CN108851228A - Compound mixed solution method, apparatus and atomization plant - Google Patents
Compound mixed solution method, apparatus and atomization plant Download PDFInfo
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- CN108851228A CN108851228A CN201710335962.6A CN201710335962A CN108851228A CN 108851228 A CN108851228 A CN 108851228A CN 201710335962 A CN201710335962 A CN 201710335962A CN 108851228 A CN108851228 A CN 108851228A
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Abstract
The present invention discloses a kind of Compound mixed solution method, includes the target substance in first component and/or second component the method includes calculating the first demand of the first component and the second demand of the second component according to the content of preset target substance；Second component of the first component of first demand and second demand is injected into mixing chamber；Atomizing component is controlled to start to work.The present invention also provides a kind of Compound mixed solution device and atomization plants.Compound mixed solution method, apparatus of the invention and atomization plant can automatically control the content of target substance in mixed liquor, and flexibility is high.
Description
Technical field
The present invention relates to atomization plant field, in particular to a kind of Compound mixed solution method, apparatus and atomization plant.
Background technique
Currently, substitute of the electronic cigarette as tobacco product, because it has to a certain extent using portable, amount of smoke is big
The features such as, it is becoming increasingly popular on the market.In general, when user aspirates electronic cigarette, an air-flow, the air-flow can be generated
It is detected by a sensor, so that triggering heating device is atomized the liquid tobacco tar being set in device.
But the content of the first component of existing electronic cigarette by fluid injection when tobacco tar in the first constituent content determine,
It therefore, can only be by injecting different first constituent contents when user needs to suck the electronic cigarette of different first constituent contents
Tobacco tar realizes, cumbersome, flexibility is low.
Summary of the invention
The present invention provides a kind of Compound mixed solution method, apparatus and atomization plant, can automatically control object in mixed liquor
The content of matter, flexibility are high.
The technical solution is as follows：
The present invention provides a kind of Compound mixed solution methods, and the method includes the content meters according to preset target substance
The first demand of the first component and the second demand of the second component are calculated, in first component and/or second component
Including the target substance；Second component of the first component of first demand and second demand is injected into mixed
It closes in chamber；Atomizing component is controlled to start to work.
Further, the first demand and second component of the first component are calculated according to the content of preset target substance
It include receiving the operational order for entering smoking cessation mode before the step of second demand；Judge whether to meet with liquid trigger condition,
The mouth number for including user's suction with liquid trigger condition is greater than the practical liquid of first threshold and/or the mixed liquor in mixing chamber
Position is less than second threshold, and/or receives fluid injection request；Match liquid trigger condition if meeting, according to preset target substance
Content calculates the first demand of the first component and the second demand of the second component；Wherein, the preset target substance
For content lower than the content of the target substance of liquid in the mixing chamber, the target substance is nicotine.
Further, if the method also includes being unsatisfactory for being directly entered control atomizing component with liquid trigger condition and opening
The step of beginning work.
Further, the first demand and second component of the first component are calculated according to the content of preset target substance
It include receiving the operational order for entering and matching liquid mode before the step of second demand；Receive the preset object of user's input
The content of matter, with the first demand of content the first component of calculating of the preset target substance inputted according to user and second group
The second demand divided.
Further, the first demand and second component of the first component are calculated according to the content of preset target substance
It include receiving the operational order for entering monitoring mode before the step of second demand；The health indicator of user is detected, it is described strong
Kang Zhibiao includes the pH value oxygen content of blood of heart rate or saliva；Wherein, in the heart rate exception or the saliva soda acid
Degree or when oxygen content of blood exception, the content of the preset target substance contain lower than the target substance of liquid in the mixing chamber
Amount.
Further, the content according to preset target substance calculates the first demand and second of the first component
The step of second demand of component includes the maximum level for calculating the mixing chamber and the difference of actual liquid level；According to the difference
Institute in the content and the second component of target substance described in value, the content of the preset target substance, first component
The content of target substance is stated, the first demand of the first component and the second demand of the second component are calculated.
The present invention also provides a kind of Compound mixed solution device, the Compound mixed solution device includes processing module, executes mould
Block.The processing module is used to calculate the first demand and the second component of the first component according to the content of preset target substance
The second demand, include the target substance in first component and/or second component.The execution module and institute
It states processing module to be electrical connected, for by second group of dispensing of the first component of first demand and second demand
Enter into mixing chamber.
Further, described device further includes control module, is started to work for controlling atomizing component.
Further, the processing module is used to receive the operational order for entering smoking cessation mode, and meets and trigger with liquid
The first demand of the first component and the second demand of the second component are calculated when condition according to the content of preset target substance；
Wherein, the mouth number for including user's suction with liquid trigger condition is greater than the reality of first threshold and/or the mixed liquor in mixing chamber
Border liquid level is less than second threshold, and/or receives fluid injection request；Wherein, the content of the preset target substance is lower than described
The content of the target substance of liquid in mixing chamber, the target substance are nicotine.
Further, the operational order and user that the processing module is used to receive into liquid mode input preset
The content of target substance calculates the first demand of the first component with the content of the preset target substance inputted according to the user
Second demand of amount and the second component.
Further, the processing module is also used to receive the operational order into monitoring mode, and detects the strong of user
Kang Zhibiao, the health indicator include the pH value or the oxygen content of blood of heart rate or saliva；Wherein, in the heart rate abnormal level or
When the pH value or oxygen content of blood exception of the saliva, the content of the preset target substance is lower than liquid in the mixing chamber
Target substance content.
Further, the processing module includes the first storage unit, and the first storage unit storage is described preset
The content of target substance.
The present invention also provides a kind of atomization plants, including above-mentioned Compound mixed solution device.
