CN115336816A - An APP-based control method and system for an aerosol generating device - Google Patents

Abstract

The invention belongs to the field of aerosol generating device control. Aiming at the problem that the aerosol generating device in the prior art has simple functions and is difficult to meet the needs of users for understanding and correcting their own smoking habits, an APP-based aerosol generating device control method and method are proposed. system, the method includes: obtaining the puff information when all the e-liquid in a pod has been puffed; updating the recommendation information according to the original or processed puff information; obtaining the target information according to the recommendation information; According to the comparison result of the suction information and the target information, a corresponding alarm operation is performed. The APP side associates the received suction information with the current login user, calculates the recommendation information according to the original or processed suction information of all current login users, and updates the recommendation information, reflecting the user's Vaping habits with aerosol-generating devices.

Description

An APP-based control method and system for an aerosol generating device

technical field

The invention belongs to the field of aerosol generating device control, and in particular relates to an APP-based aerosol generating device control method and system.

Background technique

The aerosol generating device is a product that allows users to inhale after turning the plant extracts added with edible flavors into steam by atomization and other means. At present, the aerosol generating device generally includes a pod and a cigarette rod. The pod is provided with an oil storage chamber for storing e-liquid and an atomization device for atomizing the e-liquid. The atomization device usually includes a heating component. The power supply and the MCU, the MCU controls the on-off between the power supply and the atomizing device, thereby controlling the atomization of the e-liquid.

With the continuous advancement of electronic technology, people's demand for aerosol generating devices is gradually diversified, and the demand for healthy life is becoming stronger and stronger. When users inhale atomized e-liquid through the aerosol generating device, they are eager to know their own smoking habits, whether they smoke excessively, etc., so as to provide a device that can meet the needs of users to understand their own smoking conditions and their own smoking habits. A system including an app (application) and an aerosol generating device is imperative.

Contents of the invention

The present invention provides an APP-based control method and system for an aerosol generating device, which solves the problem that in the prior art, it is difficult for an aerosol generating device to meet the needs of users for understanding and correcting their own smoking habits.

The basic solution of the present invention is: a method for controlling an aerosol generating device based on APP, comprising the following steps:

The APP side associates the received suction information with the current login user, calculates the recommendation information according to the original or processed suction information of all current login users, and updates the recommendation information, reflecting the user's Vaping habits with aerosol-generating devices.

Beneficial effects: collect the suction information of all the liquid in a pod after the user has smoked it, and send the suction information to the APP client, and the APP client will compare the original or processed suction information with the current login users, and then update the recommendation information based on the raw or processed puff information. Here the original smoking information refers to the number of puffs; the processed puffing information refers to the amount of smoking liquid per puff, and the amount of smoking liquid per puff=total volume of e-liquid/number of puffs. The APP side associates the received suction information with the current login user, calculates the recommendation information according to the original or processed suction information of all current login users, and updates the recommendation information, reflecting the user's Vaping habits with aerosol-generating devices.

Further, the recommendation information is updated according to the original or processed suction information, specifically:

All the original or processed suction information is averaged to obtain an average value, and the average value is used as recommendation information.

Further, obtaining target information according to the recommendation information;

According to the comparison result of the suction information and the target information, a corresponding alarm operation is performed.

Further, the obtaining target information according to the recommendation information is specifically:

According to preset rules, the recommended information or the input value is used as the target information.

Further, according to the preset rules, the recommended information or input value is used as the target information, specifically:

If there is an input value within the first duration; use the obtained input value as the target information;

If there is no input value within the first time period, the recommended information is used as target information. .

Further, according to the comparison result of the suction information and the target information, the corresponding alarm operation is performed, specifically:

A comparison result between the suction information and the target information is that when the suction information is greater than or equal to the target information, a corresponding alarm operation is performed.

Further, the execution of the corresponding alarm operation is specifically:

The body of the aerosol generating device is controlled to be adjusted to a locked state where no suction is possible.

