Summary of the invention
The present invention provides a kind of method and electronic cigarette for prompting nicotine soakage, can calculate and prompt single to smokeThe real-time total amount of nicotine sucking, so that user directly can specifically know the real-time total of the sucking of the nicotine of single smokingAmount, therefore user can be helped actively to stop smoking.
The technical solution is as follows:
The present invention provide it is a kind of prompt nicotine soakage method, including in the effective period of time that single is smoked everyPreset time calculates the consumption of a tobacco juice；It is obtained according to the nicotine content in the consumption of the tobacco juice and the tobacco juiceThe soakage of nicotine；It is added up in real time to the soakage of the nicotine obtained every time, to obtain having for single smokingImitate the real-time total amount of the nicotine sucking in the period；The real-time total amount of the sucking of nicotine described in real-time exhibition.
Further, the method for the prompt nicotine soakage further includes the effective of the single smoking of reception user's inputNicotine maximum in period sucks total amount；The real-time total amount and the nicotine maximum for calculating the nicotine sucking suckThe ratio of total amount；Ratio described in real-time exhibition.
Further, the real-time total amount that nicotine described in real-time exhibition sucks by way of figure or text.
Further, before the consumption for calculating tobacco juice every preset time in the effective period of time of single smokingIt further include reception pattern selection instruction；According to the mode selection command, controls electronic cigarette and enter and the mode selection commandCorresponding operating mode.
Further, the step of the consumption of a tobacco juice is calculated every preset time in the effective period of time of single smokingWhen being included in electronic cigarette suddenly and be in temperature control mode, every preset time according to the consumption of the temperature computation tobacco juice of atomizing component.
Further, the step of the consumption of a tobacco juice is calculated every preset time in the effective period of time of single smokingWhen being included in electronic cigarette suddenly in adjusting electrical power mode or bypass mechanical mode, every preset time according to the power of electronic cigaretteCalculate the consumption of tobacco juice.
Further, the method for the prompt nicotine soakage further includes being carried out using the gas flow transducer in electronic cigaretteAir-flow detection；Wherein, the effective period of time is that gas flow transducer starts to detect that the time of air-flow is not examined to gas flow transducerMeasure the time of air-flow.
Further, the effective period of time of the single smoking is to receive the time for the operational order that the key that lights a cigarette is connectedTo receive disconnect light a cigarette key operational order time.
Further, receive suction signal time earlier than receive conducting light a cigarette key operational order timeWhen, the initial time of the effective period of time is to receive the time for the operational order that the key that lights a cigarette is connected, the effective timeThe deadline of section is that the time for receiving the operational order for disconnecting the key that lights a cigarette and stopping received in the time of suction signalEarlier one；Or it is later than the time for receiving the operational order that the key that lights a cigarette is connected in the time for receiving suction signal, and connectWhen receiving suction signal and the time interval of the operational order for the key that lights a cigarette be connected less than threshold value, the starting of the effective period of timeTime is the time for receiving the operational order that the key that lights a cigarette is connected, and the deadline of the effective period of time is to receive disconnectionLight a cigarette key operational order time and stopping receive suction signal time in earlier one；Or receiving suction letterNumber time be later than receive conducting light a cigarette key operational order time, and receive suction signal and conducting lights a cigarette keyOperational order time interval be greater than threshold value when, the initial time of the effective period of time be receive suction signal whenBetween, the deadline of the effective period of time is that the time for receiving the operational order for disconnecting the key that lights a cigarette and stopping receive pumpingInhale the earlier one in the time of signal.
The present invention also provides a kind of electronic cigarettes, including memory and processor；The memory is for storing executable journeySequence code；And the processor is used to call the executable program code in the memory, executes above-mentioned promptThe method of nicotine soakage.
The nicotine that the method and electronic cigarette of prompt nicotine soakage of the invention can calculate and prompt single to smoke is inhaledThe real-time total amount entered, so that user directly can specifically know the real-time total amount of the sucking of the nicotine of single smoking, thereforeUser can be helped actively to stop smoking.
The above description is only an overview of the technical scheme of the present invention, in order to better understand the technical means of the present invention,And it can be implemented in accordance with the contents of the specification, and in order to allow above and other objects, features and advantages of the invention canIt is clearer and more comprehensible, it is special below to lift preferred embodiment, and cooperate attached drawing, detailed description are as follows.