Further, the atomization plant further includes mixing chamber, the first component storage chamber, the second component storage chamber, described
Execution module includes the first electric pump, the second electric pump；The first component storage chamber is for storing the first component；Second component
Storage chamber is for storing the second component；First electric pump is connected with the second component storage chamber and the mixing chamber, is used for
Second component of second demand is pumped into the mixing chamber from the second component storage chamber；Second electric pump and institute
The first component storage chamber and the mixing chamber is stated to be connected, for by the first component of first demand from first component
Storage chamber is pumped into the mixing chamber；The mixing chamber is for loading the first component being pumped into and the second component being pumped into, to be formed
Mixed liquor.
Further, the atomization plant further includes mixing chamber, the first storage chamber, and the execution module includes third electricity
Pump；First storage chamber is the first component or the second component for storing matrix, matrix；The mixing chamber is for loading injection
Quantitative addO-on therapy, wherein in matrix be first group of timesharing, the quantitative addO-on therapy is second demand
Second component is second group of timesharing in the matrix, and the quantitative addO-on therapy is the first component of first demand；
The third electric pump is connected with first storage chamber and the mixing chamber, for depositing the quantitative matrix from described first
Storage chamber is pumped into the mixing chamber for being loaded with the quantitative addO-on therapy, and the quantitative matrix is the first component of the first demand
Or second demand the second component.
Further, agitating device is provided in the mixing chamber, the agitating device is used for will be in the mixing chamber
Mixed liquor mixing.
Compound mixed solution method, apparatus of the invention and atomization plant can automatically control containing for target substance in mixed liquor
Amount, flexibility are high.
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 of the present invention, feature and advantage can
It is clearer and more comprehensible, it is special below to lift preferred embodiment, and cooperate attached drawing, detailed description are as follows.
Detailed description of the invention
Fig. 1 is the flow diagram for the Compound mixed solution method that first embodiment of the invention provides；
Fig. 2 is the idiographic flow schematic diagram of the first embodiment of the step S14 in Fig. 1；
Fig. 3 is the idiographic flow schematic diagram of the second embodiment of the step S14 in Fig. 1；
Fig. 4 is the structural schematic diagram for the Compound mixed solution device that second embodiment of the invention provides；
Fig. 5 is the concrete structure schematic diagram of the first embodiment of execution module as shown in Figure 4；
Fig. 6 is the concrete structure schematic diagram of the second embodiment of execution module as shown in Figure 4；
Fig. 7 is the structural schematic diagram for the atomization plant that third embodiment of the invention provides；
Fig. 8 is the schematic diagram of the section structure for the atomization plant that fourth embodiment of the invention provides；
Fig. 9 is the schematic diagram of the section structure for the atomization plant that fifth embodiment of the invention provides.
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 with
Attached drawing and preferred embodiment, to Compound mixed solution method, apparatus proposed according to the present invention and atomization plant its specific embodiment party
Formula, 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 cooperation
Applying can clearly be presented in example detailed description.By the explanation of specific embodiment, when predetermined mesh can be reached to the present invention
The 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 say
It is bright to be used, it is not intended to limit the present invention.
First embodiment
Fig. 1 is the flow diagram for the Compound mixed solution method that first embodiment of the invention provides.The embodiment of the present invention
Compound mixed solution method can automatically control the content of target substance in mixed liquor, and flexibility is high.Wherein, target substance is for example for figure
The additive etc. that can be needed for nicotine, medical fluid, essence and the various users in atomization plant, also can be, but not limited to for
Medical fluid such as Radix Angelicae Sinensis, pseudo-ginseng in medical health field etc..It, can be with referring to FIG. 1, the Compound mixed solution method of the present embodiment
Include the following steps S12, step S14 and step S16.
Step S12：The first demand and second component of the first component are calculated according to the content of preset target substance
Second demand；
Specifically, the content of target substance is 0%-100% in the first component, and the content of target substance is in the second component
0%-100%.Wherein, include target substance in the first component and/or the second component, i.e., do not include object in the first component
It then include target substance in the second component when matter；It include target in the first component when not including target substance in the second component
Substance；It can be all to include target substance in the first component and the second component.
In embodiments of the present invention, the first component and the second component can be pure substance, be also possible to mixture；First group
Divide and can be suspension, solution, emulsion or colloid etc. with form existing for the second component, the present embodiment does not limit this
It is fixed.For example, when the first component is pure substance, for example, it may be ethylene glycol, glycerine, nicotine；When for mixture, example
Such as, it can be the alcoholic solution of nicotine.Content can be volume content, mass content etc..
Specifically, target substance can be, but not limited to as nicotine, medical fluid, essence, propylene glycol, vegetable glycerides and various use
The additive that family needs, also can be, but not limited to as medical fluid in medical health field such as Radix Angelicae Sinensis, pseudo-ginseng etc..
Specifically, the content of preset target substance can be, but not limited to the fixed value of the default stored for storage device,
Such as the content of preset target substance is 50% when first time fluid injection, preset target substance contains when injecting liquid for the second time
Amount is 40%, and the content that third time injects preset target substance when liquid is 30%.The content of preset target substance can also
It is calculated and is obtained with the amount successively decreased by one, such as decrement is 10%, if that preset object when first time fluid injection
The content of matter is 50%, then the content that preset target substance when second of injection liquid can be calculated is 40%, third
The content of preset target substance is 30% when secondary injection liquid.When the content of preset target substance can also be each fluid injection
The setting value etc. that user passes through the input of the input units such as key, touch screen.
In an embodiment of the present invention, atomization plant is according to the content of preset target substance, calculates the of the first component
The step of second demand of one demand and the second component includes：Calculate the maximum level of mixing chamber and the difference of actual liquid level
Value, and according to difference and the content of preset target substance, calculate the first component the first demand and the second component the
Two demands.
Specifically, atomization plant calculates the maximum level of mixing chamber and the difference of actual liquid level, and specifically, mixing chamber is most
Big liquid level can be, but not limited to the practical maximum level for mixing chamber, or a certain fixation of user preset or the reason of variation
Think maximum level.