Further, the execution of the corresponding alarm operation is specifically:

Controlling the body of the aerosol generating device to activate the warning unit to give an alarm.

The present invention also provides an APP-based aerosol generating device control system, including an APP client and an aerosol generating device body; the aerosol generating device body includes a collection unit and a first signal sending unit; the APP client includes a second signal receiving unit , a first processing unit, a storage unit, a second processing unit and an output unit;

The collection unit is used to collect the suction information when all the liquid in a cartridge is sucked, and send the suction information to the first signal sending unit and the control unit;

The first signal sending unit is configured to send the suction information sent by the collection unit to the second signal receiving unit of the APP client;

The second signal receiving unit sends the suction information sent by the first signal sending unit to the first processing unit;

The first processing unit is configured to associate the currently logged-in user information with the suction information received by the second signal receiving unit, and send the information to the storage unit;

The storage unit is configured to receive the suction information and user information sent by the first processing unit, and store the suction information according to the user information;

The second processing unit is configured to obtain a plurality of puff information from the storage unit according to the currently logged-in user information, and update the recommendation information according to the original or processed puff information, the recommendation information includes at least the pod recommendation The number of suction ports and send the updated recommendation information to the output unit;

The output unit is configured to output the recommendation information sent by the second processing unit.

Further, the APP client also includes an input unit, a third processing unit, and a second signal sending unit, and the aerosol generating device body includes a first signal receiving unit and a control unit;

The second processing unit is further configured to send the updated recommendation information to a third processing unit;

The input unit is configured to send the input value to the third processing unit;

The third processing unit obtains the target information according to the recommendation information sent by the second processing unit and the input value sent by the input unit, and if the third processing unit receives the input value within the preset first duration, it will input value as the target information, if the third processing unit does not receive the input value within the preset first time period, then use the recommended information as the target information; send the target information to the second signal sending unit;

The second signal sending unit is configured to send the target information sent by the third processing unit to the first signal receiving unit of the aerosol generating device body;

The first signal receiving unit is configured to send the target information sent by the second signal sending unit to the control unit;

The control unit is further configured to perform an alarm operation according to a comparison result between the target information sent by the first signal receiving unit and the suction information sent by the acquisition unit.

Further, the aerosol generating device body also includes an alarm unit and an atomization unit;

The control unit is configured to, when the suction information is greater than or equal to the target information, control the alarm unit to start, and control the atomization unit to stop working.

Beneficial effects of the present invention: the actual number of suction ports of the user is collected by the collection unit of the aerosol generating device, and the recommendation information provided to the user is updated on the APP client according to the number of suction ports, so that the user can use their own suction habits as the basis Basically make a suction plan to avoid data errors caused by only using the default value because the number of suction ports has not been calibrated.

Description of drawings

1 is a flow chart of an APP-based aerosol generating device control method provided in the first embodiment of the present invention;

Fig. 2 is a schematic unit diagram of an APP-based aerosol generating device control system provided by the second embodiment of the present invention.

Detailed ways

Further detailed explanation through specific implementation mode below:

In order to make the purpose, technical solutions and advantages of the embodiments of the present invention more clear, various implementation modes of the present invention will be described in detail below in conjunction with the accompanying drawings. However, those of ordinary skill in the art can understand that, in each implementation manner of the present invention, many technical details are provided for readers to better understand the present application. However, even without these technical details and various changes and modifications based on the following implementation modes, the technical solution claimed in this application can also be realized.

First implementation mode:

The first embodiment of the present invention provides an APP-based control method for an aerosol generating device, including the following steps: acquiring the puff information when all the e-liquid in a cartridge is puffed, the puff information at least includes The number of puffs: the recommendation information is updated according to the original or processed puff information, and the recommendation information at least includes the number of puffs recommended by the pod.

