Atomization device controlled by using thermal field temperature difference and control method thereof

Abstract

The invention provides an atomization device controlled by using a thermal field temperature difference. The atomization device comprises a power source component; an atomization component; a controlcomponent, connected with the power source component and the atomization component; and an air inlet, connected with the atomization component. The air inlet is internally provided with a temperaturedifference airflow sensor. The temperature difference airflow sensor is provided with a self-heated heating component, and provided with a first temperature detection point and a second temperature detection point. The first temperature detection point is used for detecting the temperature of one end of the heating component, and the second temperature detection point is used for detecting the temperature of the other end of the heating component. The temperature difference airflow sensor is connected with the control component. The invention further provides a control method for the atomization device controlled by using the thermal field temperature difference. In a dynamic thermal field, the temperature difference airflow sensor converts a signal of temperature variation to an electricsignal and transmits the electric signal to the control component, and the control component adjusts the working power of the atomization component according to the variation intensity of the electricsignal, so the mouthfeel after the atomization is good, the dry-burning is prevented, and an inadequate atomization phenomenon is avoided.

Description

technical field [0001] The invention relates to an atomization device controlled by a thermal field temperature difference and a control method thereof. Background technique [0002] A currently used electronic atomizer includes an atomization component, an oil storage component, a battery component, and a control component. The atomization component is provided with an air inlet, the control component is connected to the atomization component, and the oil storage component passes through the guide. The oil cotton is connected to the atomizer of the atomization component, so that the smoke oil in the oil storage component enters the atomizer, and the battery component provides power for the control component and the atomization component. When in use, the atomizer of the atomization component works at a constant power to atomize the e-liquid, and the e-liquid absorbed by the oil-conducting cotton is quantitative each time. There is more e-liquid, but the e-liquid that the o...

AI Technical Summary

Problems solved by technology

When in use, the atomizer of the atomization component works at a constant power to atomize the e-liquid, and the e-liquid absorbed by the oil-conducting cotton is quantitative each time. There is more e-liquid, but the e-liquid that the oil-conducting cotton can absorb is not enough, which will easily cause the heating wire in the atomizer to dry-burn; unchanged, the atomization of the e-liquid is insufficient, resulting in uneven taste

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