Electronic cigarette and atomization method

Abstract

An electronic cigarette and an atomization method thereof which can simultaneously control the operation of an atomization component by buttons and airflow sensing. The electronic cigarette includes a button module (11) and an air flow sensing module (12). The user can directly smoke and the airflow sensing module (12) triggers the atomization component (14) to atomize the smoke liquid to generate smoke, or press the button module (11) to smoke. Through the combination of the button module and the airflow sensing module, the user can press the button module first, so that the atomization component enters the heating state, and the airflow channel is heated, and the user can not only generate a large amount of smoke when the user smokes the electronic cigarette, but also in a low ambient temperature. At the same time, it can also avoid the disadvantages of inhaling more cold air due to the air flow channel being occupied by more cold air and making the overall smoke volume smaller and thinner, causing discomfort to the user's mouth.

Description

technical field [0001] The invention relates to the field of electronic cigarettes, in particular to an electronic cigarette and an atomization method thereof which can simultaneously control the operation of an atomization component by buttons and airflow induction. Background technique [0002] At present, the electronic cigarettes in the prior art generally use the airflow sensor to sense the change of the internal pressure of the electronic cigarette to start the atomizer to atomize the liquid to generate smoke; there is another way for the user to start the atomizer to atomize the smoke by touching the button of the electronic cigarette. The liquid produces smoke. [0003] The current electronic cigarette air flow start and button start, only a single way to start the atomizer to atomize the e-liquid. However, the electronic cigarette activated by the airflow starts to heat when there is an airflow, and the gas in the airflow channel inside the electronic cigarette dir...

AI Technical Summary

Problems solved by technology

[0003] The current electronic cigarette air flow start and button start, there is only a single form to start the atomizer to atomize the e-liquid

However, the electronic cigarette activated by the airflow starts to heat when there is an airflow, and the gas in the airflow channel inside the electronic cigarette directly enters the user's mouth when the user smokes, and the lower temperature air enters the user's oral cavity. Uncomfortable, and when you start smoking, because the airflow channel is occupied by more air, the overall smoke volume is small and the smoke is relatively thin. It is impossible to realize the taste and smoke volume of the button after heating in advance, and the simulated smoke effect and user experience are poor.

The e-cigarettes that start heating with the button are not convenient to use when the user is using a computer or driving with both hands in a working environment. Both of these starting methods have defects

Images