CN114451591B

CN114451591B - Electronic cigarette atomization effect control method, system, storage medium and intelligent terminal

Info

Publication number: CN114451591B
Application number: CN202210082618.1A
Authority: CN
Inventors: 钱旭利; 叶琪珺; 张懿
Original assignee: SHENZHEN YIKA TECHNOLOGY CO LTD
Current assignee: SHENZHEN YIKA TECHNOLOGY CO LTD
Priority date: 2022-01-24
Filing date: 2022-01-24
Publication date: 2023-11-10
Anticipated expiration: 2042-01-24
Also published as: CN114451591A

Abstract

The application relates to a control method, a system, a storage medium and an intelligent terminal for an atomization effect of an electronic cigarette, which relate to the technical field of electronic cigarettes and comprise the steps of acquiring blood pressure parameter information; defining the first blood pressure parameter information as initial blood pressure information, and determining initial frequency information according to a gear database; controlling the electronic cigarette to emit ultrasonic waves according to the initial frequency information, and timing to acquire operation duration information; judging whether the operation duration information is consistent with the in-place duration; if not, maintaining timing; if the current blood pressure parameter information is consistent with the final blood pressure information, defining the current blood pressure parameter information as the final blood pressure information, and determining difference blood pressure information according to the initial blood pressure information and the final blood pressure information; determining adjustment frequency information according to the adjustment database; and determining final frequency information according to the initial frequency information and the adjustment frequency information, and controlling the electronic cigarette to emit ultrasonic waves according to the final frequency information. The electronic cigarette atomization device has the effect that the atomization effect of the electronic cigarette can be adjusted according to the actual situation of smokers.

Description

Electronic cigarette atomization effect control method, system, storage medium and intelligent terminal

Technical Field

The application relates to the technical field of electronic cigarettes, in particular to an electronic cigarette atomization effect control method, an electronic cigarette atomization effect control system, a storage medium and an intelligent terminal.

Background

The electronic cigarette is an electronic product imitating cigarettes, has the same appearance, smoke, taste and feel as cigarettes, and is a product which is smoked by a user after nicotine and the like are changed into steam through means of atomization and the like. The electronic cigarette comprises a cigarette rod and a cigarette bullet, wherein the cigarette rod is held by a user, the cigarette bullet is used for storing tobacco tar, and in the using process of the electronic cigarette, the user utilizes the cigarette bullet to carry out smoking operation.

In the related art, researches show that the electronic cigarette can remarkably reduce blood pressure, and mainly reduces blood pressure to different degrees through different atomization effects of tobacco juice.

In view of the above-mentioned related art, the inventors consider that the smokers with hypertension have different blood pressure conditions, and the atomization effect of the cartoons is fixed, and the atomization effect cannot be adjusted according to the actual physical condition of the smokers, so there is room for improvement.

Disclosure of Invention

In order to enable the atomization effect of the electronic cigarette to be adjusted according to the actual condition of a smoker, the application provides a control method, a system, a storage medium and an intelligent terminal for the atomization effect of the electronic cigarette.

In a first aspect, the present application provides a method for controlling an atomization effect of an electronic cigarette, which adopts the following technical scheme:

an electronic cigarette atomization effect control method includes:

acquiring current blood pressure parameter information; defining the blood pressure parameter information acquired for the first time as initial blood pressure information, and matching the blood pressure information and the frequency information stored in a preset gear database with the initial blood pressure information to determine initial frequency information; controlling the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and timing when the ultrasonic waves are emitted so as to acquire operation duration information; judging whether the duration corresponding to the operation duration information is consistent with the preset in-place duration or not; if the time length corresponding to the operation time length information is inconsistent with the in-place time length, maintaining the timing state of the operation time length information; if the time length corresponding to the operation time length information is consistent with the in-place time length, outputting an in-place signal, defining current blood pressure parameter information as final blood pressure information, and calculating a difference value between the initial blood pressure information and the final blood pressure information to obtain difference value blood pressure information; according to the blood pressure change information, the frequency change information and the difference blood pressure information stored in a preset adjustment database, matching to determine adjustment frequency information; and determining final frequency information according to the initial frequency information and the adjustment frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the final frequency information.

By adopting the technical scheme, the self blood pressure parameter of the smoker can be obtained in the process of using the electronic cigarette by the smoker, so that the initial frequency of the electronic cigarette can be determined according to the blood pressure parameter, and the initial atomization effect of the electronic cigarette can be adjusted according to the blood pressure condition of the smoker; in the smoking process, the pressure drop condition of the smoker in the in-place duration can be judged, so that the frequency of the electronic cigarette can be adaptively adjusted along with the pressure drop condition, the atomization effect of the electronic cigarette can be adjusted according to the actual condition of the smoker, and the smoker experience effect is good.

Optionally, when the in-place signal is output, the electronic cigarette atomization effect control method further includes: dividing a detection interval with a range of in-place duration in a reverse order by taking the current time as an endpoint on a time axis; determining the blood pressure parameter information with the forefront time and the blood pressure parameter information with the rearmost time in the detection interval, and defining the blood pressure parameter information with the forefront time as starting point blood pressure information and the blood pressure parameter information with the rearmost time as ending point blood pressure information; controlling the detection interval to move in positive sequence on a time axis so as to continuously update the starting point blood pressure information and the ending point blood pressure information; calculating the difference value between the starting point blood pressure information and the ending point blood pressure information to obtain replacement blood pressure information, and updating the replacement blood pressure information into new difference value blood pressure information.

By adopting the technical scheme, the blood pressure change conditions of the head end and the tail end in the detection interval can be known, so that the difference blood pressure information can be continuously updated, the frequency of the electronic cigarette can be continuously adjusted along with the self condition of a smoker, and the smoker can have a proper atomization effect in the smoking process.

Optionally, the method further comprises: judging whether a blood pressure value corresponding to the end point blood pressure information is in a preset safety area or not; if the blood pressure value corresponding to the end point blood pressure information is not in the safe area, outputting an abnormal signal;

if the blood pressure value corresponding to the end point blood pressure information is in the safe area, judging whether the blood pressure value corresponding to the start point blood pressure information is in the safe area or not; if the blood pressure value corresponding to the starting point blood pressure information is not in the safe area, outputting an abnormal signal; if the blood pressure value corresponding to the starting point blood pressure information is in the safe area, outputting a normal signal and maintaining the normal signal; and when the normal signal is output, defining the final frequency information at the moment as continuous frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the continuous frequency information when the normal signal exists.

Through adopting above-mentioned technical scheme, can detect the blood pressure numerical value in the detection interval, when the blood pressure in the detection interval all is in safe region, the blood pressure that indicates the smoker this moment tends to stabilize the breach, fixes the electron cigarette frequency this moment to make the blood pressure of smoker can maintain in current state, reduce the condition that the blood pressure appears lowerly.

Optionally, the method further comprises: judging whether the parameter value corresponding to the current blood pressure parameter information is zero or not after the in-place signal is output; if the parameter value corresponding to the current blood pressure parameter information is not zero, outputting a holding signal; if the parameter value corresponding to the current blood pressure parameter information is zero, outputting a relaxation signal; and outputting an abnormal operation signal when the relaxation signal is output, and defining the final frequency information at the moment as the identification frequency information.

By adopting the technical scheme, whether the electronic cigarette is out of hand in the using process can be judged, so that the electronic cigarette after the electronic cigarette is out of hand can be further analyzed and processed.