Specific embodiment
It is of the invention to reach the technical means and efficacy that predetermined goal of the invention is taken further to illustrate, below in conjunction withAttached drawing and preferred embodiment, to the method and electronic cigarette its specific embodiment party of prompt nicotine soakage proposed according to the present inventionFormula, structure, feature and effect, detailed description is as follows.
For the present invention aforementioned and other technology contents, feature and effect refer to the preferable reality of schema in following cooperationApplying can clearly be presented in example detailed description.By the explanation of specific embodiment, when predetermined mesh can be reached to the present inventionThe technical means and efficacy taken be able to more deeply and it is specific understand, however institute's accompanying drawings are only to provide with reference to and sayIt is bright to be used, it is not intended to limit the present invention.
First embodiment
The present invention provides a kind of method for prompting nicotine soakage, includes the following steps:
Step S11: the consumption of a tobacco juice is calculated every preset time in the effective period of time of single smoking；
In an embodiment of the present invention, in step S11: every preset time meter in the effective period of time of single smokingIt can also include but is not limited to receive user to suck by the unlatching nicotine that input unit inputs before the consumption for calculating tobacco juiceMeasure the operational order of prompt.In other embodiments, the function of the prompt nicotine soakage of electronic cigarette can also be defaulted asIt opens, wherein input unit can be key, touch panel, voice module etc., and user can also be logical by establishing with electronic cigaretteThe terminal device of connection is believed to open nicotine soakage prompt facility.
In an embodiment of the present invention, when electronic cigarette is to receive suction signal to start to be atomized, and do not examiningStop atomization when measuring suction signal, the effective period of time of single smoking is gas flow transducer from detecting time of air-flow to gasThe time of air-flow is not detected in flow sensor.
In an embodiment of the present invention, when electronic cigarette is to receive the conducting of user's input to light a cigarette the operational order of keyShi Jinhang atomization lights a cigarette the operational order of key in disconnections for receiving user's input, and when stopping atomization, single is smoked effectivePeriod be receive conducting light a cigarette key operational order time to receive disconnect light a cigarette key operational order whenBetween.
In other embodiments, it for the more accurate practical smoking time for obtaining user, can also be used in judgementIn conducting light a cigarette key operational order or disconnection light a cigarette key operational order while judge whether gas flow transducer is feltMeasure air-flow.
Specifically, receive suction signal time earlier than receive conducting light a cigarette key operational order timeWhen, the initial time of effective period of time is to receive the time for the operational order that the key that lights a cigarette is connected, the cut-off of effective period of timeTime be receive disconnect light a cigarette key operational order time and stopping receive suction signal time in earlier one,Light a cigarette that time of operational order of key, (actual capabilities started earlier than receiving conducting in the time for receiving suction signal in this wayConsume nicotine time) when, be avoided that will receive suction signal arrive receive be connected light a cigarette key operational order nothingThe effect time counted in the practical smoking time, and was avoided that the operational order for the key that will be switched off lighting a cigarette and stopping receive suction signalTime difference (ineffective time) count in the practical smoking time, to improve the accuracy for calculating the practical time of smoking.
Or it is later than the time for receiving the operational order that the key that lights a cigarette is connected in the time for receiving suction signal, and receiveWhen to the time interval of suction signal and the operational order that the key that lights a cigarette is connected less than threshold value, the initial time of effective period of time isThe time that the operational order for the key that lights a cigarette is connected is received, the deadline of effective period of time is to receive to disconnect the key that lights a cigaretteThe time of operational order and stopping receive the earlier one in the time of suction signal.Due to lighting a cigarette key receiving conductingThe time of operational order is less than threshold value earlier than the time (time that actual capabilities start consumption nicotine) for receiving suction signalWhen, smog is also non-volatile to be inhaled into air, therefore by receive conducting light a cigarette key operational order to receive pumpingThe smog for inhaling the time generation of signal is counted in the total amount of nicotine sucking, is avoided that the behaviour for missing and receiving and the key that lights a cigarette being connectedMake instruction to the effective time for aspirating the time of signal is received, to further increase the accuracy for calculating the practical time of smoking.In addition, being that the time for receiving the operational order for disconnecting the key that lights a cigarette and stopping receive pumping by the deadline of effective period of timeInhale the earlier one in the time of signal, be avoided that the operational order for the key that will be switched off lighting a cigarette and stopping receive suction signal whenBetween difference (ineffective time) count in the practical smoking time, to further increase the accuracy for calculating the practical time of smoking.
