CN105024911B - Information interaction system and information interacting method applied to electronic cigarette - Google Patents

Abstract

The invention discloses an information interaction system and an information interaction method applied to electronic cigarettes. At least two electronic cigarettes are used for information interaction, and each electronic cigarette stores a serial code for identifying its own identity. The method includes the following steps : At least one electronic cigarette sends an identification signal carrying a serial code for identifying its own identity to other electronic cigarettes; the electronic cigarette receiving the identification signal sends a first prompt signal for reminding the electronic cigarette user. The beneficial effect of implementing the present invention is that it can help different e-cigarette users find and establish contact with each other, increase the chances of making friends among e-cigarette users, benefit the mental health of e-cigarette users, and facilitate smoking cessation.

Description

Information interaction system and information interaction method applied to electronic cigarettes

technical field

The present invention relates to the field of daily electronic products, and more specifically, relates to an information interaction system and an information interaction method applied to electronic cigarettes.

Background technique

As a safe and healthy alternative to tobacco, electronic cigarettes are increasingly used in daily life. However, most of the existing electronic cigarettes have a single function and can only be used to simulate smoking without other functions, which tends to make users feel tedious and lack of fun when using them.

In addition, although more and more people use e-cigarettes, e-cigarette users are still only a small part of the whole society, and it is difficult to find each other and establish contact with each other. Most e-cigarette users tend to feel that they are different to a certain extent, because it is usually difficult for him to find another e-cigarette user around him, and he cannot communicate with others about his personal experience of using e-cigarettes. This will easily lead to e-cigarette users feeling lonely mentally, which is not conducive to the mental health of e-cigarette users and is not conducive to quitting smoking.

Contents of the invention

The technical problem to be solved by the present invention is: in order to solve the defects of single function and lack of interest in the electronic cigarette in the prior art, and it is difficult for electronic cigarette users to discover each other and establish contact with each other, it is necessary to provide an electronic cigarette with rich and diverse functions, An information interaction system for using electronic cigarettes and a corresponding information interaction method that can help different electronic cigarette users discover each other and establish contacts.

The technical solution adopted by the present invention to solve the technical problem is: construct a method for information interaction applied to electronic cigarettes, use at least two electronic cigarettes for information interaction, and store a serial code for identifying its own identity in each electronic cigarette , the method includes the following steps:

S1. At least one electronic cigarette sends an identification signal carrying a serial code for identifying its own identity to other electronic cigarettes;

S2. The electronic cigarette that has received the identification signal sends out a first prompt signal for reminding the user of the electronic cigarette.

Preferably, the method further comprises the steps of:

S3. The electronic cigarette that receives the identification signal returns a response signal to the electronic cigarette that sent the identification signal;

S4. The electronic cigarette that has received the response signal sends out a second prompt signal for reminding the user of the electronic cigarette.

Preferably, the method further comprises the steps of:

S5. The electronic cigarette that has received the identification signal displays and stores the serial code contained in the identification signal it receives, and the receiving time when it receives the identification signal.

Preferably, the method also includes the following steps:

S6. After receiving the identification signal, the electronic cigarette compares the serial code extracted from the currently received identification signal with the stored serial code;

S7. If the sequence code contained in the currently received identification signal is the same as any of the stored sequence codes, display the receiving time of the earliest received sequence code, and send a third prompt signal for reminding the electronic cigarette user .

Preferably, the method also includes the following steps:

In the step S6, if the serial code included in the currently received identification signal is different from any stored serial code, display the serial code included in the currently received identification signal and its receiving time.

Preferably, the method also includes the following steps:

If in the step S2, any one of the electronic cigarettes receives multiple identification signals at the same time, in the step S5, the multiple identification signals are displayed one by one according to the time sequence in which the multiple identification signals are received. and the receiving time of the plurality of identification signals.

Preferably, the method also includes the following steps:

After the serial codes contained in the multiple identification signals and the receiving time of the multiple identification signals are displayed one by one according to the time sequence in which the multiple identification signals are received, each identification signal received is displayed according to the predetermined frequency and number of cycles. The sequence code contained in the signal and the receiving time of each identification signal are displayed cyclically multiple times.

Preferably, each electronic cigarette has at least one transceiver switch, and before the step S1, it also includes:

S01. The electronic cigarette user triggers the corresponding transceiver switch to send the identification signal;

Each electronic cigarette has at least one save switch, which also includes before the step S5:

S05. The user of the electronic cigarette triggers the corresponding save switch to store the serial code and the receiving time.

