Self-adaptive tobacco oil control method

Abstract

The invention provides a self-adaptive tobacco oil control method. By monitoring atomizing cavity tobacco oil amount changes and operation of an oil pump in real time, flowability quantification levelcharacteristics related to the concentration, viscosity and type attributes of tobacco oil are determined; according to the flowability quantification level, the work voltages of the oil pump and load current, tobacco oil flow under different working voltages is represented; according to the flowability quantification level and the smoking power, the rotation speed of the oil pump is adjusted, sothat the dosage of the tobacco oil conveyed by the oil pump is matched with user smoking habits and the smoking power, the smoking feeling is kept, and the user smoking experience is improved; whether or not a smoking mode is started, continues or is stopped is determined according to whether an oil storage module stores the oil or not, so that dry burning of an atomizing core is effectively prevented, and the purpose of effectively protecting electronic cigarettes is achieved; according to requirements of users, different kinds of tobacco oil and different oil supply amounts, the taste of the tobacco oil is enriched, requirements of different users for different kinds of tobacco oil are met, and the taste is diversified and friendly to the users.

Description

technical field [0001] The invention relates to the field of electronic cigarettes, in particular to an adaptive smoke oil control method. Background technique [0002] Electronic cigarettes with buttons currently on the market include a casing, in which are installed a battery assembly, a control assembly, an atomization assembly, and an oil storage tank, the battery assembly provides electric energy for the atomization assembly, and the control assembly controls Working mode, in order to realize the normal operation of the electronic cigarette, the oil storage tank provides smoke oil for the atomizer through the oil injection pipe, and an oil pump is set in the oil injection pipe, and the smoke oil in the oil storage tank of the oil pump is sent to the atomization component. The power of this kind of atomization assembly is generally constant, and the amount of oil delivered by the oil pump is fixed each time, but the amount of each inhalation of the user is difficult to c...

AI Technical Summary

Problems solved by technology

[0002] Electronic cigarettes with buttons currently on the market include a casing, in which are installed a battery assembly, a control assembly, an atomization assembly, and an oil storage tank, the battery assembly provides electric energy for the atomization assembly, and the control assembly controls Working mode, in order to realize the normal operation of the electronic cigarette, the oil storage tank provides smoke oil for the atomizer through the oil injection pipe, and an oil pump is set in the oil injection pipe, and the smoke oil in the oil storage tank of the oil pump is sent to the atomization component. The power of this kind of atomization assembly is generally constant, and the amount of oil delivered by the oil pump is fixed each time, but the amount of each inhalation of the user is difficult to control, and the amount of e-liquid atomized by the atomization assembly each time is Fixed, there is a problem here, part of the e-liquid atomized by the atomization component is not inhaled by the user, and accumulates on the atomization component, and in this way, the mouthfeel of the subsequent e-liquid will be greatly reduced, and the atomization Insufficient, even the phenomenon of frying oil, poor experience

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