The content of the invention
The technical problem to be solved in the present invention is that the drawbacks described above for prior art is used to protect there is provided one kindThe fragranced that card user goes out tobacco can largely reduce harmful substance again, and periodically prompting user changes tobacco lifting userThe control method and electronic cigarette of the electronic cigarette of experience.
The embodiments of the invention provide a kind of control method of electronic cigarette, comprise the following steps：
S1, when detecting tobacco heating signal, control tobacco heating element heater enters heated condition to dry tobaccoIt is roasting；
If S2, detecting smoking signal, the duration of smoking signal is recorded, when the duration of the smoking signalPrompt message is sent when having reached preset time, the prompt message is used to point out user to change the tobacco.
Alternatively, the step S2 is specifically included：If detecting smoking signal, control tobacco juice nebulising element enters heatingState and the duration for recording smoking signal, so that the tobacco juice nebulising element and the tobacco heating element heater are while workMake, and the smog that the tobacco juice nebulising element is atomized into tobacco tar generation flows into the tobacco region that the tobacco heating element heater is toastedWhen the tobacco is steamed, with the tobacco heating element heater toast tobacco produce smog mix, and when the smoking believeNumber duration send prompt message when having reached preset time.
Alternatively, the step S1 is specifically included：In the tobacco heating for detecting tobacco insertion electronic cigarette cavity and producingDuring signal, control tobacco heating element heater enters heated condition to toast tobacco.
Alternatively, the tobacco heating signal is that pressure sensor detects pressure change after tobacco insertion electronic cigarette cavityThe signal produced during change.
Alternatively, the tobacco heating signal is that capacitance sensor detects electric capacity change after tobacco insertion electronic cigarette cavityThe signal produced during change.
Alternatively, the tobacco heating signal is that touch-switch is produced when being squeezed after tobacco insertion electronic cigarette cavitySignal.
Alternatively, the step S2 is specifically included：
If being not detected by smoking signal, the tobacco heating element heater is controlled to be stopped.
Alternatively, the step S1 is specifically included：
In the tobacco heating signal for detecting tobacco insertion electronic cigarette cavity and producing, control tobacco heating element heater entersHeated condition, is toasted with the first predetermined power to tobacco.
Alternatively, the step S1 also includes：
When the tobacco heating element heater works the time pre-baked to default tobacco with the first predetermined power, control first is sent outLight unit lights, to point out user to use.
Alternatively, the step S1 also includes：
While controlling the tobacco heating element heater to enter heated condition, the second luminescence unit is also controlled to glow,Fluorescent lifetime controls second luminescence unit to be switched to OFF state when reaching default tobacco pre-baked time, and controls firstLuminescence unit green light, to point out user to use.
Alternatively, the step S2 is specifically included：
In the preset time that first luminescence unit works, if detecting smoking signal, control tobacco juice atomization memberPart enters heated condition, so that the tobacco juice nebulising element and the tobacco heating element heater work simultaneously, tobacco juice nebulising element mistChange tobacco tar produce smog flow into tobacco heating element heater toasted tobacco region when the tobacco is steamed, with the cigaretteDischarged after the smog mixing that careless heating element heater baking tobacco produces so that user sucks.
Alternatively, the step S2 also includes：
In the preset time that first luminescence unit works, if from smoking signal is not detected by, controlling the cigaretteCareless heating element heater and first luminescence unit are stopped.
Alternatively, the step S2 also includes：
After first luminescence unit is stopped, if detecting smoking signal, the tobacco juice nebulising element not workMake.
Alternatively, the step S1 also includes：
When the tobacco heating element heater works the time pre-baked to tobacco with the first predetermined power, the tobacco heating is controlledElement is worked with the second predetermined power；Second predetermined power is less than first predetermined power.
Alternatively, pneumatic sensor detects the letter that user's smoking action is produced when the smoking signal is user's smokingNumber.