Specifically, in order to more convenient and quicker control mixing chamber in target substance content, can be, but not limited to for
First component includes target substance, does not include target substance in the second component.Certainly, it also can be, but not limited to contain in the second component
There is a small amount of target substance, and the target substance content in the second component is preset, and is stored in atomization plant.
It, can also be according to mixed liquor demand and the content meter of preset target substance in another possible embodiment
Calculate the first demand of the first component and the second demand of the second component.Therefore, atomization plant is according to preset target substance
Content, calculate the first component the first demand and the second component the second demand the step of include：Obtain mixed liquor
Demand and according to the demand of mixed liquor and the content of preset target substance calculates the first demand and the of the first component
Second demand of two components.
Wherein, mixed liquor demand is a certain fixed value of the default of atomization plant storage device storage, or is used
Family can also be the value that user is arranged by other mobile terminals by the value of the input units such as key, touch screen input.Example
Such as, if mixed liquor demand is 10ml, preset target substance is nicotine, and first group is divided into nicotine solution, second group
It is divided into tobacco juice, and the content of preset target substance is 15%, then the first demand of the first component is just 1.5ml, second
Second demand of component is exactly 8.5ml.
Step S14：Second component of the first component of the first demand and the second demand is injected into mixing chamber；
Second component of the first component of the first demand and the second demand is injected into mixing chamber by atomization plant.Tool
Body, such as maximum level and the difference of actual liquid level are 10ml, preset target substance is nicotine, and first group is divided into Ni Gu
Fourth solution, second group is divided into tobacco juice, and the content of preset target substance is 15%, then, just by the first component of 1.5ml,
The second component of 8.5ml is injected into mixing chamber, to obtain the content i.e. 15% that target substance content is preset target substance
Mixing liquid.
Step S16：Atomizing component is controlled to start to work.
Specifically, atomization plant control atomizing component is started to work.Atomizing component can pass through heating, ultrasonic oscillation etc.
Mode is atomized mixing liquid.When atomizing component passes through heating atomization mixing liquid, atomizing component be can be, but not limited to
It can be the heating device of smog by the liquid transition in mixing chamber including heating wire, fever tablet, heating board etc..Pass through heater
Part can heat the mixing liquid that the imbibition device for being wrapped in heating device outer surface absorbs, it is made to be atomized into smog,
When user carries out suction action, the flowing of air-flow drives the smog generated around heating device toward upstream, to pass through cigarette holder
In suction inlet, so that user sucks.
In an embodiment of the present invention, step S12：The of the first component is calculated according to the content of preset target substance
Further include before the step of second demand of one demand and the second component：
Step S10：Receive the operational order for entering smoking cessation mode；
Step S11：Judge whether to meet with liquid trigger condition；
Wherein, the mouth number for including user's suction with liquid trigger condition is greater than the mixed liquor in first threshold and/or mixing chamber
Actual liquid level be less than second threshold, and/or receive fluid injection request；
Match liquid trigger condition if meeting, enters step S12：The first component is calculated according to the content of preset target substance
The first demand and the second component the second demand；
Wherein, the content of preset target substance is lower than the content of the target substance of liquid in mixing chamber, and target substance is
Nicotine, therefore, with increasing for the number for sucking atomization plant, nicotine content is just controlled more next by atomization plant automatically
It is fewer, just facilitate user and nicotine is sucked unconsciously gradually reducing, preferably help user smoking cessation.
Wherein, the content of preset target substance lower than the content of the target substance of liquid in mixing chamber gradient can with but
User is not limited to by the setting value of the input units such as key, touch screen input, is also possible to the storage device of atomization plant
The gradient of a certain fixed value of the default of storage, that is, each target substance content successively decreased is fixed or changed value.
If being unsatisfactory for being directly entered step S16 with liquid trigger condition：Atomizing component is controlled to start to work.
In another possible embodiment, step S12：The first component is calculated according to the content of preset target substance
Also may include before the step of second demand of the first demand and the second component：It receives and refers into the operation with liquid mode
It enables, and receives the content of the preset target substance of user's input, with containing for the preset target substance that is inputted according to user
Amount calculates the first demand of the first component and the second demand of the second component.
Specifically, user can be, but not limited to user and carry out mode choosing by input units such as key, touch screen, microphones
The content of preset target substance is selected and inputted, is prepared so as to carry out the content of target substance automatically, it is easy to operate, and match
Liquid is convenient and efficient, such as in medical field, user can input containing for for example preset medical fluid of target substance by input unit
Amount, so as to which corresponding medical fluid and solvent are added in mixing chamber automatically, to form the drug sucked for user by proportion,
It is easy to operate and convenient and efficient with liquid.
In addition, user can also be manually entered the content of the target substance of the first component, second after entering with liquid mode
The content of the content of the target substance of component and preset target substance, to carry out with liquid.At this point, user can be by known mesh
Mark content of material any two solution ratio at target substance required for oneself content mixing liquid.
In another possible embodiment, step S12：The first component is calculated according to the content of preset target substance
Can also include before the step of second demand of the first demand and the second component：The operation received into monitoring mode refers to
It enables, and the health indicator of detection user.
In the present embodiment, atomization plant can include but is not limited to heart rate detection sensor, pH value detection sensor,
Oxygen content of blood detection sensor, temperature check sensor, lung capacity detection sensor etc., to obtain the health indicator of user.
Health indicator includes the heart rate of user or the pH value of user's saliva or the oxygen content of blood of user, health indicator can with but it is unlimited
In including lung capacity, body temperature etc..
Wherein, in the heart rate exception of user or user saliva pH value or user the oxygen content of blood exception when,
Such as heart rate is higher than predetermined value, heart rate and is greater than predetermined value, the content of preset target substance lower than predetermined value or changes in heart rate amount
Lower than the content of the target substance of liquid in mixing chamber, for example, target substance is nicotine, so that the health in user refers to
The content that nicotine is automatically controlled when mark is abnormal gradually decreases, and just facilitates to improve the physical condition of user when in use, more preferably
User is helped to carry out health control.In addition, target substance may be medical fluid for example in medical field, refer in the health of user
When mark reflects that sb.'s illness took a favorable turn, then the content of medical fluid is reduced automatically, when the monitor control index of user reflects aggravation, then mention automatically
The content of high medical fluid, so that user be helped to carry out health control.
