阅读说明：本技术 一种电子烟烟油自动识别方法、系统、装置及存储介质 (Electronic cigarette tobacco tar automatic identification method, system, device and storage medium ) 是由 张兰兰 严志国 于 2021-08-06 设计创作，主要内容包括：本申请涉及一种电子烟烟油自动识别方法、系统、装置及存储介质,包括以下步骤：获取实际烟油信息,所述实际烟油信息包括实际烟油类型；获取预设烟油信息,所述预设烟油信息包括预设烟油类型以及与预设烟油类型相对应的预设烟油沸点；根据预设烟油信息,确定与实际烟油类型相匹配的预设烟油类型,并提取与确定的预设烟油类型相对应的预设烟油沸点；根据所提取的预设烟油沸点,生成预设雾化指令,所述预设雾化指令用于控制烟油根据所提取的预设烟油沸点进行雾化。本申请具有使电子烟能够按照预设烟油沸点自动地对不同种类烟油进行相应雾化操作的效果。(The application relates to an electronic cigarette tobacco tar automatic identification method, a system, a device and a storage medium, which comprises the following steps: acquiring actual tobacco tar information, wherein the actual tobacco tar information comprises an actual tobacco tar type; acquiring preset tobacco tar information, wherein the preset tobacco tar information comprises a preset tobacco tar type and a preset tobacco tar boiling point corresponding to the preset tobacco tar type; determining a preset tobacco tar type matched with the actual tobacco tar type according to the preset tobacco tar information, and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type; and generating a preset atomization instruction according to the extracted preset tobacco tar boiling point, wherein the preset atomization instruction is used for controlling the tobacco tar to be atomized according to the extracted preset tobacco tar boiling point. This application has the effect that makes the electron cigarette can carry out corresponding atomization operation to different kinds of tobacco tar according to predetermineeing the tobacco tar boiling point automatically.)

1. An automatic identification method for tobacco tar of an electronic cigarette is characterized by comprising the following steps:

acquiring actual tobacco tar information, wherein the actual tobacco tar information comprises an actual tobacco tar type;

acquiring preset tobacco tar information which is preset and generated by a user, wherein the preset tobacco tar information comprises a preset tobacco tar type and a preset tobacco tar boiling point corresponding to the preset tobacco tar type;

determining a preset tobacco tar type matched with the actual tobacco tar type according to the preset tobacco tar information, and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type;

and generating a preset atomization instruction according to the extracted preset tobacco tar boiling point, wherein the preset atomization instruction is used for controlling the electronic cigarette to atomize the tobacco tar according to the extracted preset tobacco tar boiling point.

2. The method for automatically identifying electronic cigarette liquid tobacco according to claim 1, wherein before the step of generating the preset atomization instruction according to the extracted preset liquid tobacco boiling point, the method further comprises:

acquiring actual fingerprint information, wherein the actual fingerprint information is generated by user verification input, and the actual fingerprint information comprises an actual fingerprint ID;

acquiring preset user information, wherein the preset user information is preset by a user and generated, the preset user information comprises a preset fingerprint ID and preset preference sub-information corresponding to the preset fingerprint ID, and the preset preference sub-information comprises a preference tobacco tar type and a preference tobacco tar boiling point corresponding to the preference tobacco tar type;

determining a preset fingerprint ID matched with the actual fingerprint ID according to the preset user information;

extracting preset preference sub-information corresponding to the determined preset fingerprint ID according to the preset fingerprint ID matched with the actual fingerprint ID;

determining a preference tobacco tar type corresponding to the actual tobacco tar type according to the extracted preset preference sub-information, and extracting a preference tobacco tar boiling point corresponding to the determined preference tobacco tar type;

and replacing the originally extracted preset tobacco tar boiling point according to the extracted preferred tobacco tar boiling point to form a newly extracted preset tobacco tar boiling point.

3. The method for automatically identifying electronic cigarette liquid according to claim 2, wherein in the step of determining the preset fingerprint ID matching the actual fingerprint ID, the method further comprises:

judging whether the actual fingerprint ID is consistent with the preset fingerprint ID or not according to the actual fingerprint ID and the preset fingerprint ID;

if so, executing the step of extracting the preset preference sub-information corresponding to the determined preset fingerprint ID;

if not, generating an alarm instruction, wherein the alarm instruction is used for controlling the electronic cigarette to give out an alarm.

