Electronic cigarette controllable by mobile software and controlling method thereof

A controlling method of controlling an electronic cigarette by mobile software, wherein the method comprises steps of:

• (1) setting encryption information for turning on the electronic cigarette, a protocol for communicating with an APP, and a preset stand-by time in a microcontroller of the electronic cigarette;
• (2) determining, by means of the microcontroller, whether the electronic cigarette is in an on state with an unlock switch unit being turned on, if yes, go to step (13);
• if no, go to next step;
• (3) turning on Bluetooth of the electronic cigarette;
• (4) determining whether Bluetooth of the electronic cigarette seeks out a mobile Bluetooth signal, if yes, go to step (6);
• if no, go to next step;
• (5) determining whether a mobile Bluetooth signal is searched out or not in a period of time, if yes, go to next step;
• if no, go to step (15);
• (6) determining, by means of the microcontroller, whether the Bluetooth have previously been matched with a mobile on which the APP is installed, if yes, go to step (8);
• if no, go to next step;
• (7) matching, by means of the microcontroller, the Bluetooth of the electronic cigarette with the mobile Bluetooth, and storing mobile Bluetooth information;
• (8) connecting mobile Bluetooth;
• (9) determining, by the APP, whether a power on command is received from a user, if yes, go to next step;
• if no, go back to the step (2);
• (10) sending encryption information to the Bluetooth data transmission unit of the electronic cigarette by mobile Bluetooth;
• (11) determining, by means of the microcontroller, whether the encryption information is correct or not, if yes, go to next step;
• if no, go back to the step (2);
• (12) controlling, by means of the microcontroller, the unlock switch unit to perform an unlock operation, to power on the electronic cigarette;
• (13) entering a using process to allow the user to vape;
• (14) entering a stand-by state when the user stops using, and determining, by means of the microcontroller, whether a stand-by time exceeds the preset time or not, if yes, go to next step;
• if no, go back to the step (13);
• (15) controlling, by means of the microcontroller, the electronic cigarette to turn off automatically.