Specifically, the heart rate of user includes that the heart rate of user is too fast or the change rate of heart rate is excessive extremely, user's
The content of preset nicotine is zero when heart rate exception.The pH value of the saliva of user includes the variation of user's sialic acid basicity extremely
It is worth excessive etc..
Specifically, it can be passed with multiple sensors, such as the detection of heart rate detection sensor, sialic acid alkalinity sensor, blood oxygen
The monitor control index of the sensors such as sensor acquisition user.
In a wherein embodiment, if atomization plant does not receive the mode selection command of input, it can default
This identical as the operating mode that last time uses or most for the access times operating mode etc. of operating mode of atomization plant
Deng.
Fig. 2 is the idiographic flow schematic diagram of the first embodiment of the step S14 in Fig. 1.Method as shown in Figure 2 can answer
For including the atomization plant of mixing chamber, the first component storage chamber, the second component storage chamber.As shown in Fig. 2, step S14：By
First component of one demand and the second component of the second demand are injected into mixing chamber and include the following steps S141 to S144.
Step S141：Detect the actual liquid level of the second component in the second component storage chamber；
Step S142：Judge the actual liquid level of the second component in the second component storage chamber whether less than the of the second component
Two demands；
If the actual liquid level of the second component in the second component storage chamber is not less than the second demand of the second component, into
Enter step S143：Second component of the second demand in the second component storage chamber is injected into mixing chamber；
If the actual liquid level of the second component in the second component storage chamber enters less than the second demand of the second component
Step S144：Issue the second component deficiency standby signal.
In a wherein embodiment, step S14：By the second of the first component of the first demand and the second demand
Component, which is injected into mixing chamber, can also include the following steps S145 to S148.
Step S145：Detect the actual liquid level of the first component in the first component storage chamber；
Step S146：Judge the actual liquid level of the first component in the first component storage chamber whether less than the of the first component
One demand；
If the actual liquid level of the first component in the first component storage chamber is not less than the first demand of the first component, into
Enter step S147：First component of the first demand in the first component storage chamber is injected into mixing chamber；
If the actual liquid level of the first component in the first component storage chamber enters less than the first demand of the first component
Step S148：Issue the first component deficiency standby signal.
Specifically, it can be, but not limited to show the first component and/or the second component deficiency standby signal by display screen,
It can be flashed by LED light or show etc. that modes issue the first component and/or the second component not by sound, vibration or display screen
Sufficient signal etc., to prompt user's liquid feeding.Specifically, the first component shortage signal and the second component shortage signal can pass through difference
Mode show, can also show in the same way.
For example, can use display screen shows " the first component is insufficient ", it, can also benefit to prompt the first component of user insufficient
" the second component is insufficient " is shown with display screen.It can also be flashed by LED light and issue the first component shortage signal, or pass through shake
It is dynamic to issue second component shortage signal etc..
It is worth noting that the present embodiment can be, but not limited to of the first demand in the first component storage chamber first
One component is injected into mixing chamber, then the second component of the second demand in the second component storage chamber is injected into mixing chamber.?
By the second component storage chamber while first component of the first demand in the first component storage chamber can be injected into mixing chamber
In the second component of the second demand be injected into mixing chamber, can also be first by of the second demand in the second component storage chamber
Two components are injected into mixing chamber, then the first component of the first demand is injected into mixing chamber.In the present embodiment, not to S141
It is defined with the execution sequencing of S145, S141 can be first carried out or first carries out S145, it can be with S141 and S145
It is performed simultaneously.
Fig. 3 is the idiographic flow schematic diagram of the second embodiment of the step S14 in Fig. 1.Method as shown in Figure 3 can answer
For including the atomization plant of mixing chamber, the first component storage chamber.As shown in figure 3, step S14：By the first of the first demand
Second component of component and the second demand, which is injected into mixing chamber, includes the following steps S140a and S140b.
Step S140a：When injecting the second component to mixing chamber by the second component inlet on mixing chamber, work as mixing
The variable quantity of actual liquid level in chamber then exports the second component deficiency standby signal less than the second demand；
Step S140b：The second component of the second demand is injected into mixing chamber.
Wherein, the first component of the first demand is injected into the step of step in mixing chamber can be with first embodiment
It is identical, that is to say, that step S14：Second component of the first component of the first demand and the second demand is injected into mixing
It further include step S145 to S148 in chamber, i.e. step S14 further includes from the first component storage chamber by the first of the first demand
Component is injected into mixing chamber.Certainly, the first component of the first demand is injected into the step in mixing chamber can also be with
The step of one embodiment, is not identical, such as the first component of the first demand is directly injected into mixing chamber by user.
It is worth noting that can be, but not limited to first be injected into the second component of the second demand in this embodiment mixed
Chamber is closed, then the first component of the first demand is injected into mixing chamber.It is of course also possible to first by the first component of the first demand
It is injected into mixing chamber, then the second component of the second demand is injected into mixing chamber, or simultaneously by the first of the first demand
Second component of component and the second demand is injected into mixing chamber.
It should be noted is that in embodiments of the present invention, no matter which kind of mode atomization plant is under, receiving
When the fluid injection operation signal of user, inquire the target substance of user preset content whether be liquid in mixing chamber target substance
Content, if so, according to the content of preset target substance calculate the first component the first demand and the second component second
Demand；If it is not, user is then prompted to input the content of preset target substance needed for this fluid injection.
In addition, in the present invention, liquid level, that is, liquid volume of liquid namely the amount of liquid.
Second embodiment
Fig. 4 is the structural schematic diagram for the Compound mixed solution device that second embodiment of the invention provides.As shown in figure 4, mixing
Liquid device for formulating includes processing module 402, execution module 404.In a wherein embodiment, Compound mixed solution device is also wrapped
Include control module 406.