Preferably, the response signal includes the serial code of the electronic cigarette;

The serial code contained in the display of the electronic cigarette that has received the response signal and the response signal received by the memory, and the receiving time when it receives the response signal;

After receiving the response signal, the electronic cigarette compares the serial code extracted from the currently received response signal with the stored serial code;

If the sequence code contained in the currently received response signal is the same as any one of the stored sequence codes, the earliest receiving time of the sequence code is displayed, and a fourth prompt signal for reminding the electronic cigarette user is sent.

An information interaction system applied to electronic cigarettes, the information interaction system includes at least two electronic cigarettes, each of which includes: a microprocessor and a signal transmission module electrically connected to the microprocessor , a signal receiving module, a storage module and a prompt module;

The storage module is used to store the serial code of the electronic cigarette for identifying its own identity;

The microprocessor is used to extract the sequence code, and control the signal transmitting module to send an identification signal carrying the sequence code for identifying its own identity;

The microprocessor is also used to control the signal receiving module to receive identification signals sent by other electronic cigarettes in the information interaction system, and to control the prompt module to send a message to the user when receiving the identification signals sent by other electronic cigarettes. First cue signal.

Preferably, each of the electronic cigarettes further includes a display module;

The display module is used to display the serial code contained in the identification signal received by the signal receiving module, and the receiving time when it receives the identification signal;

The storage module is also used for storing the serial code contained in the identification signal received by the signal receiving module, and the receiving time when it receives the identification signal.

Preferably, the microprocessor is further configured to: when receiving the identification signal sent by other electronic cigarettes, extract the sequence code contained in it from the currently received identification signal, and store the sequence code contained in the currently received identification signal The sequence code is compared with the sequence code stored in the storage module; if the sequence code contained in the currently received identification signal is identical to any one of the sequence codes stored in the storage module, the display module is controlled to display the sequence code containing The sequence code identifies the earliest receiving time of the signal, and controls the prompting module to send out a second prompting signal to remind the electronic cigarette user.

Preferably, each of the electronic cigarettes further includes an operation module, and the operation module includes a transceiver switch and a save switch electrically connected to the microprocessor;

The microprocessor controls the signal transmitting module and the control signal receiving module to send and receive identification signals respectively when sensing that the transceiver switch is in the on state, and when sensing that the saving switch is in the on state control the storage module to store the content currently displayed in the display module.

Preferably, the microprocessor is a single-chip microcomputer; the first I/O pin of the microprocessor is connected with the prompt module; the second I/O pin of the microprocessor is connected with one end of the transceiver switch, and the other end of the transceiver switch grounding; the third I/O pin of the microprocessor is connected with one end of the storage switch, and the other end of the storage switch is grounded; the first information sending and receiving pin of the microprocessor is connected with the signal transmitting module through a modem; The two information sending and receiving pins are connected with the signal receiving module through a modem.

Preferably, the prompt module includes a first indicator light and a second indicator light;

The microprocessor controls the first indicator light and/or the second indicator light to emit light when receiving an identification signal sent by other electronic cigarettes in the information interaction system.

Preferably, the microprocessor is also used to control the signal transmitting module to return a response signal to the electronic cigarette that sent the identification signal;

The microprocessor is further configured to control the prompt module to send out a second prompt signal for reminding the user of the electronic cigarette after receiving the response signal.

The implementation of the information interaction system and information interaction method applied to electronic cigarettes of the present invention has the following beneficial effects: In the information interaction system provided by the present invention, each electronic cigarette can send a message containing the serial code corresponding to the electronic cigarette. Identify the signal, and search for the identification signals sent by other electronic cigarettes in the information interaction system at the same time. According to the information interaction method provided by the present invention, when the signal receiving module of the electronic cigarette receives identification signals from other nearby electronic cigarettes, it can transmit the received identification signal to the microprocessor of the electronic cigarette. After receiving the identification signal, the microprocessor controls the reminder module to send a reminder signal to the user of the electronic cigarette, and the user of the electronic cigarette can know that there are other users of the same type of electronic cigarette nearby. In this way, two e-cigarette users can find each other, thereby gaining the opportunity to talk and make friends. In addition, the microprocessor can also control the electronic cigarette to display and store the identification codes of other electronic cigarettes according to the identification signals received from other electronic cigarettes, so as to compare them when receiving the identification codes of other electronic cigarettes next time. The user judges whether other e-cigarette users appearing nearby have been discovered by him last time. To sum up, the information interaction system using electronic cigarettes provided by the present invention has various functions, and can help different electronic cigarette users discover each other and establish contact with each other according to the information interaction method provided by the present invention, increasing the number of electronic cigarette users. The opportunity to make friends is beneficial to the mental health of e-cigarette users; and through the communication between e-cigarette users, it is beneficial for users to choose e-cigarettes, and it can also achieve the purpose of facilitating smoking cessation.

