supply device 7 is disposed on the side of the electronic cigarette casing 6.
  • the spray device 4 is fixed in the inner space of the casing 6 by the fixing bracket 8, and the liquid inlet end of the spray device 4 communicates with the liquid outlet of the electronic cigarette pressurized liquid supply device 7 through the pipe 9.
  • the inner space of the casing 6 forms the atomization chamber 2 and also serves as a flue gas passage.
  • An electronic cigarette suction pipe 1 is connected to the upper end of the electronic cigarette case 6, and the atomizing nozzle 3 of the spraying device 4 is disposed downward in the casing 6, and the spraying device 4 is disposed inside the casing 6 through the fixing bracket 8, and
  • An electric heating sheet 10 is disposed on the lower side of the atomizing nozzle 3, and the electric heating sheet 10 is different from the electric heating wire in the first embodiment in that it is a sealed electric heating sheet, and only the resistance wire is disposed.
  • the ceramic sheet is disposed as a downward curved spherical surface, and the outer edge of the electric heating sheet 10 is dense with the inner wall of the casing 6. Closed connection.
  • an air inlet hole is formed in the wall surface of the casing 6, and the air inlet hole is provided on the upper side of the electric heating sheet 10.
  • the suction air passage of the present invention is a gap formed between the casing 6 and the spray device 4, and the upper end is connected to the suction pipe 1.
  • the spray device 4 used in the present embodiment is identical in structure to the spray device in the first embodiment except that the spray direction is set differently. In this embodiment, it is set to the downward injection state.
  • the pressurized liquid supply device 7 of the present embodiment is a spring-driven pressurizing device.
  • a liquid storage chamber 703 is provided in the outer casing 712.
  • the inner space 704 of the liquid storage chamber 703 is used for storing the liquid smoke, and the liquid outlet and the liquid outlet 711 are laterally opened in the upper portion of the liquid storage chamber 703.
  • An annular cover 706 is disposed at the bottom of the liquid storage chamber 703, and a pressurizing piston 705 is disposed on the upper side of the annular cover 706.
  • the pressurizing piston 705 can slide on the inner wall of the liquid storage chamber 703 and is sealed by a sealing ring.
  • the pressurizing drive device includes a spring rail 720 disposed on the base 709 of the housing 712, a strong spring 727 disposed outside the spring rail 720, and a sliding member 721 disposed on the strong spring 727. This allows the sliding member 721 to slide up and down along the spring rail 720.
  • the spring guide 720 is disposed at the center of the base 709 coaxially with the base 709 and extends upward to the annular cover 706 of the liquid storage chamber 703.
  • the strong spring 727 is disposed on the spring guide 720, and the upper end of the strong spring 727 is fixedly connected and slid. Component 721.
  • the upper end of the sliding member 721 is placed in contact with the bottom of the pressurizing piston 705, and the lower end of the sliding member 721 extends downward and is provided with a hook mechanism.
  • the top of the sliding member 721 is provided with a double magnet attracting mechanism with a small spring 716, the mechanism comprising a small spring 716 fixedly disposed on the top of the sliding member 721, and a permanent magnet 715 is fixedly disposed on the small spring 716, and corresponds to
  • the corresponding portion of the pressurizing piston 705 at the position of the permanent magnet 715 is fixedly provided with a permanent magnet 713, and the permanent magnet 713 and the permanent magnet 715 are different in polarity, and thus can be attracted to each other.
  • the hooking mechanism of the sliding member 721 is used to temporarily fix the spring 727 when it is pressed, so as to facilitate replacement of the reservoir 703 or filling of the liquid.
  • the hook mechanism includes a hook 724 extending downwardly from the sliding member 721, and a corresponding sliding hook 728 disposed on the base 709.
  • the sliding hook 728 is fixedly disposed on a slider 726 that can slide laterally.
  • One end of the slider 726 is provided with a spring 729 as a return spring of the slider 726.
  • the outer side of the hook 724 is provided as a slope, and the outer surface of the sliding hook 728 is arranged in a curved surface so that they collide with each other. It is able to snap in and position.
  • the sliding member 721 and the outer side of the spring rail 720 are further provided with a second sliding member 730.
  • the sliding member 721 can be simultaneously slid downward, and when the second sliding member returns to the original position, the sliding member Part 721 will not recover.
  • a sliding cover 719 which is slidably opened is provided on the side of the outer casing 712, and the sliding cover 719 can slide up and down on the casing to open the side of the casing 712.
  • the sliding cover 719 is fixedly connected to the second sliding member 730, and can be interlocked. When the sliding cover 719 slides down, the second sliding member 730 Also slide down together.
  • a trapezoidal boss is disposed on the lower side of the sliding cover 719.
  • the trapezoidal boss has upper and lower inclined surfaces 722 and 725, and has a vertical surface 723.
  • the inclined surfaces 722 and 275 of the trapezoidal boss are matched with the sliding hook 728.
  • the lateral slider 726 is disposed such that the end of the lateral slider 726 abuts against the slope 725.
  • the inclined surface 725 can move the lateral sliding block 726 to the left by the inclined surface, which can assist the sliding hook 728 to move to the left, and the position of the sliding hook 728 in the vertical surface 723 is not Further, when the position of the inclined surface 722 is reached again, the sliding hook 728 returns to the original state under the elastic restoring force of the spring 729, and at this time, the hook 724 is lowered to the position of the sliding hook 728, and then the card is engaged. The sliding member 721 is temporarily positioned. At this time, the sliding cover 719 has been opened, and the position where the upper portion of the liquid storage chamber 703 is disposed is leaked, and the liquid storage chamber 703 can be replaced.
  • the electronic cigarette liquid is pressurized by the pressurized liquid supply device 7 and then sent to the spray device 4 through the pipeline, and is ejected by the atomizing nozzle 3 of the spray device 4, and the sprayed at this time.
  • the electric heating sheet 10 has been preheated to a certain temperature, and at this time, the large droplet smoke is heated and rapidly atomized, and the atomized smoke is from the shell.
  • the smoking passage between the body 6 and the spray device 4 and the pipe 1 are sucked out and sucked.
  • the air inlet hole provided on the casing 6 is used for replenishing fresh air to ensure smooth air flow, and the air intake closing and regulating valve can be arranged at the air inlet hole, and is closed when not in use, and the intake air amount is adjusted during use.