In this embodiment, the user collects the puffing information of all the e-liquid in a pod after puffing, and sends the puffing information to the APP client, and the APP client combines the original or processed puffing information with the The currently logged-in user is associated, and recommendations are then updated based on this raw or processed puff information. Here the original smoking information refers to the number of puffs; the processed puffing information refers to the amount of smoking liquid per puff, and the amount of smoking liquid per puff=total volume of e-liquid/number of puffs. The APP side associates the received suction information with the current login user, calculates the recommendation information according to the original or processed suction information of all current login users, and updates the recommendation information, reflecting the user's Vaping habits with aerosol-generating devices.

The above method further includes the following steps: obtaining target information according to the recommended information; and performing a corresponding alarm operation according to a comparison result between the suction information and the target information.

The target information represents the puffing situation expected by the user. Under certain circumstances, the recommended information may be the target information, and of course the target information may also be input by the user. When the user is using the aerosol generating device, when the smoking behavior corresponding to the smoking information exceeding the target information occurs, the aerosol generating device will perform a corresponding alarm operation, thereby informing the user that the aerosol generating device has exceeded its own smoking behavior. The expected amount of smoking liquid or the number of puffs, so that users can pay attention to their own smoking habits, and clearly know whether the current behavior violates the goals set by themselves; when the target information is recommended information, they can also clearly know the current behavior Whether it violates the previous smoking habits.

The implementation details of an APP-based aerosol generating device control method in this embodiment will be described in detail below. The following content is only the implementation details provided for easy understanding, and is not necessary for the implementation of this solution. The specific flow of this embodiment is shown in Figure As shown in 1, this embodiment is applied to the client side of the aerosol generating device and the APP client side.

Step 101, obtain the puff information when the aerosol generating device has puffed all the e-liquid in a pod, the puff information includes at least the number of puffs.

Specifically, the puffing information of the aerosol generating device is usually collected by the collection unit disposed in the body of the aerosol generating device when all the e-liquid in a pod is sucked. In this embodiment, there are various kinds of puff information of the aerosol generating device. The puff information of these aerosol generating devices is mainly to show the puffing status of the aerosol generating device, and the puff information includes at least the number of puffs.

After smoking all the e-liquid in a pod, it can be judged in at least the following three ways:

1. There is a liquid level sensor in the pod. When the liquid level sensor detects that the liquid level of the liquid in the pod is lower than the preset threshold, it is determined that all the liquid in the pod has been sucked.

2. The aerosol production device is equipped with a dry burning alarm device. When all the smoke liquid in a pod is consumed, a dry burning phenomenon will occur, and then a dry burning signal will be generated, and an alarm will be triggered to determine that the smoke has been smoked at this time. Smoke all the e-liquid in a pod. The principle of the dry-burn alarm device is to detect the resistance value of the heating element with a temperature coefficient, and then convert it into a temperature value or temperature change value or temperature change speed according to the formula, and then according to the temperature value or temperature change value or temperature change speed and preset Compared with the threshold value of , so as to determine whether it is dry burning, the relevant implementation principles and methods are common knowledge known to those skilled in the art, so they will not be described again.

3. There is a transparent observation window on the pod. When it is seen through the observation window that there is no e-liquid or it is close to the bottom of the pod, it is judged that all the e-liquid in a pod has been smoked. In some embodiments, a scale line can be set on the pod, so that it is more convenient to observe whether the e-liquid is exhausted. In some embodiments, the pod is made of a transparent material. After the pod is inserted into the power supply device, at least part of the transparent casing of the power supply device surrounds the pod. Check the scale line to see if the e-liquid is exhausted.

The above three manners are only some examples and are not limited thereto. The above-mentioned liquid level sensor in the first mode and the dry-burning alarm device in the second mode can be collectively referred to as a liquid smoke collection unit.