Description of drawings

The present invention will be further described below in conjunction with accompanying drawing and embodiment, in the accompanying drawing:

Fig. 1 is a flowchart of an information interaction method applied to electronic cigarettes provided by a preferred embodiment of the present invention;

Fig. 2 is a block diagram of an information interaction system applied to electronic cigarettes provided by a preferred embodiment of the present invention;

Fig. 3 is a block diagram of functional modules of an electronic cigarette shown in Fig. 2 in the information interaction system applied to the electronic cigarette;

FIG. 4 is a circuit diagram of the electronic cigarette shown in FIG. 3 .

Detailed ways

In order to have a clearer understanding of the technical features, purposes and effects of the present invention, the specific implementation manners of the present invention will now be described in detail with reference to the accompanying drawings.

The method for information interaction applied to electronic cigarettes in the embodiment of the present invention utilizes at least two electronic cigarettes for information interaction, and each electronic cigarette stores a serial code for identifying its own identity. The information interaction method provided by the present invention can help different e-cigarette users discover and establish contact with each other, increase opportunities for e-cigarette users to make friends, benefit the e-cigarette users' mental health, and facilitate smoking cessation.

Referring to FIG. 1 , it is a flowchart of an information interaction method applied to electronic cigarettes provided by a preferred embodiment of the present invention. The method includes the following steps:

S1. At least one electronic cigarette sends an identification signal carrying a serial code for identifying its own identity to other electronic cigarettes;

S2. The electronic cigarette that has received the identification signal sends out a first prompt signal for reminding the user of the electronic cigarette.

In the embodiment of the present invention, the serial code stored in the electronic cigarette for identifying itself may be a number or a character string in other forms. The serial code is a specific product code that only belongs to the electronic cigarette, for example, KM2014031001408001. In this embodiment, numbers are used as the sequence code for the convenience of users to read and improve the comparison efficiency. In this embodiment, the serial codes of all the electronic cigarettes for information interaction are different from each other. The serial code can be set when the electronic cigarette leaves the factory.

When the user of the electronic cigarette who receives the identification signal finds the first prompt signal, he can know that someone nearby is using the electronic cigarette. The first prompt signal can be green, red and other lights emitted by the electronic cigarette. And when the user of the electronic cigarette that sends the identification signal finds the first prompt signal, as long as he searches a little, he can find a fellow who uses the electronic cigarette to communicate with.

Further, in order to enable the e-cigarette user who received the identification signal to find the e-cigarette user who sent the identification signal, after step S2, it also includes:

S3. After step S2, the electronic cigarette that has received the identification signal returns a response signal to the electronic cigarette that sent the identification signal;

S4. The electronic cigarette that has received the response signal sends out a second prompt signal for reminding the user of the electronic cigarette.

The second prompting signal can be that the electronic cigarette emits green, red and other lights. Preferably, the response signal includes the serial code of the electronic cigarette. As a result, users of e-cigarettes can easily find each other, and the opportunities for them to communicate with each other, establish contacts and even make friends are greatly increased, which is very conducive to improving the physical and mental health of e-cigarette users.

The information interaction method applied to electronic cigarettes in the embodiment of the present invention further includes:

S5. The electronic cigarette that has received the identification signal displays and stores the sequence code contained in the identification signal it receives, and the receiving time when it receives the identification signal;

S6. After receiving the identification signal, the electronic cigarette compares the serial code extracted from the currently received identification signal with the stored serial code;

S7. If the sequence code contained in the currently received identification signal is the same as any of the stored sequence codes, display the receiving time of the earliest received sequence code, and send a third prompt signal for reminding the electronic cigarette user ; If in step S6, the sequence code contained in the currently received identification signal is different from any stored sequence code, then display the sequence code contained in the currently received identification signal and its receiving time.

That is to say, if the identification signal containing the same sequence code is received again, the receiving time displayed by the electronic cigarette that received the identification signal is not the time when the sequence code contained in the currently received identification signal was received this time, but the time The time when the serial code was last received by the e-cigarette. At the same time, the electronic cigarette that has received the identification signal sends out a more eye-catching third prompt signal. For example, the third prompt signal may be that the electronic cigarette emits red and green lights alternately. In this way, the user of the e-cigarette can know that the identification signal of another e-cigarette that has been received before is received again, which indicates that another e-cigarette of the same type who was very close to him last time, or even talked to him The user reappears in his vicinity, and it is likely to be someone who has the opportunity to talk to him many times and is worth establishing a stable connection with. Thus, the user of the electronic cigarette can actively contact with another user of the electronic cigarette who has been discovered many times in a targeted manner, further improving the chances of establishing contact and becoming friends.