Processing module 402 is used to calculate the first demand and second of the first component according to the content of preset target substance
Second demand of component, and export execution control signal.
It wherein, include the target substance in first component and/or second component.An embodiment party wherein
In formula, processing module 402 includes the first storage unit 412, and the first storage unit 412 contains for storing preset target substance
Amount.
Wherein, execution module 404 is electrical connected with processing module 402, for controlling signal for described first according to execution
Second component of the first component of demand and second demand is injected into mixing chamber.
In a wherein embodiment, processing module 402 can by calculate mixing chamber maximum level and practical liquid
The difference of position, and according to difference and preset target substance content calculates the first demand and the second component of the first component
Second demand.Processing module 402 can also calculate the first component according to mixed liquor demand and preset target substance content
The first demand and the second component the second demand.Wherein, mixed liquor demand is the fixed value of storage, or is used
The value that family is arranged by keyboard or other mobile terminals.
Wherein, control module 406 is for controlling atomizing component start-up operation.Specifically, atomizing component includes heating wire, hair
Heated filament is for the mixture of the liquid in mixing chamber i.e. the first component and the second component to be atomized, so that user sucks.
In an embodiment of the present invention, processing module 402 is used to receive the operational order for entering smoking cessation mode, and meets
When with liquid trigger condition according to the content of preset target substance calculate the first component the first demand and the second component the
Two demands；Wherein, the mouth number for including user's suction with liquid trigger condition is greater than the mixing in first threshold and/or mixing chamber
The actual liquid level of liquid is less than second threshold, and/or receives fluid injection request.Wherein, the content of preset target substance is lower than mixed
The content of the target substance of liquid in chamber is closed, target substance is nicotine.
Specifically, preset target substance content can be use lower than the gradient of the content of the target substance of mixing chamber liquid
Family such as user, can also be with using the input modules such as keyboard or the setting value inputted using wireless communication technique by mobile device
It is a certain fixed value of storage.
Further, the operational order and user that processing module 402 is used to receive into liquid mode input preset
The content of target substance, with the content of preset target substance inputted according to user calculate the first component the first demand and
Second demand of the second component.
Further, processing module 402 is also used to receive the operational order into monitoring mode, and detects the health of user
Index, health indicator include the heart rate of user or the pH value of user's saliva or the oxygen content of blood of user；In the present embodiment, locate
Managing module 402 further includes sensor unit, which is used to detect the health indicator of user.Wherein, sensor unit
Including but not limited to heart rate detection sensor, pH value detection sensor, oxygen content of blood detection sensor, temperature check sensing
Device, lung capacity detection sensor etc..Wherein, in the heart rate exception of user, the content of preset target substance can with but not
It is limited to be equal to zero；The saliva of user pH value or user the oxygen content of blood exception when, the content of preset target substance is low
The content of the target substance of liquid in mixing chamber, target substance can be, but not limited to as nicotine.
Fig. 5 is the concrete structure schematic diagram of the first embodiment of execution module 404 as shown in Figure 4.As shown in figure 5, holding
Row module 404 includes first detection unit 414, the first injection unit 424, the first prompt unit 434.Wherein, the first detection is single
Member 414 is for detecting the actual liquid level of the second component in the second component storage chamber.First injection unit 424 is used in the second component
It, will be in the second component storage chamber when the actual liquid level of the second component in storage chamber is not less than the second demand of the second component
Second component of the second demand is injected into mixing chamber.First prompt unit 434 is for the in the second component storage chamber
The actual liquid level of two components less than the second component the second demand when, issue the second component deficiency standby signal.
Specifically, first detection unit 414 can be, but not limited to as the liquid level detector in the second component storage chamber.
First injection unit 424 can be, but not limited to include the first electric pump being connected with the second component storage chamber and mixing chamber, and first
Electric pump will when being not less than the second demand of the second component for the actual liquid level of the second component in the second component storage chamber
Second component of the second demand in the second component storage chamber is pumped into mixing chamber.First prompt unit 434 can with but not
It is limited to for display screen.
In a wherein embodiment, execution module 404 further includes second detection unit 444, the second injection unit
454, third prompt unit 464.Second detection unit 444 is used to detect the practical liquid of the first component in the first component storage chamber
Position.Actual liquid level of second injection unit 454 for the first component in the first component storage chamber is not less than the first component
When the first demand, the first component of the first demand in the first component storage chamber is injected into mixing chamber.Third prompt
Unit 464 for the first component in the first component storage chamber actual liquid level less than the first component the first demand when send out
First component deficiency standby signal out.
Specifically, second detection unit 444 can be, but not limited to as the liquid level detector in the first component storage chamber
(not shown).Second injection unit 454 can be, but not limited to include being connected with the first component storage chamber and mixing chamber
Second electric pump, the second electric pump for the actual liquid level of the first component in the first component storage chamber not less than the first component the
The first component of the first demand in the first component storage chamber is pumped into mixing chamber when one demand.Third prompt unit
464 can be, but not limited to as display screen.
The execution module of the present embodiment injects the first component of the first demand to mixed by the first component storage chamber of control
Chamber is closed, and by the second component of control the second component storage chamber the second demand of injection to mixing chamber, so as to automatically control
The content of target substance in mixing chamber, flexibility are high, and since the first component with the second component is utilized respectively corresponding cavity
Storage to further improve the flexibility of device, and makes so that the injection sequence of the second component and the first component is more flexible
The amount for obtaining the second component and the first component can be controlled more accurately, to improve the accuracy of control target substance content.
Fig. 6 is the concrete structure schematic diagram of the second embodiment of execution module as shown in Figure 4.As shown in fig. 6, executing mould
Block 404a includes second detection unit 444a, the second injection unit 454a, third prompt unit 464a, the second prompt unit 474
And the second component inlet 484.