In some embodiments, the puff information is the number of suction ports when all the liquid is sucked in a single cartridge, and the collection unit of the aerosol generating device is the counter and the collection unit of the liquid volume. The counter is collected by the volume collection unit When the e-liquid in the pod is exhausted, the value returns to zero; the basic value of the counter is 0, and every time the aerosol generating device supplies power to the pod through the power supply device to atomize the e-liquid, the counter will increase the unit based on the current value The value is updated numerically. The case is as follows: set the value of the counter to Y _n , and the power supply device supplies power to the pod, and the atomized smoke liquid aerosol counter will increase the unit value on the basis of the current value Y _n , set the unit value to 1, and calculate the new The value Y _n+1 =Y _n +1, the calculated new value Y ⁿ⁺¹ is replaced by the original value Y _n for updating. When it is judged that the smoke liquid in the pod has been exhausted, the counter (equivalent to the acquisition unit) transmits the collected suction information to the controller, and restores its own value to the basic value 0.

Step 102, updating recommendation information according to the original or processed suction information.

In this embodiment, the original puff information refers to the user's actual number of puffs. In some implementations, the processed puff information refers to the volume of smoking liquid per puff, where the volume of smoking liquid per puff=total volume of e-liquid/actual number of puffs. In some implementations, the processed puff information may include, in addition to the actual number of puffs and/or the volume of smoking liquid per puff, information such as puff duration, puffed nicotine volume, puff power, and the like.

The APP side associates the received puffing information with the current login user, calculates the recommended information according to the original or processed puffing information of all currently logged-in users, and updates the recommended information. The recommended information here reflects the user's smoking habits when using the aerosol generating device.

In one embodiment, the recommendation information includes the recommended maximum number of puffs, the recommended number of puffs per day, and the recommended daily volume of smoking liquid. The following are specific instructions:

When the recommended information is the recommended maximum number of suction ports, for example, the default recommended number of suction ports is 1000, and the actual number of suction ports recorded according to the record is 800. At this time, updating the recommendation information means setting the recommended maximum number of suction ports to 800 mouth.

When the recommended information is the recommended number of puffs per day, assuming that the default puff is 1000 puffs, and the plan is to puff the same amount of e-liquid every day, after 10 days of puffing, you can puff 100 puffs per day. When the user finishes puffing the pod After all the e-liquid in the liquid, 500 puffs are actually smoked. In order to ensure that the puffs are completed within 10 days, you can only puff 50 puffs per day. At this time, the updated recommendation information means that the recommended number of puffs per day is 50 puffs.

When the recommended information is the recommended amount of smoking liquid per day, in one embodiment, when the liquid in the pod is full, the capacity is 2ml (the maximum capacity of each type of pod is a uniform value, and the maximum capacity of different types of pods can be different , the maximum capacity has been recorded in the storage device of the controller when leaving the factory), corresponding to the number of suction ports of 1000, allowing 100 puffs per day, the recommended daily smoking liquid volume is 0.2 ml. When all the e-liquid in the pod is exhausted, assuming that the user actually only smokes 500 puffs and still plans to puff 100 puffs a day, the recommended amount of e-liquid to be smoked per day is 0.4 ml, that is, updating the recommended information at this time means the recommended The daily smoking liquid volume is 0.4 milliliters.

In one embodiment, the user's account can be bound to the pod information on the APP side. The account can refer to the logged-in user information, and all the original or processed puff information of the same pod used by multiple accounts can be processed. The average value is obtained by taking the average value, and the average value is used as recommendation information, and the recommendation information includes at least the number of puffs recommended by the cartridge. For example, the original puffing information of the aerosol generating device corresponding to multiple accounts is the number of puffing ports when all the e-liquid in a single pod is sucked, and the puffing record information is M={Y ¹ , Y ² , Y ³ , Y ⁴ , ... Y ⁶ , Y ⁿ }, Y ¹ represents the number of puffs when all the e-liquid in the pod corresponding to the first user is exhausted, Y ⁿ represents the number of puffs corresponding to the n-th user The number of suction ports when all the e-liquid in the cartridge is exhausted, then the calculation of the recommendation information M _{recommendation} is: M _{recommendation} =(Y ¹ +Y ² +Y ³ +Y ⁴ +...+Y ⁶ +Y ⁿ )/n. Assuming that smoking 7 pods is taken as an example, the puffing data M _recommended by multiple users obtained by collecting multiple accounts will be _recommended to M as the recommended number of puffs for this type of pod. So that the next generation of products can be used as the initial value of the recommended number of suction ports.