In the embodiment of the present invention, if in step S2, any electronic cigarette receives multiple identification signals at the same time, in step S5, the multiple identification signals are displayed one by one according to the time sequence in which the multiple identification signals are received. The sequence code contained in the signal and the receiving time of the plurality of identification signals. Further, in order to prevent the e-cigarette user from missing one or several received identification signals, the serial codes contained in the multiple identification signals and the multiple identification signals are After the receiving time of the signals is displayed one by one, the serial code contained in each identification signal received and the receiving time of each identification signal can be continuously displayed multiple times according to the predetermined frequency and number of cycles.

It should be understood that, in the case that the response signal contains the serial code of the electronic cigarette, after step S4, steps S5-S7 can also be performed, so that the electronic cigarette that receives the response signal displays and stores the sequence code contained in the response signal received. code, and the receiving time when it receives the response signal; and after the electronic cigarette receives the response signal, it compares the serial code extracted from the currently received response signal with the stored serial code; if the currently received response If the serial code contained in the signal is the same as any one of the stored serial codes, the receiving time of the earliest received serial code is displayed, and a fourth prompt signal for reminding the electronic cigarette user is sent.

In another embodiment of the present invention, each electronic cigarette has at least one transceiving switch and at least one saving switch. Then further, before the above step S1, it also includes:

S01. The electronic cigarette user triggers the corresponding transceiver switch to send the identification signal;

Also include before above-mentioned step S5:

S05. The user of the electronic cigarette triggers the corresponding save switch to store the serial code and the receiving time.

Thus, the user of the electronic cigarette can control the timing of sending the identification signal. In addition, after seeing the displayed serial code, the user can decide whether it is necessary to save the displayed serial code and its receiving time. If the user decides to save, he can press the save switch and turn on the save switch to save the currently displayed content, that is, the serial code contained in the received identification signal and the time when the identification signal is received this time, in the Electronic cigarette (storage module of electronic cigarette).

In addition, for the case where multiple serial codes and their receiving times are displayed in a cyclical manner, the electronic cigarette can be respectively set with two operation modes for saving multiple items of data. One is the operation mode of saving one by one, that is, when each serial code is displayed, it is necessary to press the save switch to save the currently displayed serial code and its receiving time. This method can ensure that only the data that the user wants to save is saved, which is conducive to saving the storage space of the electronic cigarette and improving the efficiency of data comparison, but the operation is time-consuming and laborious. The second is the operation mode of saving together, that is, you only need to click the save button to save all the serial codes currently being displayed in a loop and their receiving time. This method is simple and convenient to operate, but it may save data that the user does not want to save at the same time, occupying more storage space, and may affect the efficiency of data comparison. These two operation modes can be pre-set in the electronic cigarette through the existing programming method, and the specific setting method belongs to the prior art, so there is no need to repeat them here. In actual production, manufacturers can determine which mode of operation is more acceptable to e-cigarette users based on market research and feedback from e-cigarette users, and set the mode of operation that is more acceptable to e-cigarette users as the default Multiple data saving operation modes.

To sum up, the information interaction system provided by the present invention has various functions, and can help different e-cigarette users discover and establish contacts with each other according to the information interaction method provided by the present invention, and increase the chances of making friends for e-cigarette users. It is beneficial to the mental health of e-cigarette users; and through communication among e-cigarette users, it is beneficial for users to choose e-cigarettes, and it can also achieve the purpose of facilitating smoking cessation.

Referring to FIG. 2 , it is a block diagram of an information interaction system applied to electronic cigarettes provided by a preferred embodiment of the present invention. The information interaction system can use electronic cigarettes as an information interaction tool, so that users of different electronic cigarettes can easily discover and get acquainted with each other, thereby expanding the social communication channels of electronic cigarette users, which is beneficial to their physical and mental health. The information interaction system of the embodiment of the present invention includes at least two electronic cigarettes 100, and the at least two electronic cigarettes 100 can send and receive wireless identification signals (preferably radio frequency signals in this embodiment), and each electronic cigarette 100 receives When the identification signals sent by other electronic cigarettes 100 are detected, a reminder can be issued to remind users of other electronic cigarettes 100 and users of their own electronic cigarettes 100, and inform users that there are people nearby who are also using electronic cigarettes. You can seek out like-minded people to chat with, thus expanding your social interaction avenues.