  • the air intake adjusting device is not shown in the drawings, but it is easily accessible to those skilled in the art from the prior art, such as the use of an adjustment ring, a toggle adjustment door, and the like.
  • the electronic cigarette pressurized liquid supply device 7 of the present invention can also use the following different additions Pressure device.
  • FIG. 8 a schematic cross-sectional view of an electronic cigarette pressurized liquid supply device is provided, and the liquid supply device 7 is disposed at one side of the electronic cigarette device. It is a manual drive type pressurized liquid supply device.
  • the manual driving type pressurized liquid supply device is provided with a casing 712, and a liquid storage chamber 703 for storing the liquid smoke is disposed on the upper side of the inner portion of the outer casing 712, and the liquid storage chamber 703 is a barrel structure with an upper end closed.
  • the top of the liquid storage chamber 703 is provided with a liquid liquid injection port 701 and a liquid liquid outlet 711.
  • the liquid injection port 701 and the liquid liquid outlet 711 are arranged as an integrated inlet and outlet, which can be used for injecting the liquid smoke. It can also be used as a pressurized smoke outlet.
  • the liquid storage chamber 703 has a barrel-shaped structure, and the upper bottom is closed except for the smoke oil inlet and outlet.
  • An annular cover 706 is provided at the lower bottom position. The annular cover 706 functions to support the reservoir 703 without deformation, and at the same time limit displacement for the set pressurized piston.
  • a circular hole is provided in the center of the ring cover 706.
  • a pressure piston 705 is disposed in the barrel of the liquid storage chamber 703 at the upper side of the annular cover 706.
  • the pressure piston 705 is slidably and sealingly connected to the inner wall of the liquid storage chamber 703 by a piston ring 714 provided with a circumferential edge. Further, the pressure can be increased by the upward sliding of the pressurizing piston 705 to the space 704 in the reservoir 703.
  • a set of screw mechanism is disposed on the base 709 of the outer casing of the pressurized liquid supply device 7, and a screw 708 is disposed on the base 709.
  • the bottom end of the lead screw 708 is provided with a rotating handle 710, and the lead screw 708 is axially disposed and It is fixed on the base 709.
  • the upper sleeve of the lead screw 708 is provided with a threaded sleeve 717.
  • the top of the lead screw 708 is provided with an axial thread 707.
  • the threaded sleeve 717 is provided with an axial thread in a whole section, so that when the screw 708 is rotated, the threaded sleeve 717 is axially move up and down.
  • a permanent magnet 715 is disposed on the top of the threaded sleeve 717.
  • the permanent magnet 715 is radially fixed to the spring 716 by a magnet limiting block, and is limited to the top of the threaded sleeve 717.
  • the permanent magnet 715 is coaxially disposed with the threaded sleeve 717, and the spring 716 is elastic.
  • the permanent magnet 715 is abutted.
  • a permanent magnet limiting block is disposed at a central position at the bottom of the pressing piston 705 to fixly be provided with a permanent magnet 713 which is different in polarity from the permanent magnet 715 so as to be mutually attracted and positioned. To avoid the problem of uneven force caused by the center offset. At the same time, by the suction between the two, it can be ensured that the pressurizing piston 705 can return to the original position with the recovery of the threaded sleeve 717.
  • the pressurized liquid supply device 7 of the present invention may also have such a structure.
  • a liquid storage chamber 703 is disposed on the inner upper side of the outer casing 712.
  • the liquid storage chamber 703 has a barrel structure in which a liquid storage space 704 is formed in the liquid storage chamber 703, and a liquid injection port 701 and a liquid injection are opened at the top of the liquid storage chamber 703. mouth.
  • the liquid injection port 701 simultaneously protrudes from the top of the outer casing 712 for injecting the electronic soot liquid into the pressurized liquid supply device.
  • the driving device is a lead screw 708 disposed on the housing base 709, a threaded sleeve 717 sleeved on the outside of the lead screw, a strong magnet 715 disposed on the top of the threaded sleeve 717, and a strong magnet 713 disposed on the bottom of the pressurized piston 705.
  • the bottom of the lead screw 708 is provided with a handle 710.
  • the top of the lead screw 708 is provided with an external thread 707.
  • the external thread 707 is matched with the internal thread of the threaded sleeve 717.
  • the sleeve 717 simultaneously drives the strong magnet 715 to move upward, and the strong magnet 715 and the strong magnet 713 are oppositely arranged in polarity, thereby generating a mutual repulsive force, since the strong magnet 715 can be relatively fixed, and the strong magnet 713 is relatively free, so this
  • the mutual repulsion acts on the pressurizing piston 705
  • a pressure is applied to the reservoir space 704 in the pressurizing piston 705. force.
  • the internal liquid is pressurized.
  • the electronic cigarette device of the above structure of the present invention has the following features:
  • the traditional electronic atomization core structure of electronic cigarettes can be eliminated, which can eliminate the phenomenon of electronic aerosol core leakage. It is a completely clean electronic cigarette product. Since there is no liquid-conducting fiber material, the service life is not affected by the coking of the liquid-conducting fiber material, and the atomizing core is not required to be replaced.
  • pressurized liquid supply spray liquid supply
  • spray liquid supply thus can completely solve the problem of dry burning caused by insufficient supply of electronic cigarettes, and improve the service life of the heating device.