Present invention also offers a kind of electronic cigarette, above-mentioned control method, including battery rod and atomizer are able to carry out, it is describedAtomizer includes the nebulization channel connected with exhaust opening, the remote exhaust opening of the nebulization channel on smog circulation pathRegion be provided with tobacco juice nebulising element, the nebulization channel is located at the exhaust opening and tobacco juice mist on smog circulation pathThe region changed between element is provided with tobacco and tobacco heating element heater.
In view of the foregoing it is apparent that：The present invention controls the work of tobacco heating element heater when detecting tobacco heating signalMake, tobacco heating element heater is toasted tobacco, and then when detecting smoking signal, record smoking signal it is lasting whenBetween, and when the duration of smoking signal having reached preset time, prompt message is sent, the prompt message is used to indicate to useTobacco is changed at family, and because tobacco roasting reaches the regular hour, taste will be thin out, and the embodiment of the present invention can be reminded regularlyUser carries out replacing tobacco, lifts the experience effect of user.
Embodiment one：
With reference to Fig. 1, the embodiments of the invention provide a kind of control method of electronic cigarette, including：
S1, when detecting tobacco heating signal, control tobacco heating element heater enters heated condition to dry tobaccoIt is roasting；
If S2, detecting smoking signal, the duration of smoking signal is recorded, and when the duration of smoking signal tires outMeter sends prompt message when reaching preset time.
It should be noted that the prompt message, can be that LED is bright either glistens or sends auditory tone cues, as long as energyUser is pointed out, not limited specifically.
On step S1：
Step S1 purpose is when detecting tobacco heating signal, i.e., to carry out the pre-heat treatment to tobacco.Tobacco insertion electricityTobacco heating signal can be triggered after sub- cigarette, and tobacco heating signal can control tobacco heating element heater to work, to be dried to tobaccoIt is roasting.
Step S1 is specifically included：In the tobacco heating signal for detecting tobacco insertion electronic cigarette cavity and producing, controlTobacco heating element heater enters heated condition to toast tobacco.
Wherein, the triggering mode of tobacco heating signal has a variety of, for example, after tobacco insertion electronic cigarette cavity, tobacco squeezesPressure sensor in the sub- smoke chamber body of piezoelectricity, pressure sensor detects pressure change and then produces tobacco heating signal；In tobaccoInsert after electronic cigarette cavity, the capacitance sensor in electronic cigarette cavity detects capacitance variations and then produces tobacco heating signal；After tobacco insertion electronic cigarette cavity, the touch-switch in tobacco extruding electronic cigarette cavity then triggers touch-switch transmission tobacco and addedThermal signal.
Therefore optional, the tobacco heating signal is that pressure sensor detects pressure after tobacco insertion electronic cigarette cavityThe signal that power is produced when changing, or the tobacco heating signal are that capacitance sensor is detected after tobacco insertion electronic cigarette cavityThe signal produced during to capacitance variations, or the tobacco heating signal be touch-switch tobacco insertion electronic cigarette cavity after byTo the signal produced during extruding.
Optionally, the pressure sensor for the model MPX5100 that pressure sensor is produced using Freescale company of the U.S..It should be understood that other also can be set in electronic cigarette can detect the sensor of tobacco insertion, it is not limited herein.
In the present embodiment, step S1 is specifically included：Add in the tobacco for detecting tobacco insertion electronic cigarette cavity and producingDuring thermal signal, control tobacco heating element heater enters heated condition, and tobacco is toasted with the first predetermined power.Wherein, firstPredetermined power can be total power or a half-power, can set according to demand.
In order to avoid preheating is excessive, while can guarantee that preheating is abundant again, general recommendations pre-heating temperature elevation is to 200 DEG C -260 DEG CWhen stop with the preheating of the first predetermined power, now user can formally smoking., can be by luminous after the completion of preheatingUnit prompting user uses.In an optional embodiment, step S1 also includes：When the tobacco heating element heater is with firstPredetermined power work the time pre-baked to default tobacco when, control the first luminescence unit light, to point out user to use.