Referring to FIG. 3 , it is a block diagram of functional modules of an electronic cigarette shown in FIG. 2 in the information interaction system applied to electronic cigarettes, and FIG. 4 is a circuit diagram of the electronic cigarette shown in FIG. 3 .

In the information interaction system of the embodiment of the present invention, each electronic cigarette 100 includes a microprocessor 101, a storage module 102, an operation module 103, a power supply module 20, an airflow sensing module 30, an atomization module 40, a modem 50, a signal transmitting module 60 , signal receiving module 70 , prompt module 80 , and display module 90 . Wherein, the microprocessor 101 is electrically connected with the storage module 102 , the operation module 103 , the power module 20 , the airflow sensing module 30 , the atomization module 40 , the modem 50 , the prompt module 80 and the display module 90 . In addition, the power supply module 20 is electrically connected to the atomization module 40 , and the signal transmitting module 60 and the signal receiving module 70 are both electrically connected to the modem 50 . These above-mentioned components can be installed inside the same electronic cigarette housing (not shown) to form the electronic cigarette 100 provided in this embodiment. The electronic cigarette casing may be an existing electronic cigarette casing, and its specific structural features are irrelevant to the improvement of the present invention, so there is no need to repeat them here. Preferably, all electronic cigarettes 100 used in this embodiment are of the same model, and the specifications of all internal components are exactly the same, so it is easier to receive identification signals from each other.

The microprocessor 101 can be various existing microprocessors used in electronic cigarettes, and in this embodiment, the microprocessor 101 is an existing single-chip microcomputer. The power module 20 can be an existing electronic cigarette battery assembly. The airflow sensing module 30 can be any existing electronic cigarette airflow sensor. When it senses that there is airflow in its vicinity, it will correspondingly generate an electronic induction signal and transmit the electronic induction signal to the microprocessor 101 . The atomization module 40 may be an existing electronic cigarette atomization component, in which smoke oil is stored, and an atomization wire (not shown) for heating and atomizing the smoke oil to generate smoke is provided. The atomizing wire is electrically connected to the power module 20, and the microprocessor 101 can control the power module 20 to supply power to the atomizing wire to generate heat to atomize the e-liquid. The specific structural features of the microprocessor 101 , the power module 20 , the airflow sensing module 30 , and the atomization module 40 can all be implemented according to the prior art, so there is no need to repeat them here.

The modem 50, the signal transmitting module 60 and the signal receiving module 70 are used to cooperate with the microprocessor 101, so that the electronic cigarette 100 can send and receive identification signals and response signals. In this embodiment, the identification signal sent out by the electronic cigarette 100 and the identification signal and response signal received from the outside are all radio frequency signals. The signal transmitting module 60 is a radio frequency transmitting module that works in an inductive coupling mode, and the signal receiving module 70 is a radio frequency receiving module that works in an inductive coupling mode. On the one hand, the modem 50 is used to convert the electronic identification signal provided by the microprocessor 101 into a radio frequency signal, and transmit it to the signal transmitting module 60 for sending; on the other hand, it is used to convert the radio frequency signal received by the signal receiving module 70 into Electronic signals are transmitted to the microprocessor 101 for subsequent processing. In this embodiment, the specific models of the modem 50, the signal transmitting module 60 and the signal receiving module 70 can be existing models in the prior art; that is to say, those skilled in the art use the existing modems, The radio frequency signal transmitting module and the radio frequency signal receiving module can realize the above-mentioned functions of the modem 50, the signal transmitting module 60 and the signal receiving module 70, and do not need to pay any creative work, so there is no need to repeat the modem 50, the signal transmitting module 60 and the signal receiving module here. The specific structural features and basic working principles of the receiving module 70.

The prompting module 80 is used to prompt the user of the current working state of the electronic cigarette 100 . In this embodiment, the prompt module 80 includes at least two indicator lights that are electrically connected to the microprocessor 101 and exposed from the housing of the electronic cigarette, named as the first indicator light 81 and the second indicator light respectively. 82. In this embodiment, the first indicator light 81 and the second indicator light 82 preferably have different lighting colors, for example, the first indicator light 81 can emit red light, and the second indicator light 82 can emit green light. Both the first indicator light 81 and the second indicator light 82 can be used to provide corresponding reminders for the working status of the information exchange function of the electronic cigarette 100 and/or for corresponding reminders for the working status of the traditional smoking function of the electronic cigarette 100 .