Abstract

一种电子烟装置，包括烟液供液装置、烟液雾化装置和雾化烟雾吸出装置。其中，所述烟液供液装置为加压供液装置（7），所述烟液雾化装置进一步包括烟液喷雾雾化装置（4）和烟液加热雾化装置；烟液加压供液装置（7）与烟液喷雾雾化装置（4）连通；烟液喷雾雾化装置设置喷雾嘴（3），喷雾嘴（3）面向且靠近烟液加热雾化装置设置；所述烟液加热雾化装置为电加热片（10）；所述烟雾吸出装置包括吸出烟道和吸出烟嘴。上述电子烟装置可以通过喷雾雾化的辅助作用，结合加热雾化的作用，降低加热雾化的温度，最大限度的保持电子烟液的稳定性，同时可以防止漏液，无需使用雾化芯，是一种全新结构的电子烟产品。

Description

电子烟装置 技术领域
本发明涉及一种日常生活领域电子用品，特别涉及一种新型的电子烟产品。
背景技术
随着科技和社会的发展，人们逐渐认识到吸食烟草对身体的危害，逐渐限制甚至在某些场合禁止吸食烟草，以免给人的身体健康和周边环境带来影响。但是由于大部分烟民吸烟已经成瘾，不是很容易就完全戒掉的，于是出现了一种电子烟的产品，就是目前市场流行的以电加热来雾化含有尼古丁的液体，通过吸食这种雾气来满足吸食者的需求，这种产品在某些程度上有代替烟草的趋势。
目前市场上的电子烟产品，是通过电热丝加热一种液体的电子烟液，使电子烟液雾化后，吸食电子烟的雾，不再吸食因燃烧产生的烟，因而不再吸入固体颗粒，而是吸入液体颗粒。液体颗粒是人工制作的电子烟液产生的，其各种物质的含量基本上可以实现精确控制，也不会产生燃烧时出现的焦油这种对人体危害最大的物质。
目前公知的电子烟结构一般包括电子烟电池，控制电路和电子烟雾化装置，其中的电子烟雾化装置是做成一个雾化室，雾化室内设置雾化加热芯，雾化加热芯由电阻丝缠绕而成，电阻丝呈螺旋状，螺旋状电阻丝内部再设置绳状导液纤维物质，通过导液纤维物质与一储液 室连通，以便于导液纤维物质的渗透作用将电子烟液导入雾化芯的电阻丝，实现电热雾化电子烟液。为了实现吸烟的功能，还需要引入空气以造成气流的流动带动雾化后的雾吸入人体，因此在雾化室的底部一般都设置有一个或者数个进气孔。
目前的这种电子烟产品存在以下缺陷：
一是雾化芯进气孔设置在雾化室下部，而导液纤维物质设置在进气孔的上部，导液纤维物质是靠渗透作用吸附电子烟液的，当达到饱和状态时，便会渗出电子烟液，渗出的电子烟液聚集滴下，达到一定程度就会从进气孔流出。一般进气孔是不可关闭的，因为关闭后便不能进气，也就不能吸烟了。在不需要吸食状态下，从外部看产生的影响便是电子烟液会从进气孔流出来，影响清洁和感觉。
二是由于使用了纤维导液物质，这些纤维物质在加热状态下容易产生焦化现象，焦化的纤维物质失去渗透作用时就必须更换整体雾化芯。
三是这种电子烟产品由于靠电阻丝加热来雾化的，需要将电阻丝在短时间加热到需要的较高温度，要求电阻丝和加热控制电路都必须适合上述要求。在高温状态下加热雾化时，会产生电子烟烟液的不定向变化，以至于可能产生对人体有害的物质。鉴于这种情况，目前的电子烟以尽量降低雾化温度为发展方向，如果能够实现常温雾化或者低温雾化是最佳的途径。
鉴于上述原因，本发明人设计了一种可以克服上述缺陷的新型电子烟装置，可以实现降低雾化温度的效果。
发明内容
本发明的目的在于提供一种新型的电子烟装置，其可以实现低温雾化功能，是一种全新结构的电子烟产品。
本发明的目的是通过以下技术方案来实现的：
本发明的电子烟装置，包括烟液供液装置、烟液雾化装置和雾化烟雾吸出装置。所述烟液供液装置为加压供液装置，所述烟液雾化装置进一步包括烟液喷雾雾化装置和烟液加热雾化装置；烟液加压供液装置与烟液喷雾雾化装置以管路连通。所述烟液加热雾化装置包括加热雾化腔及雾化电加热器，雾化电加热器设置在加热雾化腔内。烟液喷雾雾化装置设置雾化喷嘴，雾化喷嘴设置在烟液加热雾化装置加热雾化腔内；所述烟雾吸出装置包括吸出烟管和吸出烟嘴，吸出烟管与加热雾化腔连通。
上述所述的加热雾化腔为一下端封闭的管状体，烟液喷雾雾化装置雾化喷嘴从下端伸入加热雾化腔内。所述电加热器设置在加热雾化腔内，所述烟液喷雾雾化装置的雾化喷嘴面向且靠近电加热器设置，加热雾化腔上端设置有圆锥套形烟雾防溅罩，防溅罩上端连接吸出烟管及烟嘴；加热雾化腔下端管壁设置有进气孔。
所述烟液加热雾化装置的电加热器为盘绕设置的电热丝，包括圆形的电热丝及环形的电热丝，该圆形电热丝弯曲设置呈弧形的圆盘形状，弧形面向上突出，水平设置，电热丝回转盘绕形成的空隙为气流通道；该环形电热丝设置成水平环形，该环形电加热丝设置在雾化喷 嘴外缘至加热雾化腔内缘之间，所述进气孔开设在环形电加热丝上侧与圆形电加热丝下侧之间。
上述所述的加热雾化腔为一下端封闭的管状体，烟液喷雾雾化装置设置在加热雾化腔内，雾化喷嘴向下喷射设置；所述电加热器设置在加热雾化腔内，所述烟液喷雾雾化装置的雾化喷嘴面向且靠近电加热器设置，电加热器设置在雾化喷嘴下侧；加热雾化腔下端管壁设置有进气孔，加热雾化腔上端连接吸出烟管及烟嘴。
所述烟液加热雾化装置的电加热器为电阻丝加热片，该电阻丝弯曲盘绕设置，弯曲设置呈弧形圆盘形状，弧形面向下突出，水平设置，电阻丝设置在密封陶瓷片上。
上述所述的烟液喷雾雾化装置为电磁驱动喷雾装置，包括喷雾管道，为中空的管状体，其一端设置有喷雾嘴，另一端连接高压烟液管路，喷雾嘴外端面设置成内凹的扇形面或者弧形面；该喷雾管道内设置弹性顶针，弹性顶针头部弹性抵紧喷雾嘴内侧，弹性顶针尾部设置电磁驱动装置。