Wherein, the second prompt unit 474 is used to inject the second component extremely by the second component inlet on mixing chamber
When mixing chamber, when the variable quantity of the actual liquid level in mixing chamber is less than the second demand, output the second component deficiency prompt letter
Number, to prompt to inject the second component of the second demand by the second component inlet 484 for being located at mixing chamber.
Specifically, second detection unit 444a is used to detect the actual liquid level of the first component in the first component storage chamber.The
Actual liquid level of the two injection unit 454a for the first component in the first component storage chamber is not less than the first of the first component
When demand, the first component of the first demand in the first component storage chamber is injected into second group for loading the second demand
In the mixing chamber divided.Third prompt unit 464a for the first component in the first component storage chamber actual liquid level less than the
The first component deficiency standby signal is issued when the first demand of one component.
Specifically, second detection unit 444a can be, but not limited to as the level sensing in the first component storage chamber
Device.Second injection unit 454a can be, but not limited to include the second electric pump being connected with the first component storage chamber and mixing chamber,
Second electric pump is not less than the first demand of the first component for the actual liquid level of the first component in the first component storage chamber
When the first component of the first demand in the first component storage chamber is pumped into mixing chamber.Third prompt unit 464a can be with
But it is not limited to display screen.
3rd embodiment
Fig. 7 is the structural schematic diagram for the atomization plant that third embodiment of the invention provides；Also a kind of atomization plant of the present invention
70, including Compound mixed solution device.Wherein, the specific structure of Compound mixed solution device and working principle can refer to Fig. 4, Fig. 5
Or Fig. 6, details are not described herein.
Fourth embodiment
Fig. 8 is the schematic diagram of the section structure for the atomization plant 80 that fourth embodiment of the invention provides.As shown in figure 8, atomization
Equipment 80 include power supply 810, mixing chamber 811, on & off switch 812 and the second component storage chamber 813, the first component storage chamber 814,
First liquid level detector 815, the second liquid level detector 816, third liquid level detector 817, the first electric pump 818, the second electric pump
819, circuit board 820, atomizing component 821, cigarette holder 822, shell 823.
In a wherein embodiment, atomization plant 80 further includes display screen 824, and on & off switch 812 divides with display screen 824
It is not embedded on shell 823.On & off switch 812 is electrical connected with power supply 810, and on & off switch 812 is used to receive opening for the input of user
Instruction is closed, to control whether power supply 810 provides operating voltage to the various components of atomization plant 80.Display screen 824 and circuit board
820 are electrically connected, for providing standby signal.Display screen 824 can be, but not limited to the finger that user's input is received for touch screen
It enables.
Wherein, the first liquid level detector 815 constitutes first detection module.Second liquid level detector 816, the inspection of third liquid level
It surveys device 817, the second electric pump 819, the first electric pump 818, display screen 824 and constitutes execution module.Processing has can be set in circuit board 820
The all components of module (not shown), control module (not shown).
In a wherein embodiment, mixing chamber 811, the first component storage chamber 814, the second component storage chamber 813 according to
Secondary to be stacked, mixing chamber 811, the first component storage chamber 814 are respectively arranged with through-hole, cigarette holder in second component storage chamber 813
822 pass sequentially through the second component storage chamber 813, the through-hole in the first component storage chamber 814 and the atomization in mixing chamber 811
Component 821 is connected.
Specifically, mixing chamber 811 is used to store the mixed liquor of the first component Yu the second component, the first component storage chamber 814
For storing the first component, 813 user of the second component storage chamber stores the second component.Second liquid level detector 816, third liquid level
Detector 817 is located at the side wall of the first component storage chamber 814 and the side wall of the second component storage chamber 813.The inspection of second liquid level
Survey device 816, the liquid level that third liquid level detector 817 is respectively used in the first component storage chamber 814 of detection and the second component store
Liquid level in chamber 813.Second electric pump 819 is connected with mixing chamber 811 and the first component storage chamber 814, for according to circuit board 820
First component of the first demand in the first component storage chamber 814 is pumped into mixing chamber 811 by the control signal of output.First electricity
Pump 818 is connected with mixing chamber 811 and the second component storage chamber 813, for by a certain amount of the in the second component storage chamber 813
Two components are pumped into mixing chamber 811, to automatically control the content of target substance in mixing chamber 811.Atomizing component 821 and circuit board
820 are electrically connected, and atomizing component 821 is used to convert cigarette for the mixed liquor of the second component and the first component in mixing chamber 811
Mist, so that user sucks.Cigarette holder 822 is connected with atomizing component 821, and cigarette holder 822 can be contained by user so that user sucks mist
Change the smog of equipment 80.
Specifically, it can also be built-in with agitating device in mixing chamber 811, by the first component and the in mixing chamber 811
Two components fill mixing.Agitating device can be, but not limited to include vibrator.
Specifically, the first liquid level detector 815 is located in mixing chamber 811, for obtaining the reality of liquid in mixing chamber 811
Liquid level.Processing module on circuit board 820 is electrical connected with the first liquid level detector 815, for the liquid in mixing chamber 811
When actual liquid level is less than second threshold, the maximum level of mixing chamber 811 and the difference of actual liquid level are calculated, and according to difference and in advance
If target substance content, calculate the first component the first demand and the second component the second demand so that second electricity
First component of the first demand in the first component storage chamber 814 is pumped into mixing chamber 811 by pump 819, and controls the first electric pump
Second component of the second demand in the second component storage chamber 813 is pumped into mixing chamber 811 by 818, to automatically control mixing chamber
The content of first component in 811.Specifically, such as maximum level and the difference of actual liquid level are 10ml, preset target substance
For nicotine, first group is divided into nicotine solution, and second group is divided into tobacco juice, and the content of preset target substance is 15%, that
First demand of the first component is just 1.5ml, and the second demand of the second component is exactly 8.5ml.Control on circuit board 820
Molding block is electrical connected with the first liquid level detector 815, and the actual liquid level for the liquid in mixing chamber 811 is not less than threshold value
When, control atomizing component 821 is started to work.
