Resistance value calibrating method for accurate control of atomizer

Abstract

The invention discloses a resistance value calibrating method for accurate control of an atomizer. The method comprises the steps of S1, choosing an expected atomizing vapor temperature, starting the atomizer, and electrifying a heating wire to work; S2, collecting a resistance value of the heating wire at a spaced preset time period in a time share mode; S3, calculating a change value of the resistance of the heating wire in an adjacent time period, judging whether the change value is higher than a threshold value or not, when the change value is higher than the threshold value, continuing to execute the steps S2, and if the change value is not higher than the threshold value, executing the next step; S4, storing the resistance value of the heating wire collected in the time period as a vaporization temperature of an atomized liquid, and calculating the resistance value corresponding to the expected atomizing vapor temperature according to a temperature coefficient of the heating wire. The resistance value calibrating method for accurate control of the atomizer has the advantages that accurate control can be conducted according to the chosen temperature.

Description

technical field [0001] The invention relates to an atomizer, in particular to a method for calibrating the resistance value of the atomizer under precise control according to a selected temperature. Background technique [0002] The atomizer is mainly used for inhaling fragrance or medicine. The liquid reservoir of the existing atomizer is connected with the atomizing device through the adsorption cotton or fiber rope. The atomized liquid is heated and vaporized, and the absorbent cotton or fiber rope continuously leads the atomized liquid out of the liquid reservoir. In order to experience different tastes, people will adjust the temperature of the heating wire to make the taste of the atomized vapor reaching the oral cavity different. This adjustment method is mainly based on the temperature coefficient of the resistance wire and the default resistance value at startup. It is scheduled to be 25 degrees Celsius), so as to calculate the resistance value of the heating wire ...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the shortcomings of the prior art, the purpose of the present invention is to provide a method for calibrating the resistance value of the atomizer when the atomizer is accurately controlled, which can avoid the problem of the difference in the mouthfeel of the atomized vapor caused by the inaccurate resistance value of the heating wire.