Far infrared heating electronic cigarette module

Abstract

The invention provides a far infrared heating electronic cigarette module. The electronic cigarette module comprises a cigarette holder, an atomizer, a base, a far infrared heating body and a temperature regulation and control device, wherein an opening is formed in the bottom of the atomizer; a notch is formed in the top of the base; the cigarette holder is arranged on the top of the atomizer; the atomizer is mounted on the base and is filled with expanded graphite; a battery is mounted in the base; the top of the far infrared heating body extends into the atomizer; the bottom of the far infrared heating body extends into the base through the notch, and is electrically connected with the battery; one end of the temperature regulation and control device is connected with the inside of theatomizer while the other end of the temperature regulation and control device is electrically connected with the battery; and one or two far infrared reflecting layers is arranged on the inner side wall of the atomizer. The far infrared heating body is arranged in the atomizer of the electronic cigarette, far infrared rays generated by radiation can effectively penetrate through tobacco tar or a tobacco tar load, rapid and uniform heating is implemented, and meanwhile, the problem of uneven tobacco tar volatilization due to over-high local temperature can be avoided.

Description

technical field [0001] The invention belongs to the technical field of electronic cigarette technology, and in particular relates to an electronic cigarette module heated by far-infrared rays. Background technique [0002] The heating device of the electronic cigarette vaporizer in the prior art is generally directly wound by a metal heating wire on a glass fiber rope, and the glass fiber rope penetrates into the e-liquid through capillary phenomenon, and an external voltage is applied to the heating wire, and the heating wire generates heat and atomizes the e-liquid . However, it has the hidden danger of easy coking on the surface of the glass fiber rope; at the same time, due to the poor liquid conduction performance of the fiber rope, there are problems such as unsatisfactory e-liquid penetration speed, easy carbonization, and poor atomization effect during continuous smoking; in addition, the electronic cigarette heating wire When the e-liquid adsorbate is heated from t...

AI Technical Summary

Problems solved by technology

However, it has the hidden danger of easy coking on the surface of the glass fiber rope; at the same time, due to the poor liquid conduction performance of the fiber rope, there are problems such as unsatisfactory e-liquid penetration speed, easy carbonization, and poor atomization effect during continuous smoking; in addition, the electronic cigarette heating wire When heating the e-liquid adsorbate from the middle, there is a phenomenon of uneven heating, which affects the quality of the e-cigarette

[0003] Patent CN203952443 U discloses an ordinary porous ceramic instead of a fiber rope as an atomization component of an electronic cigarette. Patent CN104161308A applies for a method of using hollow microporous ceramics as an atomization unit of an electronic cigarette. In order to increase the atomization speed of e-liquid , Generally, it is necessary to use a heating wire with a high resistance value. Although the ceramic core can improve the burning problem of the smoke oil, the ceramic chip is easy to break during the assembly process.

For low-temperature non-burning e-cigarettes using ceramic heating rods, there is a problem of uneven heating of e-liquid adsorbents, which leads to changes in the taste of e-cigarettes before and after use

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