In other embodiments, specifically, the processing module on circuit board 820 can also match liquid trigger condition meeting
When, according to the demand of mixed liquor and the content of preset target substance, calculate the first component the first demand and second group
Point the second demand so that the second electric pump 819 is by the first component pump of the first demand in the first component storage chamber 814
Enter mixing chamber 811, and controls the first electric pump 818 and be pumped into the second component of the second demand in the second component storage chamber 813
Mixing chamber 811, to automatically control the content of target substance such as nicotine in mixing chamber 811.
Wherein, with liquid trigger condition can be, but not limited to include user suction mouth number be greater than first threshold, and/or mixing
The actual liquid level of mixed liquor in chamber is less than second threshold, and/or receives fluid injection request.Wherein, mixed liquor demand is mist
Change a certain fixed value of the default of equipment storage device storage, or user is defeated by input units such as key, touch screens
The value entered can also be the value that user is arranged by other mobile terminals.For example, being preset if mixed liquor demand is 10ml
Target substance be nicotine, first group is divided into nicotine solution, and second group is divided into tobacco juice, and the content of preset target substance
It is 15%, then the first demand of the first component is just 1.5ml, the second demand of the second component is exactly 8.5ml.
5th embodiment
Fig. 9 is the schematic diagram of the section structure for the atomization plant 90 that fifth embodiment of the invention provides.As shown in figure 9, atomization
Equipment 90 includes power supply 910, mixing chamber 911, on & off switch 912, the first storage chamber 914, the first liquid level detector 915, the second liquid
Bit detector 916, third electric pump 919, circuit board 920, atomizing component 921, cigarette holder 922, shell 923, display screen 924.Wherein,
First liquid level detector 915 constitutes first detection module, the second liquid level detector 916, third electric pump 918,924 structure of display screen
At execution module.Processing module (not shown) and control module (not shown) are provided on circuit board 920.
In a wherein embodiment, the first storage chamber 914 is for storing the first component, the second liquid level detector 916
Positioned at the side wall of the first storage chamber 914, for detecting the liquid level of the first component.Third electric pump 918 is used for the first demand
First component is pumped into mixing chamber 911.The difference of atomization plant 90 i.e. shown in Fig. 9 and atomization plant shown in Fig. 8 is：Mist
Changing equipment 90 does not include the second component memory, third liquid level detector and the first electric pump, and is directly loaded using mixing chamber 911
Second component.Specifically, user directly by the second component of the second demand by be set on 911 side wall of mixing chamber second
Component inlet (not shown) is directly injected into mixing chamber 911, and then, the second electric pump 919 will be in the first component storage chamber 914
The first component of the first demand be pumped into the mixing chamber 911 for being loaded with the second component of the second demand so that mixing
Chamber 911 loads the mixed liquor of the target substance of default content, so that user sucks.
It is worth noting that the first storage chamber 914 can be used for the second component of storage, the second liquid level detector 916 is used
In the liquid level for detecting the second component.User is directly by the first component of the first demand by being set on 911 side wall of mixing chamber
The first component inlet (not shown) be directly injected into mixing chamber 911.Third electric pump 918 is used for the of the second demand
Two components are pumped into mixing chamber 911.
Compound mixed solution method, apparatus of the invention and atomization plant can calculate the according to preset target substance content
First demand of one component and the second demand of the second component, thus by the first component and the second demand of the first demand
Second component of amount is injected into mixing chamber, and to automatically control the content of target substance, flexibility is high.
The above described is only a preferred embodiment of the present invention, be not intended to limit the present invention in any form, though
So 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 profession
Member, without departing from the scope of the present invention, when the technology contents using the disclosure above are modified or are modified
It 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 invention
Any 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.
Claims (16)
1. a kind of Compound mixed solution method, which is characterized in that the method includes：
The first demand of the first component and the second demand of the second component, institute are calculated according to the content of preset target substance
Stating includes the target substance in the first component and/or second component；
Second component of the first component of first demand and second demand is injected into mixing chamber；
Atomizing component is controlled to start to work.
2. Compound mixed solution method as described in claim 1, which is characterized in that calculated according to the content of preset target substance
Include before the step of second demand of the first demand of the first component and the second component：
Receive the operational order for entering smoking cessation mode；
Judging whether to meet with liquid trigger condition, the mouth number for including user's suction with liquid trigger condition is greater than first threshold,
And/or the actual liquid level of the mixed liquor in mixing chamber is less than second threshold, and/or receives fluid injection request；
Match liquid trigger condition if meeting, the first demand and the of the first component is calculated according to the content of preset target substance
Second demand of two components；
Wherein, content of the content of the preset target substance lower than the target substance of liquid in the mixing chamber, the mesh
Mark substance is nicotine.
3. Compound mixed solution method as claimed in claim 2, which is characterized in that the method also includes：
If being unsatisfactory for being directly entered the step of control atomizing component is started to work with liquid trigger condition.
4. Compound mixed solution method as described in claim 1, which is characterized in that calculated according to the content of preset target substance
Include before the step of second demand of the first demand of the first component and the second component：
Receive the operational order for entering and matching liquid mode；
The content of the preset target substance of user's input is received, with the content meter of the preset target substance inputted according to user
Calculate the first demand of the first component and the second demand of the second component.
5. Compound mixed solution method as described in claim 1, which is characterized in that calculated according to the content of preset target substance
Include before the step of second demand of the first demand of the first component and the second component：
Receive the operational order for entering monitoring mode；
The health indicator of user is detected, the health indicator includes heart rate, the pH value of saliva, the oxygen content of blood；
Wherein, in the heart rate exception or in the pH value or oxygen content of blood exception of the saliva, the preset target
Content of the content of substance lower than the target substance of liquid in the mixing chamber.
