CN108143001A - A kind of adaptive tobacco tar control method - Google Patents
A kind of adaptive tobacco tar control method Download PDFInfo
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- CN108143001A CN108143001A CN201711267119.5A CN201711267119A CN108143001A CN 108143001 A CN108143001 A CN 108143001A CN 201711267119 A CN201711267119 A CN 201711267119A CN 108143001 A CN108143001 A CN 108143001A
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- oil pump
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Abstract
The present invention provides a kind of adaptive tobacco tar control methods：By monitoring the variation of atomization chamber tobacco tar amount and the running of oil pump in real time, the mobility quantification gradation feature related with tobacco tar concentration, viscosity, type attribute is determined；The tobacco tar flow of its different operating voltage is embodied according to the mobility quantification gradation of tobacco tar, the operating voltage of oil pump and load current；Further according to mobility quantification gradation and smoking power, the rotating speed of oil pump is adjusted, the tobacco tar that oil pump transports is made to reach the dosage to match with user's smoking habit, smoking power, with keep smoking impression and promotion user's smoking experience；According to oil storage module, whether oil storage decides whether to start or continues smoking pattern is also off smoking pattern; it effectively prevent atomization core dry combustion method; the purpose of effective protection electronic cigarette; according to the demand of user; the difference of tobacco tar provides different fuel delivery mouthfeels, enriches the mouthfeel of tobacco tar; meet demand of the different users to tobacco tar not of the same race, mouthfeel diversification, hommization.
Description
Technical field
The present invention relates to electronic cigarette field more particularly to a kind of adaptive tobacco tar control methods.
Background technology
The electronic cigarette with button currently on the market, including a housing, installing battery component in housing, control assembly,
Atomizing component, oil storage cabin, battery component provide electric energy for atomizing component, and control assembly controls the working method of atomizing component, with
This realizes the normal work of electronic cigarette, and oil storage cabin provides tobacco tar for atomizer by oil fuel tube, oil pump is provided in oil fuel tube, leads to
The tobacco tar crossed in oil pump part oil storage cabin is sent on atomizing component, and this atomizing component is usually power invariability, and oil pump is sent every time
The amount of oil is fixed, but the amount of each air-breathing of user is uncontrollable, and the tobacco tar that atomizing component is atomized every time
Amount is fixed, this there is a problem, some person of being not used of the tobacco tar of atomizing component atomization sucks, is being atomized
Accumulate on component, recycled with this, then the mouthfeel degree of subsequent tobacco tar will substantially reduce, and atomization is insufficient or even frying oil occurs
Phenomenon, experience sense are poor.
Invention content
It is an object of the invention to overcome the defect of the prior art, a kind of adaptive tobacco tar control method is provided, is had
With good grounds different demands provide the characteristic that different amounts of tobacco tar is atomized.
The invention is realized in this way：A kind of adaptive tobacco tar control method, includes the following steps：
A, provide an electronic cigarette, the electronic cigarette have an atomizing module, control module, oil storage module, oil pump, power module,
Detection module, operation button, the control module connect the oil pump, atomizing module, detection module, the Single port of the oil pump
Connecting the oil storage module, the another port of the oil pump connects the atomizing module, the power module connection atomizing module,
Control module, oil pump, detection module, the operation button link control module；
B, when electronic cigarette to be started, control module is first opened oil pump by scheduled operation of oil pump voltage, and oil pump starts height
Speed operating, runs on constant current operation area, oil storage mould tobacco tar in the block is transported to atomizing module by oil pump, and detection module, which synchronizes, to be started
Detect oil pump whether no-load running, and testing result is notified into control module；The time that definition oil pump sends on tobacco tar is T；
C, if no-load running, control module then closes power module, stops smoking, oil pump stops operating；
D, if not no-load running, then the time t that oil pump sends on tobacco tar is detected, if t ＜ T, oil pump continues to send tobacco tar at a high speed,
If t >=T, detection module start the detection judgement mobility quantification gradation of tobacco tar, smoking power, oil pump whether no-load running,
And detection information is issued into control module；
E, in step d, in the case of t >=T, detection module detects oil pump no-load running, then oil pump shuts down and continues to hold
Row completes this other event of smoking；Detection module detects that oil pump is not no-load running, then oil pump will be adjusted to linear work
Area works, and is adjusted to the running speed for being suitble to the detection of tobacco tar mobility quantification gradation, and detection judges tobacco tar mobility quantification gradation,
Control module adjusts rotating speed according to the operating voltage of tobacco tar mobility quantification gradation, smoking power adjustment oil pump, makes oil pump
Rotating speed reaches the rotating speed to match with tobacco tar mobility quantification gradation, smoking power, that is, starts oil pump repairing and synchronize smoking pattern；
F, in synchronous smoking pattern is started, detection module continue to detect oil pump whether no-load running, if detection module is examined
Oil pump no-load running is measured, then oil pump, which shuts down and continues to execute, completes this other event of smoking；If detection module is examined
It is not no-load running to measure oil pump, then into next step g；
G, detection module detects whether to smoke and finish, and is finished if smoked, and information is issued control module by detection module, controls mould
Block then closes power module, stops smoking, oil pump stops operating；If smoking does not finish, continue to start synchronous smoking mould
Formula.