Or it is later than the time for receiving the operational order that the key that lights a cigarette is connected in the time for receiving suction signal, and receiveWhen to the time interval of suction signal and the operational order that the key that lights a cigarette is connected greater than threshold value, the initial time of effective period of time isThe time of suction signal is received, the deadline of effective period of time is the time for receiving the operational order for disconnecting the key that lights a cigaretteThe earlier one in the time of suction signal is received with stopping.Due to receiving the time that the operational order for the key that lights a cigarette is connectedWhen being greater than threshold value earlier than the time (time that actual capabilities start consumption nicotine) for receiving suction signal, smog has volatilizedBe not inhaled into air, thus cannot by receive conducting light a cigarette key operational order arrive receive aspirate signal whenBetween the smog that generates count in the total amount of nicotine sucking, therefore be to receive suction signal by the initial time of effective period of timeTime be avoided that will receive conducting light a cigarette key operational order arrive receive aspirate signal ineffective time count realityIt smokes in the time.In addition, by the deadline of effective period of time be receive disconnect light a cigarette key operational order time withStop receiving the earlier one in the time of suction signal, is avoided that the operational order for the key that will be switched off lighting a cigarette is received with stoppingThe time difference (ineffective time) of suction signal was counted in the practical smoking time, calculated practical the accurate of time of smoking to improveProperty.
Wherein, if user has carried out multiple suction action in single smoking and (that is received repeatedly suction letterNumber), the time for receiving smoking signal is the time for receiving suction signal in single smoking for the first time, and stopping receives suctionSignal refers to that the interior last time of single smoking stops receiving no longer receiving in suction signal namely single smoking and aspirates letterNumber.For example, the time for receiving suction signal is first if user has carried out suction action twice in single smokingThe secondary time for receiving suction signal stops the time for receiving suction signal and non-first time stops receiving suction signalTime, but i.e. second last time stops receiving the time of suction signal.For example, if user single smoking in intoSuction action three times of having gone stops connecing then the time for receiving suction signal is the time for receiving suction signal for the first timeIt receives the time of suction signal and non-first time stops receiving the time of suction signal, but be for the third time that last time stopsReceive the time of suction signal.
Specifically, for example, user has carried out suction action three times in single smoking, first time suction action is for 1 seconds,Interval carried out second of suction action after 1 second, and second of suction action is for 1 seconds, and interval has carried out third time again and aspirated after 1 secondMovement, third time suction action duration are 1 second, then receiving the time of suction signal to receive suction letter for the first timeNumber time, stop receive suction signal time for third time, namely last time stop receive suction signal whenBetween.So, effective period of time is being superposed to 3 seconds for the duration of each suction action.
In an embodiment of the present invention, preset time is the value of default storage in storage device, also be can be, but not limited toPass through the value of the input units such as key, touch screen, microphone input for user.
Specifically, it can be, but not limited to every fixed preset time, such as calculate within 0.1 second the consumption of a tobacco juice.Can with but be not limited to for example secondary preset time successively decreased of preset time every variation for example every 2 seconds, 1.5 seconds, 1 second, 0.5Second, 0.1 second calculate the consumption of a tobacco juice.Also it can be, but not limited to preset time fixed again after successively successively decreasing to calculateThe consumption of tobacco juice.
For example, calculating the consumption of tobacco juice after distance calculates consumption 2 seconds of tobacco juice for the first time, counted at second of distanceThe consumption for calculating tobacco juice behind consumption 1.5 seconds of calculation tobacco juice again, behind consumption 1 second that distance third time calculates tobacco juice again againThe consumption etc. for calculating tobacco juice calculates the consumption of tobacco juice again again behind consumption 0.5 second that distance the 4th calculates tobacco juice,The consumption for calculating tobacco juice behind consumption 0.1 second of distance the 5th time calculating tobacco juice again, later every the tobacco juice of calculating in 0.1 secondConsumption.
In an embodiment of the present invention, in step S11: every preset time meter in the effective period of time of single smokingBefore the consumption for calculating a tobacco juice can with but be not limited to include reception pattern selection instruction；According to mode selection command, controlElectronic cigarette processed enters operating mode corresponding with mode selection command.
Specifically, user can use the corresponding instruction of the input units such as key, touch screen, microphone input and for example openOperational order or mode selection command of the prompt of nicotine soakage etc..