, can be in preheating second in order to more intuitively remind the state of user's electronic cigarette and whether can start smokingLuminescence unit glows prompting, stop preheating can be with smoking when the feux rouges of the second luminescence unit is extinguished, and the first hairLight unit green light.Therefore in another optional embodiment, step S1 also includes：Controlling the tobacco heating element heaterWhile into heated condition, also control the second luminescence unit to glow, the default tobacco pre-baked time is reached in fluorescent lifetimeWhen control second luminescence unit to be switched to OFF state, and the first luminescence unit green light is controlled, to point out user to use.
It is understood that when the time that the first predetermined power works being not reaching to tobacco pre-baked time, user can notSmoking signal is inputted, this can disconnect the input path of smoking signal by switching；Or can input smoking signal,But the smoking invalidating signal, i.e., any processing will not be carried out to this smoking signal.Wherein, the smoking signal is user's smokingWhen pneumatic sensor detect user's smoking action and produce signal.It is understood that the smoking signal can be useThe signal that family is triggered smoking key switch and produced, therefore, the producing method of the smoking signal is not especially limited herein.
Wherein, the pre-baked time suggestion of tobacco is 0.5 minute to 1 minute.Can certainly be according to temperature when stopping preheatingDetermined with the first predetermined power.For example, assuming that the temperature when stopping set is preheated is 250 DEG C, the temperature of starting heating is defaulted as25 DEG C, then need 200 DEG C of heating.It is air specific heat capacity to be calculated according to heat energy calculating method formula and obtain heat Q=C*M* Δs T, C,Δ T be heating value, referred to herein as 200 DEG C, M is air quality, can according to estimation heating space volume estimation M.Q=againP*t, obtains the pre-baked time t=Q/P of tobacco, P is heating power, i.e. the first predetermined power according to that can estimate.
, it is necessary to wait user's smoking after having carried out using prompting, therefore during for wait before user's smokingThe pre-heat effect of interior holding tobacco, heating and thermal insulation is carried out after can power be reduced to tobacco.Therefore optional, step S1 is alsoIncluding：When the tobacco heating element heater works the time pre-baked to tobacco with the first predetermined power, the tobacco heating unit is controlledPart is worked with the second predetermined power；Second predetermined power is less than first predetermined power.Wherein, heating and thermal insulation suggestion temperatureSpend for 120 DEG C to 200 DEG C.
On step S2：
In an optional embodiment, step S2 is specifically included：If detecting smoking signal, control tobacco juice atomizationElement enters heated condition and records the duration of smoking signal, so that the tobacco juice nebulising element and tobacco heatingElement works simultaneously, and the smog that tobacco juice nebulising element is atomized into tobacco tar generation flows into the tobacco area that tobacco heating element heater is toastedThe tobacco is steamed during domain, is blended to produce with the smog produced with tobacco heating element heater baking tobacco and mixes cigaretteMist, and send prompt message when the duration of the smoking signal having reached preset time.
Wherein, when the duration for detecting smoking signal having reached preset time, (preset time for example can be withIt is set to 10 minutes, or other numerical value, user can be configured according to the hobby of oneself, as user likes taking out denseerTaste, can be set shorter such as 5 minutes, vice versa, does not limit specifically the time), the now taste of the tobaccoIt is thin out, in order to improve the experience of user, prompt message can be now sent, the prompt message instruction user is changed describedTobacco, provides the user more excellent experience.
Wherein, pneumatic sensor detects the letter that user's smoking action is produced when the smoking signal is user's smokingNumber.Optionally, pneumatic sensor is the airflow sensor device that the production model of the emerging Electronics Co., Ltd. of Hangzhou exhibition industry is S087.
In theory, tobacco heating element heater and tobacco juice nebulising element work in step s 2 simultaneously when, for tobacco heating unitThe heating power of part can not be limited, the work of the second predetermined power that both can be when for heating and thermal insulation, can also be theLifted on the basis of two predetermined powers, lifting electronic cigarette of being tried one's best during with real Current smoking simulates the mouthfeel of true cigarette, therefore optionally,In step S2, when receiving smoking signal, tobacco heating element heater is worked with the first predetermined power.