Optionally, the method further comprises: acquiring the temperature information of the cartridge after outputting the abnormal operation signal; judging whether the temperature corresponding to the temperature information of the cartridge is in a preset temperature range or not;

if the temperature corresponding to the temperature information of the cigarette bullet is not in the temperature range, the electronic cigarette is controlled to be closed; if the temperature corresponding to the temperature information of the cigarette bullet is in the temperature range, outputting a continuous working signal and maintaining the normal operation of the electronic cigarette.

Through adopting above-mentioned technical scheme, when the condition of taking off hands appears, the accessible is held in the mouth by the user in order to learn whether to hold in the mouth to judge whether the electron cigarette needs to carry out work to the judgement to cigarette temperature.

Optionally, the method further comprises: timing when the continuous working signal is output so as to acquire adjustment duration information; calculating according to the frequency adjustment information and the in-place time length to acquire unit frequency information;

calculating according to the adjustment duration information and the unit frequency information to obtain change frequency information; and calculating according to the identification frequency information and the change frequency information to acquire temporary frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the temporary frequency information.

By adopting the technical scheme, when the continuous working signal is output, the time of the hand-off can be timed, and the change condition of the frequency of each unit time in the time corresponding to the time in place can be calculated according to the frequency adjustment information and the time in place, so that the frequency condition to be adjusted is determined according to the time in place, the frequency value under the condition of the hand-off is obtained, and the electronic cigarette can be continuously maintained to be normally used under the condition of the hand-off.

Optionally, the method further comprises: defining blood pressure parameter information when an abnormal operation signal is output as relaxation blood pressure information; judging whether to output the holding signal again after outputting the continuous working signal;

if the holding signal is not output again after the continuous working signal is output, maintaining the timing of the time length adjustment information; if the holding signal is output again after the continuous working signal is output, defining the blood pressure parameter information at the moment as holding blood pressure information and calculating according to the temporary frequency information and the identification frequency information at the moment to obtain average frequency information; calculating a difference between the relaxed blood pressure information and the held blood pressure information to obtain blood pressure transition information; according to the frequency information, the time length information, the blood pressure information, the adjustment time length information and the average frequency information stored in a preset related database, matching to determine temporary blood pressure information; calculating according to the temporary blood pressure information and the blood pressure transition information to determine deviation blood pressure information; judging whether a blood pressure value corresponding to the deviation blood pressure information falls into a preset safety interval or not; if the blood pressure value corresponding to the deviation blood pressure information falls into the safe interval, outputting a normal holding signal; if the blood pressure value corresponding to the deviation blood pressure information does not fall into the safe interval, outputting an abnormal holding signal and controlling the electronic cigarette to be closed.

By adopting the technical scheme, when the user holds the electronic cigarette again after the user takes off the hand, whether the hand is the hand of the smoker or not is judged according to the difference between the actually-reached blood pressure value and the calculated blood pressure value so as to judge whether the difference is overlarge, and therefore the situation that the frequency of the electronic cigarette is adjusted according to the corresponding blood pressure condition after the change of the holding hand is reduced.

In a second aspect, the present application provides an electronic aerosol effect control system, which adopts the following technical scheme:

an electronic aerosol effect control system comprising: the acquisition module is used for acquiring current blood pressure parameter information; the processing module is connected with the acquisition module and the judging module and is used for storing and processing information;

the processing module defines the blood pressure parameter information acquired for the first time as initial blood pressure information, and matches the initial blood pressure information according to the blood pressure information and the frequency information stored in the preset gear database to determine initial frequency information; the processing module controls the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and counts time when the ultrasonic waves are emitted so as to acquire operation duration information; the judging module is used for judging whether the duration corresponding to the operation duration information is consistent with the preset in-place duration; if the judging module judges that the time length corresponding to the operation time length information is inconsistent with the in-place time length, the processing module maintains the timing state of the operation time length information;

If the judging module judges that the time length corresponding to the operation time length information is consistent with the in-place time length, the processing module outputs an in-place signal, defines current blood pressure parameter information as final blood pressure information, and calculates a difference value between the initial blood pressure information and the final blood pressure information to obtain difference value blood pressure information; the processing module is matched with the difference blood pressure information according to the blood pressure change information and the frequency change information stored in the preset adjustment database so as to determine adjustment frequency information; the processing module determines final frequency information according to the initial frequency information and the adjustment frequency information, and controls the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the final frequency information.

By adopting the technical scheme, in the process of using the electronic cigarette by a smoker, the acquisition module can acquire the self blood pressure parameter of the smoker, so that the processing module can determine the initial frequency of the electronic cigarette according to the blood pressure parameter, and the initial atomization effect of the electronic cigarette can be adjusted according to the blood pressure condition of the smoker; in the smoking process, the judging module can judge the pressure drop condition of the smoker in the in-place duration, so that the frequency of the electronic cigarette can be adaptively adjusted along with the pressure drop condition, the atomization effect of the electronic cigarette can be adjusted according to the actual condition of the smoker, and the experience effect of the smoker is good.

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 stores a computer program which can be loaded by the processor and execute any one of the electronic cigarette atomization effect control methods.

By adopting the technical scheme, through the use of the intelligent terminal, the self blood pressure parameter of the smoker can be obtained in the process of using the electronic cigarette by the smoker, so that the initial frequency of the electronic cigarette can be determined according to the blood pressure parameter, and the initial atomization effect of the electronic cigarette can be adjusted according to the blood pressure condition of the smoker; in the smoking process, the pressure drop condition of the smoker in the in-place duration can be judged, so that the frequency of the electronic cigarette can be adaptively adjusted along with the pressure drop condition, the atomization effect of the electronic cigarette can be adjusted according to the actual condition of the smoker, and the smoker experience effect is good.

In a fourth aspect, the present application provides a computer storage medium, capable of storing a corresponding program, having a feature of enabling an atomization effect of an electronic cigarette to be adjusted according to a smoker's actual situation, and adopting the following technical scheme:

a computer-readable storage medium storing a computer program capable of being loaded by a processor and executing any one of the above-described electronic cigarette atomization effect control methods.

By adopting the technical scheme, the storage medium is provided with the computer program of the electronic cigarette atomization effect control method, and in the process of using the electronic cigarette by a smoker, the self blood pressure parameter of the smoker can be obtained to determine the initial frequency of the electronic cigarette according to the blood pressure parameter, so that the initial atomization effect of the electronic cigarette can be adjusted according to the blood pressure condition of the smoker; in the smoking process, the pressure drop condition of the smoker in the in-place duration can be judged, so that the frequency of the electronic cigarette can be adaptively adjusted along with the pressure drop condition, the atomization effect of the electronic cigarette can be adjusted according to the actual condition of the smoker, and the smoker experience effect is good.

Drawings

Fig. 1 is a flow chart of a method of electronic-cigarette cartridge identification.

FIG. 2 is a flow chart of a brand offset identification determination method.

Fig. 3 is a flow chart of an abnormal cartridge handling mode determination method.

Fig. 4 is a flow chart of a cartridge misalignment use determination method.

Fig. 5 is a flowchart of an electronic cigarette atomization effect control method.

Fig. 6 is a schematic structural diagram of an electronic cigarette.

Fig. 7 is a flowchart of a differential blood pressure adjustment method.

Fig. 8 is a flowchart of a frequency stability determination method.

Fig. 9 is a flowchart of a method of determining a hands-off condition.

Fig. 10 is a flow chart of a method of determining a cartridge temperature.

Fig. 11 is a flow chart of a frequency adjustment method.

