Device and method for generating aerosol

Abstract

The invention provides a device and a method for generating aerosol. The device comprises a shell, a plurality of conductive particles and aerosol matrixes. The shell is of a hollow structure, and air holes are formed in the shell; the shell comprises a shell body and at least two conductors, and the conductors are arranged on the shell body at intervals; the shell is filled with the conductive particles, the adjacent conductive particles are in contact with one another, and each conductor is in contact with at least one conductive particle; the shell is filled with the aerosol matrixes, and the aerosol matrixes are in contact with the multiple conductive particles. The device and the method have the advantages that the multiple conductive particles are used as heating elements and are distributed inside the shell, the aerosol matrixes are in contact with the surfaces of the conductive particles, can be uniformly and stably heated by heat generated by the electrified conductive particles and can be heated and atomized to obtain the aerosol, the aerosol can be released via the air holes, and accordingly the aerosol matrixes can be effectively prevented from being carbonized in heating procedures.

Description

technical field [0001] The invention relates to the field of electronic cigarettes, in particular to an aerosol generating device and an aerosol generating method. Background technique [0002] The aerosol generating device is a kind of appliance that has broad promotion prospects and can replace traditional cigarette products. Most aerosol generating devices use heated liquid to evaporate to produce a mist similar to cigarette smoke. The liquid contains nicotine as an active ingredient, which allows consumers to enjoy the process of simulating cigarette smoking. [0003] At present, the internal structure adopted by most aerosol generating devices at home and abroad, especially the internal structure of the heating part is roughly the same. The structure adopted is that the electric heating wire is wound on the glass fiber rope, and the liquid is transferred from the liquid cavity or the glass fiber rope through the penetration of the glass fiber rope. The part of the liqu...

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Problems solved by technology

[0005] However, there are disadvantages in this patent: the liquid penetrating part in the atomizing core assembly is directly placed on the electric heating body, and the electric heating body is not wound on the penetrating part. Although the possibility of carbonization in the case of overheating of the electric heating body is reduced, However, since the periphery of the electric heating body is in contact with the liquid penetrating part, the liquid conduction rate of the liquid penetrating part is low in practical applications, and the temperature of the electric heating body is still too high, resulting in carbonization of the part of the liquid penetrating part

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