Specifically, the operating mode of electronic cigarette can be, but not limited to include temperature control (Temperature Control, TC) mouldFormula adjusts electrical power (Variable Walts, VW) mode and bypasses mechanical (Bypass) mode.
In an embodiment of the present invention, a tobacco juice is calculated every preset time in the effective period of time of single smokingConsumption the step of when being included in electronic cigarette and being in temperature control mode, every preset time according to the temperature computation cigarette of atomizing componentThe consumption of liquid.
Specifically, due under temperature control mode, at the same temperature, time phase required for 10 milliliters of tobacco juices of every consumptionTogether, thus can be obtained according to experimental data smoking needed for consuming 10 milliliters of tobacco juices at a temperature of corresponding atomizing component whenIt is long, such as consume 10 milliliters of tobacco juices under 450 degrees Fahrenheits and need to inhale 3 × 240 seconds, if user has inhaled 0.1 under 450 degrees FahrenheitsSecond, then the tobacco juice of user's consumption is just are as follows: (0.1 × 10)/(3 × 240)=0.0013888889 milliliter.
In an embodiment of the present invention, when due to smoking below 150 degrees Celsius or 300 degrees Fahrenheits, tobacco juice is not by mistChange, therefore the consumption of tobacco juice is zero.
In an embodiment of the present invention, a tobacco juice is calculated every preset time in the effective period of time of single smokingConsumption the step of be included in electronic cigarette be in adjust electrical power mode or bypass mechanical mode when, every preset time according toThe consumption of the power calculation tobacco juice of electronic cigarette.
Specifically, since in the case where adjusting electrical power mode or bypass mechanical mode, electronic cigarette consumes 1 milliliter of tobacco tar, is producedRaw Joule heat is identical.Therefore, heat needed for 1 milliliter of tobacco juice of consumption can be obtained according to experimental data, such as 1 milliliter of consumptionHeat needed for tobacco juice is 2376 joules, then the duration calculation electronic cigarette for passing through the power of electronic cigarette and working under the powerAfter the heat of generation, with 2376 joules for referring to the tobacco juice that can calculate consumption.Such as user is in the power of electronic cigarette20 watt-hours have been inhaled 0.1 second, then the tobacco juice consumed is (20 × 0.1)/2376=0.00084175 milliliters.
Step S12: the soakage of a nicotine is obtained according to the nicotine content in the consumption and tobacco juice of tobacco juice；
Step S13: adding up in real time to the soakage of the nicotine obtained every time, with obtain single smoking it is effective whenBetween nicotine sucking in section real-time total amount；
In an embodiment of the present invention, the nicotine content in tobacco juice can be, but not limited to pass through input unit for userThe value of input, or the value of storage device storage.
Specifically, for example, the nicotine content in tobacco juice is 0.2 if the consumption of tobacco juice is 0.0013888889 milliliterMg/ml, then the real-time total amount of this time nicotine sucking is just 0.00027778 milligram.If preset time such as 0.1 secondInterior and 0.00084175 milliliter of consumption tobacco juice, then the amount of the nicotine of this time generation or user's intake is just 0.00016835The real-time total amount of milligram, nicotine sucking at this time is just 0.00027778+0.00016835=0.00044613 milligrams.
Step S14: the real-time total amount of real-time exhibition nicotine sucking.
In an embodiment of the present invention, it can be, but not limited to the real-time exhibition nicotine by way of figure or text and inhaleThe real-time total amount entered.
Specifically, referring to FIG. 2, the real-time total amount that nicotine can be sucked is with the corresponding specific numerical value side of progress barFormula is shown.As shown in Fig. 2, the real-time total amount of nicotine sucking becomes 0.0004 milligram from 0.0003 milligram.
In other embodiments, the real-time total amount of nicotine sucking can also be shown with the color change of progress bar simultaneouslyVariation, such as start no display, as nicotine intake increases, progress bar starts to show nicotine intake progress, color withChange red etc. for example gradually become by green, so that user only can know Buddhist nun from the variation of colorThe real-time total amount of the sucking of Gu Ding, so that user is easier to know the real-time total amount of the sucking of nicotine.