Fig. 12 is a flowchart of a hand situation determination method.

Fig. 13 is a block flow diagram of an electronic cigarette atomization effect control method.

Detailed Description

Embodiments of the application are described in further detail below with reference to the drawings.

The embodiment of the application discloses a control method for an atomization effect of an electronic cigarette, which is used for adjusting the ultrasonic wave emission frequency of the electronic cigarette according to the body condition of a user in the process of drawing the electronic cigarette by the user with hypertension, so that the atomization effect of the electronic cigarette can be adapted to the current blood pressure condition of the user in real time, and the user experience effect is better.

Referring to fig. 1, the flow of the method for controlling the atomization effect of the electronic cigarette includes the following steps:

step S100: and acquiring a cartridge in-place signal.

The in-place signal of the cartridge is a signal that the cartridge is completely installed on the tobacco stem, and can be obtained by installing a pressure sensor on the bottom surface of an installation groove used for installing the cartridge on the tobacco stem, when the cartridge is installed on the cartridge, the numerical value of the pressure sensor changes, so that the in-place signal of the cartridge can be output.

Step S101: activating a preset acquisition area for acquiring the signals of the cartridges according to the in-place signals of the cartridges.

The acquisition area is the area that is used for reading the cigarette bullet information for setting up in the tobacco stem inside, can utilize to install the NFC card on the cigarette bullet, in acquisition area department installation NFC card reader in order to realize, when export cigarette bullet signal in place, activates the acquisition area to make the acquisition area can carry out information acquisition to the cigarette bullet.

Step S102: and outputting collected brand information according to the collecting area.

The collecting area can output brand information in the collecting information according to the collected information, if the corresponding information is not collected, the output brands are blank, and the brands corresponding to the collected brand information are brands of the cartridges collected by the collecting area.

Step S103: and judging whether the brands corresponding to the collected brand information are consistent with preset set brands or not.

The brand setting method is characterized in that the brand setting method is used for setting the brand of the tobacco stems, the brand setting method can be used for setting the brand setting in the tobacco stem production process, and the purpose of judgment is to know whether the collected tobacco bullet brands are consistent with the brands of the tobacco stems or not so as to know whether the tobacco stems and tobacco bullet mixed-match use conditions of different brands occur or not.

Step S1031: and if the brands corresponding to the collected brand information are inconsistent with the set brands, outputting a brand abnormality signal.

When the brand corresponding to the collected brand information is inconsistent with the set brand, the brand of the cigarette cartridge installed at the moment is inconsistent with the brand of the cigarette rod, and a brand abnormality signal is output to record the situation so as to facilitate subsequent further analysis.

Step S1032: if the brand corresponding to the collected brand information is consistent with the set brand, acquiring the parameter information of the cartridge, and determining the normal mode information according to the parameter information stored in the preset normal mode database, and matching the mode information with the parameter information of the cartridge.

When the brands corresponding to the acquired brand information are consistent with the set brands, the condition that the brands of the cartridges are consistent with the brands of the cartridges at the moment and the mixed use of the cartridges of different brands does not occur is indicated, the information of the cartridges can be read according to the acquisition area, the NFC card carried on the cartridges comprises corresponding parameters besides the brands, and the information of the parameters of the cartridges, namely the cartridge parameter information, is recorded; the parameters corresponding to the parameter information are parameters of the cigarette bullet, the mode corresponding to the mode information is a processing mode of the cigarette stem to the cigarette bullet, the processing mode comprises heating temperature or ultrasonic frequency and the like, each parameter information corresponds to one mode information, the normal mode database is established through different parameter information and corresponding mode information, and the establishment method is a conventional technical means of a person skilled in the art and is not repeated; the cartridge parameter information is input into the normal mode database, and the normal mode database can output corresponding mode information, namely normal mode information.

Step S104: and controlling the tobacco stems to adjust to the mode corresponding to the normal mode information for operation.

And controlling the operation of the tobacco stems according to the mode corresponding to the normal mode information, so that the tobacco bullets can play a good role.

Referring to fig. 2, the following processing steps are provided after the brand anomaly signal is output:

step S200: and controlling the preset fixed time length to count down when the brand abnormal signal is output.

The fixed time length is a fixed value, and is set by a worker according to actual conditions during production, and details are omitted; when the brand abnormal signal is output, the collected brand information of the cartridges is inconsistent with the cigarette stem, and the brand information of the cartridges is possibly inconsistent with the cigarette stem, or the brand information on the cartridges is not read and needs to be further analyzed; and controlling the fixed duration countdown to count the duration of the brand abnormality signal so as to facilitate subsequent analysis.

Step S201: judging whether a smoke elimination bullet in-place signal is taken before the fixed duration time is zero.

The purpose of the determination is to learn whether the user has removed the cartridge from the stem for a period of time when the cartridge brand is detected to be inconsistent with the stem brand, for subsequent further analysis.

Step S2011: and if the smoke elimination cartridge in-place signal is taken before the fixed duration time is zero, outputting a cartridge to be inserted signal.

When the smoke elimination bullet in-place signal is taken before the fixed duration time is reset, the user is instructed to take the smoke elimination bullet off the cigarette rod, and at the moment, a bullet signal to be inserted is output for identification so as to remind the user of the installation of the smoke elimination bullet.

Step S2012: and if the smoke elimination bullet in-place signal is not taken before the fixed duration time is zero, controlling the acquisition area to move at least one circle in the circumferential direction inside the tobacco stem.

When the smoke elimination bullet in-place signal is not taken before the fixed duration time is zero, the fact that the user does not take the smoke elimination bullet out of the smoke elimination bullet in place is indicated in the specified time, at the moment, the collecting area moves circumferentially in the smoke elimination bullet for at least one circle, so that the collecting area can collect the condition of one circle of the smoke elimination bullet, the condition that the brand information is not collected due to the fact that the NFC card on the smoke elimination bullet is not aligned with the NFC card reader is reduced, the movement of the collecting area is started by the driving device which is arranged to drive equipment on the collecting area to move, the driving device can be the combination of motor connecting rods, and the conventional technical means of the person skilled in the art are omitted; the number of turns of the movement of the acquisition area is set by a worker according to actual conditions, and details are omitted.

Step S202: and judging whether the acquired brand information which is the same as the set brand is output in the moving process of the acquired area.

The purpose of the determination is to know whether the cartridge is of the same brand as the stem brand for subsequent analysis.

Step S2021: and if the acquired brand information which is the same as the set brand is not output in the moving process of the acquisition area, outputting a cigarette bullet error signal.

When the acquired brand information which is the same as the set brand is not output in the moving process of the acquisition area, the condition that the NFC card of the cartridge is not aligned with the acquisition area is indicated, namely the brand of the cartridge is incorrect, and a cartridge error signal is output at the moment to carry out identification so as to facilitate the subsequent further processing of the condition.

Step S2022: and outputting a correct cigarette cartridge signal if the acquired brand information which is the same as the set brand is output in the moving process of the acquisition area.

When the collection area moves the in-process output and set for the brand information of brand the same, indicate the brand of this cigarette bullet and the brand of tobacco stem unanimous, so output brand anomaly signal is because NFC card and collection area are not aligned, output cigarette bullet correct signal in order to sign this condition, be convenient for follow-up further processing to this condition.

Referring to fig. 3, there are the following processing steps after the cartridge error signal is output:

step S300: and controlling the countdown of the preset checking time length when the cigarette bullet error signal is output.