In order to simulate the process of smoking as far as possible, default smoking effective time after tobacco heating signal is received itIt is interior, once preheated user can smoking, and no matter the time interval of any smoking twice of user how much, waiting the mistake of smokingTobacco heating element heater all keeps with the work of the second predetermined power realizing heating and thermal insulation in journey.But in order to avoid preheated latterIt is straight etc. to stay, that is, prevent electronic cigarette to be chronically at the state for waiting smoking after preheating.Therefore optional, step S2 also includes：Within the default smoking effective time after detecting the tobacco heating signal, if being not detected by smoking signal, control is describedTobacco heating element heater is stopped.
Wherein, presetting smoking effective time can preset according to the total duration of each smoking of usual user, preset and inhaleCigarette effective time general recommendations is a numerical value of 3 to 8 minutes, can be set when electronic cigarette dispatches from the factory, can also provide oneUser sets scheme.For example, can provide that the time of representative is increased plus button and represent time reduction subtract button, if userPress simultaneously and add button and subtract button, then can trigger electronic cigarette into setting state, under setting state, often press once plus pressKey subtracts button, and default smoking effective time can be increased or be reduced with default step-length, and after setting, user is againPress simultaneously and add button and subtract button, you can preserve the set information of this default smoking effective time.This certain setting sideCase must could be performed before step S1 or after step S2.
In another optional embodiment, the state of smoking is waited to prevent electronic cigarette to be chronically at after preheating,Also a preset time can be set after the work of the first luminescence unit.Therefore step S2 is specifically included：It is luminous single described firstIn the preset time of member work, if detecting smoking signal, control tobacco juice nebulising element enters heated condition, so that the cigaretteLiquid nebulising element and the tobacco heating element heater work simultaneously, and the smog that tobacco juice nebulising element atomization tobacco tar is produced flows into tobacco and addedThe tobacco is steamed during the tobacco region that thermal element is toasted, to toast the cigarette that tobacco produces with the tobacco heating element heaterDischarged after mist mixing so that user sucks.Step S2 also includes：In the preset time that first luminescence unit works, if fromSmoking signal is not detected by, then controls the tobacco heating element heater and first luminescence unit to be stopped.Wherein, when presettingBetween general recommendations be the numerical value of 3-8 minutes, can be set when electronic cigarette dispatches from the factory, a user setting side can also be providedCase.
It is understood that after tobacco heating element heater and the first luminescence unit are stopped, smoking signal is no longer detected,Even if or detection smoking signal, any processing no longer also is carried out to the smoking signal.Therefore optional, step S2 also includes：After first luminescence unit is stopped, if detecting smoking signal, the tobacco juice nebulising element does not work.
2-5, illustrates the circuit implementing scheme of the control method of electronic cigarette in the embodiment of the present invention below in conjunction with the accompanying drawings.
In an optional embodiment, with reference to Fig. 2, whole method is based on control module, pneumatic sensor, pressure and passedSensor, tobacco heating element heater, tobacco juice nebulising element are realized.With reference to Fig. 3 and Fig. 4, pneumatic sensor is specially M1, tobacco heating unitPart, tobacco juice nebulising element are respectively B1, B2, and pressure sensor is specially K1, and control module includes the micro- of model SN8P2711BProcessor U, metal-oxide-semiconductor Q1, metal-oxide-semiconductor Q2, resistance R1, resistance R2, resistance R3, resistance R4, in one alternatively embodiment, toolThere is a luminescence unit, with reference to Fig. 3, luminescence unit is specially LED1.In another alternatively embodiment, with two hairsLight unit, i.e. the first indicator lamp and the second indicator lamp, with reference to Fig. 4, the first luminescence unit is specially LED1, the second luminescence unit toolBody is LED2.In the present embodiment, the microprocessor U1 is the model that Taiwan Songhan Science ＆ Technology Co., Ltd. producesSN8P2711B single-chip microcomputer.Of course, it is possible to the microprocessor of other models, be not especially limited herein.
