WO2025148003A1 - Electronic cigarette-based intelligent application system and control method therefor - Google Patents

Abstract

An electronic cigarette-based intelligent application system, comprising an intelligent electronic cigarette (1), a server (2), and an electronic cigarette application APP (3) installed on an intelligent terminal (100), wherein the intelligent electronic cigarette (1) comprises an electronic cigarette intelligent module (11) and a wireless communication module (12); the electronic cigarette intelligent module (11) communicates bidirectionally with the electronic cigarette application APP (3) on the intelligent terminal (100) by means of a wireless communication module (12), and the electronic cigarette application APP (3) is communicatively connected to the server (2) by means of a public network; the electronic cigarette intelligent module (11) accesses the public network by means of the wireless communication module (12) to directly communicate with the server (2); and the electronic cigarette intelligent module (11) comprises a main control unit (111), a human-machine interaction unit (112) and an application function unit (113). Human-machine interaction is realized by means of the human-machine interaction unit (112) of the electronic cigarette intelligent module (11), the main control unit (111) receives input information of the human-machine interaction unit (112) and transmits the input information to an electronic cigarette intelligent APP and/or the server (2) by means of the wireless communication module (12), the main control unit (111) further controls, on the basis of an instruction sent by the electronic cigarette intelligent APP and the server (2), the human-machine interaction module to display corresponding information, and the electronic cigarette intelligent module (11) communicates bidirectionally with the electronic cigarette application APP (3) on the intelligent terminal (100) by means of the wireless communication module (12).

Description

An intelligent application system based on electronic cigarette and control method thereof Technical Field

The present application relates to the technical field of electronic cigarettes, and in particular to an intelligent application system based on electronic cigarettes and a control method thereof.

Background Art

Electronic cigarettes can be divided into atomizing electronic cigarettes (also known as steam electronic cigarettes) and heat-not-burn electronic cigarettes according to their principles. They have become the preferred tobacco products for many smokers and have better met their smoking needs. Among them, atomizing electronic cigarettes heat and atomize liquid substances (also known as tobacco oil) or paste substances to emit aerosols or smoke for users to inhale; heat-not-burn electronic cigarettes heat tobacco or tobacco to a certain temperature to emit smoke for users to inhale. Compared with traditional tobacco, electronic cigarettes do not burn with open flames, which reduces or avoids the production of tar and many harmful particles. Therefore, electronic cigarettes are gradually becoming popular.

Traditional electronic cigarettes are generally composed of atomizing components, heating components, batteries, main boards, material (liquid, tobacco or other tobacco products) containers, mouthpieces, charging ports, power indicators, material indicators, shells, air dynamic switches, etc. The air dynamic switches or devices with similar functions can detect the user's smoking actions and smoking duration to count data such as the duration, frequency, and number of each smoking.

As a carry-on item for e-cigarette enthusiasts, e-cigarettes currently only play the role of satisfying people's smoking needs, and other functions are rare. Although some patents add wireless communication modules and microcontroller modules to e-cigarettes, enabling them to communicate with smart terminal devices (such as mobile phones, computers, etc.), these functions are limited to statistics related to the smoking function, such as the number of times smoked and the duration of smoking.

Therefore, how to improve the intelligence level of electronic cigarettes is a problem that needs to be solved urgently in this field.

Summary of the invention

In order to solve the above technical problems, the present application provides an intelligent application system based on electronic cigarettes and a control method thereof, which effectively improves the intelligence level of electronic cigarettes.

The first purpose of this application is to provide an intelligent application system based on electronic cigarettes.

The above-mentioned application objective 1 of the present application is achieved through the following technical solutions:

An intelligent application system based on an electronic cigarette, comprising an intelligent electronic cigarette, a server and an electronic cigarette application APP installed on an intelligent terminal, wherein the intelligent electronic cigarette comprises an electronic cigarette intelligent module and a wireless communication module;

The electronic cigarette intelligent module performs two-way communication with the electronic cigarette application APP on the intelligent terminal through the wireless communication module, and the electronic cigarette application APP is connected to the server through the public network; and/or

The electronic cigarette intelligent module is connected to the public network through the wireless communication module to directly communicate with the server;

in,

The electronic cigarette intelligent module comprises a main control unit, a human-computer interaction unit and an application function unit, and the human-computer interaction unit, the application function unit and the wireless communication module are respectively connected to the main control unit.

Preferably, the application function unit includes one or any combination of an image acquisition module, a fingerprint acquisition module, an NFC module, a ranging module, a gyroscope, a positioning module, a vibration motor, a Hall sensor and a magnet, a health monitoring module and a memory, and the image acquisition module, the fingerprint acquisition module, the NFC module, the ranging module, the gyroscope, the positioning module, the vibration motor, the Hall sensor, the health monitoring module and the memory are respectively connected to the main control unit.

Preferably, the wireless communication module includes one or any combination of a Bluetooth chip, a WiFi chip, a mobile communication device and a satellite communication device, and the Bluetooth chip, the WiFi chip, the mobile communication device and the satellite communication device are respectively connected to the main control unit.

Preferably, the human-computer interaction unit comprises a touch screen, a microphone, a speaker and an earphone interface, and the touch screen, the microphone, the speaker and the earphone interface are respectively connected to the main control unit.

The second object of the present application is to provide a control method for an electronic cigarette intelligent application system as described in any one of the first objects above.

The second application objective of the present application is achieved through the following technical solutions:

A control method for an electronic cigarette intelligent application system based on any one of the first objectives above, the method comprising the following steps:

Establishing a binding relationship between the smart electronic cigarette and the electronic cigarette application APP based on the unique identification code of the electronic cigarette smart module in a preset binding manner;

Based on the binding relationship established between the smart electronic cigarette and the electronic cigarette application APP, the target application function management of the smart electronic cigarette is performed through the electronic cigarette application APP, wherein:

The target application functions include:

Lock and protect the smart electronic cigarette, view the usage status information of the smart electronic cigarette, set the application function attributes of the smart electronic cigarette as needed, locate and track the smart electronic cigarette, interact with the smart electronic cigarette intelligently, manage the social functions of the smart electronic cigarette, set auxiliary function parameters of the smart electronic cigarette, and make and receive calls through the smart electronic cigarette.

Preferably, the establishing of a binding relationship between the smart electronic cigarette and the electronic cigarette application APP in a preset binding manner based on the unique identification code of the electronic cigarette smart module includes:

Obtaining a unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP, wherein the unique identification code is composed of a global unique identification code and product production information of the electronic cigarette intelligent module in a preset combination mode;

Determine the legitimacy of the unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP;

When the electronic cigarette application APP determines that the unique identification code of the electronic cigarette intelligent module is legal, the electronic cigarette application APP encrypts the current user ID of the electronic cigarette application APP and the unique identification code using a preset encryption and decryption algorithm to obtain an encrypted data packet, and sends the encrypted data packet to the server;

The server uses a preset encryption and decryption algorithm to decrypt the encrypted data packet to obtain the current user ID and the unique identification code of the electronic cigarette application APP;

Further determining the legitimacy of the unique identification code of the electronic cigarette intelligent module through the server;

When the server determines that the unique identification code of the electronic cigarette intelligent module is legal, the historical binding information of the unique identification code is obtained through the server;

The server establishes a binding relationship between the current user identity ID of the electronic cigarette application APP and the unique identification code according to a preset binding process based on the current user identity ID of the electronic cigarette application APP, the unique identification code and the historical binding information of the unique identification code.

Preferably, the obtaining the unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP includes:

Scan the QR code or barcode on the shell of the smart electronic cigarette or displayed on the screen after the smart module of the smart electronic cigarette is turned on through the electronic cigarette application APP, or input the digital string on the shell of the smart electronic cigarette or the digital string displayed on the screen after the smart module of the smart electronic cigarette is turned on into the electronic cigarette application APP to obtain the unique identification code of the electronic cigarette smart module;

or

After the electronic cigarette intelligent module is powered on, the electronic cigarette intelligent module automatically sends a Bluetooth connection identification signal, wherein the Bluetooth connection identification signal carries the Bluetooth connection identifier of the electronic cigarette intelligent module;

The user turns on the Bluetooth connection switch on the smart terminal installed with the electronic cigarette application APP;

The user searches for the Bluetooth connection identifier of the electronic cigarette smart module on the smart terminal installed with the electronic cigarette application APP, and initiates connection and pairing;

When the electronic cigarette application APP is paired with the electronic cigarette intelligent module via Bluetooth, the electronic cigarette intelligent module sends the unique identification code stored internally to the electronic cigarette application APP.

Preferably, the locking and protecting of the smart electronic cigarette includes:

The user enters the lock protection function page on the electronic cigarette application APP and clicks the lock protection button to start The electronic cigarette locking protection function, wherein when the electronic cigarette locking protection function is turned on, the atomizer of the smart electronic cigarette is in a locked state;

The electronic cigarette application APP monitors whether an unlock request is received;

When the electronic cigarette application APP receives an unlock request, it determines whether the unlock information carried in the unlock request meets a preset condition;

When the unlocking information carried by the unlocking request meets the preset conditions, the electronic cigarette application APP sends an unlocking instruction to the electronic cigarette intelligent module;

The electronic cigarette intelligent module generates an electronic cigarette start trigger signal according to the unlocking instruction to control the atomizer of the intelligent electronic cigarette to unlock and enter a normal working mode.

Preferably, the intelligent interaction with the smart electronic cigarette includes initiating an interactive process of intelligent question and answer on the electronic cigarette application APP and initiating an interactive process of intelligent question and answer on the smart electronic cigarette, wherein:

The interactive process of initiating intelligent question and answer on the electronic cigarette application APP is as follows:

The user enters the smart question and answer interaction page on the e-cigarette application APP and clicks the smart question and answer button to start the smart question and answer interaction process;

The user enters the question content on the e-cigarette application APP;

The electronic cigarette application APP pre-processes the input question content to form a question data packet, and sends the question data packet to the server;

The server calls the corresponding artificial intelligence model to analyze and process the problem data packet to obtain a response data packet, and sends the response data packet to the electronic cigarette application APP;

The electronic cigarette application APP parses the response data packet to obtain the answer to the question, and displays the answer to the question on the intelligent question-answering interactive page;

The interactive process of initiating intelligent question and answer on the intelligent electronic cigarette is as follows:

Establishing a wireless communication connection between the electronic cigarette application APP and the electronic cigarette intelligent module of the intelligent electronic cigarette;

The user clicks the smart question and answer button on the touch screen of the smart electronic cigarette or presses the smart question and answer physical button on the smart electronic cigarette to start the smart question and answer process;

The user inputs the question content through the human-computer interaction module of the smart electronic cigarette;

The electronic cigarette intelligent module of the smart electronic cigarette sends the input question content to the electronic cigarette application APP;

The electronic cigarette application APP pre-processes the problem content to form a problem data packet, and sends the problem data packet to the server;

The server calls the corresponding artificial intelligence model to analyze and process the problem data packet to obtain a response data packet, and sends the response data packet to the electronic cigarette application APP;

The electronic cigarette application APP parses the response data packet to obtain the answer to the question, and sends the answer to the electronic cigarette intelligent module to display the answer to the question through the electronic cigarette intelligent module.