For another example, the processed puff information of the aerosol generating device is the average single e-liquid consumption of the same type of pod during multiple users smoking e-liquid, and the puff record information is M={B ¹ , B ² , B ³ ... B ^k }, B ¹ represents the single average e-liquid consumption during the exhaustion period of all e-liquid in the cartridge corresponding to n users, and B ^k represents all the e-liquid in the cartridge corresponding to k users For the single average e-liquid consumption during exhaustion, the calculation of recommendation information M _{recommendation} is: M _{recommendation} =(B ¹ , B ² , B ³ ... B ^k )/k.

Step 103, obtaining target information according to the recommendation information.

Specifically, according to preset rules, the recommended information or the input value is used as the target information. The preset rule here is: if there is an input value within the first time period, the acquired input value is used as the target information; if there is no input value within the first time period, then the recommended information is used as the target information. Wherein, the input value is a numerical value input by the user, the first duration is usually an unchangeable value preset by the system developer, and the starting point of the first duration is the moment when step 102 is completed. In this step 103, the role of the target information is to serve as a reference target for the user during the next use of the pod. If there is no input value, the recommended information is used as the target information, adhering to the current user's behavior in using the pod in the past dynasties.

For example, the first duration is the duration t ₀ preset by the system developer. During the duration t ₀ after step 102 is completed, the user does not enter an input value. Then, when this example is executed, the recommendation information M obtained at the above step 103 is _Recommended as the target information M _target ; if the user enters the input value D _input , then this example will input the _input value D as the target information M _target during execution.

Step 104, according to the comparison result of the suction information and the target information, perform a corresponding alarm operation.

Specifically, the comparison result between the suction information and the target information is that when the suction information is greater than or equal to the target information, a corresponding alarm operation is performed. When the puffing information exceeds the target information, an alarm is issued to remind the user that the puffing behavior of this time has exceeded the puffing amount of the previous cycle, so as to facilitate the maintenance of the user's own smoking habit and the restriction of the user's own smoking behavior. There are two types of alarm operations: controlling the body of the aerosol generating device to adjust to a locked state where no suction is possible, and controlling the body of the aerosol generating device to activate the warning unit to issue an alarm.

During implementation, the body of the aerosol generating device is controlled to be adjusted to a locked state where it cannot be sucked, specifically, the atomization unit of the aerosol generating device is controlled to stop working, thereby ensuring that the user cannot use the body of the aerosol generating device for suction Behavior, the atomization unit corresponds to the atomization device of the aerosol generating device.

During implementation, the body of the aerosol generating device is controlled to activate the warning unit to give an alarm. Specifically, the circuit where the buzzer of the aerosol generating device is controlled is turned on, the buzzer is activated, and an alarm sound is issued. Alternatively, the body of the aerosol generating device includes an LED display, and when the corresponding operation is not performed, a "smiling face" pattern is displayed on the LED display, and when the corresponding alarm operation is performed, a "sad face" pattern is displayed on the LED display.

The target information represents the puffing situation expected by the user. Under certain circumstances, the recommended information may be the target information, and of course the target information may also be input by the user. When the user is using the aerosol generating device, when the smoking behavior corresponding to the smoking information exceeding the target information occurs, the aerosol generating device will perform a corresponding alarm operation, thereby informing the user that the aerosol generating device has exceeded its own smoking behavior. The expected amount of smoking liquid or the number of puffs, so that users can pay attention to their own smoking habits, and clearly know whether the current behavior violates the goals set by themselves; when the target information is recommended information, they can also clearly know the current behavior Whether it violates the previous smoking habits.