The reality for the nicotine sucking that the method for the prompt nicotine soakage of the present embodiment can calculate and prompt single to smokeWhen total amount therefore can be helped so that user directly can specifically know the real-time total amount of the sucking of the nicotine of single smokingUser is helped actively to stop smoking.In addition, the present embodiment is according to the different triggering modes of electronic cigarette, (conducting, which lights a cigarette, key triggering or is taken outInhale signal triggering) and operating mode (temperature control mode adjusts electrical power mode, bypass mechanical mode), according to different workThe corresponding calculation of mode calculates the consumption of the tobacco juice in effective period of time, so that the nicotine sucking shown is real-time totalIt is more accurate to measure, and adapts to the electronic cigarette of different triggering modes and operating mode, and flexibility is good.
Second embodiment
Fig. 3 is the flow diagram of the method for the nicotine soakage that second embodiment of the invention provides.As shown in figure 3,Prompt nicotine soakage method include:
Step S21: the consumption of a tobacco juice is calculated every preset time in the effective period of time of single smoking；
Step S22: the soakage of a nicotine is obtained according to the nicotine content in the consumption and tobacco juice of tobacco juice；
Step S23: adding up in real time to the soakage of the nicotine obtained every time, with obtain single smoking it is effective whenBetween nicotine sucking in section real-time total amount；
Step S24: the nicotine maximum received in the effective period of time of the single smoking of user's input sucks total amount；
Specifically, the nicotine that can be, but not limited to receive by input unit in the effective period of time of single smoking is maximumSuck total amount.
In other embodiments, the nicotine maximum sucking total amount in the effective period of time of single smoking, which also can use, depositsStorage device storage.
Step S25: the real-time total amount of nicotine sucking and the ratio of nicotine maximum sucking total amount are calculated；
Specifically, for example, nicotine maximum sucking total amount is 0.001 milligram, if the real-time total amount of nicotine sucking is0.00027778 milligram, then ratio at this time is just 27.778%, if the real-time total amount of nicotine sucking is 0.00044613Milligram, then it is 44.613% that ratio at this time, which just changes,.
Step S26: real-time exhibition ratio.
In an embodiment of the present invention, it can directly show that ratio replaces showing the real-time total amount of nicotine suckingIt shows, the real-time total amount that ratio and nicotine suck can also be shown simultaneously.
In an embodiment of the present invention, remaining ratio can also be shown by ratio, such as nicotine sucking is real-timeThe ratio of total amount and nicotine maximum sucking total amount is 44.613%, then just directly showing remaining ratio 100%-44.613%=55.387%.
The reality for the nicotine sucking that the method for the prompt nicotine soakage of the present embodiment can calculate and prompt single to smokeWhen total amount therefore can be helped so that user directly can specifically know the real-time total amount of the sucking of the nicotine of single smokingUser is helped actively to stop smoking.Further, the present embodiment also shows that the real-time total amount of nicotine sucking and nicotine maximum are inhaledThe ratio for entering total amount enables a user to the percentage of the real-time total amount for the sucking for directly knowing nicotine, facilitates for everyThe soakage control of nicotine is sucked into total amount hereinafter, more effectively to help user to stop smoking in maximum when secondary smoking.
3rd embodiment
Fig. 4 is the schematic device for the electronic cigarette that third embodiment of the invention provides.As shown in figure 4, electronic cigarette includes depositingReservoir 30 and processor 31.
Memory 30 is for storing executable program code；And processor 31 is used to call the executable journey in memorySequence code, the method for executing above-mentioned prompt nicotine soakage.
In an embodiment of the present invention, electronic cigarette further includes input unit (not shown), defeated for receiving userThe instruction entered.
In an embodiment of the present invention, electronic cigarette further includes display device (not shown), for showing calculatingTotal soakage of single nicotine.
In an embodiment of the present invention, electronic cigarette further includes atomizing component (not shown), for carrying out tobacco juiceAtomization is sucked for user.
In conclusion the nicotine that the method for the prompt nicotine soakage of the present embodiment can calculate and prompt single to smokeThe real-time total amount of sucking, so that user directly can specifically know the real-time total amount of the sucking of the nicotine of single smoking, becauseThis can help user actively to stop smoking.
The above described is only a preferred embodiment of the present invention, be not intended to limit the present invention in any form, thoughSo the present invention has been disclosed as a preferred embodiment, and however, it is not intended to limit the invention, any technology people for being familiar with this professionMember, without departing from the scope of the present invention, when the technology contents using the disclosure above are modified or are modifiedIt is right according to the technical essence of the invention for the equivalent embodiment of equivalent variations, but without departing from the technical solutions of the present inventionAny simple modification, equivalent change and modification made by above embodiments, all of which are still within the scope of the technical scheme of the invention.