Further, the dielectric attribute for showing different tobacco tar, oil pump load and the quantization of its mobility etc. are pre-established
Mathematical model between grade；Smoking power and tobacco tar consumption data table and its mathematical model；Tobacco tar mobility quantification gradation, oil
Pump load, the mathematical model of tobacco tar flow, electric current is I, voltage U, flow grade L in mathematical model, flow Q, tobacco tar
Dielectric attribute is ε, and tobacco tar consumption is Qh, power W.Functional expression（1）For the tobacco tar medium spy under assigned work voltage conditions
The mathematical model of sign, oil pump load current and tobacco tar mobility quantification gradation,
L=f (I, ε) --- --- --- --- --- --- --（1）,
Functional expression（2）For the tobacco tar flow of different mobility quantification gradations and the mathematical model of operation of oil pump voltage,
Q=f (U, L) --- --- --- --- --- --- ---（2）,
Functional expression（3）The mathematical model of tobacco tar tobacco tar consumption under different smoking power for different mobility quantification gradations,
Qh=f (w, L) --- --- --- --- --- --- ---（3）.
Further, after performing step c, oil pump stops operating, while starts alarm module.
Further, when reaching step e, can tobacco tar stream be determined by the workload size of tobacco tar dielectric attribute and oil pump
Dynamic property quantification gradation, and operation of oil pump voltage is adjusted according to current operating power, reach the balance supplement tobacco tar in smoking process,
Promote and stablize the purpose of smoking mouthfeel, at the same also detection oil pump zero load, that is, oil storage module whether oil starvation, stop if oil starvation
Only oil pump operates and continues to complete this smoking.
The present invention is sentenced by monitoring the running of atomization chamber tobacco tar and oil pump in real time according to tobacco tar dielectric attribute and oil pump load
It is disconnected to determine tobacco tar mobility quantification gradation, further according to tobacco tar mobility quantification gradation, smoking power, and then adjust the work of oil pump
Voltage realizes its adjustment of rotational speed, reaches the rotating speed of oil pump and turns with what tobacco tar concentration, viscosity, type, smoking power matched
Whether the running of speed, also moment detection oil pump dallies, and starts oil pump repairing synchronization smoking pattern also to decide to continue with work
Work is off, can effectively prevent atomization core dry combustion method, effective protection electronic cigarette, according to the demand of user, the difference of tobacco tar,
Different fuel delivery mouthfeels is provided, enriches the mouthfeel of tobacco tar, meets demand of the different users to tobacco tar not of the same race, mouthfeel
Diversification, hommization.
Description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other attached drawings according to these attached drawings.
Fig. 1 is flow chart provided in an embodiment of the present invention.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other without making creative work
Embodiment shall fall within the protection scope of the present invention.
If Fig. 1 embodiment of the present invention provides a kind of adaptive tobacco tar control method, introduced referring specifically to following.It carries out first
Some terms are explained.
The load of oil pump：Realize that quantization embodies by the operating voltage and load current of oil pump.
Tobacco tar mobility quantification gradation：Tobacco tar concentration, ratio, stickiness, type association attributes consolidated statement are revealed
Tobacco tar feature realizes its quantization by the way that the variation detection of tobacco tar amount quantized value in the load of oil pump and atomization chamber is comprehensive.
The dielectric attribute of tobacco tar：Change to quantify to distinguish different tobacco tar by the conducting medium in atomization chamber during full oil.
The linear work area of oil pump：I.e. operation of oil pump is in the region that load current changes with the apparent ratio of operating voltage.
The constant current operation area of oil pump, in this workspace the operating current of oil pump not with operating voltage and ratio changes.It takes out
Cigarette power：To be output to further, the voltage and current product of atomizer.
The tobacco tar flow of oil pump：The quantizating index of tobacco tar speed is conveyed for oil pump, amount is come with the volume of conveying tobacco tar per second
Change and embody.