The step division of the above various methods is only for the sake of clarity of description. During implementation, it can be combined into one step or some steps can be split and decomposed into multiple steps. As long as they include the same logical relationship, they are all within the scope of protection of this patent. ; Adding insignificant modifications or introducing insignificant designs to the algorithm or process, but not changing the core design of the algorithm and process are all within the scope of protection of this patent.

Second embodiment:

The reference numerals in the accompanying drawing 2 of the specification include: aerosol generating device body 1, APP client 2, collection unit 11, first signal sending unit 12, control unit 13, atomization unit 14, alarm unit 15, first signal The receiving unit 16 , the second signal receiving unit 21 , the first processing unit 22 , the storage unit 23 , the second processing unit 24 , the output unit 25 , the third processing unit 26 , the input unit 27 , and the second signal sending unit 28 .

This embodiment provides an APP-based aerosol generating device control system, as shown in Figure 2, including an APP client 2 and an aerosol generating device body 1; the aerosol generating device body 1 includes a collection unit 11, a first signal sending unit 12. The first signal receiving unit 16, the control unit 13, the alarm unit 15 and the atomization unit 14; the APP client 2 includes a second signal receiving unit 21, a first processing unit 22, a storage unit 23, a second processing unit 24, An output unit 25 , an input unit 227 , a third processing unit 26 and a second signal sending unit 28 .

Wherein, the collection unit 11 is used to collect the puff information when all the e-liquid in a cartridge is puffed, and send the puff information to the first signal sending unit 12 and the control unit 13;

The first signal sending unit 12 is configured to send the suction information sent by the collection unit 11 to the second signal receiving unit 21 of the APP client 2;

The second signal receiving unit 21 sends the suction information sent by the first signal sending unit 12 to the first processing unit 22;

The first processing unit 22 is configured to associate the currently logged-in user information with the suction information received by the second signal receiving unit 21, and send it to the storage unit 23;

The storage unit 23 is configured to receive the pumping information and user information sent by the first processing unit 22, and store the pumping information corresponding to the user information;

The second processing unit 24 is configured to obtain a plurality of puff information from the storage unit 23 according to the currently logged-in user information, and update the recommendation information according to the original or processed puff information, the recommendation information includes at least the cigarette Play the recommended number of suction ports, and send the updated recommendation information to the output unit 25 and the third processing unit 26;

The output unit 25 is configured to output the recommendation information sent by the second processing unit 24;

The input unit 27 is configured to send the input value to the third processing unit 26;

The third processing unit 26 obtains the target information according to the recommendation information sent by the second processing unit 24 and the input value sent by the input unit 26, if the third processing unit 26 receives the input value within the preset first time period , the input value is used as the target information, and if the third processing unit 26 does not receive the input value within the preset first time period, the recommended information is used as the target information; the target information is sent to the second signal transmission Unit 28;

The second signal sending unit 28 is configured to send the target information sent by the third processing unit 26 to the first signal receiving unit 16 of the aerosol generating device body 1;

The first signal receiving unit 16 is configured to send the target information sent by the second signal sending unit 28 to the control unit 13;

The control unit 13 is further configured to perform an alarm operation according to the comparison result between the target information sent by the first signal receiving unit 16 and the suction information sent by the collection unit 11, specifically, in the suction When the suction information is greater than or equal to the target information, the alarm unit 15 is controlled to start, and the atomization unit 14 is controlled to stop working.

In the system provided by this embodiment, when in use, the aerosol generating device body 1 collects the puff information when all the e-liquid in a cartridge is puffed, and then sends the puff information to the APP client 2 . The first processing unit 22 of the APP client 2 associates the suction information with the currently logged-in user information of the APP client 2 and stores it; the second processing unit 24 searches the storage unit 23 for the corresponding The recommended information is calculated by taking the average of a plurality of suction information; the third processing unit 26 obtains the target information according to the recommended information and the input information, and sends the target information to the aerosol generating device again through the second signal sending unit 28 At the main body 1: the control unit 13 controls the opening and closing of the alarm unit 15 and the atomization unit 14 according to the size between the suction information and the target information.