Preferably, the social function management of the smart electronic cigarette includes:

Shared smoking areas:

The user publishes the smoking location sharing information through the electronic cigarette application APP, wherein the smoking location sharing information includes one or any combination of the following information:

Location information, opening hours, surrounding description information, photos and videos of smoking places;

Friend settings: Users personalize the friend function through the electronic cigarette application APP, where the personalized settings include at least one of the following:

Are you willing to be added as a friend by others?

Whether to allow others to add friends by mobile phone number/user name/type of e-cigarette smoked/region search method;

Friends circle permission settings;

Expected friend attribute settings, wherein the friend attributes include one or any combination of age, gender, education level, and e-cigarette hobbies;

Adding friends: The user adds a target friend by inputting the target friend's attribute information in the electronic cigarette application APP, wherein the attribute information includes one or any combination of mobile phone number, user name, location, hobbies and favorite electronic cigarette characteristics;

Online meeting reservation: The user reserves an online meeting through the electronic cigarette application APP, and sends the meeting number and meeting link of the scheduled meeting to other target persons who have installed the electronic cigarette application APP;

File sharing: The user transfers the file to be shared to the target object or target storage space through the electronic cigarette application APP.

In summary, the present application discloses an intelligent application system based on electronic cigarettes and a control method thereof, wherein the intelligent application system is configured by configuring an intelligent electronic cigarette, a server and an electronic cigarette application APP installed on an intelligent terminal; the intelligent electronic cigarette is configured by adding an electronic cigarette intelligent module and a wireless communication module, and the electronic cigarette intelligent module is enabled to perform two-way communication with the electronic cigarette application APP on the intelligent terminal through the wireless communication module; the electronic cigarette application APP is connected to the server through a public network, and/or the electronic cigarette intelligent module is connected to the public network through a wireless communication module to directly communicate with the server; and the electronic cigarette intelligent module is configured by configuring a main control unit, a human-computer interaction unit and an application function unit, thereby effectively expanding the use functions of traditional electronic cigarettes, making the electronic cigarette functions diversified and intelligent.

BRIEF DESCRIPTION OF THE DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will describe the embodiments or the prior art. The drawings required for use in the technical description are briefly introduced. Obviously, the drawings described below are only some embodiments recorded in this application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

FIG1 is a schematic diagram of the structure of an electronic cigarette-based intelligent application system in an embodiment of the present application;

FIG. 2 is a flow chart of a control method of an electronic cigarette-based intelligent application system in an embodiment of the present application.

DETAILED DESCRIPTION

In order to enable those skilled in the art to better understand the technical solutions in this application, the technical solutions in the embodiments of this application will be clearly and completely described below. Obviously, the described embodiments are only part of the embodiments of this application, not all of them. Based on the embodiments in this application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

In the embodiments provided in the present application, it should be understood that the disclosed methods and systems can be implemented in other ways. The system embodiments described below are merely schematic. For example, the division of units and modules is only a logical function division. There may be other division methods in actual implementation, such as: multiple units or modules can be combined, or can be integrated into another system, or some features can be ignored, or not executed. In addition, the coupling, direct coupling, or communication connection between the components shown or discussed can be through some interfaces, indirect coupling or communication connection of devices or modules, which can be electrical, mechanical or other forms.

In addition, all functional units in the embodiments of the present application may be integrated into one processor, or each unit may be a separate device, or two or more units may be integrated into one device; each functional unit in the embodiments of the present application may be implemented in the form of hardware or in the form of hardware plus software functional units.

A person of ordinary skill in the art can understand that all or part of the steps of the following method embodiments can be accomplished by program instructions and related hardware. The aforementioned program instructions can be stored in a computer-readable storage medium. When the program instructions are executed, the steps of the following method embodiments are executed. The aforementioned storage medium includes various media that can store program codes, such as mobile storage devices, read-only memories (ROM), magnetic disks or optical disks.

In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Therefore, a feature defined as "first" or "second" may explicitly or implicitly include one or more of the features. In the description of this application, "multiple" and "several" mean two or more, unless otherwise clearly and specifically defined.

As shown in FIG1 , the embodiment of the present application provides an intelligent application system based on an electronic cigarette, including an intelligent electronic The electronic cigarette 1, the server 2 and the electronic cigarette application APP3 installed on the smart terminal 100, the smart electronic cigarette 1 includes an electronic cigarette intelligent module 11 and a wireless communication module 12; the electronic cigarette intelligent module 11 performs two-way communication with the electronic cigarette application APP3 on the smart terminal 100 through the wireless communication module 12, and the electronic cigarette application APP3 is connected to the server 2 through the public network; and/or the electronic cigarette intelligent module 11 is connected to the public network through the wireless communication module 12 to directly communicate with the server 2; wherein the electronic cigarette intelligent module 11 includes a main control unit 111, a human-computer interaction unit 112 and an application function unit 113, and the human-computer interaction unit 112, the application function unit 113 and the wireless communication module 12 are respectively connected to the main control unit 111.

In this embodiment, the working principle of the electronic cigarette intelligent application system is as follows:

The smart electronic cigarette 1 realizes human-computer interaction between the user and the smart electronic cigarette 1 through the human-computer interaction unit 112 of the electronic cigarette smart module 11. The main control unit 111 receives the input information of the human-computer interaction unit 112 and transmits it to the electronic cigarette smart APP and/or server 2 through the wireless communication module 12. The main control unit 111 also controls the human-computer interaction module to display corresponding information according to the instructions sent by the electronic cigarette smart APP and/or server 2. The electronic cigarette smart module 11 communicates bidirectionally with the electronic cigarette application APP3 on the smart terminal 100 through the wireless communication module 12, thereby completing the data interaction between the two. The electronic cigarette application APP3 and the server 2 complete the data interaction through the public network connection. The smart electronic cigarette 1 can also communicate with the server 2 after connecting to the public network through the wireless communication module 12, thereby realizing the data interaction between the smart electronic cigarette 1 and the server 2.

The electronic cigarette intelligent application system of this embodiment is provided with an intelligent electronic cigarette 1, a server 2 and an electronic cigarette application APP3 installed on the intelligent terminal 100. The intelligent electronic cigarette 1 is provided with an electronic cigarette intelligent module 11 and a wireless communication module 12, and the electronic cigarette intelligent module 11 is enabled to communicate bidirectionally with the electronic cigarette application APP3 on the intelligent terminal 100 through the wireless communication module 12. The electronic cigarette application APP3 is connected to the server 2 through a public network, and/or the electronic cigarette intelligent module 11 is connected to the public network through the wireless communication module 12 to directly communicate with the server 2. The electronic cigarette intelligent module 11 is provided with a main control unit 111, a human-computer interaction unit 112 and an application function unit 113. The electronic cigarette intelligent system of this embodiment can realize the functions of alarm clock, stopwatch, weather check, sports step counting, health monitoring, intelligent question and answer, social networking, etc. through data interaction among the intelligent electronic cigarette 1, the server 2 and the electronic cigarette application APP3 installed on the intelligent terminal 100, in conjunction with the corresponding software program, so as to effectively expand the use functions of traditional electronic cigarettes and make the electronic cigarette functions diversified and intelligent.

Specifically, the electronic cigarette intelligent module 11 of the present application can be integrated with the traditional electronic cigarette in the following two ways to obtain the intelligent electronic cigarette 1 of the present application:

Integration method 1: On the main board of the traditional electronic cigarette, functional units/devices such as the main control unit 111, the human-computer interaction unit 112 and the application function unit 113 required by the electronic cigarette intelligent module 11 are added to meet the requirements of the alarm clock, stopwatch, weather check, sports pedometer, health monitoring, intelligent question and answer, social networking and other functions described in this application.

Integration method 2: The electronic cigarette intelligent module 11 adopts a relatively independent assembly method, and has functional units/devices such as the main control unit 111, the human-computer interaction unit 112 and the application function unit 113 that realize the functions described in this application. When designing the electronic cigarette shell, a certain space and interface are left for the electronic cigarette intelligent module 11. The electronic cigarette intelligent module 11 can be inserted into the space. It is relatively independent of the original electronic cigarette device and does not interfere with each other.

Of course, in order to reduce the weight of the electronic cigarette device and reduce the cost, the electronic cigarette intelligent module 11 and the original electronic cigarette device can share a battery and a motherboard.

Specifically, the main control unit 111 in this embodiment adopts an ARM chip, which has digital computing capabilities and can be programmed to complete various tasks by controlling other peripherals. The main control chip can integrate the control circuit of the traditional electronic cigarette in the form of a peripheral to control the electronic cigarette's inhalation switch, the amount of oil produced each time, and other parameters.

Specifically, in this embodiment, the application function unit 113 includes one or any combination of an image acquisition module 1131, a fingerprint acquisition module 1132, an NFC module 1133, a ranging module 1134, a gyroscope 1135, a positioning module 1136, a vibration motor 1137, a Hall sensor 1138 and a magnet, a health monitoring module 1130 and a memory 1139, and the image acquisition module 1131, the fingerprint acquisition module 1132, the NFC module 1133, the ranging module 1134, the gyroscope 1135, the positioning module 1136, the vibration motor 1137, the Hall sensor 1138, the health monitoring module 1130 and the memory 1139 are respectively connected to the main control unit 111.

