Atomizer with powder based tar guiding atomizing structure

Abstract

The invention provides an atomizer with a powder based tar guiding atomizing structure. The atomizer comprises a tar storage bin, a cigarette cartridge body, a tar guiding pipe and an atomizing core, wherein the tar storage bin is provided with a vent hole communicated with the outside; the cigarette cartridge body is arranged above the tar storage bin and provided with a smoke channel and an air inlet hole, and the smoke channel is communicated with the outside; the tar guiding pipe is provided with a tar inlet and tar outlets, and the tar inlet is formed in the tar storage bin; the atomizing core is arranged at the tar outlets, is located in the cigarette cartridge body and adopts a powder metallurgy filter cartridge located at the tar outlets, and two ends of the powder metallurgy filter cartridge are connected with a positive electrode and a negative electrode of a power supply respectively. Tar guiding is realized during smoking, tar discharged from the tar outlets is directly adsorbed and atomized by the powder metallurgy filter cartridge, cotton and tar guiding cotton for tar adsorption can be omitted, the taste of the tar is pure, and scorched flavor caused by dry burning of the cotton is prevented.

Description

technical field [0001] The invention relates to the field of electronic cigarettes, in particular to an atomizer with a powder oil-conducting atomization structure. Background technique [0002] An electronic cigarette currently in use includes a casing in which an atomizer, a smoke oil bottle, a battery, a pod body, and a mouthpiece are installed. The atomizing core of the atomizer is connected to the battery, and the smoke oil bottle is used for The atomizer provides smoke oil, that is, oil-guiding cotton is installed in the atomizer, and a heating wire is arranged on the oil-guiding cotton. The oil-guiding cotton drains the smoke oil in the oil bottle into the atomization chamber of the atomizer The upper part of the atomization chamber is connected to the smoke channel of the pod body. The upper part of the smoke channel is provided with a mouthpiece. When the power is turned on, the heating wire heats the liquid e-liquid to vaporize it into gas, and the atomized gas goe...

AI Technical Summary

Problems solved by technology

[0002] An electronic cigarette currently in use includes a casing in which an atomizer, a smoke oil bottle, a battery, a pod body, and a mouthpiece are installed. The atomizing core of the atomizer is connected to the battery, and the smoke oil bottle is used for The atomizer provides smoke oil, that is, oil-guiding cotton is installed in the atomizer, and a heating wire is arranged on the oil-guiding cotton. The oil-guiding cotton drains the smoke oil in the oil bottle into the atomization chamber of the atomizer The upper part of the atomization chamber is connected to the smoke channel of the pod body. The upper part of the smoke channel is provided with a mouthpiece. When the power is turned on, the heating wire heats the liquid e-liquid to vaporize it into gas, and the atomized gas goes upwards. It flows directly through the smoke channel, and then flows out through the cigarette holder for the user to inhale. Since the atomizing core uses the oil-absorbing method of the oil-conducting cotton to absorb oil, this method of relying on the oil-conducting cotton to absorb oil can easily cause the e-liquid to be in the fog. The excess smoke oil is easy to seep out due to the accumulation on the atomizing core. In addition, during the working process of the atomizing core, since the amount of oil absorption of the oil-guiding cotton is limited, if the temperature of the atomizing core is too high, it is easy to cause oil-conducting Burnt cotton seriously affects the taste of e-cigarettes

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