JP3216733U - Electronic cigarette with controllable heat generation temperature - Google Patents

Abstract

An electronic cigarette capable of selectively controlling an exothermic temperature is provided. An electronic cigarette is provided with a turning switch including a number of switch shifts, and when the switch shift is turned, all switch shifts generate independent voltage signals and send them to a control panel. Outputs currents of different strengths, and the current flows sequentially from the output port of the control panel through the atomizer screw 15 and atomizer electrode 17 of the control panel connected by lead wires, and the atomizer electrode discharges with currents of different strength. The cartridge 50 is heated by releasing heat of different intensity to the heating piece 12. [Selection] Figure 2

Description

  The present invention belongs to the technical field of electronic cigarettes, and in particular, relates to a kind of electronic cigarette with controllable heat generation temperature.

  Traditional tobacco is detrimental to human health. Electronic cigarettes are increasingly recognized and used by smokers because electronic cigarettes can reduce the smokers' smoking frequency to some extent and quit smoking.

  The current electronic cigarette controls the battery with a control panel, outputs a constant power, and outputs power to the heating piece of the atomizer, which causes the heating piece to output a constant temperature, causing the atomizer's cigarette to be atomized. Generates fumes.

  Current electronic cigarettes can generate fumes. However, since the electric power output from the battery is constant and the temperature at which the heating piece is emitted is constant, the user cannot satisfy the need to control and select the heating temperature of the electronic cigarette.

  In summary, the current electronic cigarette has a technical problem of uncontrollable thermal temperature.

  The object of the present invention is to provide a kind of electronic cigarette with controllable heat generation temperature, and to solve the technical problem of uncontrollability of heat generation temperature existing in current electronic cigarettes.

  In order to realize the above object, the present invention provides a kind of electronic cigarette having a controllable exothermic temperature as a first kind of feasible means.

  The power supply component includes a battery of the control panel connected to the control panel by a lead wire, and the control panel outputs a current of different strength depending on a user's selection for the switch shift.

  The atomizer component includes an atomizer electrode, an atomizer screw, and an insulating ring, and the atomizer screw is overlapped and connected to the insulating ring, and the atomizer screw leads to a current output destination of the control panel and the atomizer electrode, respectively. Connected with a wire, the atomizer electrode is discharged by the current.

  The heat generating component includes a heat generating piece installed close to the atomizer electrode, and the heat generating piece emits heat of different strength due to discharge of the atomizer electrode to heat the cigarette.

  A turn switch connects the control panel with leads and includes many switch shifts to provide for user choice.

  In addition to the first type feasible means, as a second type feasible means, the electronic cigarette with controllable heating temperature includes a micro-5p charging port, and the charging port of the micro-5p is the control Electrical connection to the panel charging control destination.

  In addition to the first type of feasible means, as a third type of feasible means, the atomizer component includes an inside atomizer set and an outside atomizer set.

  The set in the atomizer is installed in the set outside the atomizer, and the heating piece is installed in the set in the atomizer.

  Air holes are installed in the set inside the atomizer and the set outside the atomizer.

  In addition to the first kind of feasible means, as a fourth kind of realizable means, the front surface and the back surface of the heating piece simultaneously generate heat.

  In addition to the third type feasible means, as a fifth type feasible means, the heat generating component also includes a heat generating piece fixing base, a connection base and a guide set.

  The heating piece fixing base is attached by removing the heating piece through the guide set, and the heating piece fixing base is attached to the connection base.

  The connecting pedestal is installed in the set in the atomizer, and the guide set makes an interference fit rivet joint with the atomizer screw.

  In addition to the first kind of feasible means, as a sixth kind of feasible means, a kind of exothermic temperature controllable electronic cigarette has an electronic cigarette shell, inner strut, fixed inner set and fixed outer set. Including.

  The inner strut is housed in an outer shell of the electronic cigarette, supports the fixed inner set and the fixed outer set, the fixed outer set includes an intake hole, and the intake hole is used for ventilation and heat dissipation.

  In addition to the sixth type feasible means, as a seventh type feasible means, the turning switch passes through the outer shell of the electronic cigarette, the turning switch is engaged with the switch push plug, and the switch A push plug is installed in the outer shell of the electronic cigarette.

  The electronic temperature controllable electronic cigarette in the above feasible means is that all switch shifts are independent when all switch shifts are turned through the installation of turning switches including many switch shifts. A voltage signal is generated and transmitted to the control panel, the control panel outputs different currents with different voltage signals, and the different strength currents are connected sequentially from the output port of the control panel with lead wires. And the atomizer electrode, the atomizer electrode discharges to a different degree with different currents, and further releases the heat of different intensity to the heating piece to heat the cigarette, which allows the user to generate heat from the electronic cigarette. Realize selective control over temperature.