In this embodiment, the corresponding functions of each functional module of the application function unit 113 are introduced as follows:

Image acquisition module 1131: used to acquire images or videos, and assist in realizing functions such as taking photos, taking videos, video calls, and unlocking the electronic cigarette inhalation switch by face recognition. The image acquisition module 1131 uses a micro camera;

Fingerprint collection module 1132: used to collect fingerprints to implement fingerprint locking protection to prevent others from smoking your electronic cigarette;

NFC module 1133: used to enable the electronic cigarette to realize NFC payment function (such as swiping bus cards, subway cards, etc.);

Distance measuring module 1134: used to enable the electronic cigarette to realize distance measuring function. Distance measuring module 1134 can specifically adopt TOF sensor or ultrasonic sensor;

Gyroscope 1135: used to enable the electronic cigarette to realize functions such as step counting and posture detection;

Positioning module 1136: used to enable the electronic cigarette to realize the positioning function. The positioning module 1136 can specifically adopt a GPS module;

Vibration motor 1137: used to enable the electronic cigarette to achieve the vibration function, and to remind the user through the vibration mode when the user is in a meeting or other occasions where it is inconvenient to make a sound;

Hall sensor 1138 and magnet: used to enable the electronic cigarette to detect the presence or absence of another electronic cigarette at a close distance.

Memory 1139: used to enable the electronic cigarette to store more data. Memory 1139 can specifically use NOR Flash memory, NAND Flash memory, TF (Trans-flash Card) card or SD (Secure Digital Memory Card) card.

Health monitoring module 1130: used to detect the physical parameters of the electronic cigarette user. Specifically, the health monitoring module includes a heart rate sensor, a blood pressure sensor and a blood oxygen sensor, which detect the user's heart rate, blood pressure and blood oxygen respectively, so that the electronic cigarette user can monitor some of his own physical health parameters.

Specifically, in this embodiment, the wireless communication module 12 includes one or any combination of a Bluetooth chip 121, a WiFi chip 122, a mobile communication device 123 and a satellite communication device 124, and the Bluetooth chip 121, the WiFi chip 122, the mobile communication device 123 and the satellite communication device 124 are respectively connected to the main control unit 111.

In this embodiment, the corresponding functions of each communication chip/device of the wireless communication module 12 are described as follows:

Bluetooth chip 121: used to enable the electronic cigarette to conveniently communicate with the smart terminal 100 (such as a mobile phone, tablet computer, laptop computer, etc.) installed with the electronic cigarette application APP3;

WiFi chip 122: used to enable the electronic cigarette to connect to the Internet by relying on the WiFi hotspot of a nearby smart terminal 100 (such as a mobile phone, tablet computer, laptop computer, etc.) or the relay of a nearby wireless router;

Mobile communication device 123: used to enable the electronic cigarette to directly connect to the mobile communication base station, so that the electronic cigarette can also connect to the Internet when it is far away from the smart terminal 100. The mobile communication device 123 can specifically adopt a 2G communication device, a 3G communication device, a 4G communication device, a 5G communication device, etc.;

Satellite communication device 124: used to enable the electronic cigarette to access the public communication network when it is far away from the smart terminal 100 and the mobile communication base station to achieve emergency communication.

Specifically, in this embodiment, the human-computer interaction unit 112 includes a touch screen 1121 , a microphone 1122 , a speaker 1123 and an earphone interface 1124 , and the touch screen 1121 , the microphone 1122 , the speaker 1123 and the earphone interface 1124 are respectively connected to the main control unit 111 .

The functions of the touch screen 1121, the microphone 1122 and the speaker 1123 in the human-computer interaction unit 112 are known in the art and will not be described in detail herein. The earphone interface 1124 can be used by the user to plug in wired earphones.

It should be noted that the smart electronic cigarette 1 can also be connected to a wireless headset (such as a Bluetooth headset) through the wireless communication module 12.

As shown in FIG. 2 , an embodiment of the present application provides a control method based on an intelligent application system of an electronic cigarette. The control method is implemented based on the intelligent application system of an electronic cigarette in any of the above embodiments. The control method includes the following steps:

S1, establishing a binding relationship between the smart electronic cigarette and the electronic cigarette application APP according to a preset binding method based on the unique identification code of the electronic cigarette smart module;

S2, based on the binding relationship established between the smart electronic cigarette and the electronic cigarette application APP, through the electronic cigarette application APP Manage the target application functions of smart electronic cigarettes, including:

Target application functions include:

Lock and protect smart electronic cigarettes, view the usage status information of smart electronic cigarettes, set the application function attributes of smart electronic cigarettes as needed, locate and track smart electronic cigarettes, interact with smart electronic cigarettes intelligently, manage the social functions of smart electronic cigarettes, set auxiliary function parameters of smart electronic cigarettes, and make and receive calls through smart electronic cigarettes.

It should be noted that to achieve the binding between the smart e-cigarette and the e-cigarette application APP, you first need to install the e-cigarette application APP on the smart terminal and register the user ID on the APP. The process is as follows:

1. APP download and installation

Users can use a browser on a smart terminal to open a specified web address (the address can be a QR code posted on the e-cigarette or a plain text address printed on the e-cigarette, or a QR code displayed on the screen of the e-cigarette), or search for the APP in an app store (such as Google App Store, Apple App Store, Microsoft App Store, Xiaomi App Store, etc.), or search for the official website of the APP operator, and then download the APP and install it.

2. User registration and login

When a user opens the APP for the first time, the APP will remind the user to register.

When users register, they can use a variety of methods to register, including but not limited to: mobile phone number + SMS verification code + password, email + verification code + password, username + password, third-party indirect registration (such as registering by scanning a WeChat code), etc. Sometimes, these methods can be combined. For example, when registering with a username + password, the user can be required to enter a mobile phone number and SMS verification code to further confirm the user's identity. The APP also provides a registration function based on face recognition. With the user's consent, face recognition can be used to superimpose a mobile phone number or email address for registration.

When users log in, they can use a variety of methods, including but not limited to: mobile phone number + SMS, mobile phone number + password, email + password, username + password, face recognition, third-party indirect login, etc. Sometimes, these methods can be used in combination. For example, when an abnormality is detected in the login environment, when using username + password to log in, the user's mobile phone number will also be verified to enhance security.

3. User changes and resets password

When changing the password, the user needs to enter the old password for verification. If an abnormality is detected in the environment, the user needs to enter the mobile phone number and SMS verification code for verification, or enter the email address and email verification code for verification, or use face recognition for verification after obtaining the user's consent. The password can only be changed after successful verification.

When a user forgets his password, he needs to reset it and enter his mobile phone number and SMS verification code for verification. He can also enter his email address and email verification code for verification. He can also use face recognition for verification after obtaining the user's consent. You can reset your password after successful authentication.

In one embodiment, in step S1, establishing a binding relationship between the smart electronic cigarette and the electronic cigarette application APP according to a preset binding method based on the unique identification code of the electronic cigarette smart module includes:

A1. Obtain the unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP, where the unique identification code is composed of the global unique identification code GUID and the product production information of the electronic cigarette intelligent module (such as manufacturer identification, serial number of the electronic cigarette intelligent module, etc.) according to a preset combination method; specifically, according to different confidentiality requirements, this unique identification code can be encrypted (encryption algorithms such as AES and RSA can be used), and only the electronic cigarette application APP or authorized party can decrypt it.

A2, determine the legitimacy of the unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP; specifically, in this step, illegal manifestations include: incorrect format, error in check code (parity check, CRC check, etc.) and other phenomena. If it is illegal, a window will pop up to remind the user.

A3, when the electronic cigarette application APP determines that the unique identification code of the electronic cigarette intelligent module is legal, the electronic cigarette application APP encrypts the current user ID and the unique identification code of the electronic cigarette application APP using a preset encryption and decryption algorithm to obtain an encrypted data packet, and sends the encrypted data packet to the server;

A4, decrypt the encrypted data packet using a preset encryption and decryption algorithm through the server to obtain the current user ID and unique identification code of the electronic cigarette application APP;

The legitimacy of the unique identification code of the electronic cigarette smart module is further determined by the server; specifically, in this step, illegal performance includes: incorrect manufacturer-related information in the unique identification code, etc. If it is illegal, a window will pop up to remind the user and the process will be terminated.

A5, when the server determines that the unique identification code of the electronic cigarette intelligent module is legal, the server obtains the historical binding information of the unique identification code; specifically, the server can obtain the historical binding information of the unique identification code by querying its own database to see whether the unique identification code has been bound. The server establishes the binding relationship between the current user identity ID of the electronic cigarette application APP and the unique identification code according to the preset binding process based on the current user identity ID, the unique identification code and the historical binding information of the unique identification code of the electronic cigarette application APP.

Specifically, there are several possibilities for the historical binding information of the unique identification code: ① not yet bound; ② already bound by the current user; ③ already bound by other users; ④ bound by the current user but unbound; ⑤ bound by other users but unbound.

For ②, the APP prompts the user that the electronic cigarette smart module has been bound before, and there is no need to bind multiple times, and the process ends. For ③, the APP prompts the user that the electronic cigarette smart module has been bound by others, and the process ends. For ④, the APP prompts the user that the re-binding is successful, and the process ends. For ⑤, the APP prompts the user that the binding is successful, but the electronic cigarette smart module has been bound by other users, and the process ends. For ①, the process enters the next step, that is, if the manufacturer believes that If the information is correct, then according to the relevant configuration (for example, whether the associated manufacturer needs to be checked), the server may further apply to access the database of the specified manufacturer to confirm whether the unique identification code is issued by the manufacturer. If the query result shows that the unique identification code is issued by the manufacturer and the manufacturer has not issued a specific notification (such as the manufacturer finds that the batch of the electronic cigarette smart module has a major fault and needs to be recalled or recommended to be discontinued), then in the database, the unique identification code of the current electronic cigarette smart module is bound to the current user name, and the process ends. Otherwise, a window pops up to remind the user and the process is terminated. This step can effectively prevent counterfeits, safeguard the interests of manufacturers and users, and help manufacturers deal with problematic product batches in a timely manner.

In one embodiment, the unique identification code of the electronic cigarette intelligent module can be obtained through the electronic cigarette application APP in one of the following two ways:

Method 1:

Scan the QR code or barcode on the smart electronic cigarette shell or displayed on the screen after the smart electronic cigarette smart module of the smart electronic cigarette is turned on through the electronic cigarette application APP, or input the digital string on the smart electronic cigarette shell or the digital string displayed on the screen after the smart electronic cigarette smart module of the smart electronic cigarette is turned on into the electronic cigarette application APP to obtain the unique identification code of the electronic cigarette smart module.