所述的加压供液装置包括储液室、烟液进出口、加压驱动装置，储液室与加压驱动装置均设置在一加压供液装置的外壳内；所述烟液进出口设置在储液室上，所述储液室为一端封闭的桶状结构，烟液进出口设置在储液室封闭的一端；储液室的开口一端设置环形盖和加压活塞，加压活塞设置在环形盖内侧，该加压活塞边缘与储液室桶壁密封且滑动连接，加压活塞与加压驱动装置接触设置。
所述的加压驱动装置可以是丝杠驱动装置，丝杠轴向固定在外壳设置的底座上，与丝杠配对设置有螺纹套，螺纹套可轴向移动，丝杠底部设置手柄，螺纹套顶部与加压活塞底部接触设置；所述加压活塞底部与螺纹套顶部均固定设置有配对的永久磁体，该配对的永久磁体极性相异呈吸合状设置，并在永久磁体与螺纹套之间设置弹簧。
所述的加压驱动装置可以是强力磁体驱动装置，在驱动装置外壳的底座上设置轴向固定的丝杠，丝杠底端设置转动手柄，丝杠上设置轴向移动的螺纹套，螺纹套顶端与加压活塞底端各设置极性相对且配对的强力永久磁体。
所述的加压驱动装置可以是强力弹簧驱动装置，在所述驱动装置外壳底座上设置轴向的弹簧导轨，弹簧导轨外侧套设强力弹簧，强力弹簧上端设置具有卡止机构的滑动部件，该滑动部件可沿弹簧导轨上下滑动，滑动部件上端与所述加压活塞底部接触设置。
所述强力弹簧上设置的具有卡止机构的滑动部件固定设置在强力弹簧的顶部，该滑动部件设置向下伸出的卡勾，该卡勾具有倾斜的外表面；对应的，在外壳的底座上设置有横向移动的滑动卡勾，该滑动卡勾设置在一横向滑动的滑块上，该滑动卡勾具有弧形外表面，横向滑动的滑块设置复位弹簧。
所述加压供液装置外壳设置侧盖，在滑动部件与弹簧导轨外侧再设置第二滑动部件，该侧盖与第二滑动部件固定连接，且可与第二滑动部件一体滑动，该侧盖的内侧底部设置呈梯形的向内凸台，该凸台 部位与设置在底座上的横向滑块的端部对应且抵紧接触。
所述强力弹簧上端设置的滑动部件的上端设置有小弹簧及永久磁体，所述加压活塞底端也设置有与滑动部件上永久磁体极性相异的配对永久磁体，该配对永久磁体分别固定在滑动部件上端和加压活塞下端，通过磁性吸合力接触。
所述加压供液装置可以是充气加压供液装置，所述充气加压供液装置包括储液室、烟液进出口和充气装置，所述充气装置包括具有单向阀的止逆气缸，设置在储液室内，加压充气装置的止逆气缸上设置弹性充气按钮。
本发明的结构是一种全新的电子烟产品，通过设置的电子烟液加压供液装置和电子烟液喷雾装置，可以将电子烟液加压到一定的压力后再从小孔中喷出，以实现喷雾的效果。然后再利用电阻丝加热的功能，直接加热喷雾状态的电子烟液。由于经过喷射装置喷雾后的电子烟液已近初步雾化，形成了较小的液滴，在加热雾化时则需要的热量会大大降低，也就不再需要较高的加热温度，同时也可以实现较好的加热效果。由于不再需要较高的加热温度和较大的加热功率，同时由于喷雾后无需导液纤维物质的渗透作用，进而可以完全舍弃导液纤维物质，不再会发生纤维物质焦化后更换雾化芯的问题。由于只有在喷雾雾化时才有烟液供应，因而在不使用时不会产生烟液泄露的现象。
附图说明
图1是本发明的实施例1的电子烟装置局部剖面结构示意图；
图2是图1的局部放大图；
图3是实施例1的电加热丝盘绕结构示意图；
图4是本发明的实施例1的喷雾雾化装置剖面结构示意图；
图5是本发明的实施例1的加压供液装置剖面结构示意图；
图6是本发明的实施例2的电子烟装置剖面结构示意图；
图7-图9是本发明的另外两种加压供液装置结构示意图。
具体实施方式
下面结合附图和具体实施例对发明作出详细说明，但该说明仅限于对本发明技术方案的详细解释，不用于限定本发明的保护范围。
实施例一：
如图1所示，是本发明的电子烟装置局部结构示意图。该电子烟装置设有电子烟电池及控制电路，电子烟加压供液装置7，电子烟烟液喷雾装置4以及电子烟加热雾化腔2。其中电子烟电池及控制电路设置在下侧(图中位于下端，未标出)，电子烟加压供液装置7设置在电子烟装置的侧面。喷雾装置4则通过固定支架8固定在一壳体6的内部空间，喷雾装置4的进液端通过管路9与电子烟加压供液装置7的出液口连通。
如图1、图2所示，电子烟加热雾化腔是设置在壳体6的上端并通过端盖5与壳体装配连接的一管状体，雾化腔2与壳体6内部为封闭连接状态。
如图2所示，电子烟加热雾化腔2为一管状体201构成，管状体 201的内部即为雾化腔2，雾化腔2的上端连接设置有电子烟吸出烟管1。喷雾装置4的雾化喷嘴3伸入该雾化腔2内，雾化腔2底部封闭。雾化腔2内以螺钉203固定并电连接电加热丝207。
该电加热丝207的结构如图3所示，为电阻丝2071盘绕呈圆盘状，电阻丝之间的空隙2072将作为气流通路，电阻丝端部圆环2073作为电极连接端。该圆盘形电加热丝207盘绕成圆盘后，向上突出形成一弧形面，以适应喷雾装置4喷出的烟雾的扇形喷射特点。
如图2所示，喷雾装置4的雾化喷嘴3面向电加热丝207设置，为保证雾化腔2的保温效果，在电加热丝207的上侧，设置了防溅保温罩202，该防溅保温罩202为圆锥形桶，其实现的作用是保持雾化腔2中雾化室206内的温度，防止喷雾或者雾化后的较大液滴直接溅射进入吸出烟管1。
雾化腔2的底端与壳体6的上端5封闭连接，封闭连接是为了防止喷雾装置4喷出的烟雾液滴下降回落到壳体6内，沾染到其它部件。同时为了保证充分雾化，在雾化喷嘴3的外围的底部设置环形电加热丝架205，该环形电加热丝架205上设置环形盘绕的电加热丝，该加热丝可以加热回流的电子烟烟液，增强雾化效果。
雾化腔2的下端的壁面上开设有进气孔208，进气孔208开设在圆盘形雾化电加热丝207和环形电加热丝架205之间的位置，以保证进气通畅和雾化烟雾的吸出。另在该进气孔208上设置有进气调节环204，调节环204设置对应于进气孔208形状的开口，通过旋转调节环204可以调节进气量。
