Electronic cigarette

Abstract

The invention discloses an electronic cigarette. The electronic cigarette comprises an electronic atomizer, a pressure sensor used for sensing the differences between the sucked air flow pressure intensity and the atmospheric pressure intensity of a user, a storage module used for storing the smoking state information, and a microprocessor used for controlling the modules or devices. The electronic cigarette can memorize the smoking state information of the user, when the user starts to smoke, the differences between the air flow pressure intensity and the atmospheric pressure intensity duringsucking are transmitted to the pressure sensor, pressure difference information is generated and transmitted to the microprocessor, the microprocessor adjusts the atomizer according to the pressure intensity differences, the power and frequency suitable for the user are output and stored in the microprocessor, and the power and frequency are enabled to correspond to the fingerprint information ofthe user. When the user uses the electronic cigarette next time, the microprocessor directly invokes the stored smoking state information and outputs a control instruction to the electronic atomizer,and the favorite smoking mode of the user is output.

Description

technical field [0001] The invention relates to the field of preparation of electronic atomization devices, in particular to an electronic cigarette. Background technique [0002] At present, electronic cigarettes on the market are divided into low-power electronic cigarettes (hereinafter referred to as pods) and high-power electronic cigarettes (hereinafter referred to as high-power cigarettes). Every e-cigarette user has his own hobbies, some like pod vapes with a small amount of smoke, and some like high-power vapes with a large amount of smoke. At present, the amount of smoke is set according to the manufacturer of the smoking set. The size of the amount of smoke has been finalized with the completion of the product, and electronic cigarette users can only succumb to the current mode. For complex electronic cigarettes, users can manually adjust the amount of smoke to suit their own preferences, but every time they smoke, they have to reset to adjust the way that suits t...

AI Technical Summary

Problems solved by technology

For complex electronic cigarettes, users can manually adjust the amount of smoke to suit their own preferences, but every time they smoke, they have to reset to adjust the way that suits them, which is quite cumbersome

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