Method 2:

B1, after the electronic cigarette intelligent module is powered on, the electronic cigarette intelligent module automatically sends a Bluetooth connection identification signal, wherein the Bluetooth connection identification signal carries the Bluetooth connection identifier of the electronic cigarette intelligent module;

B2, the user turns on the Bluetooth connection switch on the smart terminal installed with the e-cigarette application APP;

B3, the user searches for the Bluetooth connection identifier of the electronic cigarette smart module on the smart terminal installed with the electronic cigarette application APP, and initiates connection and pairing;

B4, when the electronic cigarette application APP is paired with the electronic cigarette intelligent module via Bluetooth, the electronic cigarette intelligent module sends the unique identification code stored internally to the electronic cigarette application APP.

In one embodiment, in step S2, locking the smart electronic cigarette for protection includes:

C1. The user enters the lock protection function page on the electronic cigarette application APP and clicks the lock protection button to start the electronic cigarette lock protection function. When the electronic cigarette lock protection function is turned on, the atomizer of the smart electronic cigarette is in a locked state; specifically, the user can use one of the following locking methods to lock the smart electronic cigarette:

1. If the electronic cigarette smart module is equipped with a touch screen, a digital password or pattern password can be set on the APP or on the touch screen of the electronic cigarette smart module. Once the password is set, the user must enter the correct password on the touch screen of the electronic cigarette smart module before smoking the electronic cigarette;

2. If the electronic cigarette smart module is equipped with an image acquisition module (i.e. camera), you can set up face recognition protection on the APP or on the electronic cigarette smart module, then start the camera on the electronic cigarette smart module and record the face recognition information. The face is used to collect and save facial features. The next time the user smokes the e-cigarette, he must collect facial data on the camera of the e-cigarette smart module. Only after the match is successful can he smoke;

3. If the electronic cigarette smart module is equipped with a fingerprint collection module, you can set up fingerprint protection on the APP or on the electronic cigarette smart module, then start the fingerprint collection module on the electronic cigarette smart module, enter the fingerprint to collect fingerprint features and save them. The next time the user smokes the electronic cigarette, he must collect fingerprint data on the fingerprint collection module of the electronic cigarette smart module. Only after the match is successful can he smoke;

4. If the electronic cigarette intelligent module is not equipped with a touch screen, image acquisition module and fingerprint acquisition module, a prohibition switch can be set on the APP. Once the switch is activated, the electronic cigarette cannot be smoked unless the user turns off the switch on the APP.

C2, the electronic cigarette application APP monitors whether an unlock request is received; specifically, the unlock request can be initiated on the APP or on the electronic cigarette intelligent module. For example, when the user adopts face recognition protection as the locking protection method, the user can send an unlock request by collecting a face image on the APP or the electronic cigarette intelligent module.

C3, when the electronic cigarette application APP receives an unlock request, it determines whether the unlock information carried in the unlock request meets the preset conditions; specifically, the unlock information carried in the unlock request can be a fingerprint input through a fingerprint acquisition module, a face image input through an image acquisition module, or an unlock pattern input through the APP, etc. The APP compares the unlock information with the preset lock information. If the unlock information and the lock information match (for example, the lock information is a user's face image, and the unlock information is a face image input by the same user), it indicates that the unlock information meets the preset conditions.

C4, when the unlocking information carried by the unlocking request meets the preset conditions, the electronic cigarette application APP sends an unlocking instruction to the electronic cigarette intelligent module;

C5, the electronic cigarette intelligent module generates an electronic cigarette start trigger signal according to the unlocking instruction to control the atomizer of the intelligent electronic cigarette to unlock and enter the normal working mode.

Locking protection can effectively prevent children or others from inhaling your e-cigarettes.

In one embodiment, in step S2, the intelligent interaction with the smart electronic cigarette includes initiating an interactive process of intelligent question and answer on the electronic cigarette application APP and initiating an interactive process of intelligent question and answer on the smart electronic cigarette.

Specifically, the interactive process of initiating intelligent question and answer on the e-cigarette application APP is as follows:

D1, the user enters the smart question and answer interaction page on the e-cigarette application APP and clicks the smart question and answer button to start the smart question and answer interaction process;

D2, the user enters the question content on the electronic cigarette application APP; specifically, the user can enter the question content in one of the following ways:

① Input pure text on the APP keyboard; ② Import pictures, voice files or video files on the APP as question input; ③ Press the record button on the APP to record the questions asked by the user as input; ④ Press the record button on the APP to record the surrounding video as input; ⑤ A combination of these methods, such as importing pictures and then sending some text as question instructions.

D3, the e-cigarette application APP pre-processes the input question content to form a question data packet, and sends the question data packet to the server; specifically, the pre-processing can be to compress and encrypt the data of the question content. There are two ways to send the question data packet: ① If the user uses the API interface of the APP operator, the APP will send the data packet to the server of the APP operator, and the server will forward the data packet to the artificial intelligence service infrastructure provider; ② If the user uses the API interface that the user obtains from the artificial intelligence service infrastructure provider, the APP will send the data packet to the artificial intelligence service infrastructure provider. However, in order to make statistics on the operation records (such as statistics on the charges consumed by users for regular reconciliation), for method ②, the APP will send the summary data of this question and answer (such as topic, time, etc.) to the APP operator's server.

D4, the server calls the corresponding artificial intelligence model to analyze and process the question data packet to obtain a response data packet, and sends the response data packet to the e-cigarette application APP; it should be noted that the use of artificial intelligence models to analyze and process the question data packet belongs to the existing technology and will not be repeated here. For the sending of the response data packet, there are two ways to send it: ① If the user uses the API interface of the APP operator, the artificial intelligence service infrastructure provider will send the answer data packet to the server of the APP operator, and the server will forward the data packet to the APP; ② If the user uses the API interface obtained by the user from the artificial intelligence service infrastructure provider, the artificial intelligence service infrastructure provider will directly send the answer data packet to the APP. However, in order to make statistics on the operation records (such as statistics on the charges consumed by users for regular reconciliation), for method ②, the APP will send the summary data of this question and answer (such as subject, time, etc.) to the APP operator's server.

D5, the electronic cigarette application APP parses the response data packet to obtain the answer to the question, and displays the answer to the question on the intelligent question and answer interactive page.

Specifically, the interactive process of initiating intelligent question and answer on the smart electronic cigarette is as follows:

E1, establish a wireless communication connection between the electronic cigarette application APP and the electronic cigarette smart module of the smart electronic cigarette; specifically, the electronic cigarette application APP and the electronic cigarette smart module of the smart electronic cigarette can be connected through wireless communication methods such as Bluetooth and WiFi. After the connection, the electronic cigarette smart module is placed near the smart terminal. The distance can be relatively large, and it only needs to be within the effective range of wireless communication (for example, Bluetooth generally supports communication within 10 meters). This brings great convenience to users. For example, the mobile phone is charging in one room, and the user is sitting in another room with an electronic cigarette. At this time, the user can still initiate intelligent questions and answers.

E2, the user clicks the smart question and answer button on the touch screen of the smart electronic cigarette or presses the smart Q&A physical button to start the intelligent Q&A process;

E3, the user inputs the question content through the human-computer interaction module of the smart electronic cigarette; specifically, the user can input the question content through one of the following input methods: ① The user asks questions to the sound collection device of the electronic cigarette smart module, the sound collection device collects the sound signal and performs noise reduction, and then transmits the processed sound signal to the APP; ② The user inputs text on the touch screen of the electronic cigarette smart module, and then sends it to the APP; ③ The user turns on the camera on the electronic cigarette smart module to capture images or videos, and then sends them to the APP; ④ The user can also use a combination of these methods, for example, after using the camera to capture images and transmit them to the APP, a voice or text is sent immediately to supplement the explanation.

E4, the electronic cigarette intelligent module of the intelligent electronic cigarette sends the input question content to the electronic cigarette application APP;

E5, the electronic cigarette application APP pre-processes the problem content to form a problem data packet, and sends the problem data packet to the server;

E6, the server calls the corresponding artificial intelligence model to analyze and process the problem data packet to obtain a response data packet, and sends the response data packet to the electronic cigarette application APP;

E7, the electronic cigarette application APP parses the response data packet to obtain the answer to the question, and sends the answer to the electronic cigarette intelligent module to display the answer to the question through the electronic cigarette intelligent module. Specifically, the display method of the answer to the question can adopt one of the following display methods: ① If the answer content is text, it will be displayed on the screen; ② If the answer content is voice, it will be played out by the speaker; ③ If the answer content is a picture or video, it will be played on the screen; ④ If the answer content has both text and voice, picture or video, then a combination of ①, ② and ③ is adopted.

In one embodiment, in step S2, managing the social function of the smart electronic cigarette includes:

Users publish shared smoking location information through the electronic cigarette application APP, where the shared smoking location information includes one or any combination of the following information:

Smoking location information, opening hours, surrounding description information, smoking location photos, and smoking location videos.

In some cities, smoking is not allowed in enclosed public spaces, so finding a feasible smoking location is a common need for smokers. Through this application, after users find a feasible smoking location, they can share it on the APP, and nearby smokers can see the shared smoking locations and distance information on the APP, which helps nearby smokers find a smoking location more quickly and conveniently.

Specifically, when the target application function of the smart electronic cigarette is managed through the electronic cigarette application APP, the method for viewing the usage status information of the smart electronic cigarette is as follows:

Users can view various usage status information of the electronic cigarette device on the APP. If the electronic cigarette smart module is equipped with a display screen, the usage status information can also be viewed on the screen.

Specifically, when managing the target application functions of smart electronic cigarettes through the electronic cigarette application APP, according to the needs The method for setting the application function attributes of the smart electronic cigarette is as follows:

1. The electronic cigarette smart module can upload a lot of usage status information. This upload does not require the user to actively trigger it. Instead, the program inside the electronic cigarette smart module automatically and regularly uploads the usage status information to the APP for statistics. The aforementioned usage status information includes: remaining power, remaining material volume, GPS positioning trajectory, number of smoking times, smoking time, smoking duration, exercise step data, internal temperature and other data. Some data require users to actively trigger the upload process, such as heart rate and blood oxygen data. When the user puts a part of the body (usually the fingertips, that is, the position used to measure fingerprints, or the wrist or other parts) close to the heart rate and blood oxygen sensor on the smart electronic cigarette, the sensor will send the data to the APP after receiving it. Users can set which data will not be uploaded to the APP on the APP, and can also set the upload frequency. These status information will be uploaded to the server by default, but users can set which data will not be uploaded to protect user privacy.