如图4所示，本实施例的电子烟喷雾装置4主体为一喷雾管道409，该喷雾管道409内形成中空的液体通道420。喷雾管道409的下部通过管路9与电子烟的加压供液装置7的出液口连接，以便于接受经过加压的高压电子烟烟液。该喷雾管道409根据不同部位的需求，设置成不同的外径和不同内径的状态。
喷雾管道409由上端到下端依次设置有喷雾端面401、喷雾嘴411、第一限位台肩403、第二限位台肩415。
而液体通道420内部设置有具有弹性恢复功能的顶针装置，顶针413由上到下依次为顶针头部弧形端面402、第一限位块412、弹簧414、第二限位块404、第三限位块405、球形尾端416和球形端面406。
为了保持顶针413在喷雾管道409内可以轴向移动，在顶针413的下侧设置有电磁驱动装置。该电磁驱动装置包括电磁线圈419，环形软铁418和弹簧408
该喷雾管道409的上端设置有喷雾嘴411，喷雾嘴411是设置在喷雾管道409头部的狭小的液体管道，并在该喷雾嘴411的外侧设置成扇形或者弧形的内凹喷雾端面401，这种内凹的喷雾端面401可以实现高压液体从狭小喷雾嘴411到较大面积的空间转换，继而大液滴可以分散成小液滴，产生喷雾的效果。
其中顶针的413的头部设置成突出的弧形端面402，该弧形端面可以与喷雾管道409的喷雾嘴411的内侧抵紧接触，并设置密封垫等密封材料，以实现抵紧时的密封状态。
顶针413的中部设置有驱动弹簧414，该弹簧414的一端设置在喷雾管道409内部设置的第一限位台肩403上，弹簧414的另一端抵紧顶针413的第二限位块404上，弹簧414在顶针413关闭时处于压缩状态，顶针413的开启是依靠该弹簧414的弹性恢复力实现的。
顶针尾端416设置成具有球形端面406的结构，而对应于该顶针尾端416的下侧设置有电磁驱动装置，该电磁驱动装置包括了电磁线圈419、环形软铁418和恢复弹簧408。其中电磁线圈419设置在喷雾管道409的外侧。恢复弹簧408和环形软铁418设置在喷雾管道409的内部，其中恢复弹簧408的下侧抵紧设置在喷雾管道409内侧的台肩上，而恢复弹簧408的上端则抵紧环形软铁418。当顶针413处于关闭时，弹簧408抵紧环形软铁418，环形软铁418抵紧顶针413的尾端，进而可以实现顶针413与环形软铁418的弹性抵紧轴向定位。
为了保证顶针413与环形软铁418可以更加方便的抵紧和定位，在顶针413的尾端设置了带有凸出的球面接触面406的状态，而环形软铁418的上端也设置成具有内凹的球面接触面417的状态。当顶针413与环形软铁418抵紧时是上述的球面接触面相互接触，抵紧接触效果更好。
环形软铁418的中央开设有液体通路407，在该环形软铁418处的液体通路407便成为液体通道420的一部分。该环形软铁418在顶针413关闭状态时，以环形软铁418通过弹簧408的弹力抵紧顶针413，而上部则由弹簧414的作用将向下抵紧顶针413，顶针413头部抵紧喷雾嘴411的内侧，进而形成一个平衡状态，顶针413不动作。 而设置的弹簧408及弹簧414时，将形成总体的顶针413向上抵紧的状态，即弹簧408的弹力应当相对大于弹簧414的弹力。
当电磁驱动装置的电磁线圈419通电后，产生的电磁力将环形软铁418向下吸合，电磁线圈419的吸合力将克服弹簧408的弹力，使环形软铁418向下移动，进而可以将环形软铁418暂时离开顶针413尾部，顶针413整体在弹簧414的弹力作用下下移，进而打开顶针413头部抵紧的喷雾嘴411内侧，使在液体通道420内的高压液体自喷雾嘴411喷出，由于在喷雾嘴411的外侧设置了弧形端面401，因而压力变化会将液体打散形成较小的液滴，也就是形成一种喷雾状态。
如图1、图5所示，本实施例的电子烟装置使用充气加压装置为电子烟供液装置加压供液。
加压供液装置7是一种充气加压装置。该装置包括有增压按钮801、增压气缸802、增压活塞807、储液室803和进出液口804。其中主体是一圆桶形的储液室803，该储液室803除底部的进出液口804和顶部的增压气缸802连接部外，其余部位均为密闭结构，因而可以实现充气加压。
在储液室803的底部设置了进出液口804，充气增压装置包括增压气缸802、增压活塞807和增压按钮801，均与储液室803的桶体轴向设置。其中增压气缸802设置在储液室803的中央，轴向向上延伸并贯穿至储液室803的顶部，与增压活塞807滑动连接，增压活塞807上端再与增压按钮801固定连接。
该增压气缸802为中空的管状结构，管状结构上端形成增压气室815，下端构成增压气道816，增压气缸802的上端增压气室815的直径大于增压气道816的直径，目的是尽量增大增压气室815的体积而又降低增压气道816的直径，尽量增加一次充气的体积，便于增压气道816的单向关闭。
增压活塞807密封滑动的设置在该增压气缸802的增压气室815内。具体结构为增压活塞807的外缘套设有密封圈，增压活塞807设置在增压气缸802的增压气室815内，并与增压气室815的内壁上下滑动连接。
增压活塞807也是一中空的管状结构，该中空管状构成进气气道806，该增压活塞807的上端与增压按钮801固定连接，并在增压活塞807的管壁上开设径向的进气孔811，以便于外部空气的进入进气气道806。增压活塞807的下端外壁通过密封圈与增压气缸802的增压气室815的内壁密闭滑动设置。