The checking duration is a fixed value, and is set by staff according to actual conditions during production, and details are omitted; when the cigarette bullet error signal is output, the brand of the cigarette bullet arranged on the cigarette rod is inconsistent with the brand of the cigarette rod; and controlling the check duration countdown to count the duration of the existence of the cigarette bullet error signal number so as to facilitate the subsequent analysis.

Step S301: and judging whether a continuous operation signal is received before the check duration time is reset to zero.

The continuous operation signal is input by a user, and can be input by a method such as a key in order to allow the cartridge to be continuously used, which is a conventional technical means for a person skilled in the art and is not repeated; the purpose of the judgment is to know whether the staff member inputs a signal for continuing to use the cartridge within a specified time so as to facilitate the analysis of the further use of the cartridge.

Step S3011: if the continuous operation signal is not received before the check duration time is reset to zero, outputting a cigarette cartridge replacement signal and controlling the electronic cigarette to be powered off.

When the continuous operation signal is not received before the check duration time is reset, the fact that the user does not input a signal for continuously using the cartridge in a specified time is indicated, namely, the cartridge is not used by a default user, a cartridge replacement signal is output to record the condition, and the user is informed of the replacement of the cartridge; meanwhile, the electronic cigarette is controlled to be shut down so as to reduce standby consumption of the electronic cigarette, and meanwhile, the damage to the cigarette stem caused by replacement of the cigarette bullet can be reduced in the shut down process.

Step S3012: if the check duration time is zero, a continuous operation signal is received before the check duration time is zero, and the duration information is obtained according to the duration of the continuous operation signal.

When a continuous operation signal is received before the check duration time is reset, the user is required to use the cigarette bullet continuously, and at the moment, the user is required to select a processing mode because the brand of the cigarette bullet is not consistent with the brand of the cigarette stem; the time length corresponding to the time length information is the time length of the continuous operation signal, namely, the time is counted when the continuous operation signal exists, and when the continuous operation signal disappears, the corresponding time length information is output.

Step S302: and according to the time length information stored in the preset abnormal mode database, the mode information is matched with the existing time length information to determine abnormal mode information.

The duration corresponding to the duration information is the duration of the continuous operation signal, the mode corresponding to the mode information is the mode of processing the cartridges of different brands, each duration information corresponds to the corresponding mode information, the abnormal mode database is built through the different duration information and the corresponding mode information, and the building method is a conventional technical means of a person skilled in the art and is not repeated; when the existing time length information is input into the abnormal mode database, the abnormal mode database can output corresponding mode information, namely abnormal mode information.

Step S303: and controlling the tobacco stems to adjust to a mode corresponding to the abnormal mode information for operation.

The operation of the tobacco stems is controlled according to the mode corresponding to the abnormal mode information, so that the cigarettes of different brands can play a good role.

Referring to fig. 4, after the acquisition region movement is completed, there are the following processing steps:

step S400: and acquiring signal intensity information of a correct signal of the cartridge.

When a correct signal of the cartridge is output, the brand of the cartridge is correct, but the cartridge is not installed in a standard form, and further analysis is needed to judge that the cartridge can be directly used; the intensity value corresponding to the signal intensity information is the intensity value of the correct signal of the cartridge, and can be determined by the magnitude of the induced current, when the NFC card is closer to the NFC card reader, the intensity corresponding to the signal intensity information is larger, and conversely, the intensity is smaller.

Step S401: and determining the signal strength information with the maximum strength value in all the signal strength information according to a preset ordering rule, and defining the signal strength information as the latest strength information.

The ordering rule is a method capable of ordering data size, such as an bubbling method, which is set in advance, the signal strength information with the maximum strength value can be determined according to the ordering rule, and the signal strength information is defined as the latest strength information for identification, so that the signal strength information can be conveniently called in the subsequent analysis process.

Step S402: and determining the region position information of the acquisition region when the corresponding cartridge correct signal is acquired according to the latest intensity information.

The position corresponding to the region position information is the position of the acquisition region when the latest intensity information is acquired, and can be realized by installing a positioning device on the acquisition region, and the specific method is set by a worker according to actual conditions and is not described in detail.

Step S403: and judging whether the position corresponding to the region position information is consistent with a preset starting position.

The starting position is a position where the NFC card reader can meet the normal use of the electronic cigarette when the NFC card is read, namely, whether the installation of the cigarette bullet can meet the use requirement or not is judged through the position of the NFC card, and the purpose of judgment is to know whether the electronic cigarette can be normally used or not.

Step S4031: and if the position corresponding to the region position information is inconsistent with the starting position, outputting a position error signal and controlling the electronic cigarette to be turned off.

When the position corresponding to the regional position information is inconsistent with the starting position, the fact that the current position where the cigarette cartridge is installed cannot meet the requirement that the electronic cigarette is directly used is indicated, and a position error signal is output at the moment so that a user can know the situation, and therefore the user can conveniently adjust the position of the cigarette cartridge in time; the electronic cigarette is controlled to be powered off so as to reduce the waste of power supply, and the user can conveniently adjust the cigarette bullet.

Step S4032: if the position corresponding to the regional position information is consistent with the starting position, determining normal mode information according to the cartridge parameter information, and controlling the tobacco stem to adjust to the mode corresponding to the normal mode information for operation.

When the position corresponding to the regional position information is consistent with the starting position, the current position of the cigarette bullet can meet the requirement of direct use of the electronic cigarette, and the corresponding normal mode information is matched in the normal mode database according to the parameter information of the cigarette bullet so as to control the cigarette stem to be used normally.

Referring to fig. 5, the electronic cigarette is used in the mode corresponding to the normal mode information as follows:

step S500: and acquiring current blood pressure parameter information.

The blood pressure value corresponding to the current blood pressure parameter information is the blood pressure value of the user at the current time, as shown in fig. 6, a blood pressure measuring sensor can be installed on the tobacco stem, so that the user can hold the tobacco stem by the hand in the process of using the electronic cigarette, and the blood pressure measuring sensor can acquire the blood pressure condition of the user, wherein the blood pressure measuring sensor is a sensor for measuring the blood pressure and is a conventional technical means of a person skilled in the art, and details are omitted; meanwhile, in order to monitor physical health parameters in the smoking process of the user, a heartbeat sensor, a respiration sensor and the like can be arranged on the tobacco stem, so that the physical performance of the user can be monitored in the smoking process of the user.

Step S501: the first acquired blood pressure parameter information is defined as initial blood pressure information, and the initial frequency information is determined by matching the blood pressure information and the frequency information stored in a preset gear database with the initial blood pressure information.

The first acquired blood pressure parameter information is the blood pressure parameter information when the electronic cigarette is started and needs to be used, and the blood pressure parameter information is defined as initial blood pressure information for identification so as to be convenient for subsequent calling of the blood pressure parameter information; the blood pressure corresponding to the blood pressure information is the blood pressure information of the user, the frequency corresponding to the frequency information is the frequency of the electronic cigarette required to be transmitted by the electronic cigarette, each piece of blood pressure information corresponds to one piece of frequency information, the frequency information is the frequency information which is most suitable for the user under the condition of the current blood pressure information, the specific corresponding relation is obtained by staff according to multiple tests, a plurality of pieces of blood pressure information and the corresponding frequency information are arranged in a gear database, and the established method is a conventional technical means of a person skilled in the art and is not repeated; when the initial blood pressure information is input into the gear database, the gear database can output corresponding frequency information, namely initial frequency information.

Step S502: and controlling the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and timing when the ultrasonic waves are emitted so as to acquire the operation duration information.

Controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the initial frequency information, and adjusting the atomization effect of the electronic cigarette to be consistent with the atomization effect required by the current user by the emitted ultrasonic energy at the moment so that the user has better experience; when the ultrasonic wave is transmitted, the electronic cigarette is indicated to start to be used, the time length corresponding to the operation time length information starts to be increased in timing, and the time length corresponding to the operation time length information is the using time length of the electronic cigarette.

Step S503: judging whether the duration corresponding to the operation duration information is consistent with the preset in-place duration.

The in-place duration is a fixed value, is a duration set by a worker and allowing the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and is judged to know whether the starting duration of the electronic cigarette exceeds a specified value or not so as to facilitate subsequent further analysis of the electronic cigarette.

Step S5031: if the time length corresponding to the operation time length information is inconsistent with the in-place time length, maintaining the timing state of the operation time length information.

When the duration corresponding to the operation duration information is inconsistent with the in-place duration, the fact that the using duration of the electronic cigarette does not reach a specified value at the moment is indicated, the electronic cigarette is enabled to work normally at the moment, and the operation duration information is maintained to continue to time.

Step S5032: if the time length corresponding to the operation time length information is consistent with the in-place time length, outputting an in-place signal, defining the current blood pressure parameter information as final blood pressure information, and calculating the difference between the initial blood pressure information and the final blood pressure information to obtain difference blood pressure information.

When the duration corresponding to the operation duration information is consistent with the in-place duration, outputting an in-place signal to indicate that the using time of the electronic cigarette reaches a specified value, marking the situation, and defining the blood pressure parameter information at the moment as final blood pressure information for marking under the condition that the blood pressure of a user is reduced when the electronic cigarette is used for the duration corresponding to the operation duration information, so that the later invoking of the blood pressure parameter information is facilitated; the blood pressure value corresponding to the difference blood pressure information is the blood pressure value of the user which is reduced in time in the in-place time, and the calculating method is that the blood pressure value corresponding to the initial blood pressure information is reduced by the blood pressure value corresponding to the final blood pressure information.

Step S504: and matching the blood pressure change information, the frequency change information and the difference blood pressure information stored in a preset adjustment database to determine adjustment frequency information.

The change value corresponding to the blood pressure change information is a change value of blood pressure in the in-place time period, the frequency value corresponding to the frequency change information is a frequency value required to be changed under the current blood pressure change information, each blood pressure change information corresponds to the frequency change information, a specific numerical value is obtained by a plurality of tests carried out by a worker, an adjustment database is built by a plurality of blood pressure change information and the corresponding frequency change information, and the built method is a conventional technical means of a person skilled in the art and is not repeated; when the difference blood pressure information is input into the adjustment database, the adjustment database can output corresponding frequency change information, namely adjustment frequency information.

Step S505: and determining final frequency information according to the initial frequency information and the adjustment frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the final frequency information.

The frequency value corresponding to the final frequency information is an ultrasonic frequency value which is required to be adjusted after the electronic cigarette is in place, and the calculating method is that the frequency value corresponding to the initial frequency information is subtracted by the frequency value corresponding to the adjustment frequency information; the electronic cigarette is controlled to emit ultrasonic waves at the frequency corresponding to the final frequency information, and at the moment, the electronic cigarette can adjust atomization effect according to the change condition of the electronic cigarette operation received by a user, so that the user can have better use experience.

Referring to fig. 7, when the in-place signal is output, the electronic cigarette atomization effect control method further includes:

step S600: and (3) dividing a detection interval with the range being the in-place duration in a reverse order by taking the current time as an endpoint on a time axis.

When the in-place signal is output, the in-place time length is indicated to be started by the electronic cigarette at the moment, and a detection interval with the in-place time length is divided on a time axis at the moment so as to detect the blood pressure change condition of a user, wherein the current time is divided into an end point in a reverse order, namely the tail end of the detection interval is the current time, and the operation method is a conventional technical means of a person skilled in the art and is not repeated.

Step S601: and determining the blood pressure parameter information with the forefront time and the blood pressure parameter information with the rearmost time in the detection interval, and defining the blood pressure parameter information with the forefront time as starting point blood pressure information and the blood pressure parameter information with the rearmost time as ending point blood pressure information.

The time corresponding to each piece of blood pressure parameter information can be determined in the detection interval, so that the blood pressure parameter information with the forefront time can be defined as starting point blood pressure information, the blood pressure parameter information with the rearmost time is defined as end point blood pressure information, and the identification of the blood pressure parameter information at the head end and the tail end in the detection interval is realized, so that the information can be conveniently called later.

Step S602: the detection interval is controlled to move in positive sequence on the time axis so as to continuously update the starting point blood pressure information and the ending point blood pressure information.

The detection interval is controlled to move along with the movement of time on a time axis, so that the end point blood pressure information is always the blood pressure parameter information at the current time, and the starting point blood pressure information and the end point blood pressure information are continuously updated, so that the follow-up calculation is facilitated.

Step S603: calculating the difference value between the starting point blood pressure information and the ending point blood pressure information to obtain replacement blood pressure information, and updating the replacement blood pressure information into new difference value blood pressure information.

The time corresponding to the replacement blood pressure information is the difference value of the head and tail blood pressures in the detection interval, the calculation method is to reduce the blood pressure value corresponding to the end point blood pressure information by the blood pressure value corresponding to the start point blood pressure information, and the replacement blood pressure information is updated to be new difference blood pressure information, so that the difference blood pressure information can be updated along with the change condition of the blood pressure of the user, and the frequency adjustment of the subsequent ultrasonic waves can be adapted to the change condition of the blood pressure of the user.

Referring to fig. 8, the electronic cigarette atomization effect control method further includes:

step S700: judging whether the blood pressure value corresponding to the end point blood pressure information is in a preset safety area or not.

The safety area is defined by staff and is used for identifying the blood pressure range of the user under the safety condition, and the purpose of judgment is to know whether the blood pressure of the user is under the safety condition at the current time or not so as to facilitate the subsequent further analysis of the condition.

Step S7001: if the blood pressure value corresponding to the end point blood pressure information is not in the safe area, outputting an abnormal signal.

When the blood pressure value corresponding to the end point blood pressure information is not in the safety area, the condition that the blood pressure of the user is not safety at the moment is indicated, and an abnormal signal is output to record the condition so that the user can know the current blood pressure condition.

Step S7002: if the blood pressure value corresponding to the end point blood pressure information is in the safety area, judging whether the blood pressure value corresponding to the end point blood pressure information is in the safety area.

When the blood pressure value corresponding to the end point blood pressure information is in the safety area, the blood pressure of the user is the safety condition, the blood pressure possibly enters the safety area due to the stirring of the blood pressure, and the blood pressure condition needs to be further judged.

Step S70021: if the blood pressure value corresponding to the starting point blood pressure information is not in the safe area, outputting an abnormal signal.

When the blood pressure value corresponding to the starting point blood pressure information is not in the safety area, the condition that part of the blood pressure parameter information is not in the safety area in the detection interval, namely that the ending point blood pressure information is in the safety area possibly caused by fluctuation is indicated, and an abnormal signal is output to record the condition.

Step S70022: if the blood pressure value corresponding to the starting point blood pressure information is in the safe area, outputting a normal signal and maintaining.

When the blood pressure value corresponding to the starting point blood pressure information is in the safety area, the whole detection interval is in the safety area, so that the blood pressure of the user is stable in the safety area, and a normal signal is output to identify the situation, so that the situation can be conveniently processed later.