Tobacco tar consumption：It works for certain smoking power, each second, the tobacco tar volume quantization of vaporization consumption embodied.
A kind of adaptive tobacco tar control method, includes the following steps：
A, provide an electronic cigarette, the electronic cigarette have an atomizing module, control module, oil storage module, oil pump, power module,
Detection module, operation button, the control module connect the oil pump, atomizing module, detection module, and the control module is electricity
Road plate, IC chip, controller etc., atomizing module are atomizer, set atomization core, Oil Guide cotton etc. in atomizer, detection module can
Think probe, current sensing means, detection resistance etc., oil pump can be miniature diaphragm air pump, but not limited to this or its
He can realize the arbitrary class pump of identical function, and the Single port of the oil pump connects the oil storage module, the other end of the oil pump
Mouth connects the atomizing module, specifically, is connected by pipeline, and the power module is battery, and the power module connects mist
Change module, control module, oil pump, detection module, the operation button link control module.Oil pump select its linear work area and
Constant current area judges the load current detection of oil pump by oil pump voltage and detection module the load of oil pump.
B, when electronic cigarette to be started, control module is first opened oil pump by scheduled operation of oil pump voltage, and oil pump is opened
Beginning runs at high speed, and runs on constant current operation area, and oil storage mould tobacco tar in the block is transported to atomizing module by oil pump, and detection module synchronizes
Start to detect oil pump whether no-load running, and testing result is notified into control module；The time that definition oil pump sends on tobacco tar is T.
If c, detection module detection oil pump is no-load running, control module if, closes power module, stops smoking, oil pump
It stops operating.
D, if not no-load running, then the time t that oil pump sends on tobacco tar is detected, if t ＜ T, oil pump continues to send at a high speed
Tobacco tar, if t >=T, detection module detection atomization chamber tobacco tar dielectric attribute, oil pump load, oil pump whether no-load running, and will inspection
Measurement information issues control module.
E, the design measured in advance establishes the mathematics of tobacco tar dielectric attribute, oil pump load, tobacco tar mobility quantification gradation
Model（That is functional relation）；The mathematical model of smoking power and tobacco tar consumption（Functional relation）, tobacco tar mobility quantification gradation,
Oil pump load, the mathematical model of tobacco tar flow（Functional relation）.In step d, in the case of t >=T, detection module detects oil pump
No-load running, then oil pump, which shuts down and continues to execute, completes this other event of smoking；Detection module detects that oil pump is not
No-load running, then oil pump will be adjusted to the running speed for being suitble to tobacco tar Characteristics Detection, detection judgement tobacco tar mobility quantification gradation,
Control module makes the rotating speed of oil pump according to tobacco tar mobility quantification gradation, operating voltage, that is, rotating speed of smoking power adjustment oil pump
Reach the rotating speed to match with tobacco tar mobility quantification gradation, smoking power, that is, start oil pump repairing and synchronize smoking pattern.
F, in starting oil pump repairing and synchronizing smoking pattern, detection module continue to detect oil pump whether no-load running, such as
Fruit detection module detects oil pump no-load running, then oil pump, which shuts down and continues to execute, completes this other event of smoking；Such as
Fruit detection module detects that oil pump is not no-load running, then into next step g.
G, detection module detects whether to smoke and finish, and is finished if smoked, and information is issued control module by detection module, control
Molding block then closes power module, stops smoking, oil pump stops operating；If smoking does not finish, continue to start synchronous pumping
Cigarette pattern.
Pre-establish the number between the dielectric attribute for showing different tobacco tar, oil pump load and its mobility quantification gradation
Learn model（Functional relation）；Smoking power and tobacco tar consumption data table and its mathematical model（Functional relation）；Tobacco tar mobility
Quantification gradation, oil pump load, the mathematical model of tobacco tar flow（Functional relation）.
The mathematics prediction model of control program is as follows：If electric current is I, voltage U, flow grade L, flow Q, tobacco tar
Dielectric attribute is ε, and tobacco tar consumption is Qh, power W.Functional expression（1）For the tobacco tar medium spy under assigned work voltage conditions
The mathematical model of sign, oil pump load current and tobacco tar mobility quantification gradation,
L=f (I, ε) --- --- --- --- --- --- --（1）,
Functional expression（2）For the tobacco tar flow of different mobility quantification gradations and the mathematical model of operation of oil pump voltage,
Q=f (U, L) --- --- --- --- --- --- ---（2）,
Functional expression（3）The mathematical model of tobacco tar tobacco tar consumption under different smoking power for different mobility quantification gradations,
Qh=f (w, L) --- --- --- --- --- --- ---（3）.