When the user is using the aerosol generating device, the aerosol generating device body 1 compares the current suction information collected by the collecting unit 11 with the target information received by the first signal receiving unit 16 . The control unit 13 performs according to the comparison result between the target information sent by the first signal receiving unit 16 and the puff information sent by the collection unit 11, that is, when there is a smoking behavior corresponding to the puff information exceeding the target information. Alarm operation, so as to start the alarm unit 15, such as buzzer activation, LED display changing from "smiling face" to "sad face", and control atomization devices such as the atomizer of the atomization unit 14 to stop working. In this way, the user is notified that the aerosol generating device has exceeded the suction volume of the previous preset cycle this time, so that the user pays attention to his own smoking habits, and clearly knows whether the current behavior violates the previous smoking habits.

Further, the APP client 2 of this solution also includes a search unit 29;

The input unit 26 is also used to input user information, and send the user information to the search unit 29;

The search unit 29 is configured to find all corresponding suction information from the storage unit 23 according to the user information, and send the suction information to the output unit 25;

The output unit 25 is also configured to output the suction information sent by the search unit 29 .

For example, the input unit 23 of the APP client 2 inputs specified user information; the search unit 29 finds the corresponding puff information from the storage unit 23 , and then sends the puff information to the output unit 27 . The output unit 27 can adopt an LED display screen, which is used to display the suction information sent by the search unit 29 , and can also be used to display the recommendation information sent by the second processing unit 24 . In this way, the solution further provides users with the ability to know the number of puffs they have exhausted in each pod and e-liquid by inputting their own user information, so as to understand their own history.

It is not difficult to find that this embodiment is a system embodiment corresponding to the first embodiment, and this embodiment can be implemented in cooperation with the first embodiment. The implementation of the control unit 14 in this embodiment includes the controller in the first embodiment. The relevant technical details mentioned in the first embodiment are still valid in this embodiment, and will not be repeated here in order to reduce repetition. Correspondingly, the relevant technical details mentioned in this implementation manner can also be applied in the first implementation manner.

It is worth mentioning that each unit involved in this embodiment is a logical unit. In practical applications, a logical unit can be a physical unit, or a part of a physical unit, or multiple physical units. Combination of units. In addition, in order to highlight the innovative part of the present invention, units that are not closely related to solving the technical problems proposed by the present invention are not introduced in this embodiment, but this does not mean that there are no other units in this embodiment.

What is described above is only an embodiment of the present invention, and the common knowledge such as the specific structure and characteristics known in the scheme is not described too much here, and those of ordinary skill in the art know all the common knowledge in the technical field to which the invention belongs before the filing date or the priority date Technical knowledge, being able to know all the existing technologies in this field, and having the ability to apply conventional experimental methods before this date, those of ordinary skill in the art can improve and implement this plan based on their own abilities under the inspiration given by this application, Some typical known structures or known methods should not be obstacles for those of ordinary skill in the art to implement the present application. It should be pointed out that for those skilled in the art, under the premise of not departing from the structure of the present invention, several modifications and improvements can also be made, and these should also be regarded as the protection scope of the present invention, and these will not affect the implementation of the present invention. Effects and utility of patents. The scope of protection required by this application shall be based on the content of the claims, and the specific implementation methods and other records in the specification may be used to interpret the content of the claims.