1 is an exploded structural schematic diagram of an electronic cigarette with controllable exothermic temperature provided by an embodiment of the present invention. FIG. 2 is a schematic cross-sectional view of an electronic cigarette with controllable heat generation temperature provided by an embodiment of the present invention.

  In order to clarify the object, technical means and advantages of the present invention, the present invention will be described in more detail with reference to the drawings. It should be understood that the specific embodiments described herein are merely examples of the present invention and should not be used to limit the present invention.

  An embodiment of the present invention will be described with reference to FIGS. 1 and 2 in order to solve a technical problem of uncontrollability of heat generation temperature existing in current electronic cigarettes. An object of an embodiment of the present invention is to provide a kind of electronic cigarette with controllable heat generation temperature, which includes a power supply component, an atomizer component, and a heat generation component. A cartridge 50 is attached to the upper part of the main body.

  The power supply component includes a control panel 29 and a battery 25. The battery 25 is connected to the control panel 29 by a lead wire (not shown), and the control panel 29 is different according to different selections to the turning switch 34 by the user. Outputs a strong current.

  The atomizer component includes an atomizer electrode 17, an atomizer screw 15, and an insulating ring 16. The atomizer screw 15 is connected to the insulating ring 16 so as to overlap, and the atomizer screw 15 is connected to the current output port of the control panel 29 and the atomizer electrode 17 with lead wires (not shown), respectively, and the atomizer electrode 17 corresponds to the current intensity. Then discharge.

  Atomizer parts include set 6 inside atomizer and set 2 outside atomizer.

  The set 6 inside the atomizer is installed inside the set 2 outside the atomizer, and the heating piece 12 is installed inside the set 6 inside the atomizer.

  Air holes are installed in the set 6 inside the atomizer and the set 2 outside the atomizer.

  These air holes allow ventilation and heat dissipation.

  The heat generating component includes a heat generating piece 12 that is installed close to the atomizer electrode 17, and the heat generating piece 12 discharges heat of different intensity by the discharge of the atomizer electrode 17 to heat the cartridge 50.

  The heat generating parts include a heat generating piece fixing base 13, a connection base 14 and a guide set 7.

  The heating piece fixing base 13 is detachably attached to the heating piece 12 through the guide set 7, and the heating piece fixing base 13 is attached to the connection base 14. The connection base 14 is installed in the set 6 in the atomizer, and the guide set 7 is joined to the atomizer screw 15 by an interference fit rivet joint.

  The turning switch 34 is connected to the control panel 29 with a lead wire, and the turning switch 34 includes a number of switch shifts (switchable multistage switches) to provide for user selection.

  When many or all switch shifts of the turn switch 34 are turned, an independent voltage signal is generated and transmitted to the control panel 29. The control panel 29 outputs currents of different strengths according to different voltage signals, and the currents of different strengths are supplied to the atomizer screw 15 and the atomizer electrode 17 connected to the control panel 29 by lead wires sequentially from the current output port of the control panel 29. Flowing. Thereafter, the atomizer electrode 17 discharges at different levels with different currents. Further, the cartridge 50 is heated by releasing heat of different intensity to the heating piece 12. Thereby, the user realizes the selective control with respect to the heat generation temperature of the electronic cigarette.

  The improvement in this embodiment is that an electronic cigarette with controllable exothermic temperature includes a micro-5p charging port. The micro-5p charging port 32 is electrically connected to the charging control destination of the control panel 29, and is connected to an external power source through a socket, and charges the battery 25 of the electronic cigarette with controllable heat generation temperature.

  In this example, it is necessary to explain that the charging port 32 of the micro-5p is compatible with various charging data lines or charging cable units of various specifications, thereby enabling the performance of an electronic cigarette with controllable heating temperature. Is to increase.

  What is improved in this embodiment is that the front and back surfaces of the heating piece 12 generate heat simultaneously.

  What needs to be described in the present embodiment is that the front and back surfaces of the heating piece 12 generate heat simultaneously, and the heating piece 12 generates heat in a balanced manner.

  Specifically, the electronic cigarette with controllable heat generation temperature includes an outer shell 21, an inner strut 20, a fixed inner set 18 and a fixed outer set 19.

  The inner column 20 is accommodated in an outer shell 21 of an electronic cigarette, supports the fixed inner set 18 and the fixed outer set 19, and the fixed outer set 19 includes an intake hole, and the intake hole is used for ventilation and heat dissipation.

  The turning switch 34 passes through the outer shell 21 of the electronic cigarette, the turning switch 34 is engaged with the switch push plug 35, and the switch push plug 35 is installed in the outer shell 21 of the electronic cigarette.

  The electronic temperature controllable electronic cigarette of the above embodiment generates an independent voltage signal when all switch shifts are turned through the installation of a turning switch 34 including many switch shifts. The control panel 29 outputs currents of different strengths with different voltage signals. Currents of different strengths flow from the output port of the control panel 29 through the atomizer screw 15 and the atomizer electrode 17 that are connected to the control panel 29 by leads. Thereafter, the atomizer electrode 17 discharges to a different degree with different currents, and further causes the heating pieces 12 to release different amounts of heat and heats the cartridge 50, so that the user can control the heat generation temperature of the electronic cigarette. Realize selection control.