The display module 90 may be an existing graphic display device, in this embodiment, it is a liquid crystal display installed on the outer surface of the electronic cigarette case. The microprocessor 101 can display data through the display module 90 . The display module 90 is used for displaying the serial code in the received identification signal or response signal and the receiving time of the serial code.

In addition, the electronic cigarette 100 also includes a storage module 102 and an operation module 103 . The storage module 102 can be an existing non-volatile data storage device. In this embodiment, the storage module 102 is an Electrically Erasable Programmable Read-Only Memory (Electrically Erasable Programmable Read-Only Memory, EEPROM), and the microprocessor 101 Data can be stored in the storage module 102 and read from the storage module 102. The serial code used to identify the identity of the electronic cigarette is stored in the storage module 102, and the received signal (identification signal or response signal) contains Serial codes of other electronic cigarettes.

The operation module 103 is used for allowing the user to input operation instructions to the microprocessor 101 to control the electronic cigarette 100 . In this embodiment, the operation module 103 includes at least two manually operated key switches, which are respectively named as the transceiver switch K1 and the save switch K2. Both the transceiver switch K1 and the save switch K2 are installed outside the housing of the electronic cigarette, and are electrically connected to the microprocessor 101 respectively.

Referring to Fig. 4, in one embodiment of the present invention, the first pin (being its VDD pin) of microprocessor 101 is connected with power supply VCC; The second pin (being its GND pin) of microprocessor 101 grounding; the power supply VCC is grounded to filter through the capacitor C2; the third pin of the microprocessor 101 (i.e. the fourth I/O pin of the microprocessor 101) is connected with the airflow sensing module 30; the fourth lead of the microprocessor 101 Pin (being the first I/O pin of microprocessor 101) is connected with prompting module 80, specifically, if the first indicator light 81 of prompting module 80 is light-emitting diode, then the second I/O pin of microprocessor 101 The pin is connected with the anode of the light-emitting diode, and the cathode of the light-emitting diode is grounded (the connection relationship of the second indicator light 82 is similar to the first indicator light 81); Two I/O pins) are connected with one end of the transceiver switch K1, and the other end of the transceiver switch K1 is grounded; One end of K2 is connected, and the other end of the preservation switch K2 is grounded; the seventh pin of microprocessor 101 (that is, the LCK pin of microprocessor 101) is connected with memory module 102; the eighth pin of microprocessor 101 (that is, The DATA pin of the microprocessor 101) is connected with the storage module 102; the power supply pin of the storage module 102 is connected with the power supply VCC, the GND pin of the storage module 102 is connected with the ground, and the power supply pin of the storage module 102 and the GND pin are connected The tenth pin and the eleventh pin of the microprocessor 101 (that is, the first information sending and receiving pin and the second information sending and receiving pin of the microprocessor 101) are connected with the modem 50; the modem 50 The modulation signal output terminal is also connected to the base of the switch tube Q1 through the resistor R1; the collector of the switch tube Q1 is connected to the transmitting antenna; the emitter of the switch tube Q1 is grounded; the signal demodulation terminal of the modem 50 is also connected to the receiving antenna through the resistor R2 Connection; the seventh pin, the eighth pin and the ninth pin of the microprocessor 101 (ie, the CS pin of the microprocessor 101 ) are also respectively connected to the display module 90 .

When electronic cigarettes are used, each electronic cigarette can work in the same conventional working mode as existing electronic cigarettes. That is to say, the user can inhale at the suction nozzle provided on the electronic cigarette case according to the prior art, and draw the air outside the electronic cigarette case into the electronic cigarette case to form an airflow. When the airflow sensing module 30 senses the airflow, it generates an electronic sensing signal correspondingly, and transmits the electronic sensing signal to the microprocessor 101 . After receiving the electronic induction signal, the microprocessor 101 controls the power supply module 20 to supply power to the atomizing wire of the atomizing module 40 . The atomizing wire generates heat after being energized, atomizes the e-liquid in the atomizing module 40 to generate smoke, and the smoke is sucked into the mouth of the user along with the airflow. Since the work performed by the electronic cigarette 100 according to the above-mentioned conventional working method belongs to the prior art, those skilled in the art can realize it without any creative work, so there is no need to repeat the detailed principles here. In addition, while controlling the power supply module 20 to start supplying power to the atomizing wire, the microprocessor 101 can also control the first indicator light 81 of the prompt module 80 to continue to emit light, which is used to indicate to the user and other people around that the electronic cigarette 100 is working in a conventional manner, i.e. being used for smoking.

