A magnetic levitation centrifugal atomization electronic cigarette

Abstract

The invention belongs to the technical field of electronic cigarettes and discloses a maglev centrifugal atomization electronic cigarette. The maglev centrifugal atomization electronic cigarette comprises a main machine (1), an atomizer (2) and a nozzle end (3), wherein the atomizer (2) comprises a switch reluctance motor part (2-1) and an atomization bin (2-2) which are fixedly connected; a center air channel is formed in the nozzle end (3); the main machine (1), the atomizer (2) and the nozzle end (3) are connected sequentially to form the maglev centrifugal atomization electronic cigarette. The maglev centrifugal atomization electronic cigarette doesn't comprise an electrical heating element or ultrasonic element.

Description

technical field [0001] The invention belongs to the technical field of electronic cigarettes, and in particular relates to a magnetic levitation centrifugal atomization electronic cigarette. Background technique [0002] Commercially available electronic cigarettes mostly use electric heating to heat the atomized e-liquid. Among them, the core component is the atomizing core, which includes electric heating elements such as heating wires or heating ceramics and their winding skeletons, and oil guides such as glass fiber, organic cotton, and cotton. pieces. The e-liquid in the oil storage element is transported to the electric heating element through the oil guide. When the electric heating element is energized for smoking, the high temperature of the electric heating element causes the e-liquid on the electric heating element to atomize, and the formed steam is cooled by the inhaled air into inhalable smoke (gas Sol). [0003] Because the atomizing core and the e-liquid co...

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Problems solved by technology

[0003] Because the atomizing core and the e-liquid contained in the electric heating electronic cigarette have undergone high-temperature heating process, the high temperature may cause the material of the atomizing core to crack, fall off, carbonize or dissolve during smoking, and the heating element will also be partially damaged. Overheating causes dry burning, which reduces the sensory quality of smoking and poses potential health risks; some aroma components contained in e-liquid will also decompose and deteriorate at high temperatures, causing abnormal smell or aroma changes in smoking, which directly affects smoking quality

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