4. The method for automatically identifying electronic cigarette liquid tobacco according to claim 1, further comprising, after the step of generating a preset atomization instruction:

obtaining rated smoking information, wherein the rated smoking information is pre-input and generated by a user and comprises a rated smoke volume and a rated smoking period;

acquiring actual smoking information, wherein the actual smoking information comprises the amount of discharged smoke and the actual smoking duration;

judging whether the actual smoking duration reaches the rated smoking period or not according to the actual smoking duration and the rated smoking period;

if the smoke quantity is judged to be zero, generating a zero clearing instruction, wherein the zero clearing instruction is used for controlling the smoke quantity discharged and the actual smoke duration to be cleared and accumulated again;

if not, under the judgment result, further judging whether the discharged smoke amount reaches the rated smoke amount according to the discharged smoke amount and the rated smoke amount;

if the electronic cigarette is judged to be the electronic cigarette, a stopping instruction is generated and used for controlling the electronic cigarette to stop working.

5. The method according to claim 4, wherein after the step of obtaining the actual smoking information, the method further comprises:

and acquiring the amount of the discharged smoke in real time, and displaying the amount of the discharged smoke to a display terminal.

6. The method according to claim 4, wherein after the step of obtaining the actual smoking information, the method further comprises:

acquiring smoke cartridge information, wherein the smoke cartridge information is preset and generated by a user and comprises the total amount of tobacco tar;

calculating to obtain a residual smoke amount according to the discharged smoke amount, wherein the residual smoke amount is generated by subtracting the total smoke amount from the discharged smoke amount;

and outputting the residual smoke quantity to a display terminal.

7. The system of claim 1, comprising:

the actual information identification module (1) is used for acquiring actual tobacco tar information, and the actual tobacco tar information comprises an actual tobacco tar type;

the system comprises a preset information identification module (2) and a control module, wherein the preset information identification module is used for acquiring preset tobacco tar information, the preset tobacco tar information is preset and generated by a user, and the preset tobacco tar information comprises a preset tobacco tar type and a preset tobacco tar boiling point corresponding to the preset tobacco tar type;

the information extraction module (3) is used for determining a preset tobacco tar type matched with the actual tobacco tar type according to the preset tobacco tar information and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type;

and the temperature adjusting module (4) is used for generating a preset atomization instruction according to the extracted preset smoke oil boiling point, and the preset atomization instruction is used for controlling the smoke oil to be atomized according to the extracted preset smoke oil boiling point.

8. An intelligent terminal, comprising a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and that executes the method according to any one of claims 1 to 6.

9. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the method of any one of claims 1 to 6.

Technical Field

The present application relates to the field of electronic cigarette technologies, and in particular, to an electronic cigarette tobacco tar automatic identification method, system, device, and storage medium.

Background

The electronic cigarette is a low-pressure microelectronic atomization device, and the solution with the tobacco fragrance is atomized into smoke through heating, so that the smoke is supplied to smokers.

The existing chinese patent with publication number CN111557480A for automatic identification of tobacco tar of electronic cigarettes discloses an electronic cigarette and an identification method for a cigarette cartridge, and the electronic cigarette comprises a cigarette rod and a cigarette cartridge. The tobacco rod includes: the battery, the controller that respectively is connected with the battery electricity and have the first electric contact device of at least one first electric contact. The cartridge comprises: the atomizer and a second electrical contact device having a second electrical contact electrically connected to the first electrical contact, the first electrical contact and the second electrical contact being in an actual connection state when the tobacco rod and the cartridge are removably secured. The controller comprises a comparison module and a storage module, wherein the storage module is used for storing a plurality of preset connection states, the comparison module is used for acquiring the actual connection state, then comparing the actual connection state with the plurality of preset connection states and judging the matching condition of the smoke cartridge and the tobacco rod according to the comparison result, and the control module is used for controlling the work of the electronic cigarette according to the matching condition.

Aiming at the technology, the inventor finds that different kinds of tobacco tar have different components, so that the atomizing boiling points of different tobacco tar are different, the electronic cigarette always performs atomizing operation on the tobacco tar at the same temperature in the working process, the high-temperature atomization on the tobacco tar with lower boiling point is easy to damage related components in the tobacco tar, and the defect of poor atomizing effect of the electronic tobacco tar exists.

Disclosure of Invention

In order to enable the electronic cigarette to carry out corresponding atomization operation on different types of tobacco tar, the application provides an electronic cigarette tobacco tar automatic identification method, system, device and storage medium.