When the microprocessor 101 senses that the transceiver switch K1 is on, the modem 50 controls the signal transmitting module 60 and the control signal receiving module 70 to transmit and receive radio frequency identification signals respectively. When the microprocessor 101 senses that the save switch K2 is turned on, it will control the storage module 102 to store the content displayed in the display module 90 at the current moment, that is, store the serial codes of other electronic cigarettes. It should be understood that the electronic cigarette that receives the identification signal may automatically send a response signal, or the response signal may be sent only when the manual switch K1 is turned on. Preferably, in the embodiment of the present invention, if the electronic cigarette 100 receives the identification signal sent by other electronic cigarettes, the display module 90 displays the serial code contained in the identification signal, and the second indicator light 82 glows green to remind the electronic cigarette Cigarette user: After receiving the identification signal, the electronic cigarette 100 compares the sequence code extracted from the currently received identification signal with the stored sequence code, and the comparison result is the sequence contained in the currently received identification signal If the code is the same as any one of the stored serial codes, the display module 90 displays the earliest receiving time of the serial code, and the first indicator light 81 and the second indicator light 82 light up alternately to remind the electronic cigarette user. In addition, in the embodiment of the present invention, the electronic cigarette that receives the identification signal will return a response signal to the electronic cigarette that sent the identification signal at the same time, and when the electronic cigarette that sent the identification signal receives this response signal, control its second indication The lamp 82 emits light and controls its display module 90 to display the serial code contained in the response signal. Similarly, if the e-cigarette receives the response signal, it compares the sequence code extracted from the currently received response signal with the stored sequence code, and the comparison result is that the sequence code contained in the currently received response signal and If any one of the stored serial codes is the same, the first indicator light 81 and the second indicator light 82 are controlled to alternately illuminate to remind the electronic cigarette user, and the controller display module 90 displays the receiving time of the earliest received serial code. Thus, a way to make friends is provided for electronic cigarette users, allowing electronic cigarette users to find each other and communicate with each other, and reminding users when encountering the same electronic cigarette again.

In the information interaction system and method provided by the present invention, each electronic cigarette can send an identification signal containing a serial code corresponding to the electronic cigarette, and at the same time search for identification signals sent by other electronic cigarettes in the information interaction system. According to the information interaction method provided by the present invention, when the signal receiving module of the electronic cigarette receives identification signals from other nearby electronic cigarettes, it can transmit the received identification signal to the microprocessor of the electronic cigarette. After receiving the identification signal, the microprocessor controls the reminder module to send a reminder signal to the user of the electronic cigarette, and the user of the electronic cigarette can know that there are other users of the same type of electronic cigarette nearby. In this way, two e-cigarette users can find each other, thereby gaining the opportunity to talk and make friends. In addition, the microprocessor can also control the electronic cigarette to display and store the identification codes of other electronic cigarettes according to the identification signals received from other electronic cigarettes, so as to compare them when receiving the identification codes of other electronic cigarettes next time. The user judges whether other e-cigarette users appearing nearby have been discovered by him last time. To sum up, the information interaction system using electronic cigarettes provided by the present invention has various functions, and can help different electronic cigarette users discover each other and establish contact with each other according to the information interaction method provided by the present invention, increasing the number of electronic cigarette users. The opportunity to make friends is beneficial to the mental health of e-cigarette users; and through the communication between e-cigarette users, it is beneficial for users to choose e-cigarettes, and it can also achieve the purpose of facilitating smoking cessation.

Embodiments of the present invention have been described above in conjunction with the accompanying drawings, but the present invention is not limited to the above-mentioned specific implementations, and the above-mentioned specific implementations are only illustrative, rather than restrictive. Those of ordinary skill in the art will Under the enlightenment of the present invention, many forms can also be made without departing from the gist of the present invention and the protection scope of the claims, and these all belong to the protection of the present invention.

Claims (2)

1. a kind of method carrying out information exchange applied to electronic cigarette, which is characterized in that carry out letter using at least two electronic cigarettes Breath interacts, and sequence code of the storage for identifying own identification in each electronic cigarette, each electronic cigarette has an at least transmit-receive switch At least one preserves switch, and this approach includes the following steps：

S01, electronic cigarette user trigger corresponding transmit-receive switch to send identification signal；

S1, at least one electronic cigarette send the identification letter for carrying the sequence code for identifying own identification to other electronic cigarettes Number；

S2, the electronic cigarette for receiving identification signal send out the first standby signal for reminding electronic cigarette user；