该增压活塞807下端的管体内设置有弹性止逆组件，该弹性止逆组件包括有止逆顶针813和顶针弹簧814，止逆顶针813通过顶针弹簧814弹性的设置在增压活塞807的进气气道806内，止逆顶针813的顶部设置成凸出的球面接触面。同样的，在止逆顶针813的头部球面接触面对应的进气气道806上也设置凹陷球面接触面。顶针弹簧814设置在进气气道806的内部台肩上，不使用时，弹簧814的弹性恢复力使止逆顶针813的头部球面接触面抵紧进气气道806上设置的球面接触面，处于常闭状态。只有从上部施加向下的力时，才使接球 面接触面相互脱离，打通进气气道806。
在增压气缸802的增压气道816上设置弹性止逆组件，该处设置的弹性止逆组件为弹簧818与止逆顶针817结构，该处的止逆顶针817也是上端设置球面接触面，增压气道816也设置凹陷的球面接触面，弹簧818设置在增压气道816内的台肩上，使止逆顶针817可以弹性设置，平时处于常闭状态时，止逆顶针球面接触面与增压气道球面接触面相互抵紧，在结合储液室803内给该止逆顶针817产生的压力，使气体和液体均不能通过增压气道816的止逆顶针817处，只有在从上部给以压力时该球面接触面相互脱离，打通增压气道。
在增压活塞807上部固定设置一弹性按钮801，该弹性按钮设置在储液室803外围并与储液室803外壁滑动接触，并在该增压按钮801内侧设置恢复弹簧812，而该增压按钮801中央位置与增压活塞807的上端固定连接。
增压气缸802的上端可以通过螺纹的连接方式与储液室803的上端密闭连接，可以将增压气缸802、增压活塞807和增压按钮801及恢复弹簧812整体拆卸下来。拆卸下来时便可以在储液室803内部注入电子烟液，再安装后上述增压气缸802后便形成了本发明的状态，其中储液室803顶部自然形成一气室性的空间808，预留这一空间808的目的是预留气体空间，由于气体压缩比远远大于液体压缩比，进而可以产生更大压力。
本实施例的电子烟在使用时通过充气加压供液装置7为电子烟液加压，高压的电子烟液通过连通管路9输送到喷雾装置4，并通过 喷雾装置4的喷雾端3喷出并初步雾化成大液滴烟雾。大液滴烟雾喷出时进入雾化腔2并面向电加热丝207，电加热丝207经预热后捕集大液滴烟雾并加热，实现进一步雾化，雾化成较小的电子烟雾，电子烟雾经防溅罩202聚拢，再经吸出烟管1吸出进入口腔，完成吸烟过程。为了避免喷出的大液滴烟雾再次回落到雾化腔2的底部造成污染和浪费，环形加热丝架205上的环形加热丝会对回流的烟液进行再次加热热雾化。雾化吸食时新鲜空气经进气孔208进入补充，以保证吸食气流的畅通。
实施例2：
如图6所示，本实施例中的电子烟装置设有电子烟电池及控制电路11，电子烟加压供液装置7，电子烟烟液喷雾装置4以及电子烟雾化壳体6。其中电子烟电池及控制电路11设置在壳体6的内部下侧，电子烟加压供液装置7设置在电子烟壳体6的侧面。喷雾装置4则通过固定支架8固定在壳体6的内部空间内，喷雾装置4的进液端通过管路9与电子烟加压供液装置7出液口连通。其中壳体6的内部空间即形成了雾化腔2并兼做烟气通道。
在电子烟壳体6的上端连接设置有电子烟吸出烟管1，喷雾装置4的雾化喷嘴3面向下设置在壳体6内，喷雾装置4通过固定支架8设置在壳体6内部，并在雾化喷嘴3的下侧设置有电加热片10，该电加热片10与实施例1中电加热丝的不同之处在于，其是一种密闭的电加热片，只需将电阻丝设置在一该绝缘陶瓷片内即可，同时该陶瓷片设置成向下的弧形球面，电加热片10的外缘与壳体6的内壁密 闭连接。为了实现本电子烟装置的吸出气道通路畅通，在该壳体6的壁面上开设进气孔，该进气孔设置在电加热片10的上侧。本发明的吸出气道为壳体6与喷雾装置4之间形成的空隙，上端与吸出烟管1连接。
本实施例中使用的喷雾装置4与实施例1中的喷雾装置结构完全相同，所不同的是设置喷雾方向不同。本实施例中为向下喷射状态设置。
如图6、图7所示，本实施例的加压供液装置7是一种弹簧驱动的加压装置。
如图7所示，在外壳712内设置储液室703，储液室703内空间704用于储存烟液，在储液室703的上部横向开设出液嘴和出液口711。储液室703底部设置环形盖706，并在环形盖706的上侧设置加压活塞705，加压活塞705可在储液室703的内壁上滑动，并通过密封圈密封。
加压驱动装置包括设置在外壳712底座709上的弹簧导轨720，设置在弹簧导轨720外侧的强力弹簧727和设置在强力弹簧727上的滑动部件721。这样可以使滑动部件721沿弹簧导轨720进行上下滑动。具体设置时弹簧导轨720设置在底座709的中央与底座709同轴设置并向上延伸至储液室703环形盖706处，强力弹簧727设置在该弹簧导轨720上，强力弹簧727的上端固定连接滑动部件721。滑动部件721上端与加压活塞705的底部接触设置，滑动部件721的下端向下延伸并设置卡勾机构。
滑动部件721顶部设置有带有小弹簧716的双磁体吸合机构，该机构包括固定设置在滑动部件721顶部的小弹簧716，在小弹簧716上相对固定设置有永久磁体715，而在对应于永久磁体715位置的加压活塞705的相应部位固定设置有永久磁体713，永久磁体713和永久磁体715极性相异，进而可以相互吸合。
滑动部件721的卡勾机构用于将弹簧727压下时的临时固定，以便于实现更换储液室703或者加注液体。该卡勾机构包括设置在滑动部件721向下伸出的卡勾724,设置在底座709上的对应的滑动卡勾728，该滑动卡勾728固定设置在一可横向滑动的滑块726上，滑块726的一端设置有弹簧729，作为滑块726的复位弹簧。当滑动部件721向下移动使卡勾724与滑动卡勾728扣合时便可以将滑动部件721进行临时固定了。为了实现压下弹簧727时滑动部件的卡勾724与滑动卡勾728有效的卡合，将卡勾724的外侧设置成斜面，滑动卡勾728的外面设置成弧面，以便于他们在相互碰撞时就能够卡合定位。