According to functional expression（1）The mathematics of acquisition（Functional relation）Model can determine the mobility quantification gradation of tobacco tar, such as
Functional expression（3）The tobacco tar consumption under the power can be determined according to smoking power, it is ensured that the mouthfeel of smoking needs to ensure mist
Change the constant of intracavitary tobacco tar amount, that is, consume that how many tobacco tar just need to supplement the tobacco tar with dosage, therefore, oil pump unit interval immediately
Interior conveying tobacco tar amount needs are equal to the tobacco tar amount for consumption of smoking.According to functional expression（2）Required oil pump can then be obtained
Operating voltage.Be set to this operating voltage, the conveying capacity and consumption of tobacco tar can reach one it is in a basic balance.
After performing step c, oil pump stops operating, while starts alarm module.
When reaching step e, it can determine that tobacco tar mobility quantifies by the workload size of tobacco tar dielectric attribute and oil pump
Grade, and operation of oil pump voltage is adjusted according to current operating power, reach the balance supplement tobacco tar in smoking process, promoted and steady
Determine the purpose of smoking mouthfeel, at the same also detection oil pump zero load, that is, oil storage module whether oil starvation, stop oil pump fortune if oil starvation
Turn and continue to complete this smoking.
By monitoring the variation of atomization chamber tobacco tar amount and the running of oil pump in real time, determine and tobacco tar concentration, viscosity, type category
The related mobility quantification gradation feature of property；According to the operating voltage and load current of the mobility quantification gradation of tobacco tar, oil pump
Embody the tobacco tar flow of its different operating voltage；Further according to mobility quantification gradation and smoking power, and then adjust the work of oil pump
Make voltage and adjust rotating speed, the tobacco tar that oil pump transports is made to reach the dosage to match with user's smoking habit, smoking power, to protect
It holds smoking impression and promotes user's smoking experience；According to oil storage module, whether oil storage decides whether to start or continues smoking pattern also
Smoking pattern is off, reaches and effectively prevent atomization core dry combustion method, the purpose of effective protection electronic cigarette, according to the demand of user,
The difference of tobacco tar provides different fuel delivery mouthfeels, enriches the mouthfeel of tobacco tar, meets different users to tobacco tar not of the same race
Demand, mouthfeel diversification, hommization.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
With within principle, any modification, equivalent replacement, improvement and so on should all be included in the protection scope of the present invention god.
Claims (4)
1. a kind of adaptive tobacco tar control method, which is characterized in that include the following steps：
A, provide an electronic cigarette, the electronic cigarette have an atomizing module, control module, oil storage module, oil pump, power module,
Detection module, operation button, the control module connect the oil pump, atomizing module, detection module, the Single port of the oil pump
Connecting the oil storage module, the another port of the oil pump connects the atomizing module, the power module connection atomizing module,
Control module, oil pump, detection module, the operation button link control module；
B, when electronic cigarette to be started, control module is first opened oil pump by scheduled operation of oil pump voltage, and oil pump starts height
Speed operating, runs on constant current operation area, oil storage mould tobacco tar in the block is transported to atomizing module by oil pump, and detection module, which synchronizes, to be started
Detect oil pump whether no-load running, and testing result is notified into control module；The time that definition oil pump sends on tobacco tar is T；
C, if no-load running, control module then closes power module, stops smoking, oil pump stops operating；
D, if not no-load running, then the time t that oil pump sends on tobacco tar is detected, if t ＜ T, oil pump continues to send tobacco tar at a high speed,
If t >=T, detection module start the detection judgement mobility quantification gradation of tobacco tar, smoking power, oil pump whether no-load running,
And detection information is issued into control module；
E, in step d, in the case of t >=T, detection module detects oil pump no-load running, then oil pump shuts down and continues to hold
Row completes this other event of smoking；Detection module detects that oil pump is not no-load running, then oil pump will be adjusted to linear work
Area works, and is adjusted to the running speed for being suitble to the detection of tobacco tar mobility quantification gradation, and detection judges tobacco tar mobility quantification gradation,
Control module adjusts rotating speed according to the operating voltage of tobacco tar mobility quantification gradation, smoking power adjustment oil pump, makes oil pump
Rotating speed reaches the rotating speed to match with tobacco tar mobility quantification gradation, smoking power, that is, starts oil pump repairing and synchronize smoking pattern；
F, in synchronous smoking pattern is started, detection module continue to detect oil pump whether no-load running, if detection module is examined
Oil pump no-load running is measured, then oil pump, which shuts down and continues to execute, completes this other event of smoking；If detection module is examined
It is not no-load running to measure oil pump, then into next step g；
G, detection module detects whether to smoke and finish, and is finished if smoked, and information is issued control module by detection module, controls mould
Block then closes power module, stops smoking, oil pump stops operating；If smoking does not finish, continue to start synchronous smoking mould
Formula.