S3, the electronic cigarette of identification signal is received to the electronic cigarette returning response signal of the transmission identification signal；

S4, the electronic cigarette for receiving response signal send out the second standby signal for reminding electronic cigarette user；

S05, the corresponding switch that preserves of electronic cigarette user triggering are to carry out the storage of sequence code and receiving time；

S5, the electronic cigarette for receiving identification signal show and store the sequence code for including in received identification signal, and It receives the receiving time of identification signal；

After S6, electronic cigarette receive identification signal, by the sequence code extracted in the identification signal being currently received and storage Sequence code is compared；

If the sequence code that S7, the identification signal being currently received include is identical as any one of the sequence code of storage, Display receives the receiving time of the sequence code earliest, and sends out the third standby signal for reminding electronic cigarette user；

In the step S6, if any one sequence code of sequence code and storage that the identification signal being currently received includes is all It differs, then shows the sequence code and its receiving time that the identification signal being currently received includes；

If in the step S2, any one of electronic cigarette receives multiple identification signals simultaneously, then in the step In S5, according to the time sequencing for receiving multiple identification signal one by one show sequence code that multiple identification signal includes and The receiving time of multiple identification signal；

According to receiving the sequence code and multiple knowledge that multiple identification signal is included by the time sequencing of multiple identification signal After the receiving time of level signal one by one shows one time, each identification for will being received according to scheduled frequency and cycle-index The receiving time of sequence code and each identification signal that signal includes cyclically shows multipass；

It include electronic cigarette sequence code in the response signal；

The sequence code for including in the response signal that the electronic cigarette for receiving response signal is shown and memory receives and its connect Receive the receiving time of response signal；

After electronic cigarette receives response signal, by the sequence of the sequence code and storage that are extracted in the response signal being currently received Code is compared；

If the sequence code that the response signal being currently received includes is identical as any one of the sequence code of storage, show The receiving time of the sequence code is received earliest, and sends out the 4th standby signal for reminding electronic cigarette user.

2. a kind of information interaction system applied to electronic cigarette, which is characterized in that described information interactive system includes at least two Electronic cigarette, each electronic cigarette include：Microprocessor and the signal being electrically connected respectively with the microprocessor emit Module, signal receiving module, memory module, display module, operation module and reminding module；

The memory module be used for store electronic cigarette for identify the sequence code of own identification, signal receiving module receives The sequence code for including in identification signal and its receive the receiving time of identification signal；

The microprocessor controls the signal emission module transmission and carries for identifying certainly for extracting the sequence code The identification signal of the sequence code of body identity；

The microprocessor is additionally operable to control other electronic cigarettes in the signal receiving module reception described information interactive system and sends out The identification signal sent, and control the reminding module when receiving the identification signal of other electronic cigarettes transmission and sent out to user First standby signal；When receiving the identification signal of other electronic cigarettes transmission, extracted from the identification signal being currently received Go out it includes sequence code, and the sequence that will be stored in sequence code that the identification signal being currently received includes and the memory module Row code is compared；If in the sequence code that the sequence code that the identification signal being currently received includes is stored with the memory module Any one is identical, then control the earliest receiving time that the display module shows the identification signal comprising the sequence code, and It controls the reminding module and sends out the second standby signal to remind electronic cigarette user；The signal emission module is controlled to transmission The electronic cigarette returning response signal of identification signal；After receiving response signal, controls the reminding module and send out for reminding electricity The second standby signal of sub- cigarette user；

The reminding module includes the first indicator light and the second indicator light；

The microprocessor is in the identification signal that other electronic cigarettes in receiving described information interactive system are sent described in control First indicator light and/or the second indicator light shine；

The display module is used to show the sequence code for including in the identification signal that signal receiving module receives and its reception To the receiving time of identification signal；

The operation module includes that the transmit-receive switch being electrically connected respectively with the microprocessor is switched with preservation；

The microprocessor controls the signal emission module and described when sensing the transmit-receive switch in an ON state Control signal receiving module sends and receives respectively identification signal, is then controlled when sensing the preservation switch in an ON state It makes the memory module and stores the content currently shown in the display module；

The microprocessor is microcontroller；

First I/O pins of microprocessor are connect with reminding module；One end of 2nd I/O pins and transmit-receive switch of microprocessor Connection, the other end ground connection of transmit-receive switch；3rd I/O pins of microprocessor are connect with the one end for preserving switch, preserve switch The other end ground connection；The first information transmitting-receiving pin of microprocessor is connect by modem with signal emission module；Micro- place Second information transmit-receive pin of reason device is connect by modem with signal receiving module.