In the embodiment of fig. 3, pneumatic sensor M1 first end connection battery BATTERY positive pole, air-flow sensingDevice M1 the second end ground connection, pneumatic sensor M1 three-terminal link microprocessor U P0.2 pins, the of pressure sensor K1One end is by resistance R4 connection batteries BATTERY positive pole, pressure sensor K1 the second end ground connection, and the of pressure sensor K1Three-terminal link microprocessor U P4.0 pins, LED1 positive pole connection battery BATTERY positive pole, LED1 negative pole passes through electricityHinder R1 connection microprocessors U P5.4 pins, metal-oxide-semiconductor Q1 source ground, grid connection microprocessor U P5.3 pins, leakagePole by tobacco heating element heater B1 connection batteries BATTERY positive pole, resistance R2 two ends connect respectively metal-oxide-semiconductor Q1 source electrode andGrid, metal-oxide-semiconductor Q2 source ground, grid connection microprocessor U1 P4.1 pins, drain electrode is connected by tobacco juice nebulising element B2Battery BATTERY positive pole is connect, resistance R3 two ends connect metal-oxide-semiconductor Q2 source electrode and grid respectively.
When electronic cigarette is not opened, K1, Q1, Q2 are turned off, and LED1 extinguishes.After tobacco inserts electronic cigarette cavity, triggeringK1 sends tobacco heating signal by microprocessor U P4.0 pins, starts timing, at the same send the first PWM ripples to Q1 so thatB1 is worked with the first predetermined power, when timing reaches tobacco pre-baked time, microprocessor U P5.4 pins are set low into level so thatLED1 is luminous to send the 2nd PWM ripples to Q1 so that B1 is worked with the second predetermined power simultaneously, if M1 sends smoking signal, Q2 is ledPassing to makes B2 work.
It should be noted that after tobacco inserts electronics cavity, triggering K1 sends a signal to microprocessor U, so that U is controlledTobacco heating element heater B1 heats (can be with total power or a half-power) to tobacco, while microprocessor U starts timing, works as tobaccoWhen heating element heater B1 adds up to heat preset time to tobacco, the microprocessor U controls the LED1 constantly flicker or bright light,To point out user to change tobacco, make the problem of taste is light to avoid smoke from using for a long time.
In the embodiment illustrated in fig. 4, pneumatic sensor M1 first end connection battery BATTERY positive pole, air-flow sensingDevice M1 the second end ground connection, pneumatic sensor M1 three-terminal link microprocessor U P0.2 pins, the of pressure sensor K1One end is by resistance R4 connection batteries BATTERY positive pole, pressure sensor K1 the second end ground connection, and the of pressure sensor K1Three-terminal link microprocessor U P4.0 pins, LED1 positive pole connection battery BATTERY positive pole, LED1 negative pole passes through electricityR1 connection microprocessors U P5.4 pins are hindered, LED2 positive pole connection battery BATTERY positive pole, LED2 negative pole passes through electricityR5 connection microprocessors U1 P0.0 pins are hindered, metal-oxide-semiconductor Q1 source ground, grid connects microprocessor U1 P5.3 pins,Drain electrode is by tobacco heating element heater B1 connection batteries BATTERY positive pole, and resistance R2 two ends connect metal-oxide-semiconductor Q1 source electrode respectivelyAnd grid, metal-oxide-semiconductor Q2 source ground, grid connection microprocessor U P4.1 pins, drain and connected by tobacco juice nebulising element B2Battery BATTERY positive pole is connect, resistance R3 two ends connect metal-oxide-semiconductor Q2 source electrode and grid respectively.
When electronic cigarette is not opened, K1, Q1, Q2 are turned off, and LED1, LED2 extinguish.After tobacco inserts electronic cigarette cavity,Trigger K1 and tobacco heating signal sent by U P4.0 pins, start timing, at the same send the first PWM ripples to Q1 so that B1 withFirst predetermined power is worked, and U P0.0 pins are set low into level so that LED2 glows, and timing reaches the tobacco pre-baked timeWhen, U P0.0 pins are put into high level so that LED2 extinguishes, and U P5.4 pins are set low into level so that LED1 green lights are sameWhen send the 2nd PWM ripples to Q1 so that B1 work with the second predetermined power, if M1 sends smoking signal, Q2 conductings are so that B2 worksMake.