Step S701: and when the normal signal is output, defining the final frequency information at the moment as continuous frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the continuous frequency information when the normal signal exists.

The final frequency information during normal signal output is defined as continuous frequency information for identification, so that the electronic cigarette can be controlled to emit ultrasonic waves at the frequency corresponding to the continuous frequency information when the normal signal exists, and the current atomization effect of the electronic cigarette can enable the blood pressure of the user to be stabilized in a safe area under the action of the ultrasonic waves at the frequency corresponding to the continuous frequency information, so that the user experience effect is good.

Referring to fig. 9, the electronic cigarette atomization effect control method further includes:

step S800: and judging whether the parameter value corresponding to the current blood pressure parameter information is zero or not after the in-place signal is output.

When the in-place signal is output, the in-place time length of the electronic cigarette is started, and the purpose of judgment is to know whether the condition that the blood pressure parameter information is not detected exists after the in-place time length of the electronic cigarette is used or not so as to facilitate subsequent judgment.

Step S8001: and if the parameter value corresponding to the current blood pressure parameter information is not zero, outputting a holding signal.

When the parameter value corresponding to the current blood pressure parameter information is not zero, the fact that the blood pressure parameter information is detected at the moment is indicated, namely the user holds the tobacco stem by the hand, and a holding signal is output to record the situation.

Step S8002: and if the parameter value corresponding to the current blood pressure parameter information is zero, outputting a relaxation signal.

When the parameter value corresponding to the current blood pressure parameter information is zero, the condition that the current blood pressure parameter information is not detected, namely the tobacco stem leaves the hand of the user is indicated, and a relaxation signal is output to record the condition so as to facilitate the subsequent processing of the condition.

Step S801: and outputting an abnormal operation signal when the relaxation signal is output, and defining the final frequency information at the moment as the identification frequency information.

When a relaxation signal is output, the condition that the electronic cigarette is out of hand is described, at the moment, an abnormal operation signal is output so that a user can learn the condition, and the condition that the user is out of hand is prompted to reduce the occurrence of the condition that the user is not aware of the condition without noticing the fact that the user is out of hand; and defining the final frequency information as identification frequency information for identification so as to facilitate the subsequent further analysis of the change condition of the ultrasonic frequency under the condition of hands-off.

Referring to fig. 10, the electronic cigarette atomization effect control method further includes:

step S900: and acquiring the temperature information of the cartridge after outputting the abnormal operation signal.

When an abnormal operation signal is output, the condition that the electronic cigarette is out of hand is indicated, and further analysis is needed to be carried out on the condition of the out of hand; the temperature value corresponding to the temperature information of the cartridge is the temperature value of the outer surface of the cartridge, and a temperature sensor can be arranged on the outer surface of the cartridge for detection, which is a conventional technical means for those skilled in the art and will not be described in detail herein.

Step S901: and judging whether the temperature corresponding to the temperature information of the cartridge is in a preset temperature range or not.

The temperature range is the temperature range of the mouth of a normal human body set by a worker, and the purpose of judgment is to know whether a user holds the electronic cigarette with the mouth after the electronic cigarette is out of hand, so that the subsequent further analysis and treatment of the electronic cigarette are facilitated.

Step S9011: and if the temperature corresponding to the cartridge temperature information is not in the temperature range, controlling the electronic cigarette to be closed.

When the temperature corresponding to the temperature information of the cigarette bullet is not in the temperature range, the fact that the user holds the electronic cigarette with the mouth is indicated, namely, the user does not use the electronic cigarette any more, and the electronic cigarette is controlled to be closed so as to reduce consumption of electric energy.

Step S9012: if the temperature corresponding to the temperature information of the cigarette bullet is in the temperature range, outputting a continuous working signal and maintaining the normal operation of the electronic cigarette.

When the temperature corresponding to the temperature information of the cigarette bullet is in the temperature range, the fact that the user holds the electronic cigarette with the mouth after the user is out of hand is indicated, namely, the user still uses the electronic cigarette, at the moment, a working signal is output to identify the situation, further adjustment of ultrasonic frequency of the electronic cigarette is facilitated, and normal operation of the electronic cigarette is maintained so that the user can use the electronic cigarette normally.

Referring to fig. 11, the electronic cigarette atomization effect control method further includes:

step S1000: and timing when the continuous working signal is output so as to acquire the adjustment duration information.

When the continuous working signal is output, the electronic cigarette is indicated to be out of hand, but the user holds the electronic cigarette with the mouth for use, and at the moment, the electronic cigarette needs to be further analyzed; the time length corresponding to the time length adjustment information is the time length of the continuous working signal, and is obtained through a timing method, and is a conventional technical means for those skilled in the art, and details are not repeated.

Step S1001: and calculating according to the adjustment frequency information and the in-place time length to acquire unit frequency information.

The frequency value corresponding to the unit frequency information is a change value of the ultrasonic frequency in unit time within the in-place duration, and the calculation method is that the frequency value corresponding to the adjustment frequency information is divided by the time corresponding to the in-place duration, wherein the adjustment frequency information is the adjustment frequency information when the duration corresponding to the operation duration information reaches the in-place duration.

Step S1002: and calculating according to the adjustment time length information and the unit frequency information to acquire the change frequency information.

The frequency value corresponding to the change frequency information is the frequency value which should be changed in the time length corresponding to the adjustment time length information, and the calculating method is that the time length value corresponding to the adjustment time length information is multiplied by the frequency value corresponding to the unit frequency information.

Step S1003: and calculating according to the identification frequency information and the change frequency information to acquire temporary frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the temporary frequency information.

The frequency value corresponding to the temporary frequency information is an ultrasonic frequency value when a user holds the electronic cigarette with the mouth after the electronic cigarette is out of hands, and the calculating method is to reduce the frequency value corresponding to the change frequency information by the frequency value corresponding to the identification frequency information, so that the electronic cigarette can adjust the frequency according to the previous change condition of the blood pressure of the user when the electronic cigarette cannot collect the blood pressure condition of the user, and the user can have better experience when using the electronic cigarette after the electronic cigarette is out of hands.

Referring to fig. 12, the electronic cigarette atomization effect control method further includes:

step S1100: the blood pressure parameter information at the time of abnormal operation signal output is defined as relaxation blood pressure information.

When the abnormal operation signal is output, the condition that the electronic cigarette is out of hand is described, and at the moment, the blood pressure parameter information when the abnormal operation signal is output is defined as loose blood pressure information for identification so as to be convenient for later calling the blood pressure parameter information.

Step S1101: and judging whether the holding signal is output again after the continuous working signal is output.

The purpose of the judgment is to know whether the tobacco stem is held by the hand again after the tobacco stem is taken off for a period of time, so that the subsequent further analysis is facilitated.

Step S11011: if the holding signal is not output again after the continuous working signal is output, the timing of the time length adjusting information is maintained.

When the holding signal is not output again after the continuous working signal is output, the electronic cigarette is not held by the hand again after the electronic cigarette is in the hand-off condition, and the time of the time length adjustment information is kept at the moment, so that the electronic cigarette can be normally used when the electronic cigarette is in the hand-off state but held by the mouth.

Step S11012: if the holding signal is output again after the continuous working signal is output, the blood pressure parameter information at the moment is defined as holding blood pressure information, and the mean value frequency information is obtained by calculating according to the temporary frequency information and the identification frequency information at the moment.