6. the Compound mixed solution method as described in claim 2 or 4 or 5, which is characterized in that described according to preset target substance
Content, calculate the first component the first demand and the second component the second demand the step of include：
Calculate the maximum level of the mixing chamber and the difference of actual liquid level；
According to the content of target substance described in the difference, the content of the preset target substance, first component with
And second target substance described in component content, calculate the first demand of the first component and the second demand of the second component
Amount.
7. a kind of Compound mixed solution device, which is characterized in that the Compound mixed solution device includes：
Processing module, for calculating the first demand and second component of the first component according to the content of preset target substance
It include the target substance in second demand, first component and/or second component；
Execution module is electrical connected with the processing module, for by the first component of first demand and described second
Second component of demand is injected into mixing chamber.
8. Compound mixed solution device as claimed in claim 7, which is characterized in that described device further includes：
Control module is started to work for controlling atomizing component.
9. Compound mixed solution device as claimed in claim 7, which is characterized in that the processing module is used to receive into ring
The operational order of cigarette mode, and the of the first component is calculated according to the content of preset target substance when meeting with liquid trigger condition
Second demand of one demand and the second component；
Wherein, the mouth number for including user's suction with liquid trigger condition is greater than the mixed liquor in first threshold and/or mixing chamber
Actual liquid level be less than second threshold, and/or receive fluid injection request；
Wherein, content of the content of the preset target substance lower than the target substance of liquid in the mixing chamber, the mesh
Mark substance is nicotine.
10. Compound mixed solution device as claimed in claim 7, which is characterized in that the processing module is matched for receiving to enter
The content of the operational order of liquid mode and the preset target substance of user's input, with the preset mesh inputted according to the user
The content for marking substance calculates the first demand of the first component and the second demand of the second component.
11. Compound mixed solution device as claimed in claim 7, which is characterized in that the processing module is also used to receive entrance
The operational order of monitoring mode, and detect the health indicator of user, the health indicator include heart rate or saliva pH value or
The oxygen content of blood；
Wherein, when pH value or oxygen content of blood exception in the heart rate exception or content in the saliva, the preset mesh
Mark content of the content lower than the target substance of liquid in the mixing chamber of substance.
12. Compound mixed solution device as claimed in claim 7, which is characterized in that the processing module includes that the first storage is single
Member, first storage unit store the content of the preset target substance.
13. a kind of atomization plant, which is characterized in that including the Compound mixed solution dress as described in claim 7 to 12 any one
It sets.
14. atomization plant as claimed in claim 13, which is characterized in that the atomization plant further includes mixing chamber, first group
Divide storage chamber, the second component storage chamber, the execution module includes the first electric pump, the second electric pump；
The first component storage chamber is for storing the first component；
The second component storage chamber is for storing the second component；
First electric pump is connected with the second component storage chamber and the mixing chamber, for by the of second demand
Two components are pumped into the mixing chamber from the second component storage chamber；
Second electric pump is connected with the first component storage chamber and the mixing chamber, for by the of first demand
One component is pumped into the mixing chamber from the first component storage chamber；
The mixing chamber is for loading the first component being pumped into and the second component being pumped into, to form mixed liquor.
15. atomization plant as claimed in claim 13, which is characterized in that the atomization plant further includes mixing chamber, first deposits
Storage chamber, the execution module include third electric pump；
First storage chamber is the first component or the second component for storing matrix, matrix；
The mixing chamber be used for loads injection quantitative addO-on therapy, wherein matrix be first group of timesharing, it is described quantitative
AddO-on therapy is the second component of second demand, is second group of timesharing, the quantitative addO-on therapy in the matrix
For the first component of first demand；
The third electric pump is connected with first storage chamber and the mixing chamber, for by the quantitative matrix from described
One storage chamber is pumped into the mixing chamber for being loaded with the quantitative addO-on therapy, and the quantitative matrix is the first of the first demand
Second component of component or the second demand.
16. atomization plant as claimed in claim 13, which is characterized in that agitating device is provided in the mixing chamber, it is described
Agitating device is used to mix the mixed liquor in the mixing chamber.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710335962.6A CN108851228A (en) | 2017-05-12 | 2017-05-12 | Compound mixed solution method, apparatus and atomization plant |
| PCT/CN2018/085906 WO2018205908A1 (en) | 2017-05-12 | 2018-05-07 | Atomization apparatus control method and device, and atomization device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710335962.6A CN108851228A (en) | 2017-05-12 | 2017-05-12 | Compound mixed solution method, apparatus and atomization plant |
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| Publication Number | Publication Date |
|---|---|
| CN108851228A true CN108851228A (en) | 2018-11-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710335962.6A Withdrawn CN108851228A (en) | 2017-05-12 | 2017-05-12 | Compound mixed solution method, apparatus and atomization plant |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021083955A1 (en) * | 2019-10-29 | 2021-05-06 | Jt International Sa | Aerosol-generating vaping device and method |
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|---|---|---|---|---|
| CN102573968A (en) * | 2009-10-09 | 2012-07-11 | 菲利普莫里斯生产公司 | Aerosol generator including multi-component wick |
| US20160334119A1 (en) * | 2015-05-15 | 2016-11-17 | Lunatech, Llc | Integration of vaporized or nebulized air in medical environments |
| US20170119058A1 (en) * | 2015-10-28 | 2017-05-04 | Lunatech, Llc | Methods and systems for a dual function vapor device |
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2017
- 2017-05-12 CN CN201710335962.6A patent/CN108851228A/en not_active Withdrawn
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102573968A (en) * | 2009-10-09 | 2012-07-11 | 菲利普莫里斯生产公司 | Aerosol generator including multi-component wick |
| US20160334119A1 (en) * | 2015-05-15 | 2016-11-17 | Lunatech, Llc | Integration of vaporized or nebulized air in medical environments |
| US20170119058A1 (en) * | 2015-10-28 | 2017-05-04 | Lunatech, Llc | Methods and systems for a dual function vapor device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2021083955A1 (en) * | 2019-10-29 | 2021-05-06 | Jt International Sa | Aerosol-generating vaping device and method |
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