2. Users can set various properties and functions of the electronic cigarette on the APP, such as the dose per inhalation, preheating temperature, alarm, stopwatch, countdown, screen off time and other properties and functions. If the electronic cigarette smart module is equipped with a touch screen, it can also be set on the electronic cigarette smart module. However, due to the limited performance of the electronic cigarette smart module, some settings cannot be performed on the electronic cigarette smart module and can only be performed on the APP. Users can also use voice to give commands to the electronic cigarette smart module, such as "Rice, rice, call me in 5 minutes" (the "Rice, Rice" here is just a wake-up word for example. In actual application, the APP operator can customize other wake-up words). The electronic cigarette smart module transmits the command to the APP, and the APP recognizes it by itself or transfers it to the server for recognition. After successful recognition, the APP replies through the electronic cigarette smart module "OK, I'll call you in 5 minutes", and then the APP sets an alarm that will sound in 5 minutes.

Specifically, when the target application function of the smart electronic cigarette is managed through the electronic cigarette application APP, the method for locating and tracking the smart electronic cigarette is as follows:

If the user forgets where the e-cigarette smart module is placed, the user can activate the positioning and tracking function on the APP.

If the electronic cigarette smart module is not far from the user, the user can play a piece of music on the APP, and the electronic cigarette smart module will emit a corresponding sound and motor vibration, and the user can find it by following the sound and vibration. If the electronic cigarette smart module is installed with a mobile communication device (such as a SIM card of a mobile phone), the user can dial the phone number of the mobile communication device on the mobile phone, and the sound of the electronic cigarette smart module will sound, and the user can find it by following the sound or motor vibration; in this case, the Bluetooth connection between the APP and the electronic cigarette smart module can be disconnected. However, if the electronic cigarette smart module has been turned off or muted and has no vibration, the electronic cigarette smart module cannot be found by the method here.

If the electronic cigarette intelligent module is not near the user, the user can check the recent positioning track of the electronic cigarette intelligent module on the APP, and then with the help of the brain's memory, the user may be able to find the electronic cigarette intelligent module.

If the electronic cigarette smart module has been picked up by someone else and someone has tried to bind it to someone else's APP (of course, if If the user has bound and not unbound the electronic cigarette smart module, then other people's binding will fail), the user can view the history of other people's binding attempts to the electronic cigarette smart module on the APP, and then submit a retrieval application to the system, and the backend staff can assist.

If the user forgets where the phone is and the phone is not turned off and the phone is not too far from the electronic cigarette smart module, and the phone and the electronic cigarette smart module are not disconnected from the Bluetooth connection, the user can initiate the operation of finding the phone on the electronic cigarette smart module, and the phone will ring or vibrate, and the user can find the phone by following the sound or vibration. If the electronic cigarette smart module is installed with a mobile communication device (such as a SIM card for a mobile phone), the user can call the phone through the phone number of the mobile communication device, and the phone will sound, and the user can find it by following the sound or the vibration of the phone's motor; in this case, the Bluetooth connection between the APP and the electronic cigarette smart module can be disconnected. However, if the phone is turned off or set to silent and no vibration, then this method is invalid.

Specifically, when managing the target application functions of smart electronic cigarettes through the electronic cigarette application APP, it is necessary to register the artificial intelligence service before intelligently interacting with the smart electronic cigarette. There are two ways to register:

The first AI service registration process is as follows:

1. The operator of the APP (that is, the company that operates the APP) applies to the provider of the AI service infrastructure (such as Baidu, OpenAI, Tencent, or the APP operator itself), and after paying the relevant fees, obtains the API interface call permission for the AI service. This call permission is generally expressed in the form of app key, app secret, token, etc.

2. After the user of the electronic cigarette intelligent module registers on the APP, he applies to the APP operator for the required artificial intelligence service through the APP, and the APP operator's server opens an interface to the user.

3. Users of the electronic cigarette intelligent module pay relevant fees through the APP and use related artificial intelligence services on demand.

The second AI service registration process is as follows:

1. Users of electronic cigarette smart modules apply for a personal version of an AI service account from an AI service infrastructure provider (such as Baidu, OpenAI, Tencent, or the APP operator itself), and after paying relevant fees, obtain the API interface call permission for AI services. This call permission is generally expressed in the form of app key, app secret, token, etc.

2. After the user of the electronic cigarette intelligent module registers on the APP, when applying to use the artificial intelligence service, he/she chooses to provide the interface by himself/herself, and then enters the API interface certificate issued by the artificial intelligence service infrastructure provider obtained by him/her. After that, he/she can use the relevant artificial intelligence services on the APP with his/her own certificate.

Specifically, the intelligent interaction with the smart electronic cigarette also includes the awakening operation of the electronic cigarette smart module. The specific operation method is as follows:

When the user takes a long time (such as 30 seconds, 1 minute, etc.), the specific value can be set on the APP. The electronic cigarette smart module has a touch screen, and can also be set on the touch screen of the electronic cigarette smart module) After the electronic cigarette smart module is not operated, in order to save power, the electronic cigarette smart module will enter a low-power standby mode. (Of course, the electronic cigarette smart module can also be in normal power consumption mode all the time, ready to interact with the user at any time to provide better convenience)

If the electronic cigarette intelligent module happens to be in the user's hand, the user can lightly press the power button (or other physical button), and the electronic cigarette intelligent module immediately enters the normal power consumption mode.

If the electronic cigarette intelligent module is not in the user's hand or is in the user's hand, the user can send a wake-up word (such as "Dami Dami", "Xiao Ai classmate", etc., the specific choice of wake-up word can be set or customized on the APP), and the electronic cigarette intelligent module can enter the normal power consumption mode after receiving the corresponding voice signal. For short voice signals such as wake-up words, there are many ways to identify them: ① Built-in relevant voice recognition algorithms inside the electronic cigarette intelligent module to identify the wake-up words; ② Install relevant voice recognition algorithms on the APP to identify the wake-up words, and then the APP tells the electronic cigarette intelligent module the results; ③ Install relevant voice recognition algorithms on the server. After the APP receives the voice wake-up signal sent by the electronic cigarette intelligent module, it will send the data to the server after slight processing (such as compression, encryption, etc.), and the server will tell the APP the results, and the APP will forward them to the electronic cigarette intelligent module.

Since the electronic cigarette intelligent module of the present invention has an intelligent dialogue function, the intelligent electronic cigarette can be used as an intelligent companion of the user to a certain extent, and the wake-up word can be used as the name of the electronic cigarette intelligent module. By setting an anthropomorphic wake-up word, it can bring unique emotional value to the user, which is specifically introduced as follows:

① The user can define a name for himself, such as "Master", "My dear". In the future, when the user talks to the electronic cigarette intelligent module, the voice response from the electronic cigarette intelligent module will appear in the form of "Master, what do you want from me?"

② The user can define a favorite name for the electronic cigarette intelligent module, such as "Afu", "Afu Afu", "Tiedan", etc. In the future, when the user interacts with the electronic cigarette intelligent module, the user can wake up or call the electronic cigarette intelligent module with this name, for example, "Afu, what time is it now?"

③ The user can customize or select the timbre of the voice emitted by the electronic cigarette intelligent module. The system provides some standard timbres, such as standard male voice, Cantonese female voice, etc. After the user selects a standard timbre, the electronic cigarette intelligent module will use this timbre to make a voice response. Users can also customize their favorite timbre. The customization process is: the user uploads a favorite voice to the background server, and the background server calculates the acoustic features of the voice (such as sound intensity, pitch, gene frequency, etc.), and then the electronic cigarette intelligent module can use the sound synthesized based on the acoustic features to make a voice response.

④ The user can turn on the voiceprint recognition switch, that is, the electronic cigarette intelligent module will only make a correct response when it "hears" the voice of the current user (not others), otherwise it will not respond or respond with "Who are you? I don't seem to know you". Specifically, the user records a voice and submits it to the system, and the system calculates The user's voiceprint feature is obtained and saved. In the future, the electronic cigarette intelligent module can use this voiceprint feature to determine whether the voice of the current speaker comes from the correct user. This function can prevent the electronic cigarette intelligent module from being used without authorization by people other than legal users to a certain extent, thereby protecting the rights and interests of legal users.

⑤ According to the above mechanism, when the user wakes up the electronic cigarette intelligent module or interacts with the latter by voice, he can shout out the name he customized for the latter, and he will inevitably feel a sense of intimacy or other emotional feelings, so as to enjoy the unique emotional value provided by the present invention. For example, the user has a favorite pet named "Afu", but for some reason (such as getting lost, giving away or other reasons), Afu is not around, but the user misses it very much. At this time, if the user says "Afu", "Afu Afu" or other names related to the word "Afu", or says a command related to "Afu, sing a happy birthday song", the electronic cigarette intelligent module can respond with the user's favorite self-name and timbre, such as a Cantonese female voice to issue a voice response of "Master, I will sing a happy birthday song for you now". In this interactive process, the user will inevitably feel the unique emotional value.

Specifically, the social function management of smart electronic cigarettes also includes the following aspects:

1.Friends settings

Users can make various settings for the friend function in the APP, such as whether they are willing to be added as a friend by others, whether to allow others to add friends by mobile phone number/user name/type of e-cigarettes smoked/area search, etc., circle of friends permissions, expected friend attributes (such as age, gender, education, e-cigarette hobbies, etc.), etc.

2. Add friends

Users can add friends in the APP through various methods such as mobile phone number, user name, area search, interest search, and search by the characteristics of favorite e-cigarettes (such as brand, flavor, etc.).

Since the APP is closely integrated with the electronic cigarette intelligent module, users can also search and add nearby friends on the electronic cigarette intelligent module equipped with a touch screen. For example, users can pick up the electronic cigarette and shake it to shake nearby friends, and then choose whether to add them.

3. Block friends and delete friends

Users can block or delete some friends in the APP. After blocking a friend, the two parties cannot continue to chat unless the user unblocks them. After deleting a friend, the two parties cannot continue to chat, and the previous chat history will be cleared by default, but the user can choose not to clear it.