  As other configurations, the gasket 1 attached to the outer set 2 of the atomizer, the ornament 3 positioned inside the fixed outer set 19, the bolt 4, the top cover 5, and the push plug plate 8 contacting the outer side of the fixed set 10 are used. , A thrust ring 9 in contact with the upper part of the fixed set 10 and the push plug plate 8, a capper 11 positioned so as to surround the base of the heating piece 12, an ornament 22 disposed on the upper surface, and a top cover disposed below the ornament 22 23, EVA (ethylene-vinyl acetate copolymer resin) pad 24 arranged on the upper surface of the battery 24, the motor lid 26, the motor 27 arranged at the lower part of the battery 24, the lower lid 28 of the motor, the power is turned on A button 30 to be turned off, a light guide plate 31 provided on the outer shell 1 for transmitting light, a bolt 33 for fixing the switch push plug 35, a bottom lid 36, and a bottom lid 3 Bolts 37 for fixing the, is provided with a decoration 38 of the bottom cover 36.

  Although the present embodiment has been described above, it should not be used to limit the present invention because a better embodiment of the present invention has been presented. So-called modifications, equivalents, replacements, improvements, etc., performed under the meaning and principle of the present invention are within the protection scope of the present invention.

  1 ... Gasket 2 ... Atomizer outside set 3 ... Decoration A1 4 ... Bolt A 5 ... Top cover A 6 ... Atomizer middle set 7 ... Guide set 8 ... Push plug plate 9 ... Thrust ring 10 ... Fixed set 11 ... Capper 12 ... Heat piece DESCRIPTION OF SYMBOLS 13 ... Heat generating piece fixing base 14 ... Connection base 15 ... Atomizer screw 16 ... Insulating ring 17 ... Atomizer electrode 18 ... Fixed inner set 19 ... Outer fixed set 20 ... Inner support 21 ... Electronic cigarette outer shell 22 ... Decoration A2 23 ... Top Cover B 24 ... EVA pad 25 ... Battery 26 ... Motor lid 27 ... Motor 28 ... Motor lower lid 29 ... Control panel 30 ... Button 31 ... Light guide plate 32 ... Micro-5p charge port 33 ... Bolt B 34 ... Turn switch 35 ... switch push plug 36 ... bottom lid 37 ... bolt B 38 ... decoration B

Claims (6)

The power supply component includes a battery of the control panel connected to the control panel by a lead wire, and the control panel outputs a current of different strength according to a user's selection for switch shift,
Atomizer parts include atomizer electrodes, atomizer screws, and insulation rings,
The atomizer screw is overlapped and connected to the insulating ring, the atomizer screw is connected to the current output destination of the control panel and the atomizer electrode with a lead wire, and the atomizer electrode is discharged by the current,
The heat generating component includes a heat generating piece installed close to the atomizer electrode, and the heat generating piece emits heat of different strength due to discharge of the atomizer electrode to heat the cigarette,
A rotating switch is a kind of electronic cigarette with controllable heat generation temperature, which connects the control panel with a lead wire and includes many switch shifts to provide to the user's choice. The atomizer part includes an set inside the atomizer and a set outside the atomizer;
The set in the atomizer is installed in the set outside the atomizer, the heating piece is installed in the set in the atomizer,
The electronic cigarette of the kind of heat generation temperature controllable according to claim 1, wherein air holes are installed in the set inside the atomizer and the set outside the atomizer.   The kind of electronic cigarette of the 1 type of exothermic temperature controllability of Claim 1 which the heat | fever generate | occur | produces simultaneously the front surface and the back surface of the said heating piece. The heat generating component also includes a heat generating piece fixing base, a connection base and a guide set,
The heating piece fixing base is attached by removing the heating piece through the guide set, and the heating piece fixing base is attached to the connection base,
The kind of exothermic temperature controllable electronic cigarette according to claim 3, wherein the connection pedestal is installed in a set in an atomizer, and the guide set makes an interference fit rivet joint with an atomizer screw. Includes an outer cigarette shell, inner struts, fixed inner set and fixed outer set,
The inner post is housed in an outer shell of the electronic cigarette, supports the fixed inner set and the fixed outer set, the fixed outer set includes an intake hole, and the intake hole is used for ventilation and heat dissipation. A kind of electronic cigarette with controllable exothermic temperature.   7. The type of claim 6, wherein the turning switch passes through the outer shell of the electronic cigarette, the turning switch engages with a switch push plug, and the switch push plug is installed in the outer shell of the electronic cigarette. Electronic cigarette with controllable heat generation temperature.