Claims (11)

1. an APP-based aerosol generating device control method, is characterized in that, comprises the following steps: Obtain the puff information when all the e-liquid in a pod is puffed, the puff information includes at least the number of puffs; The recommendation information is updated according to the original or processed puff information, and the recommendation information at least includes the number of puffs recommended by the cartridge. 2. The method for controlling an APP-based aerosol generating device according to claim 1, wherein the recommendation information is updated according to the original or processed suction information, specifically: All the original or processed suction information is averaged to obtain an average value, and the average value is used as recommendation information. 3. A method for controlling an APP-based aerosol generating device according to claim 1, wherein the method further comprises: Obtain target information according to the recommendation information; According to the comparison result of the suction information and the target information, a corresponding alarm operation is performed. 4. The method for controlling an APP-based aerosol generating device according to claim 3, wherein the target information obtained according to the recommended information is specifically: According to preset rules, the recommended information or the input value is used as the target information. 5. An APP-based aerosol generating device control method according to claim 4, characterized in that, according to the preset rules, the recommended information or input value is used as the target information, specifically: If there is an input value within the first duration; use the obtained input value as the target information; If there is no input value within the first time period, the recommended information is used as target information. 6. An APP-based aerosol generating device control method according to claim 3, characterized in that: according to the comparison result of the suction information and the target information, the corresponding alarm operation is performed, specifically: A comparison result between the suction information and the target information is that when the suction information is greater than or equal to the target information, a corresponding alarm operation is performed. 7. An APP-based aerosol generating device control method according to claim 3, characterized in that: the execution of the corresponding alarm operation is specifically: The body of the aerosol generating device is controlled to be adjusted to a locked state where no suction is possible. 8. An APP-based aerosol generating device control method according to claim 3, characterized in that: the execution of the corresponding alarm operation is specifically: Controlling the body of the aerosol generating device to activate the warning unit to give an alarm. 9. An APP-based aerosol generating device control system, characterized in that: it includes an APP client and an aerosol generating device body; the aerosol generating device body includes a collection unit and a first signal sending unit; the APP client includes a second signal a receiving unit, a first processing unit, a storage unit, a second processing unit and an output unit; The collection unit is used to collect the suction information when all the liquid in a cartridge is sucked, and send the suction information to the first signal sending unit and the control unit; The first signal sending unit is configured to send the suction information sent by the collection unit to the second signal receiving unit of the APP client; The second signal receiving unit sends the suction information sent by the first signal sending unit to the first processing unit; The first processing unit is configured to associate the currently logged-in user information with the suction information received by the second signal receiving unit, and send the information to the storage unit; The storage unit is configured to receive the suction information and user information sent by the first processing unit, and store the suction information according to the user information; The second processing unit is configured to obtain a plurality of puff information from the storage unit according to the currently logged-in user information, and update the recommendation information according to the original or processed puff information, the recommendation information includes at least the cartridge recommendation The number of suction ports and send the updated recommendation information to the output unit; The output unit is configured to output the recommendation information sent by the second processing unit. 10. The APP-based aerosol generating device control system according to claim 9, characterized in that: the APP client also includes an input unit, a third processing unit and a second signal sending unit, and the aerosol The generating device body includes a first signal receiving unit and a control unit; The second processing unit is further configured to send the updated recommendation information to a third processing unit; The input unit is configured to send the input value to the third processing unit; The third processing unit obtains the target information according to the recommendation information sent by the second processing unit and the input value sent by the input unit, and if the third processing unit receives the input value within the preset first duration, it will input value as the target information, if the third processing unit does not receive the input value within the preset first time period, then use the recommended information as the target information; send the target information to the second signal sending unit; The second signal sending unit is configured to send the target information sent by the third processing unit to the first signal receiving unit of the aerosol generating device body; The first signal receiving unit is configured to send the target information sent by the second signal sending unit to the control unit 14; The control unit is further configured to perform an alarm operation according to a comparison result between the target information sent by the first signal receiving unit and the suction information sent by the acquisition unit. 11. An APP-based aerosol generating device control system according to claim 10, characterized in that: the aerosol generating device body also includes an alarm unit and an atomization unit; The control unit is configured to, when the suction information is greater than or equal to the target information, control the alarm unit to start, and control the atomization unit to stop working.

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