The application provides an electronic cigarette tobacco tar automatic identification method, system, device and storage medium adopts the following technical scheme:

an automatic electronic cigarette tobacco tar identification method comprises the following steps:

acquiring actual tobacco tar information, wherein the actual tobacco tar information comprises an actual tobacco tar type;

acquiring preset tobacco tar information which is preset and generated by a user, wherein the preset tobacco tar information comprises a preset tobacco tar type and a preset tobacco tar boiling point corresponding to the preset tobacco tar type;

determining a preset tobacco tar type matched with the actual tobacco tar type according to the preset tobacco tar information, and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type;

and generating a preset atomization instruction according to the extracted preset tobacco tar boiling point, wherein the preset atomization instruction is used for controlling the electronic cigarette to atomize the tobacco tar according to the extracted preset tobacco tar boiling point.

Through adopting above-mentioned technical scheme, the user sets up the predetermined tobacco tar boiling point that different kinds of tobacco tar correspond in advance, before the work of electron cigarette, the user arranges the cartridge installation in the electron cigarette, the type of tobacco tar is judged in the electron cigarette detection of this moment, acquire actual tobacco tar type, the electron cigarette is according to predetermineeing the tobacco tar information, confirm the predetermined tobacco tar type that corresponds with actual tobacco tar type, the electron cigarette draws the predetermined tobacco tar boiling point that corresponds with the predetermined tobacco tar type of confirming, and then generate the atomizing instruction, when the user sucks the electron cigarette, the electron cigarette heats atomizing operation according to the predetermined tobacco tar boiling point of drawing to the tobacco tar, make the electron cigarette can carry out corresponding atomizing operation according to predetermineeing the tobacco tar boiling point to different kinds of tobacco tar automatically, perfect tobacco tar atomization effect.

Optionally, before the step of generating the preset atomization instruction according to the extracted preset boiling point of the tobacco tar, the method further includes:

acquiring actual fingerprint information, wherein the actual fingerprint information is generated by user verification input, and the actual fingerprint information comprises an actual fingerprint ID;

acquiring preset user information, wherein the preset user information is preset by a user and generated, the preset user information comprises a preset fingerprint ID and preset preference sub-information corresponding to the preset fingerprint ID, and the preset preference sub-information comprises a preference tobacco tar type and a preference tobacco tar boiling point corresponding to the preference tobacco tar type;

determining a preset fingerprint ID matched with the actual fingerprint ID according to the preset user information;

extracting preset preference sub-information corresponding to the determined preset fingerprint ID according to the preset fingerprint ID matched with the actual fingerprint ID;

determining a preference tobacco tar type corresponding to the actual tobacco tar type according to the extracted preset preference sub-information, and extracting a preference tobacco tar boiling point corresponding to the determined preference tobacco tar type;

and replacing the originally extracted preset tobacco tar boiling point according to the extracted preferred tobacco tar boiling point to form a newly extracted preset tobacco tar boiling point.

Through adopting above-mentioned technical scheme, the user sets up user information in advance after purchasing the electron cigarette, inputs the fingerprint of oneself into the electron cigarette, generates and predetermines the fingerprint ID, inputs the preference of user self to electron cigarette smoke concentration into the electron cigarette, generates and predetermines preference sub information. Before using the electron cigarette, the user types the fingerprint, the electron cigarette acquires actual fingerprint ID, and confirm with actual fingerprint ID assorted fingerprint ID of predetermineeing, and then extract and confirm the corresponding preset preference sub information of fingerprint ID of predetermineeing, the electron cigarette is according to predetermineeing preference sub information, confirm the preference tobacco tar type that corresponds with actual tobacco tar type, further extract the preference tobacco tar boiling point that corresponds with the preference tobacco tar type of confirming, the electron cigarette makes the original preset tobacco tar boiling point of drawing of this preference tobacco tar boiling point replacement, form the newly-extracted preset tobacco tar boiling point, and then carry out the heating atomization operation to the tobacco tar with user's preference tobacco tar boiling point, realize user's individualized demand.

Optionally, in the step of determining the preset fingerprint ID matching the actual fingerprint ID, the method further includes:

judging whether the actual fingerprint ID is consistent with the preset fingerprint ID or not according to the actual fingerprint ID and the preset fingerprint ID;

if so, executing the step of extracting the preset preference sub-information corresponding to the determined preset fingerprint ID;

if not, generating an alarm instruction, wherein the alarm instruction is used for controlling the electronic cigarette to give out an alarm.