4. Friends circle

Users can post their latest updates (such as experiences, pictures, videos, etc.) in the APP, set which friends can see them, and friends can click to like and comment.

Since the APP is closely integrated with the electronic cigarette smart module, you can also post to Moments on the electronic cigarette smart module equipped with a touch screen. The simple process is: ① The user clicks on the touch screen of the electronic cigarette smart module to post to Moments. button, and then enter the sending page, ② users can input voice, or use voice-to-text technology to convert voice into text, or open the camera to capture nearby images (such as selfies, shooting scenery, etc.) or videos, ③ then click Send.

5. Chat

Users can find friends in the APP with whom they want to start a chat or reply to a chat, and reply to friends by text, voice, voice-to-text, files, photos, real-time images or videos, etc. Users can forward messages sent by themselves or friends, delete communication records with friends, and withdraw content sent within 24 hours (the APP operator can set other durations, or set different durations according to the user's membership level, for example, junior members are only allowed to withdraw messages sent within 5 minutes, and senior members can withdraw messages sent within 24 hours). Users can initiate real-time voice chats or video chats.

Since the APP is closely integrated with the electronic cigarette intelligent module, you can also chat with friends, check messages, reply to messages, delete messages, withdraw messages, real-time voice chat, real-time video chat, etc. on the electronic cigarette intelligent module equipped with a touch screen.

6. Group chat and group messaging

When sending or forwarding messages, users can select multiple target friends at the same time and then send the messages.

At present, most chat software do not support the customization of group messages. For example, if you want to send a Mid-Autumn Festival blessing message "Old friend, happy Mid-Autumn Festival, good health", the friends who receive the group message will know at a glance that this is probably a group message after seeing "Old friend, happy Mid-Autumn Festival, good health", and they may feel that they have not received preferential treatment from the message sender. The present invention provides a function of formatting group messages, allowing users to set a special title for each friend, such as setting "Teacher Zhang" for Zhang San, setting "Brother" for Li Si, and setting "My favorite Old Five" for Wang Wu. Then, when sending group messages, "{nn}" (indicating nickname, other identifiers can also be used) is used inside the message, so that each message recipient will see the title for himself. For example, for the group message "{nn}, happy Mid-Autumn Festival, good health", Zhang San receives "Teacher Zhang, happy Mid-Autumn Festival, good health", Li Si receives "Brother, happy Mid-Autumn Festival, good health", and Wang Wu receives "My favorite Old Five, happy Mid-Autumn Festival, good health".

Users can create a group containing designated friends for a specific purpose, and can set the group's properties (such as the authority to invite people to the group, speaking authority, etc.). Messages sent by friends in the group can be seen by all friends in the group.

7. Online meetings

Users can book an online meeting on the APP. The system will give a meeting number and a link, and then send the link and number to relevant personnel. At the scheduled time, relevant personnel can click the link in their respective APPs to have a voice conference or turn on the camera for a video conference. To prevent irrelevant people from entering the meeting, the meeting initiator can set the meeting to only allow people who receive the meeting invitation to join, and forwarding is invalid.

Since the APP is closely integrated with the electronic cigarette intelligent module, users can also enter the meeting in the electronic cigarette intelligent module installed with a touch screen.

8. File Sharing

There are multiple ways to share files on the APP:

Users can send files to designated friends in groups.

The system allocates a fixed-size network disk space to each group. Everyone in the group can upload some files, which can be seen by others.

Users can upload files to the network disk space allocated by the system. The system will give a file download link and extraction code. The user can then send the download link and extraction code to friends, who can then download the file accordingly.

Specifically, the auxiliary function parameter setting of the smart electronic cigarette includes the following aspects:

1. Answer the phone

If the electronic cigarette smart module is bound to the mobile phone, then when someone calls the mobile phone, the user can answer the call on the electronic cigarette smart module. In essence, when the phone is connected, the other party's voice is transmitted to the mobile phone, and then transferred to the electronic cigarette smart module through wireless communication. The sound-generating device of the electronic cigarette smart module plays the sound; when the user speaks through the electronic cigarette smart module, the electronic cigarette smart module collects the user's voice and sends it to the mobile phone, and the mobile phone sends it to the other party.

This function is particularly convenient in certain situations. For example, if the mobile phone is in the bedroom and the user is holding an e-cigarette in the living room or toilet, when someone calls, the user can answer the call directly.

When using the electronic cigarette smart module to answer a call, the user can either tap the physical button on it or give a voice command, such as "Dami dami, answer the call."

If the electronic cigarette smart module is equipped with a vibration motor, the user can set the incoming call reminder to turn off the sound but turn on the vibration, which is very important for special occasions (such as meetings) when encountering incoming calls.

If the electronic cigarette intelligent module is independently installed with a mobile communication device that can make calls, it has an independent phone number, and others can also directly dial this phone number; in this case, the electronic cigarette intelligent module does not need to maintain a wireless connection with the mobile phone.

2. Make a phone call

If the electronic cigarette smart module is already bound to the mobile phone and is equipped with a touch screen, the user can click the call button on the touch screen, then enter the other party's name or phone number, or speak the other party's name or phone number, and finally press the call button to make a call. The block sends the phone number to be dialed to the APP, and the APP calls the system function of the mobile phone to make the phone make a call.

This function is particularly convenient in certain situations. For example, if the mobile phone is in the bedroom and the user is holding an e-cigarette in the living room or toilet, the user can directly use the e-cigarette smart module to call others.

If the electronic cigarette smart module is not equipped with a touch screen, the user can make a call by pressing a physical button or voice command, such as the user saying "Call Zhang San". After receiving the voice command, the APP will identify it. If the identification is successful and it is found that there is only one Zhang San in the mobile phone address book, and Zhang San has only one number, the APP will send the result to the electronic cigarette smart module. The electronic cigarette smart module will ask the user "Do you want to call Zhang San 1591210xxxx?" If the user answers "yes", the APP will call the mobile phone system function to make a call. If it is found that there are multiple Zhang Sans on the mobile phone, or Zhang San has multiple numbers, the electronic cigarette smart module will ask the user multiple times, and then make a call after confirmation.

If the electronic cigarette intelligent module is independently installed with a mobile communication device that can make calls, it has an independent phone number and can directly dial other people's phone numbers; in this case, the electronic cigarette intelligent module does not need to maintain a wireless connection with the mobile phone.

3. NFC Payment

The user opens the APP and enters the NFC payment settings page.

Users bind existing bus cards or other cards.

The APP transfers the binding information to the electronic cigarette intelligent module.

In the future, you can use the e-cigarette smart module to initiate NFC payment.

4. Heart rate and blood oxygen measurement

The cardiovascular and cerebrovascular status can reflect a person's health status, and it is a function that many current electronic watches have. For e-cigarette smokers, their cardiovascular and cerebrovascular status may need more attention. The present invention installs heart rate and blood oxygen sensors on the electronic cigarette intelligent module, which can help e-cigarette smokers to check their own heart rate and blood oxygen or that of their relatives and friends in time for reference. The heart rate sensor and the blood oxygen sensor can be two independent sensors, or they can be a sensor combined into one. After the user tests the heart rate and blood oxygen on the electronic cigarette intelligent module, the electronic cigarette intelligent module transmits the relevant data to the APP, and the APP uploads the data to the background server. The background server can give the user a health report based on the user's relevant historical data and related algorithms for the user's reference.

5. Distance measurement

In daily life, sometimes we need to measure some distances, such as the height from a table to the ground, the distance from where you are standing to the opposite building, etc.

If a TOF sensor, ultrasonic distance sensor or other distance-like sensor is installed in the electronic cigarette smart module, the distance can be measured. After the distance is measured, it can be displayed on the screen of the electronic cigarette smart module.

6. Add friends easily

Electronic cigarettes are a good social tool, and for this reason, this application provides some more convenient solutions for adding friends. At present, some watches on the market have the function of adding friends by touching. The operation is that two users open the specified page on their respective watches, and then bring the two watches close together. The background uses a special algorithm to identify the two approaching watches, and finally pops up a confirmation page on the watch to confirm whether to add friends. This method has a shortcoming, that is, the user needs to wake up the screen first, then open the specified page, and then bring the two watches close together before the confirmation page for adding friends can pop up. This operation requires many steps and is relatively cumbersome. In addition, social software such as WeChat has the function of adding friends by shaking, and its operation steps are also relatively many, such as first unlocking the mobile phone screen, then opening WeChat, then opening the shake page of WeChat, and then performing the shake operation and other operations.

This application provides a variety of convenient ways to add friends, as described below:

1. Add friends by tapping

Prerequisite: Both electronic cigarette intelligent modules to be operated are equipped with gyroscopes.

The two electronic cigarettes are in a specific posture (such as both are in a vertical upward posture, which will be described below), and then lightly collide with each other head-on, and then proceed to the next step. Here is an explanation of why it is a specific state: the posture of the user holding the electronic cigarette is relatively casual. In daily life, the electronic cigarette may collide with obstacles (such as tables, bowls, door frames, falls, etc.) in various postures. The gyroscope will detect this collision, but for the touch-and-pay to add friends, this collision is an invalid collision. In order to filter out such invalid collisions, this application stipulates that only when two electronic cigarettes collide in a specific posture, it is considered a valid collision. As for what posture is the best specific posture, this is related to the shape of the electronic cigarette. For example, for most electronic cigarettes, the vertical upward head-on collision posture is a preferred posture, because unintentional collisions rarely occur in this posture; for electronic cigarettes with strange shapes, a horizontal posture may be a preferred posture.

The electronic cigarette intelligent module detects the three-axis acceleration and three-axis angular velocity output by the gyroscope to determine whether the bump operation described in this application has been performed. The judgment process is: a) before the collision, whether the electronic cigarette is generally in a vertical upward posture (characterized by the three-axis angular velocity being generally 0, the horizontal x-axis and y-axis acceleration being generally 0, and the vertical z-axis acceleration being generally equivalent to a gravity acceleration); b) at the moment of collision, the acceleration of the axis perpendicular to the front (it may be assumed that this axis is the y-axis, and of course it can be set as the x-axis) has a large change (a threshold value obtained through statistical experiments will be set before leaving the factory), while the acceleration of other axes does not change much; c) if both a) and b) give affirmative answers, it can be determined that this is a valid collision.