It should be noted that after tobacco inserts electronics cavity, triggering K1 sends a signal to microprocessor U, so that U is controlledTobacco heating element heater B1 heats (can be with total power or a half-power) to tobacco, while microprocessor U starts timing, works as tobaccoWhen heating element heater B1 adds up to heat preset time to tobacco, the microprocessor U controls the LED1 constantly flicker or bright light,To point out user to change tobacco, make the problem of taste is light to avoid smoke from using for a long time.
In another optional embodiment, whole method is based on control module, pneumatic sensor, touch-switch, cigaretteCareless heating element heater, tobacco juice nebulising element are realized.With reference to Fig. 5, pneumatic sensor is specially M1, tobacco heating element heater, tobacco juice atomizationElement is respectively B1, B2, and touch-switch is specially K2, and control module includes model SN8P2711B microprocessor U, metal-oxide-semiconductorQ1, metal-oxide-semiconductor Q2, resistance R1, resistance R2, resistance R3, resistance R4, the first luminescence unit is specially LED1.
In Fig. 5 embodiment, pneumatic sensor M1 first end connection battery BATTERY positive pole, air-flow sensingDevice M1 the second end ground connection, pneumatic sensor M1 three-terminal link microprocessor U P0.2 pins, touch-switch K2 one endBy resistance R4 connection batteries BATTERY positive pole, the touch-switch K2 other end is grounded, between touch-switch K2 and resistance R4Tie point connection microprocessor U P0.4 pins, LED1 positive pole connection battery BATTERY positive pole, LED1 negative pole leads toResistance R1 connection microprocessors U P5.4 pins are crossed, metal-oxide-semiconductor Q1 source ground, grid connection microprocessor U P5.3 drawsPin, drain electrode is by tobacco heating element heater B1 connection batteries BATTERY positive pole, and resistance R2 two ends connect metal-oxide-semiconductor Q1's respectivelySource electrode and grid, metal-oxide-semiconductor Q2 source ground, grid connection microprocessor U P4.1 pins, drain electrode pass through tobacco juice nebulising elementB2 connection batteries BATTERY positive pole, resistance R3 two ends connect metal-oxide-semiconductor Q2 source electrode and grid respectively.
When electronic cigarette is not opened, K2, Q1, Q2 are turned off, and LED1 extinguishes.After tobacco inserts electronic cigarette cavity, triggeringK2 sends tobacco heating signal by U P0.4 pins, starts timing, while sending the first PWM ripples to Q1 so that B1 is with firstPredetermined power is worked, when timing reaches tobacco pre-baked time, and U P5.4 pins are set low into level so that the luminous transmissions simultaneously of LED12nd PWM ripples are to Q1 so that B1 is worked with the second predetermined power, if M1 sends smoking signal, Q2 is turned on so that B2 works.
It should be noted that after tobacco inserts electronics cavity, triggering key switch K2 is opened and is controlled tobacco heating unitPart B1 heats (can be with total power or a half-power) to tobacco, while microprocessor U starts timing, as tobacco heating element heater B1When adding up to heat preset time to tobacco, the microprocessor U controls the LED1 constantly flicker or bright light, to point out userTobacco is changed, makes the problem of taste is light to avoid smoke from using for a long time.
Embodiment two：
Present embodiment discloses a kind of electronic cigarette.Electronic cigarette includes performing the battery rod and atomizer of the above method, describedAtomizer includes the nebulization channel connected with exhaust opening, the remote exhaust opening of the nebulization channel on smog circulation pathRegion be provided with the tobacco juice nebulising element, the nebulization channel is located at the exhaust opening and cigarette on smog circulation pathRegion between liquid nebulising element is provided with tobacco and tobacco heating element heater, what such tobacco juice nebulising element atomization tobacco tar was producedThe tobacco is steamed during the tobacco region that smog inflow heating element heater is toasted, to toast cigarette with the tobacco heating element heaterSucked after the smog mixing that grass is produced from exhaust opening discharge for user, and the cumulative time sucked in user is when reaching defaultBetween when, point out user change tobacco.