By adopting the technical scheme, after the electronic cigarette acquires the actual fingerprint ID, whether the user using the electronic cigarette is the authority of the electronic cigarette is judged by judging the consistency of the actual fingerprint ID and the preset fingerprint ID, and when the actual fingerprint ID is consistent with the preset fingerprint ID, the current user is the authority of the electronic cigarette, and the electronic cigarette continues to execute the subsequent steps; when actual fingerprint ID is inconsistent with the preset fingerprint ID, the current user is not the authority of the electronic cigarette, the electronic cigarette generates an alarm instruction and gives an alarm, so that the warning effect is achieved, and other people cannot use the electronic cigarette with the owner privately.

Optionally, after the step of generating a preset atomization instruction, the method further includes:

obtaining rated smoking information, wherein the rated smoking information is pre-input and generated by a user and comprises a rated smoke volume and a rated smoking period;

acquiring actual smoking information, wherein the actual smoking information comprises the amount of discharged smoke and the actual smoking duration;

judging whether the actual smoking duration reaches the rated smoking period or not according to the actual smoking duration and the rated smoking period;

if the smoke quantity is judged to be zero, generating a zero clearing instruction, wherein the zero clearing instruction is used for controlling the smoke quantity discharged and the actual smoke duration to be cleared and accumulated again;

if not, under the judgment result, further judging whether the discharged smoke amount reaches the rated smoke amount according to the discharged smoke amount and the rated smoke amount;

if the electronic cigarette is judged to be the electronic cigarette, a stopping instruction is generated and used for controlling the electronic cigarette to stop working.

By adopting the technical scheme, the user sets rated smoking information in advance according to the self health condition, when the user sucks the electronic cigarette, the electronic cigarette continuously acquires actual smoking information, the electronic cigarette detects whether the discharged smoke volume reaches the rated smoke volume in a preset rated smoking period, and when the discharged smoke volume reaches the rated smoke volume, the electronic cigarette stops working, so that the effect of controlling the smoke volume of the user is achieved.

Optionally, after the step of obtaining the actual smoking information, the method further includes:

and acquiring the amount of the discharged smoke in real time, and displaying the amount of the discharged smoke to a display terminal.

Through adopting above-mentioned technical scheme, the user is at the in-process of suction electron cigarette, and the electron cigarette will discharge the tobacco tar volume and show on the display terminal of electron cigarette from the area, and then the user of being convenient for learns the tobacco tar volume of oneself suction, and the user of being convenient for carries out in time the accuse to self smoking volume.

Optionally, after the step of obtaining the actual smoking information, the method further includes:

acquiring smoke cartridge information, wherein the smoke cartridge information is preset and generated by a user and comprises the total amount of tobacco tar;

calculating to obtain a residual smoke amount according to the discharged smoke amount, wherein the residual smoke amount is generated by subtracting the total smoke amount from the discharged smoke amount;

and outputting the residual smoke quantity to a display terminal.

Through adopting above-mentioned technical scheme, the user is at the in-process of smoking electron cigarette, and the electron cigarette calculates the surplus tobacco tar volume that reachs the cartridge according to tobacco tar total amount and discharge tobacco tar volume, and the electron cigarette shows the surplus tobacco tar volume in real time on the display terminal of electron cigarette from the area, and the person of facilitating the use in time knows the tobacco tar surplus condition of cartridge, and the person of facilitating the use in time carries out the deposit to the cartridge and changes.

In a second aspect, the present application provides an electronic cigarette tobacco tar automatic identification system, which adopts the following technical scheme:

an electronic cigarette liquid automatic identification system, comprising:

the actual information identification module is used for acquiring actual tobacco tar information, and the actual tobacco tar information comprises an actual tobacco tar type;

the system comprises a preset information identification module, a processing module and a control module, wherein the preset information identification module is used for acquiring preset tobacco tar information, the preset tobacco tar information is preset and generated by a user, and the preset tobacco tar information comprises a preset tobacco tar type and a preset tobacco tar boiling point corresponding to the preset tobacco tar type;

the information extraction module is used for determining a preset tobacco tar type matched with the actual tobacco tar type according to the preset tobacco tar information and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type;

and the temperature adjusting module is used for generating a preset atomization instruction according to the extracted preset smoke oil boiling point, and the preset atomization instruction is used for controlling the smoke oil to be atomized according to the extracted preset smoke oil boiling point.

In a third aspect, the present application provides an intelligent terminal, which adopts the following technical scheme:

an intelligent terminal comprises a memory and a processor, wherein the memory is stored with a computer program which can be loaded by the processor and can execute any one of the electronic cigarette tobacco tar automatic identification methods.