2. a kind of adaptive tobacco tar control method as described in claim 1, it is characterised in that：Pre-establish the different tobacco tar of performance
Dielectric attribute, the mathematical model between oil pump load and its mobility quantification gradation；Smoking power and tobacco tar consumption
Tables of data and its mathematical model；Tobacco tar mobility quantification gradation, oil pump load, the mathematical model of tobacco tar flow, in mathematical model
Definition electric current is I, voltage U, flow grade L, and flow Q, tobacco tar dielectric attribute is ε, and tobacco tar consumption is Qh, and power is
W, functional expression（1）For tobacco tar dielectric attribute, oil pump load current and the quantization of tobacco tar mobility etc. under assigned work voltage conditions
The mathematical model of grade,
L=f (I, ε) --- --- --- --- --- --- --（1）,
Functional expression（2）For the tobacco tar flow of different mobility quantification gradations and the mathematical model of operation of oil pump voltage,
Q=f (U, L) --- --- --- --- --- --- ---（2）,
Functional expression（3）The mathematical model of tobacco tar tobacco tar consumption under different smoking power for different mobility quantification gradations,
Qh=f (w, L) --- --- --- --- --- --- ---（3）.
3. a kind of adaptive tobacco tar control method as described in claim 1, it is characterised in that：After performing step c, oil pump stops
Rotation, while start alarm module.
4. a kind of adaptive tobacco tar control method as described in claim 1, it is characterised in that：When reaching step e, cigarette can be passed through
Oil medium feature and the workload size of oil pump determine tobacco tar mobility quantification gradation, and adjust oil according to current operating power
Pump work voltage reaches the balance supplement tobacco tar in smoking process, promotes and stablize the purpose of smoking mouthfeel, while also detecting
Oil pump zero load, that is, oil storage module whether oil starvation, stop oil pump if oil starvation and operate and continue to complete this smoking.
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| CN201711267119.5A CN108143001A (en) | 2017-12-05 | 2017-12-05 | A kind of adaptive tobacco tar control method |
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| CN201711267119.5A CN108143001A (en) | 2017-12-05 | 2017-12-05 | A kind of adaptive tobacco tar control method |
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| CN108936813A (en) * | 2018-06-21 | 2018-12-07 | 常州市派腾电子技术服务有限公司 | The acquisition methods and device of tobacco juice consumption information |
| WO2020015516A1 (en) * | 2018-07-17 | 2020-01-23 | 常州市派腾电子技术服务有限公司 | Liquid supplying method and apparatus |
| CN110720673A (en) * | 2018-06-28 | 2020-01-24 | 常州市派腾电子技术服务有限公司 | Electronic cigarette, and control method and device of electronic cigarette |
| CN110839966A (en) * | 2019-12-04 | 2020-02-28 | 常州市派腾电子技术服务有限公司 | Liquid supply method and device |
| WO2020140961A1 (en) * | 2019-01-03 | 2020-07-09 | 常州市派腾电子技术服务有限公司 | Liquid supply method and device |
| CN111387568A (en) * | 2020-03-26 | 2020-07-10 | 深圳市吉迩科技有限公司 | Method for indicating amount of smoke and aerosol generating apparatus |
| WO2021043215A1 (en) * | 2019-09-03 | 2021-03-11 | 深圳市合元科技有限公司 | Aerosol generation system, measurement method, atomization device, and power supply device |
| CN113349461A (en) * | 2021-07-21 | 2021-09-07 | 深圳市为美电子科技有限公司 | Host, electronic atomization device and atomization method |
| WO2023050924A1 (en) * | 2021-09-28 | 2023-04-06 | 深圳市吉迩科技有限公司 | Device state management method and apparatus, and storage medium |
| US12029252B2 (en) | 2020-03-20 | 2024-07-09 | Shenzhen Smoore Technology Limited | System, method, device, and electronic atomizing device for detecting nicotine content in e-liquid |
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| CN111387568A (en) * | 2020-03-26 | 2020-07-10 | 深圳市吉迩科技有限公司 | Method for indicating amount of smoke and aerosol generating apparatus |
| CN113349461A (en) * | 2021-07-21 | 2021-09-07 | 深圳市为美电子科技有限公司 | Host, electronic atomization device and atomization method |
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Application publication date: 20180612 |