Environmentally friendly energy-saving electronic cigarette atomizer

Abstract

The invention relates to an environmentally friendly energy-saving electronic cigarette atomizer. The electronic cigarette atomizer comprises a tobacco tar tube, an atomization core and an outlet duct assembly. The atomization core is inserted into the lower portion of the tobacco tar tube, the outlet duct assembly penetrates the tobacco tar tube and is in communication with the atomization core, and a liquid storage chamber used for storing tobacco tar is arranged between the outlet duct assembly and the tobacco tar oil. The atomization core comprises a cylindrical tobacco tar guide body having micropores and made from flexible ceramic, and a heating wire used for heating and atomizing the tobacco tar, the heating wire is arrange in the hole of the tobacco tar guide body and closely clings to the inner wall of the hole, the outer wall of the atomization core is provided with a tobacco tar inlet port, the tobacco tar in the liquid storage chamber permeates into the tobacco tar guide body through the inlet port. The tobacco tar guide body is made from flexible ceramic and is resistant to dry burning, the tobacco tar guide body cannot be damaged by dry burning, and no harmful and odorous gas generates during dry burning, the mouthfeel of the smoke generated by the reused atomizer after dry burning is the same as the mouthfeel of the smoke generated by the atomizer before dry burning, influence on the atomizer caused by dry burning can be effectively reduced, the durability of the atomizer can be improved.

Description

technical field [0001] The invention relates to electronic cigarettes, in particular to an environmentally friendly and energy-saving electronic cigarette atomizer. Background technique [0002] Electronic cigarettes, also known as electronic atomization devices, are mainly used to reduce the harm to traditional cigarette smokers. General e-cigarettes mainly produce smoke by heating and atomizing e-liquid for users to inhale. Most electronic cigarettes on the market use fiber rope or composite cotton to conduct oil. When the e-liquid is used up, dry burning will occur if the user does not pay attention. When dry-burning, the fiber rope and composite cotton are directly heated by the heating wire to emit burnt smoke, which is both unpleasant and harmful to the body, and the atomizing core is basically It has already been damaged, and the atomizing core can no longer produce the same concentration and taste of smoke when it is used later, which will affect the use effect. ...

AI Technical Summary

Problems solved by technology

When dry-burning, the fiber rope and composite cotton are directly heated by the heating wire to emit burnt smoke, which is both unpleasant and harmful to the body, and the atomizing core is basically It has already been destroyed, and the atomizing core can no longer produce the same concentration and taste of smoke when the atomizing core is used later, which will affect the use effect

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