In a fourth aspect, the present application provides a computer-readable storage medium, which adopts the following technical solutions:

a computer readable storage medium storing a computer program that can be loaded by a processor and executed to perform any one of the above-mentioned methods for automatic identification of electronic cigarette smoke.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the user sets up the predetermined tobacco tar boiling point that different kind tobacco tar corresponds in advance, the electron cigarette is before the work, the user arranges the cartridge installation in the electron cigarette, the type of tobacco tar is judged in the electron cigarette detection of this moment, acquire actual tobacco tar type, the electron cigarette is according to predetermineeing the tobacco tar information, confirm the predetermined tobacco tar type that corresponds with actual tobacco tar type, the electron cigarette draws and predetermines the predetermined tobacco tar boiling point that the tobacco tar type corresponds with the affirmation, and then generate the atomizing instruction, when the user sucks the electron cigarette, the electron cigarette heats the atomizing operation according to the predetermined tobacco tar boiling point of drawing, make the electron cigarette can carry out corresponding atomizing operation to different kind of tobacco tar automatically according to predetermineeing the tobacco tar boiling point.

2. After a user purchases the electronic cigarette, user information is preset, the fingerprint of the user is recorded into the electronic cigarette, a preset fingerprint ID is generated, the preference of the user to the smoke concentration of the electronic cigarette is recorded into the electronic cigarette, and preset preference sub-information is generated. Before using the electron cigarette, the user types the fingerprint, the electron cigarette acquires actual fingerprint ID, and confirm with actual fingerprint ID assorted fingerprint ID of predetermineeing, and then extract and confirm the corresponding preset preference sub information of fingerprint ID of predetermineeing, the electron cigarette is according to predetermineeing preference sub information, confirm the preference tobacco tar type that corresponds with actual tobacco tar type, further extract the preference tobacco tar boiling point that corresponds with the preference tobacco tar type of confirming, the electron cigarette makes the original preset tobacco tar boiling point of drawing of this preference tobacco tar boiling point replacement, form the newly-extracted preset tobacco tar boiling point, and then carry out the heating atomization operation to the tobacco tar with user's preference tobacco tar boiling point, realize user's individualized demand.

3. After the electronic cigarette acquires the actual fingerprint ID, judging whether a user using the electronic cigarette is an authority of the electronic cigarette or not by judging the consistency of the actual fingerprint ID and the preset fingerprint ID, and when the actual fingerprint ID is consistent with the preset fingerprint ID, judging that the current user is the authority of the electronic cigarette, and continuing to execute the subsequent steps by the electronic cigarette; when actual fingerprint ID is inconsistent with the preset fingerprint ID, the current user is not the authority of the electronic cigarette, the electronic cigarette generates an alarm instruction and gives an alarm, so that the warning effect is achieved, and other people cannot use the electronic cigarette with the owner privately.

Drawings

Fig. 1 is a schematic flow chart of an electronic cigarette tobacco tar automatic identification method according to an embodiment of the present application.

Fig. 2 is a schematic flow chart of determining whether the amount of smoke discharged reaches the rated amount of smoke in the embodiment of the present application.

Fig. 3 is a block diagram of an electronic cigarette liquid automatic identification system according to an embodiment of the present application.

Description of reference numerals: 1. an actual information identification module; 2. presetting an information identification module; 3. an information extraction module; 4. and a temperature adjusting module.

Detailed Description

The present application is described in further detail below with reference to figures 1-3.

The embodiment of the application discloses an electronic cigarette tobacco tar automatic identification method, a system, a device and a storage medium. Referring to fig. 1, an electronic cigarette tobacco tar automatic identification method includes:

s1: and acquiring actual tobacco tar information.

Specifically, actual tobacco tar information includes actual tobacco tar type, and before the work of electron cigarette, the user arranges the cartridge installation in the electron cigarette, and the tobacco tar of depositing in the electron cigarette this moment detects the actual tobacco tar type of acquireing different grade type tobacco tar.

S2: and acquiring preset tobacco tar information.

Specifically, predetermine the tobacco tar information and set up the generation in advance by the user, predetermine the tobacco tar information including predetermine the tobacco tar type and with predetermine the corresponding predetermined tobacco tar boiling point of tobacco tar type, because the composition of different tobacco tar is different to some extent, so the tobacco tar boiling point of different grade type is different to some extent, the user sets up the corresponding predetermined tobacco tar boiling point of different kind tobacco tar in advance, the electron cigarette of being convenient for acquire and predetermine the corresponding predetermined tobacco tar boiling point of tobacco tar type.