After detecting a valid collision, the electronic cigarette smart module itself or through the APP broadcasts the message that it has just detected a valid collision (including the collision time and its own unique identifier and other data) to nearby electronic cigarette smart modules or APPs via Bluetooth. At the same time, it will also receive valid collision messages sent by other electronic cigarette smart modules or APPs. Bumping news.

After detecting a valid collision and receiving a valid collision data packet from other electronic cigarette smart modules or APPs, and detecting that the collision time sent by the other party is not much different from its own collision time (the specific threshold can be determined by statistical experiments before leaving the factory, generally speaking, it can be set to 500ms), the electronic cigarette smart module lights up the screen and pops up a page to ask whether to add the other party as a friend. If the user chooses yes, the electronic cigarette smart module will send its own unique identifier, the other party's unique identifier and the collision time to the server, indicating that a friend is to be added. If the other party also makes a similar action, the server determines that the two are added as friends. If one party chooses no, adding a friend is unsuccessful.

Note that this function requires the disclosure of a unique identifier to the other user's APP or electronic cigarette smart module. Although the other party cannot directly know this unique identifier, someone with ulterior motives can obtain the unique identifier through technical means and may use it for illegal purposes. Therefore, this application turns off this function by default on the APP and electronic cigarette smart module. When the user needs to turn on this function, a page will pop up to inform the user of the risks. This function can only be turned on when the user is aware of and agrees.

2. Shake to add friends

Prerequisite: Both electronic cigarette intelligent modules to be operated are equipped with gyroscopes.

Both electronic cigarettes are in a basically static state (in the static state, the acceleration of the horizontal x and y axes of the gyroscope is approximately 0, the acceleration of the vertical z axis is approximately the acceleration of gravity, and the angular velocity of the three axes is approximately 0).

The user starts to shake the electronic cigarette with a large amplitude, and the duration exceeds a certain threshold (for example, 2 seconds, the specific value can be determined through statistical experiments before leaving the factory).

In a short period of time, the gyroscope detects a relatively violent change, and the electronic cigarette smart module broadcasts the shake message it has just detected (including the start time and duration of the shake and its own unique identifier and other data) to nearby electronic cigarette smart modules or apps through Bluetooth. At the same time, it will also receive shake messages sent by other electronic cigarette smart modules or apps.

After detecting the shake message and receiving the shake data packet sent by other electronic cigarette smart modules or APPs, and detecting that the start and end time intervals of the shake sent by the other party are not much different from their own (the specific threshold can be determined by statistical experiments before leaving the factory. Generally speaking, the two intervals should have an intersection, and the intersection length can be set to 500ms), the electronic cigarette smart module lights up the screen and pops up a page to ask whether to add the other party as a friend. If the user chooses yes, the electronic cigarette smart module will send its own unique identifier, the other party's unique identifier, and the shake time and duration to the server, indicating that a friend is to be added. If the other party also makes a similar action, the server determines that the two are added as friends. If one party chooses no, adding a friend is unsuccessful.

Depending on the settings, the shake operation can be limited to adding friends within a short distance (for Bluetooth, this distance is about 10 meters), but can be expanded to a larger physical distance (such as 500 meters or more). distance) or the entire operating platform. The specific process is: a) After the electronic cigarette intelligent module detects the shake, it uploads the start and end time of the shake and the unique identifier to the APP; b) The APP pre-processes these data and GPS positioning data and sends them to the server; c) The server determines which people's shakes have time intersections within a given distance based on the received data, and sends the user names of the people with time intersections to the APP; d) The APP receives the data packet sent by the server and forwards it to the electronic cigarette intelligent module; e) The electronic cigarette intelligent module displays which people within a given distance have operated the shake at the same time. The user looks through the list of people, selects one or several to add as friends, and waits for the other party to reply. If the other party agrees, the friend is added successfully. For e), users can also operate on the APP.

Note that this function requires the disclosure of a unique identifier to the other user's APP or electronic cigarette smart module. Although the other party cannot directly know this unique identifier, someone with ulterior motives can obtain the unique identifier through technical means and may use it for illegal purposes. Therefore, this application turns off this function by default on the APP and electronic cigarette smart module. When the user needs to turn on this function, a page will pop up to inform the user of the risks. This function can only be turned on when the user is aware of and agrees.

3. Add friends through distance sensor

Prerequisite: The electronic cigarette smart module is equipped with a distance sensor, such as a TOF sensor or an ultrasonic sensor.

Two users hold their own e-cigarettes and move close to each other, with the distance sensor facing each other's e-cigarettes. Then their own distance sensors will detect obstacles and corresponding distances.

When the detected distance is less than a certain threshold (such as 3 cm), the electronic cigarette smart module itself or through the APP broadcasts the distance message it has just detected (including distance value, detection time, and its own unique identifier and other data) to nearby electronic cigarette smart modules or APPs via Bluetooth. At the same time, it will also receive distance messages sent by other electronic cigarette smart modules or APPs.

After detecting an obstacle distance less than the threshold and receiving a distance message from other electronic cigarette smart modules or APPs, and the distance detection time sent by the other party is not much different from its own (the specific threshold can be determined by statistical experiments before leaving the factory, such as 500ms), the electronic cigarette smart module lights up the screen and pops up a page to ask whether to add the other party as a friend. If the user chooses yes, the electronic cigarette smart module will send its own unique identifier, the other party's unique identifier, the distance detection time and the distance value to the server, indicating that a friend is to be added. If the other party also makes a similar action, the server determines that the two are added as friends. If one party chooses no, adding a friend is unsuccessful.

Note that this function requires the disclosure of a unique identifier to the other user's APP or electronic cigarette smart module. Although the other party cannot directly know this unique identifier, someone with ulterior motives can obtain the unique identifier through technical means and may use it for illegal purposes. Therefore, this application turns off this function by default on the APP and electronic cigarette smart module. When the user needs to turn on this function, a page will pop up to inform the user of the risks. This function can only be turned on when the user is aware of and agrees.

4. Add friends through Hall sensor

Premise: The electronic cigarette smart module is equipped with a Hall sensor and a small magnet. Their preferred layout is: the Hall sensor and the small magnet are both installed on the front of the electronic cigarette (or both installed on the back), and they are fixed in the left and right directions, for example, the Hall sensor is fixed on the left side (or right side) of the front of the device, and the small magnet is fixed on the right side (or left side). In order to facilitate the mutual induction of different models of electronic cigarettes, the distance between the Hall sensor and the small magnet should be relatively fixed, such as about 1.5 cm.

Two users hold their e-cigarettes close to each other, with the sides equipped with Hall sensors facing each other, so that the Hall sensor of each e-cigarette will detect the other's small magnet.

When the Hall sensor detects another small magnet of an electronic cigarette, the electronic cigarette smart module itself or through the APP broadcasts the magnet detection message it has just detected (including the detection time and its own unique identifier and other data) to nearby electronic cigarette smart modules or APPs via Bluetooth. At the same time, it will also receive magnet detection messages sent by other electronic cigarette smart modules or APPs.

When the electronic cigarette smart module receives or the APP detects the magnet message, after receiving the distance message sent by other electronic cigarette smart modules or APPs, if the distance detection time sent by the other party is not much different from its own (the specific threshold can be determined by statistical experiments before leaving the factory, such as 500ms), the electronic cigarette smart module lights up the screen and pops up a page to ask whether to add the other party as a friend. If the user chooses yes, the electronic cigarette smart module will send its own unique identifier, the other party's unique identifier, the distance detection time and the distance value to the server, indicating that a friend is to be added. If the other party also makes a similar action, the server determines that the two are added as friends. If one party chooses no, adding a friend is unsuccessful.

Note that this function requires the disclosure of a unique identifier to the other user's APP or electronic cigarette smart module. Although the other party cannot directly know this unique identifier, someone with ulterior motives can obtain the unique identifier through technical means and may use it for illegal purposes. Therefore, this application turns off this function by default on the APP and electronic cigarette smart module. When the user needs to turn on this function, a page will pop up to inform the user of the risks. This function can only be turned on when the user is aware of and agrees.

7. Time calibration

Some functions of the electronic cigarette smart module (such as touch detection and the dial on the screen of the electronic cigarette smart module) are very dependent on the accuracy of time, so it is necessary to calibrate the time frequently. The present invention will adopt two time calibration schemes at the same time, as described below:

1) Every time the electronic cigarette intelligent module establishes Bluetooth communication with the mobile phone, it must calibrate the time to make it consistent with the mobile phone. After that, the electronic cigarette intelligent module and the mobile phone must calibrate the time at a certain time interval (for example, once every 5 minutes).

2) Since different users may be in different time zones or their mobile phone times may be different, their APP There will be some inconvenience when communicating between them or between their electronic cigarette intelligent modules. Therefore, the present invention will perform the second time calibration according to the operator's server time (using international standard time, specifically, UTC/GMT+0 time). When the APP communicates with the server for the first time after it is turned on, the APP will calibrate the time according to the server and record the difference between the mobile phone time and the server time. Then the APP will pass the server time to the electronic cigarette intelligent module, and the electronic cigarette intelligent module will record the difference between its own time (this time is calibrated with the mobile phone time) and the server time. Thereafter, the APP will calibrate the time with the server at regular intervals (such as 5 minutes). When it comes to some operations that are closely related to time (such as touch detection, shake, etc.), the server will comprehensively consider the current APP time, the current electronic cigarette intelligent module time and the server time.

8. Data upload during repeated connections

Sometimes, when the electronic cigarette intelligent module is transmitting data with the APP, the data transmission will be interrupted due to some unexpected circumstances (such as the Bluetooth signal suddenly weakened, the Bluetooth connection suddenly disconnected, the mobile phone is out of power and turned off, the electronic cigarette is out of power and turned off, etc.). To this end, both the APP and the electronic cigarette intelligent module can take some measures (such as saving the transmission progress and other data in non-volatile memory), and when the connection is restored, the upload can continue from the original progress position.

9. Connect an external sound player

The electronic cigarette intelligent module can be connected to a wired headset through the headset interface of the human-computer interaction unit, or it can be connected to a wireless headset (such as a Bluetooth headset) through the wireless communication module, so that the sound is transmitted to the user through the headset instead of the speaker. For example, when the user uses the electronic cigarette intelligent module to play music, the user does not want the music to affect other people (such as the user in the subway), so the user can connect a Bluetooth headset or a wired headset to the electronic cigarette intelligent module.

