Infrared induction temperature control e-cigarette and temperature control method thereof

Abstract

The invention relates to an infrared induction temperature control e-cigarette and a temperature control method thereof. The infrared induction temperature control e-cigarette comprises a shell, a liquid storage device nested in the shell, an atomization component, a heating element R in the atomization component, a power supply and a circuit control panel with a smoking switch SW. The circuit control panel comprises an infrared temperature induction unit and a power supply management module. The infrared temperature induction unit can receive an infrared radiation signal which is sent from the heating element R and which represents a certain temperature, then converts the same into a temperature electric signal and sends the temperature electric signal to the power supply management module. After judgment and processing, the power supply management module generates a control electric signal to control the heating element R to be connected/disconnected with the power supply. According to the arrangement, with the infrared temperature induction unit, the temperature in an atomization chamber is detected and controlled, and the atomizer is protected from dry burn. Thus noxious gas and burnt flavor are prevented from entering human bodies, and human health is protected.

Description

Technical field [0001] The invention relates to the technical field of electronic cigarettes, in particular to an infrared induction temperature control electronic cigarette and a temperature control method thereof. Background technique [0002] Existing electronic cigarettes generally include a casing and a liquid storage device, an atomizing component, a power supply, and a circuit control board set in the casing, and no dry-burn protection device is provided. Existing e-cigarettes need to manually add the e-liquid or replace the liquid storage device after the e-cigarette is used up before it can continue to be used. When the e-cigarette in the liquid storage device is used up, the user does not add the e-liquid or replace the liquid storage in time When the device continues to smoke, the circuit controlled by the circuit control board continues to work, causing the heating unit in the atomization assembly to dry up due to the lack of smoke liquid leading to a sharp rise in te...

AI Technical Summary

Problems solved by technology

Existing e-cigarettes need to manually add e-liquid or replace the liquid storage device after the liquid is used up before they can continue to be used. When the liquid in the liquid storage device is used up, the user does not add e-liquid or replace the liquid storage in time When the device continues to smoke, the circuit controlled by the circuit control board still continues to work, which makes the heating unit in the atomization component dry-burn due to the lack of smoke liquid, resulting in a sharp rise in temperature, resulting in harmful gas and burnt smell that are inhaled into the human body, which is harmful The human body is healthy, and the heat generated rapidly is transmitted to the rest of the electronic cigarette, and it is easy to burn the electronic cigarette or burn the human skin

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