For example, the inside bluetooth transmitter that is provided with of cigarette body of electron cigarette, the user passes through intelligent terminal bluetooth and connects the electron cigarette, and the user passes through intelligent terminal input and predetermines tobacco tar information.

S3: and determining a preset tobacco tar type matched with the actual tobacco tar type.

Specifically, a preset tobacco tar type matched with the actual tobacco tar type is determined according to the preset tobacco tar information, for example, the preset tobacco tar type comprises three different tobacco tar types, namely type a, type B and type C, after the cartridge is mounted on the electronic cigarette, the electronic cigarette knows that the actual tobacco tar type in the current cartridge is type a, and at the moment, the electronic cigarette correspondingly matches the type a in the preset tobacco tar type with the type a of the actual tobacco tar type.

S4: and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type.

For example, the preset tobacco tar boiling point of the type a is 340 ℃, the preset tobacco tar boiling point of the type B is 350 ℃, the preset tobacco tar boiling point of the type C is 360 ℃, and when the electronic cigarette correspondingly matches the type a in the preset tobacco tar types with the type a of the actual tobacco tar types, the preset tobacco tar boiling point of the electronic cigarette extraction type a is 340 ℃.

S5: actual fingerprint information is acquired.

Specifically, the actual fingerprint information is generated by user authentication input, the actual fingerprint information includes an actual fingerprint ID, and the user needs to perform fingerprint authentication in advance before using the electronic cigarette, so that the electronic cigarette executes input authentication process on the user fingerprint. For example, the cigarette body of electron cigarette is equipped with fingerprint identification ware on fixedly, and the electron cigarette passes through fingerprint identification ware and acquires user's actual fingerprint information.

S6: and acquiring preset user information.

Specifically, preset user information is preset by a user and generated, the preset user information comprises a preset fingerprint ID, and after the user purchases an electronic cigarette, the user inputs own fingerprint into the electronic cigarette in advance and binds the electronic cigarette and the user fingerprint.

The preset user information further comprises preset preference sub-information corresponding to the preset fingerprint ID, the preset preference sub-information comprises a preference tobacco tar type and a preference tobacco tar boiling point corresponding to the preference tobacco tar type, the smoke concentration of the electronic cigarette is related to the type of the tobacco tar in the using process and the heating temperature of the tobacco tar, and the higher the heating temperature of the tobacco tar is, the higher the smoke concentration generated by the electronic cigarette is. The user is at the in-process that uses the electron cigarette, and the preference to flue gas concentration is different, and the user passes through intelligent terminal bluetooth and connects the electron cigarette this moment to preset preference sub information through intelligent terminal input, and then make the user can be according to self preference individualized setting preset preference sub information.

S7: a preset fingerprint ID matching the actual fingerprint ID is determined.

Specifically, according to preset user information, a preset fingerprint ID matched with the actual fingerprint ID is determined, before the electronic cigarette is used, the electronic cigarette verifies the fingerprint of the user, and the actual fingerprint ID is matched and compared with the preset fingerprint ID.

Further, S7 specifically includes:

s7.1: and judging whether the actual fingerprint ID is consistent with the preset fingerprint ID.

Specifically, whether the actual fingerprint ID is consistent with the preset fingerprint ID is judged according to the matching comparison result of the actual fingerprint ID and the preset fingerprint ID. And then judging whether the current user is the authority of the electronic cigarette.

If not, jumping to S7.2;

if yes, the process proceeds to S8.

S7.2: an alert instruction is generated.

Specifically, the alarm instruction is used for controlling the electronic cigarette to give an alarm, so that a warning effect is achieved, and other people cannot use the electronic cigarette with the owner privately.

S8: and extracting preset preference sub-information corresponding to the determined preset fingerprint ID.

Specifically, after the current user is confirmed to be the authority of the electronic cigarette, the electronic cigarette extracts preset preference sub-information which is set by the user according to the preference of the user in a personalized manner, and the electronic cigarette is convenient to meet the personalized requirements of the user according to the preset preference sub-information.

S9: a preferred tobacco tar type corresponding to the actual tobacco tar type is determined.

Specifically, a preferred tobacco tar type corresponding to the actual tobacco tar type is determined according to the extracted preset preference sub-information. For example, the preferred tobacco tar type includes three different tobacco tar types, i.e., type a, type B, and type C, and when the electronic cigarette learns that the actual tobacco tar type in the current cartridge is type a, the electronic cigarette correspondingly matches the type a in the preferred tobacco tar type with the type a in the actual tobacco tar type.