In this specification, each embodiment is described in a progressive manner, and each embodiment focuses on the differences from other embodiments. The same or similar parts between the embodiments can be referred to each other. For the device disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and the relevant parts can be referred to the method part.

Professionals may further appreciate that the units and algorithm steps of each example described in conjunction with the embodiments disclosed herein can be implemented in electronic hardware, computer software, or a combination of the two. In order to clearly illustrate the interchangeability of hardware and software, the composition and steps of each example have been generally described in the above description according to function. Whether these functions are performed in hardware or software depends on the specific application and design constraints of the technical solution. Professionals and technicians may use different methods to implement the described functions for each specific application, but such implementation should not be considered to be beyond the scope of this application.

The steps of the methods or algorithms described in the embodiments disclosed herein may be implemented directly using hardware, software modules executed by a processor, or a combination of the two. The software modules may be placed in a random access memory (RAM), internal memory, or a processor. memory, read-only memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, register, hard disk, removable disk, CD-ROM, or any other form of storage medium known in the art

The above description of the disclosed embodiments enables those skilled in the art to implement or use the present application. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present application. Therefore, the present application will not be limited to the embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.

Claims (10)

An intelligent application system based on an electronic cigarette, characterized in that it comprises an intelligent electronic cigarette, a server and an electronic cigarette application APP installed on an intelligent terminal, wherein the intelligent electronic cigarette comprises an electronic cigarette intelligent module and a wireless communication module; The electronic cigarette intelligent module performs two-way communication with the electronic cigarette application APP on the intelligent terminal through the wireless communication module, and the electronic cigarette application APP is connected to the server through the public network; and/or The electronic cigarette intelligent module is connected to the public network through the wireless communication module to directly communicate with the server; in, The electronic cigarette intelligent module comprises a main control unit, a human-computer interaction unit and an application function unit, and the human-computer interaction unit, the application function unit and the wireless communication module are respectively connected to the main control unit. The electronic cigarette-based intelligent application system according to claim 1 is characterized in that the application function unit includes one or any combination of an image acquisition module, a fingerprint acquisition module, an NFC module, a ranging module, a gyroscope, a positioning module, a vibration motor, a Hall sensor and a magnet, a health monitoring module and a memory, and the image acquisition module, the fingerprint acquisition module, the NFC module, the ranging module, the gyroscope, the positioning module, the vibration motor, the Hall sensor, the health monitoring module and the memory are respectively connected to the main control unit. The electronic cigarette-based intelligent application system according to claim 1 or 2 is characterized in that the wireless communication module includes one or any combination of a Bluetooth chip, a WiFi chip, a mobile communication device and a satellite communication device, and the Bluetooth chip, the WiFi chip, the mobile communication device and the satellite communication device are respectively connected to the main control unit. The electronic cigarette-based intelligent application system according to claim 1 or 2 is characterized in that the human-computer interaction unit includes a touch screen, a microphone, a speaker and an earphone interface, and the touch screen, the microphone, the speaker and the earphone interface are respectively connected to the main control unit. A control method for an electronic cigarette-based intelligent application system according to any one of claims 1 to 4, characterized in that the method comprises the following steps: Establishing a binding relationship between the smart electronic cigarette and the electronic cigarette application APP based on the unique identification code of the electronic cigarette smart module in a preset binding manner; Based on the binding relationship established between the smart electronic cigarette and the electronic cigarette application APP, the target application function management of the smart electronic cigarette is performed through the electronic cigarette application APP, wherein: The target application functions include: Lock and protect the smart electronic cigarette, view the usage status information of the smart electronic cigarette, set the application function attributes of the smart electronic cigarette as needed, locate and track the smart electronic cigarette, interact with the smart electronic cigarette intelligently, manage the social functions of the smart electronic cigarette, set auxiliary function parameters of the smart electronic cigarette, and make and receive calls through the smart electronic cigarette. The control method of the electronic cigarette-based intelligent application system according to claim 5 is characterized in that the establishing of a binding relationship between the intelligent electronic cigarette and the electronic cigarette application APP according to a preset binding method based on the unique identification code of the electronic cigarette intelligent module comprises: Obtaining a unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP, wherein the unique identification code is composed of a global unique identification code and product production information of the electronic cigarette intelligent module in a preset combination mode; Determine the legitimacy of the unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP; When the electronic cigarette application APP determines that the unique identification code of the electronic cigarette intelligent module is legal, the electronic cigarette application APP encrypts the current user ID of the electronic cigarette application APP and the unique identification code using a preset encryption and decryption algorithm to obtain an encrypted data packet, and sends the encrypted data packet to the server; The server uses a preset encryption and decryption algorithm to decrypt the encrypted data packet to obtain the current user ID and the unique identification code of the electronic cigarette application APP; Further determining the legitimacy of the unique identification code of the electronic cigarette intelligent module through the server; When the server determines that the unique identification code of the electronic cigarette intelligent module is legal, the historical binding information of the unique identification code is obtained through the server; The server establishes a binding relationship between the current user identity ID of the electronic cigarette application APP and the unique identification code according to a preset binding process based on the current user identity ID of the electronic cigarette application APP, the unique identification code and the historical binding information of the unique identification code. The control method based on the electronic cigarette intelligent application system according to claim 6 is characterized in that the obtaining of the unique identification code of the electronic cigarette intelligent module through the electronic cigarette application APP comprises: Scan the QR code or barcode on the shell of the smart electronic cigarette or displayed on the screen after the smart module of the smart electronic cigarette is turned on through the electronic cigarette application APP, or input the digital string on the shell of the smart electronic cigarette or the digital string displayed on the screen after the smart module of the smart electronic cigarette is turned on into the electronic cigarette application APP to obtain the unique identification code of the electronic cigarette smart module; or After the electronic cigarette intelligent module is powered on, the electronic cigarette intelligent module automatically sends a Bluetooth connection identification signal, wherein the Bluetooth connection identification signal carries the Bluetooth connection identifier of the electronic cigarette intelligent module; The user turns on the Bluetooth connection switch on the smart terminal installed with the electronic cigarette application APP; The user searches for the Bluetooth connection identifier of the electronic cigarette smart module on the smart terminal installed with the electronic cigarette application APP, and initiates connection and pairing; When the electronic cigarette application APP is paired with the Bluetooth of the electronic cigarette intelligent module, the electronic cigarette intelligent module The block sends the unique identification code stored internally to the electronic cigarette application APP. The control method of the intelligent application system based on the electronic cigarette according to any one of claims 5 to 7 is characterized in that the locking protection of the intelligent electronic cigarette comprises: The user enters the lock protection function page on the electronic cigarette application APP and clicks the lock protection button to start the electronic cigarette lock protection function, wherein when the electronic cigarette lock protection function is turned on, the atomizer of the smart electronic cigarette is in a locked state; The electronic cigarette application APP monitors whether an unlock request is received; When the electronic cigarette application APP receives an unlock request, it determines whether the unlock information carried in the unlock request meets a preset condition; When the unlocking information carried by the unlocking request meets the preset conditions, the electronic cigarette application APP sends an unlocking instruction to the electronic cigarette intelligent module; The electronic cigarette intelligent module generates an electronic cigarette start trigger signal according to the unlocking instruction to control the atomizer of the intelligent electronic cigarette to unlock and enter a normal working mode. The control method of the intelligent application system based on electronic cigarette according to any one of claims 5 to 7 is characterized in that the intelligent interaction with the intelligent electronic cigarette includes initiating an interactive process of intelligent question and answer on the electronic cigarette application APP and initiating an interactive process of intelligent question and answer on the intelligent electronic cigarette, wherein: The interactive process of initiating intelligent question and answer on the electronic cigarette application APP is as follows: The user enters the smart question and answer interaction page on the e-cigarette application APP and clicks the smart question and answer button to start the smart question and answer interaction process; The user enters the question content on the e-cigarette application APP; The electronic cigarette application APP pre-processes the input question content to form a question data packet, and sends the question data packet to the server; The server calls the corresponding artificial intelligence model to analyze and process the problem data packet to obtain a response data packet, and sends the response data packet to the electronic cigarette application APP; The electronic cigarette application APP parses the response data packet to obtain the answer to the question, and displays the answer to the question on the intelligent question-answering interactive page; The interactive process of initiating intelligent question and answer on the intelligent electronic cigarette is as follows: Establishing a wireless communication connection between the electronic cigarette application APP and the electronic cigarette intelligent module of the intelligent electronic cigarette; The user clicks the smart question and answer button on the touch screen of the smart electronic cigarette or presses the smart question and answer physical button on the smart electronic cigarette to start the smart question and answer process; The user inputs the question content through the human-computer interaction module of the smart electronic cigarette; The electronic cigarette intelligent module of the smart electronic cigarette sends the input question content to the electronic cigarette application APP; The electronic cigarette application APP pre-processes the problem content to form a problem data packet, and sends the problem data packet to the server; The server calls the corresponding artificial intelligence model to analyze and process the problem data packet to obtain a response data packet, and sends the response data packet to the electronic cigarette application APP; The electronic cigarette application APP parses the response data packet to obtain the answer to the question, and sends the answer to the electronic cigarette intelligent module to display the answer to the question through the electronic cigarette intelligent module. The control method of the intelligent application system based on the electronic cigarette according to any one of claims 5 to 7 is characterized in that the social function management of the intelligent electronic cigarette comprises: Sharing smoking locations: Users publish smoking location sharing information through the electronic cigarette application APP, wherein the smoking location sharing information includes one or any combination of the following information: Location information, opening hours, surrounding description information, photos and videos of smoking places; Friend settings: Users personalize the friend function through the electronic cigarette application APP, where the personalized settings include at least one of the following: Are you willing to be added as a friend by others? Whether to allow others to add friends by mobile phone number/user name/type of e-cigarette smoked/region search method; Friends circle permission settings; Expected friend attribute settings, wherein the friend attributes include one or any combination of age, gender, education level, and e-cigarette hobbies; Adding friends: The user adds a target friend by inputting the target friend's attribute information in the electronic cigarette application APP, wherein the attribute information includes one or any combination of mobile phone number, user name, location, hobbies and favorite electronic cigarette characteristics; Online meeting reservation: The user reserves an online meeting through the electronic cigarette application APP, and sends the meeting number and meeting link of the scheduled meeting to other target persons who have installed the electronic cigarette application APP; File sharing: The user transfers the file to be shared to the target object or target storage space through the electronic cigarette application APP.