Energy-saving electronic cigarette module

Abstract

The invention provides an energy-saving electronic cigarette module, which includes a mouthpiece, an atomizer, a base and a graphite heating body, the bottom of the atomizer is open, the top of the base has a cutout, and the mouthpiece is set On the top of the atomizer, the atomizer is installed on a base, the atomizer is filled with expanded graphite, a battery is installed in the base, and the top of the graphite heating body extends into the atomizer, The bottom protrudes into the base through the cutout and is electrically connected to the battery, and the side wall of the atomizer is provided with a heat-reflecting material layer. The atomizer of the energy-saving electronic cigarette module according to the present invention is provided with one or several layers of heat-reflecting material layers, which effectively reduces the diffusion of heat from the inside of the atomizer to the outside, so that the heat is reflected to the e-liquid, improving the E-liquid atomization rate. At the same time, the battery with limited capacity can make full use of energy and improve the overall service life of electronic cigarettes.

Description

technical field [0001] The invention belongs to the technical field of electronic cigarettes, and in particular relates to an energy-saving electronic cigarette module. Background technique [0002] The heating device of the electronic cigarette vaporizer in the prior art is made of a heating wire directly wound on a glass fiber rope, and the glass fiber rope penetrates 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. The shell is protected with stainless steel, glass or PC polyester. In order to create a more realistic smoke effect during use, it is necessary to increase the amount of smoke oil atomized in a short time, usually through high-current rapid heating, but the heat will be dissipated to the outside through the shell of the atomizer, which wastes a lot of power and reduces electronics. Smoke life. [0003] Patent CN203952443 U discloses an ordinary po...

AI Technical Summary

Problems solved by technology

In order to create a more realistic smoke effect during use, it is necessary to increase the amount of smoke oil atomized in a short time, usually through high-current rapid heating, but the heat will be dissipated to the outside through the shell of the atomizer, which wastes a lot of power and reduces electronics. Smoke service life

[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 high resistance value. Although the ceramic core can improve the problem of vape oil burning, it does not consider the problem of instantaneous heating of the shell of the atomization chamber and the problem of high hand temperature and waste of electric energy.

As a portable electronic product, electronic cigarette needs to minimize its volume, and its energy storage battery capacity is limited

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