S10: a preferred tar boiling point corresponding to the determined preferred tar type is extracted.

For example, the boiling point of the preferred tobacco tar of the type a is 350 ℃, the boiling point of the preset tobacco tar of the type B is 360 ℃, the boiling point of the preset tobacco tar of the type C is 370 ℃, and when the type a in the preferred tobacco tar types is correspondingly matched with the type a of the actual tobacco tar type, the boiling point of the preferred tobacco tar of the extraction type a of the electronic cigarette is 350 ℃.

S11: replacing the original extracted preset tobacco tar boiling point.

Specifically, according to the extracted preferred tobacco tar boiling point, the original extracted preset tobacco tar boiling point is replaced, and a newly extracted preset tobacco tar boiling point is formed. For example, after the electronic cigarette correspondingly matches the type a of the preferred tobacco tar type with the type a of the actual tobacco tar type, the electronic cigarette knows that the preset tobacco tar boiling point of the type a is 340 ℃ and the preferred tobacco tar boiling point of the type a is 350 ℃, and at this time, the electronic cigarette replaces 340 ℃ of the original preset tobacco tar boiling point with 350 ℃ of the preferred tobacco tar boiling point, so that the newly extracted preset tobacco tar boiling point is 350 ℃.

S12: and generating a preset atomization instruction.

Specifically, according to the preset tobacco tar boiling point that draws, generate and preset the atomizing instruction, preset the atomizing instruction and be used for controlling the tobacco tar and carry out the atomizing according to the preset tobacco tar boiling point that draws. When a user sucks the electronic cigarette, the electronic cigarette heats and atomizes the tobacco tar according to the newly extracted preset tobacco tar boiling point, so that the electronic cigarette can heat and atomize the tobacco tar according to the preference of the user, and further the personalized requirements of the user are met.

Referring to fig. 2, after S12, the method further generates and transmits the amount of the discharged tobacco tar, and specifically includes the following steps:

s13: and acquiring rated smoking information.

The rated smoking information is generated by pre-inputting by a user, the user presets rated smoking information according to the self health condition, the rated smoking information comprises a rated smoke volume and a rated smoking period, for example, the user presets the rated smoking period to be one week and the rated smoke volume to be 10 milliliters before using the electronic cigarette, and then the user can only smoke 10 milliliters of smoke volume in one month.

S14: and acquiring actual smoking information.

The actual smoking information comprises the amount of discharged tobacco tar and the actual smoking duration, and the electronic cigarette acquires the amount of discharged tobacco tar of the cigarette cartridge and the actual smoking duration of the user in real time in the process of smoking the electronic cigarette by the user so as to effectively control the smoking process of the user.

S15: and displaying the amount of the discharged smoke to a display terminal.

Specifically, the user is at the in-process of suction electron cigarette, and the electron cigarette acquires the discharge smoke volume in real time to show discharge smoke volume to display terminal, wherein display terminal is including setting up display screen or other display device on the electron cigarette shell. The user of being convenient for learns the tobacco tar volume of oneself suction at any time, and then the user of being convenient for carries out in time the accuse to self smoking volume.

Referring to fig. 2, after S12, the remaining amount of tobacco tar is generated and sent, which specifically includes the following steps:

s16: and acquiring the information of the cigarette cartridge.

Where the cartridge information is preset by the user and includes the total amount of tobacco tar, for example, if a standard size cartridge is loaded with 5 ml of tobacco tar, the user will preset the total amount of tobacco tar to 5 ml.

S17: and calculating to obtain the residual smoke quantity.

Specifically, the electronic cigarette calculates the residual smoke amount according to the discharged smoke amount, and the residual smoke amount is generated by subtracting the total smoke amount and the discharged smoke amount. For example, when the total amount of the tobacco tar is 5 ml and the amount of the discharged tobacco tar is 3 ml, the remaining amount of the tobacco tar at this time is 2 ml.

S18: and outputting the residual smoke quantity to a display terminal.

Specifically, the electron cigarette shows remaining tobacco tar volume in real time on the display terminal of electron cigarette from taking, and the user of being convenient for in time learns the tobacco tar surplus condition of cigarette bullet, and then the user of being convenient for in time carries out the deposit to the cigarette bullet and changes.

Referring to fig. 3, after S12, a clear command and a shutdown command are generated, which specifically includes the following steps:

s19: and judging whether the actual smoking duration reaches the rated smoking period.

Specifically, whether the actual smoking duration reaches the rated smoking period or not is judged according to the relationship between the actual smoking duration and the rated smoking period.