With reference to Fig. 6, in a specific embodiment of the electronic cigarette that the embodiment of the present invention is provided, atomizer includes mistChange seat 3, atomization seat 3 includes housing the spiral tobacco juice nebulising element 100 in atomization chamber, atomization chamber, is atomized the top of seat 3Set the atomization lid 4 of through hole, bottom in portion's setting to be arranged in connector 1, one end sealing socket of atomization lid 4 and breather pipe 5 is led toThe other end of tracheae 5 is sealed with suction nozzle 7 and is socketed, and exhaust opening is opened up on suction nozzle 7, and the inwall of suction nozzle 7 is provided with pressure sensor 8, cigaretteGrass 6 is inserted in suction nozzle 7, and the region in breather pipe 5 close to the atomization lid 4 sets the tobacco heating element heater 200, the cigaretteCareless heating element heater 200 includes discoidal base and axially extends the extension to be formed from base center, and tobacco 6 is sheathed on thisOutside extension, through hole is offered on the base of the tobacco heating element heater 200.Electrode includes interior electrode 2 and external electrode, external electrodeIncluding conductive breather pipe 5, atomization lid 4, atomization seat 3 and connector 1, and breather pipe 5, atomization lid 4, atomization seat 3 and evenJoint 1 is sequentially connected, and one end of tobacco juice nebulising element 100 is electrically connected with connector 1, and one end of tobacco heating element heater 200 is with leading toTracheae 5 is electrically connected.Interior electrode 2 be arranged on connector 1 on, and interior electrode 2 close to atomization seat 3 one end end face axially outwardExtension, through atomization seat 3 bottom, tobacco juice nebulising element 100 helical structure surrounded hollow region, atomization lid 4Base after through hole with the tobacco heating element heater 200 is fixedly connected, and makes the other end, the tobacco heating of tobacco juice nebulising element 100The other end of element 200 is electrically connected with interior electrode 2.Atomization chamber, the through hole for being atomized lid 4, breather pipe 5, the shape of suction nozzle 7 for being atomized seat 3Into the nebulization channel.
In view of the foregoing it is apparent that：The present invention controls the work of tobacco heating element heater when detecting tobacco heating signalMake, tobacco heating element heater is toasted tobacco, and then when detecting smoking signal, record smoking signal it is lasting whenBetween, and when the duration of smoking signal having reached preset time, prompt message is sent, the prompt message is used to indicate to useTobacco is changed at family, and because tobacco roasting reaches the regular hour, taste will be thin out, and the embodiment of the present invention can be reminded regularlyUser carries out replacing tobacco, lifts the experience effect of user.
It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, system or computer programProduct.Therefore, the present invention can be using the reality in terms of complete hardware embodiment, complete software embodiment or combination software and hardwareApply the form of example.Moreover, the present invention can be used in one or more computers for wherein including computer usable program codeThe computer program production that usable storage medium is implemented on (including but is not limited to magnetic disk storage, CD-ROM, optical memory etc.)The form of product.
These computer program instructions can be also loaded into computer or other programmable data processing devices so that in meterSeries of operation steps is performed on calculation machine or other programmable devices to produce computer implemented processing, thus in computer orThe instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram oneThe step of function of being specified in individual square frame or multiple square frames.
Although having been described for the alternative embodiment of the present invention, those skilled in the art once know basic creationProperty concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to include canSelect embodiment and fall into having altered and changing for the scope of the invention.
Obviously, those skilled in the art can carry out the essence of various changes and modification without departing from the present invention to the present inventionGod and scope.So, if these modifications and variations of the present invention belong to the scope of the claims in the present invention and its equivalent technologiesWithin, then the present invention is also intended to comprising including these changes and modification.