该滑动部件721与弹簧导轨720的外侧再设置有第二滑动部件730，该第二滑动部件730向下滑动时可以同时带动滑动部件721向下滑动，而第二滑动部件恢复原位时，滑动部件721则不会随之恢复。为了操纵第二滑动部件730的上下滑动，特在外壳712侧面设置可以滑动打开的滑动盖719，该滑动盖719可以在壳体上进行上下滑动进而打开壳体712的侧面。该滑动盖719与第二滑动部件730之间固定连接，进而可以联动。当滑动盖719向下滑动时，第二滑动部件730 也一起向下滑动。
另外该滑动盖719的下侧内部设置一梯形凸台，梯形凸台具有上下两斜面722和725，同时具有竖直面723，该梯形凸台的斜面722和275是为配合滑动卡勾728的横向滑块726而设置的，横向滑块726的端部紧紧抵触到斜面725的部位。当该滑动盖719向下滑动时，该斜面725便可以通过该斜面将横向滑块726顶向左移动，可以协助滑动卡勾728左移，在竖直面723段滑动卡勾728的位置不再变动，而当再次到达斜面722的位置时滑动卡勾728在弹簧729的弹性恢复力的作用下恢复原来状态，而此时恰好卡勾724下探到滑动卡勾728的位置，进而卡合，使滑动部件721临时定位。此时的滑动盖719已经打开了，漏出上部设置储液室703的位置，可以更换储液室703。
本实施例的电子烟装置在使用时，电子烟液经过加压供液装置7加压后通过管路输送到喷雾装置4，由喷雾装置4的雾化喷嘴3喷出，此时喷出的为较大的液滴，初步形成大液滴烟雾，但是仍然不能满足吸食的需求。该些烟雾中的大液滴喷射到电加热片10上时，电加热片10已经预热到一定的温度，此时的大液滴烟雾遇到加热迅速雾化，雾化后的烟雾从壳体6与喷雾装置4之间的吸烟通道及烟管1吸出，吸食。壳体6上设置的进气孔用于补充新鲜空气，保证气流畅通，进气孔处还可以设置进气关闭及调节阀，在不使用时关闭，在使用时调节进气量。进气孔调节装置图中未绘出，但是本领域人员从公知技术中很容易可以实现调节功能，如使用调节环、拨动调节门等。
本发明的电子烟加压供液装置7还可以使用以下几种不同的加 压装置。
一、如图8所示，一种电子烟加压供液装置剖面结构示意图，该供液装置7设置在电子烟装置的一侧。为手动驱动型加压供液装置。
该手动驱动型加压供液装置设置一外壳712，在该外壳体712的内部的上侧设置一用于存储烟液的储液室703，该储液室703为上端封闭的桶形结构，该储液室703的顶部设置有烟液注液口701和烟液出口711，本实施例是将注液口701和烟液出口711设置成一体化的出入口，既可以用来注入烟液，也可作为加压烟液出口。
该储液室703为圆桶形结构，其上底除设置烟油出入口以外均封闭设置。下底部位设置一环形盖706，该环形盖706的作用是起支撑作用，保证储液室703不变形，同时为设置的加压活塞限制位移。环形盖706中央设置圆孔。在该环形盖706的上侧位置的储液室703桶内设置有加压活塞705，该加压活塞705通过设置外缘周向的活塞环714与储液室703的桶内壁滑动密闭连接，进而可以通过加压活塞705的向上滑动为储液室703内的空间704增加压力。
为了实现给上部的储液室703内的烟液加压，则必须设置一种用于驱动加压活塞705上下滑动的动力。在本加压供液装置7的外壳的底座709上设置一组丝杠机构，在底座709上设置丝杠708，该丝杠708底端设置有转动手柄710，该丝杠708轴向设置且固定在底座709上。丝杠708的上套设有螺纹套717，丝杠708的顶部设置轴向螺纹707，螺纹套717全段设置轴向螺纹，进而可以实现转动丝杠708时，使螺纹套717沿轴向进行上下移动。
在螺纹套717的顶部设置有永久磁体715，该永久磁体715通过磁体限位块与弹簧716径向固定，限位于螺纹套717的顶部，永久磁体715与螺纹套717同轴设置，弹簧716弹性抵紧永久磁体715。同样在加压活塞705底部的中央位置也设置有永久磁体限位块，以固定设置有永久磁体713，该永久磁体713与永久磁体715极性相异设置，以便于他们之间相互吸合定位，避免产生中心偏移带来的受力不均匀的问题。同时通过二者之间的吸合，可以保证加压活塞705能够随螺纹套717的恢复为回归原位。
二、如图9所示，本发明的加压供液装置7还可以是这样的结构。在外壳712的内部上侧设置储液室703，储液室703为桶形结构，其中储液室703内形成储液空间704，在储液室703的顶部开设有液体注入口701和液体注入嘴。该液体注入口701同时伸出外壳体712的顶部，用于向本加压供液装置注入电子烟烟液。
驱动装置为设置在外壳底座709上的丝杠708，套设在丝杠外侧的螺纹套717，设置在螺纹套717顶部的强力磁体715和设置在加压活塞705底部的强力磁体713。其中丝杠708的底部设置手柄710，丝杠708的顶部设置外螺纹707，外螺纹707与螺纹套717的内螺纹配合，在转动手柄710时，可以经过旋转动作将螺纹套717顶起，螺纹套717同时带动强力磁体715向上动作，而强力磁体715与强力磁体713之间为极性相对设置，进而可以产生互斥力，由于强力磁体715可以相对固定，而强力磁体713相对于游离，因此这种互斥力作用于加压活塞705时便会给加压活塞705内的储液室空间704产生压 力。进而使内部的液体加压。
上述本发明的结构的电子烟装置具有如下特点：
一、拼弃了传统的雾化芯结构的电子烟，可以杜绝电子烟雾化芯漏油的现象，是一种完全清洁的电子烟产品。因为没有导液纤维物质，因而不会因为导液纤维物质的焦化而影响使用寿命，不用再更换雾化芯。
二、使用加压供液，喷射供液，因而可以完全解决电子烟供液不足而产生的干烧问题，提高加热装置的使用寿命。