When the holding signal is output again after the continuous working signal is output, the electronic cigarette is held again by the hand after the condition of hand-off occurs, and whether the held hand is the hand of a smoking user or not needs to be judged at the moment so as to facilitate subsequent analysis; the blood pressure parameter information at the moment is defined as holding the blood pressure information for identification so as to facilitate the subsequent call of the blood pressure parameter information; the frequency value corresponding to the average frequency information is an average frequency value approximately within the time length corresponding to the time length adjustment information, and the calculation formula is thatWherein->Frequency value corresponding to mean frequency information, < ->Frequency value corresponding to temporary frequency information, < ->To identify the frequency value to which the frequency information corresponds. />

Step S1102: a difference between the relaxed blood pressure information and the held blood pressure information is calculated to obtain blood pressure transition information.

The blood pressure value corresponding to the blood pressure transition information is the actual change value of the blood pressure during the electronic cigarette hand-off period, and the calculating method is to relax the blood pressure value corresponding to the blood pressure information and to hold the blood pressure value corresponding to the blood pressure information.

Step S1103: and according to the frequency information, the time length information and the blood pressure information stored in the preset related database, matching with the adjustment time length information and the average frequency information to determine temporary blood pressure information.

The frequency information in the related database is the frequency information of the ultrasonic wave, the time length corresponding to the time length information is the time length of the ultrasonic wave operating at the fixed frequency, the blood pressure value corresponding to the blood pressure information is the approximate change value of the blood pressure under the time length corresponding to the frequency acting time length information corresponding to the frequency information of the electronic cigarette, each frequency information, time length information and blood pressure information are in one-to-one correspondence, the corresponding relation is obtained through multiple tests of staff, the related database is built through the corresponding relation of different frequency information, different time length information and different blood pressure information, and the building method is a routine technical means of a person skilled in the art and is not repeated; when the time length adjustment information and the average frequency information are simultaneously input into the related database, the blood pressure information corresponding to the time length adjustment information and the average frequency information can be output, wherein the blood pressure information is temporary blood pressure information, and the blood pressure value corresponding to the temporary blood pressure information is the approximate blood pressure value which needs to be changed under the current condition.

Step S1104: calculating according to the temporary blood pressure information and the blood pressure transition information to determine deviation blood pressure information.

The blood pressure value corresponding to the deviation blood pressure information is the difference between the actual blood pressure change value and the value which is approximately required to be changed when the electronic cigarette is held again after the electronic cigarette is out of hands, and the calculating method is the blood pressure value corresponding to the temporary blood pressure information and the blood pressure value corresponding to the blood pressure change information.

Step S1105: judging whether the blood pressure value corresponding to the deviation blood pressure information falls into a preset safety interval or not.

The safety interval is a range which is set by a worker and allows errors to occur in blood pressure, and specific values are set by the worker according to actual conditions and are not repeated; the purpose of the judgment is to know whether the hand replacement occurs or not by knowing whether the blood pressure error is excessive.

Step S11051: if the blood pressure value corresponding to the deviation blood pressure information falls into the safe interval, outputting a normal holding signal.

When the blood pressure value corresponding to the deviation blood pressure information falls into the safety interval, the hand held by the electronic cigarette is the hand of the smoker after the electronic cigarette is released, and a normal holding signal is output to record the situation, so that the electronic cigarette can be normally used.

Step S11052: if the blood pressure value corresponding to the deviation blood pressure information does not fall into the safe interval, outputting an abnormal holding signal and controlling the electronic cigarette to be closed.

When the blood pressure value corresponding to the deviation blood pressure information does not fall into the safe interval, when the electronic cigarette is held again after the electronic cigarette is released, the deviation of the blood pressure is larger, the situation that a person holding the cigarette rod and a person smoking the cigarette are not the same person possibly occurs, at the moment, the acquired blood pressure parameter information cannot provide assistance, the electronic cigarette is controlled to be closed so as to reduce the situation that the user experience is poor due to incorrect ultrasonic frequency, an abnormal holding signal is output to record the situation, and the user can know the reason that the electronic cigarette is closed.

Referring to fig. 13, based on the same inventive concept, an embodiment of the present invention provides an electronic aerosolization effect control system, including: the cigarette bullet identification module is used for judging whether the cigarette bullet is of the same brand with the cigarette stem so as to reduce the occurrence of the mixed use condition of the cigarette stem and the cigarette bullet of different brands; the cartridge brand determining module is used for determining whether brand information acquisition is different due to irregular installation of cartridges, so that whether the brand of the cartridges is correct or not can be determined; the abnormal mode determining module is used for determining the processing modes of the cartridges of different brands so that the cartridges of different brands can better exert the functions of the cartridges in the using process; the cartridge installation determining module is used for determining whether the cartridge installation can meet the use requirement; the acquisition module is used for acquiring current blood pressure parameter information; the processing module is connected with the acquisition module and the judging module and is used for storing and processing information; the processing module defines the blood pressure parameter information acquired for the first time as initial blood pressure information, and matches the initial blood pressure information according to the blood pressure information and the frequency information stored in the preset gear database to determine initial frequency information; the processing module controls the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and counts time when the ultrasonic waves are emitted so as to acquire operation duration information; the judging module is used for judging whether the duration corresponding to the operation duration information is consistent with the preset in-place duration; if the judging module judges that the time length corresponding to the operation time length information is inconsistent with the in-place time length, the processing module maintains the timing state of the operation time length information; if the judging module judges that the time length corresponding to the operation time length information is consistent with the in-place time length, the processing module outputs an in-place signal, defines current blood pressure parameter information as final blood pressure information, and calculates a difference value between the initial blood pressure information and the final blood pressure information to obtain difference value blood pressure information; the processing module is matched with the difference blood pressure information according to the blood pressure change information and the frequency change information stored in the preset adjustment database so as to determine adjustment frequency information; the processing module determines final frequency information according to the initial frequency information and the adjustment frequency information, and controls the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the final frequency information; the difference blood pressure updating module is used for continuously updating the difference blood pressure information so that the ultrasonic frequency of the electronic cigarette can be continuously adjusted along with the change condition of the blood pressure of the user; the frequency stability determining module is used for controlling the ultrasonic frequency stability of the electronic cigarette for the user with stable blood pressure so that the blood pressure of the user is not easy to fluctuate greatly; the electronic cigarette unhooking determining module is used for judging whether the electronic cigarette unhooking condition occurs or not so as to facilitate the subsequent analysis processing of different conditions; the temperature determining module is used for judging whether the cigarette bullet is still held in the mouth of the user or not so as to know whether the user still uses the electronic cigarette or not, and further analysis on different conditions is facilitated; the electronic cigarette is provided with a hand-off frequency adjusting module, so that the electronic cigarette which is out of hand but not away from the mouth can continue to adjust ultrasonic frequency, and the user requirement is approximately met;

The holding hand determining module is used for judging whether the hand which is held again after the hand is taken off is the hand of a smoker, so that the situation that the frequency of the electronic cigarette is adjusted when the smoker and the person holding the electronic cigarette are not the same is reduced.

Embodiments of the present invention provide a computer-readable storage medium storing a computer program capable of being loaded by a processor and executing an electronic aerosolization effect control method.

The computer storage medium includes, for example: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (Random Access Memory, RAM), a magnetic disk, or an optical disk, or other various media capable of storing program codes.

Based on the same inventive concept, an embodiment of the present invention provides an intelligent terminal, including a memory and a processor, where the memory stores a computer program that can be loaded by the processor and execute an electronic aerosolization effect control method.