If yes, go to S20;

if no, the process goes to S21.

S20: and generating a zero clearing instruction.

Specifically, the zero clearing instruction is used for controlling the amount of the discharged smoke to be zero cleared and accumulated again with the actual smoking duration. For example, the rated smoking period is one week, and after the actual smoking duration reaches 7 days, it indicates that the actual smoking duration has reached the rated smoking period, and then the control command makes the amount of smoke discharged and the actual smoking duration accumulate again from zero no matter what the amount of smoke discharged at this time is.

S21: and judging whether the discharged smoke quantity reaches the rated smoke quantity.

Specifically, whether the amount of the discharged smoke reaches the rated smoke amount is further judged according to the amount of the discharged smoke and the rated smoke amount,

if yes, go to S22;

if no, the process goes to S21.

S22: and generating a shutdown command.

Specifically, the stop command is used for controlling the electronic cigarette to stop working. For example, when the rated smoking period is one week and the actual smoking duration is 6 days, the discharged smoke volume reaches the rated smoke volume, and then the electronic cigarette is stopped, thereby playing a role in controlling the smoking volume of the user.

The implementation principle of the electronic cigarette tobacco tar automatic identification method in the embodiment of the application is as follows: after a user purchases the electronic cigarette, user information is preset, the fingerprint of the user is recorded into the electronic cigarette to generate a preset fingerprint ID, the preference of the user to the smoke concentration of the electronic cigarette is recorded into the electronic cigarette, and preset preference sub-information is generated. Before using the electron cigarette, the user types the fingerprint, the electron cigarette acquires actual fingerprint ID, and confirm with actual fingerprint ID assorted fingerprint ID of predetermineeing, and then extract and confirm the corresponding preset preference sub information of fingerprint ID of predetermineeing, the electron cigarette is according to predetermineeing preference sub information, confirm the preference tobacco tar type that corresponds with actual tobacco tar type, further extract the preference tobacco tar boiling point that corresponds with the preference tobacco tar type of confirming, the electron cigarette makes the original preset tobacco tar boiling point of drawing of this preference tobacco tar boiling point replacement, form the newly-extracted preset tobacco tar boiling point, and then carry out the heating atomization operation to the tobacco tar with user's preference tobacco tar boiling point, realize user's individualized demand.

Based on the method, the embodiment of the application also discloses an automatic electronic cigarette tobacco tar identification system. Referring to fig. 3, an electronic cigarette liquid automatic identification system includes:

actual information identification module 1, actual information identification module 1 is used for acquireing actual tobacco tar information, and actual tobacco tar information includes actual tobacco tar type.

The preset information identification module 2 is used for acquiring preset tobacco tar information, the preset tobacco tar information is preset by a user and generated, and the preset tobacco tar information comprises a preset tobacco tar type and a preset tobacco tar boiling point corresponding to the preset tobacco tar type.

The information extraction module 3 is used for determining a preset tobacco tar type matched with the actual tobacco tar type according to the preset tobacco tar information, and extracting a preset tobacco tar boiling point corresponding to the determined preset tobacco tar type.

Temperature regulation module 4, temperature regulation module 4 are used for according to the preset tobacco tar boiling point that draws, generate and preset the atomizing instruction, preset the atomizing instruction and are used for controlling the tobacco tar and atomize according to the preset tobacco tar boiling point that draws.

The embodiment of the application also discloses an intelligent terminal which comprises a memory and a processor, wherein the memory is stored with a computer program which can be loaded by the processor and can execute the electronic cigarette tobacco tar automatic identification method.

The embodiment of the application also discloses a computer readable storage medium. A computer program capable of being loaded by a processor and executing the method for automatically identifying electronic cigarette liquid tobacco as described above is stored in a computer readable storage medium, which includes, for example: various media capable of storing program codes, such as a U disk, a mobile hard disk, a Read Only Memory (ROM) for automatically recognizing Re electronic cigarette smoke, a random access Memory (Access Memory for automatically recognizing R electronic cigarette smoke, and M for automatically recognizing R electronic cigarette smoke), a magnetic disk, or an optical disk.

The above examples are only used to illustrate the technical solutions of the present invention, and do not limit the scope of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from these embodiments without making any inventive step, fall within the scope of the present invention. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art may still make various combinations, additions, deletions or other modifications of the features of the embodiments of the present invention according to the situation without conflict, so as to obtain different technical solutions without substantially departing from the spirit of the present invention, and these technical solutions also fall within the protection scope of the present invention.