三、由于使用喷雾装置对电子烟液进行可预先雾化，因而在加热雾化时不再需要过高的温度和时间，提高了雾化效果，降低了烟液高温变化的可能性，使电子烟更加安全可靠。

Claims (14)

  1. 一种电子烟装置，包括烟液供液装置、烟液雾化装置和雾化烟雾吸出装置，其特征在于：所述烟液供液装置为加压供液装置，所述烟液雾化装置进一步包括烟液喷雾雾化装置和烟液加热雾化装置；烟液加压供液装置与烟液喷雾雾化装置以管路连通；所述烟液加热雾化装置包括加热雾化腔及雾化电加热器，雾化电加热器设置在加热雾化腔内；烟液喷雾雾化装置设置雾化喷嘴，雾化喷嘴设置在烟液加热雾化装置加热雾化腔内；所述烟雾吸出装置包括吸出烟管和吸出烟嘴，吸出烟管与加热雾化腔连通。
  2. 根据权利要求1所述的电子烟装置，其特征在于：所述加热雾化腔为一下端封闭的管状体，烟液喷雾雾化装置雾化喷嘴从下端伸入加热雾化腔内；所述电加热器设置在加热雾化腔内，所述烟液喷雾雾化装置的雾化喷嘴面向且靠近电加热器设置，加热雾化腔上端设置有圆锥套形烟雾防溅罩，防溅罩上端连接吸出烟管及烟嘴；加热雾化腔下端管壁设置有进气孔。
  3. 根据权利要求2所述的电子烟装置，其特征在于：所述烟液加热雾化装置的电加热器为盘绕设置的电热丝，包括圆形的电热丝及环形的电热丝，该圆形电热丝弯曲设置呈弧形的圆盘形状，弧形面向上突出，水平设置，电热丝回转盘绕形成的空隙为气流通道；该环形电热丝设置成水平环形，该环形电热丝设置在雾化喷嘴外缘至加热雾化腔内缘之间，所述进气孔开设在环形电加热丝上侧与圆形电加热丝下 侧之间。
  4. 根据权利要求1所述的电子烟装置，其特征在于：所述加热雾化腔为一下端封闭的管状体，烟液喷雾雾化装置设置在加热雾化腔内，雾化喷嘴向下喷射设置；所述电加热器设置在加热雾化腔内，所述烟液喷雾雾化装置的雾化喷嘴面向且靠近电加热器设置，电加热器设置在雾化喷嘴下侧；加热雾化腔下端管壁设置有进气孔，加热雾化腔上端连接吸出烟管及烟嘴。
  5. 根据权利要求4所述的电子烟装置，其特征在于：所述烟液加热雾化装置的电加热器为电阻丝加热片，该电阻丝弯曲盘绕设置，弯曲设置呈弧形圆盘形状，弧形面向下突出，水平设置，电阻丝设置在密封陶瓷片上。
  6. 根据权利要求1-5任何一项所述的电子烟装置，其特征在于：所述烟液喷雾雾化装置为电磁驱动喷雾装置，包括喷雾管道，该喷雾管道为中空的管状体，其一端设置有喷雾嘴，另一端连接高压烟液管路，喷雾嘴外端面设置成内凹的扇形面或者弧形面；该喷雾管道内设置弹性顶针装置，弹性顶针头部弹性抵紧喷雾嘴内侧，弹性顶针尾部设置电磁驱动装置。
  7. 根据权利要求6所述的电子烟装置，其特征在于：所述加压供液装置包括储液室、烟液进出口、加压驱动装置，储液室与加压驱动装置均设置在一加压供液装置的外壳内；所述烟液进出口设置在储液室上，所述储液室为一端封闭的桶状结构，烟液进出口设置在储液室封闭的一端；储液室的开口一端设置环形盖和加压活塞，加压活塞设 置在环形盖内侧，该加压活塞边缘与储液室内壁密封且滑动连接，加压活塞与加压驱动装置接触设置。
  8. 根据权利要求7所述的电子烟装置，其特征在于：所述加压驱动装置为丝杠驱动装置，丝杠轴向固定在外壳设置的底座上，与丝杠配对设置有螺纹丝套，螺纹丝套可轴向移动，丝杠底部设置手柄，螺纹丝套顶部与加压活塞底部接触设置；所述加压活塞底部与螺纹丝套顶部均固定设置有配对的永久磁体，该配对的永久磁体极性相异呈吸合状设置，并在永久磁体与螺纹丝套之间设置弹簧。
  9. 根据权利要求7所述的电子烟装置，其特征在于：所述加压驱动装置为强力磁体驱动装置，在驱动装置外壳的底座上设置轴向固定的丝杠，丝杠底端设置转动手柄，丝杠上设置轴向移动的螺纹丝套，螺纹丝套顶端与加压活塞底端各设置极性相对且配对的强力永久磁体。
  10. 根据权利要求7所述的电子烟装置，其特征在于：所述加压驱动装置为强力弹簧驱动装置，在所述驱动装置外壳底座上设置轴向的弹簧导轨，弹簧导轨外侧套设强力弹簧，强力弹簧上端设置具有卡止机构的滑动部件，该滑动部件可沿弹簧导轨上下滑动，滑动部件上端与所述加压活塞底部接触设置。
  11. 根据权利要求10所述的电子烟装置，其特征在于：所述强力弹簧上设置的具有卡止机构的滑动部件固定设置在强力弹簧的顶部，该滑动部件设置向下伸出的卡勾，该卡勾具有倾斜的外表面；对应的，在外壳的底座上设置有横向移动的滑动卡勾，该滑动卡勾设置在一横 向滑动的滑块上，该滑动卡勾具有弧形外表面，横向滑动的滑块设置复位弹簧。
  12. 根据权利要求10所述的电子烟装置，其特征在于：所述加压供液装置外壳设置侧盖，在滑动部件与弹簧导轨外侧再设置第二滑动部件，该侧盖与第二滑动部件固定连接，且可与第二滑动部件一体滑动，该侧盖的内侧底部设置呈梯形的向内凸台，该凸台部位与设置在底座上的横向滑块的端部对应且抵紧接触。
  13. 根据权利要求10、11或12所述的电子烟装置，其特征在于：所述强力弹簧上端设置的滑动部件的上端设置有小弹簧及永久磁体，所述加压活塞底端也设置有与滑动部件上永久磁体极性相异的配对永久磁体，该配对永久磁体分别固定在滑动部件上端和加压活塞下端，通过磁性吸合力接触。
  14. 根据权利要求6所述的电子烟装置，其特征在于：所述加压供液装置是充气加压供液装置，所述充气加压供液装置包括储液室、烟液进出口和充气装置，所述充气装置包括具有单向阀的止逆气缸，设置在储液室内，加压充气装置的止逆气缸上设置弹性充气按钮。
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