Claims

1. The electronic cigarette atomization effect control method is characterized by comprising the following steps of:

acquiring current blood pressure parameter information;

defining the acquired current blood pressure parameter information as initial blood pressure information, and determining initial frequency information according to the blood pressure information and frequency information stored in a preset gear database and the initial blood pressure information;

Controlling the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and timing when the ultrasonic waves are emitted so as to acquire operation duration information;

judging whether the duration corresponding to the operation duration information is consistent with the preset in-place duration or not;

if the time length corresponding to the operation time length information is inconsistent with the in-place time length, maintaining the timing state of the operation time length information;

if the time length corresponding to the operation time length information is consistent with the in-place time length, outputting an in-place signal, defining current blood pressure parameter information as final blood pressure information, and calculating a difference value between the initial blood pressure information and the final blood pressure information to obtain difference value blood pressure information;

according to the blood pressure change information, the frequency change information and the difference blood pressure information stored in a preset adjustment database, matching to determine adjustment frequency information;

and subtracting the frequency value corresponding to the adjusting frequency information from the frequency value corresponding to the initial frequency information to determine final frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the final frequency information.

2. The electronic cigarette atomization effect control method according to claim 1, wherein: when the in-place signal is output, the electronic cigarette atomization effect control method further comprises the following steps:

Dividing a detection interval with a range of in-place duration in a reverse order by taking the current time as an endpoint on a time axis;

determining the blood pressure parameter information with the forefront time and the blood pressure parameter information with the rearmost time in the detection interval, and defining the blood pressure parameter information with the forefront time as starting point blood pressure information and the blood pressure parameter information with the rearmost time as ending point blood pressure information;

controlling the detection interval to move in positive sequence on a time axis so as to continuously update the starting point blood pressure information and the ending point blood pressure information;

calculating the difference value between the starting point blood pressure information and the ending point blood pressure information to obtain replacement blood pressure information, and updating the replacement blood pressure information into new difference value blood pressure information.

3. The electronic cigarette atomization effect control method according to claim 2, wherein: further comprises:

judging whether a blood pressure value corresponding to the end point blood pressure information is in a preset safety area or not;

if the blood pressure value corresponding to the end point blood pressure information is not in the safe area, outputting an abnormal signal;

if the blood pressure value corresponding to the end point blood pressure information is in the safe area, judging whether the blood pressure value corresponding to the start point blood pressure information is in the safe area or not;

if the blood pressure value corresponding to the starting point blood pressure information is not in the safe area, outputting an abnormal signal;

If the blood pressure value corresponding to the starting point blood pressure information is in the safe area, outputting a normal signal and maintaining the normal signal;

and when the normal signal is output, defining the final frequency information at the moment as continuous frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the continuous frequency information when the normal signal exists.

4. The electronic cigarette atomization effect control method according to claim 1, wherein: further comprises:

judging whether the parameter value corresponding to the current blood pressure parameter information is zero or not after the in-place signal is output;

if the parameter value corresponding to the current blood pressure parameter information is not zero, outputting a holding signal;

if the parameter value corresponding to the current blood pressure parameter information is zero, outputting a relaxation signal;

and outputting an abnormal operation signal when the relaxation signal is output, and defining the final frequency information at the moment as the identification frequency information.

5. The electronic cigarette atomization effect control method according to claim 4, wherein: further comprises:

acquiring the temperature information of the cartridge after outputting the abnormal operation signal;

judging whether the temperature corresponding to the temperature information of the cartridge is in a preset temperature range or not;

if the temperature corresponding to the temperature information of the cigarette bullet is not in the temperature range, the electronic cigarette is controlled to be closed;

If the temperature corresponding to the temperature information of the cigarette bullet is in the temperature range, outputting a continuous working signal and maintaining the normal operation of the electronic cigarette.

6. The electronic cigarette atomization effect control method according to claim 5, wherein: further comprises:

timing when the continuous working signal is output so as to acquire adjustment duration information;

calculating according to the frequency adjustment information and the in-place time length to acquire unit frequency information;

calculating according to the adjustment duration information and the unit frequency information to obtain change frequency information;

subtracting the frequency value corresponding to the change frequency information from the frequency value corresponding to the identification frequency information to obtain temporary frequency information, and controlling the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the temporary frequency information.

7. The electronic cigarette atomization effect control method according to claim 6, wherein: further comprises:

defining blood pressure parameter information when an abnormal operation signal is output as relaxation blood pressure information;

judging whether to output the holding signal again after outputting the continuous working signal;

if the holding signal is not output again after the continuous working signal is output, maintaining the timing of the time length adjustment information;

if the holding signal is output again after the continuous working signal is output, defining the blood pressure parameter information at the moment as holding blood pressure information and calculating according to the temporary frequency information and the identification frequency information at the moment to obtain average frequency information;

The calculation formula of the mean frequency information is as follows:

wherein->Frequency value corresponding to mean frequency information, < ->Frequency value corresponding to temporary frequency information, < ->A frequency value corresponding to the identification frequency information;

calculating a difference between the relaxed blood pressure information and the held blood pressure information to obtain blood pressure transition information;

according to the frequency information, the time length information, the blood pressure information, the adjustment time length information and the average frequency information stored in a preset related database, matching to determine temporary blood pressure information;

subtracting the blood pressure value corresponding to the blood pressure transition information from the blood pressure value corresponding to the temporary blood pressure information to determine deviation blood pressure information;

judging whether a blood pressure value corresponding to the deviation blood pressure information falls into a preset safety interval or not;

if the blood pressure value corresponding to the deviation blood pressure information falls into the safe interval, outputting a normal holding signal;

if the blood pressure value corresponding to the deviation blood pressure information does not fall into the safe interval, outputting an abnormal holding signal and controlling the electronic cigarette to be closed.

8. An electronic aerosol effect control system, comprising:

the acquisition module is used for acquiring current blood pressure parameter information;

the processing module is connected with the acquisition module and the judging module and is used for storing and processing information;

The processing module defines the acquired current blood pressure parameter information as initial blood pressure information, and matches the initial blood pressure information according to the blood pressure information and the frequency information stored in a preset gear database to determine initial frequency information;

the processing module controls the electronic cigarette to emit ultrasonic waves at a frequency corresponding to the initial frequency information, and counts time when the ultrasonic waves are emitted so as to acquire operation duration information;

the judging module is used for judging whether the duration corresponding to the operation duration information is consistent with the preset in-place duration;

if the judging module judges that the time length corresponding to the operation time length information is inconsistent with the in-place time length, the processing module maintains the timing state of the operation time length information;

if the judging module judges that the time length corresponding to the operation time length information is consistent with the in-place time length, the processing module outputs an in-place signal, defines current blood pressure parameter information as final blood pressure information, and calculates a difference value between the initial blood pressure information and the final blood pressure information to obtain difference value blood pressure information;

the processing module is matched with the difference blood pressure information according to the blood pressure change information and the frequency change information stored in the preset adjustment database so as to determine adjustment frequency information;

the processing module subtracts the frequency value corresponding to the adjusting frequency information from the frequency value corresponding to the initial frequency information to determine final frequency information, and controls the electronic cigarette to emit ultrasonic waves at the frequency corresponding to the final frequency information.

9. An intelligent terminal comprising a memory and a processor, the memory having stored thereon a computer program capable of being loaded by the processor and performing the method according to any of claims 1 to 7.

10. A computer readable storage medium, characterized in that a computer program is stored which can be loaded by a processor and which performs the method according to any one of claims 1 to 7.