Horizontal ceramic heat conductor, heating element, electronic atomization device and electronic atomizer

Abstract

The invention provides a horizontal ceramic heat conductor, a heating element, an electronic atomization device and an electronic atomizer. The horizontal ceramic heat conductor comprises an airflow channel which is formed in the horizontal ceramic heat conductor and is used for airflow to enter and flow out in a gathering state. Compared with a heat-conducting ceramic body and a vertical heat-conducting ceramic body which are designed in a manner that an airflow channel is not formed in the whole structure, and a horizontal heat-conducting ceramic body applying airflow distribution type outflow design, the horizontal ceramic heat conductor has the advantages of relatively high taste restoring degree, little possibility of losing taste, little possibility of powder falling during assembly, relatively simple and compact structure, and relatively small air inflow resistance.

Description

technical field [0001] The invention relates to the technical field of electronic atomization, in particular to a horizontal ceramic heat conductor, a heating element, an electronic atomization device and an electronic atomizer. Background technique [0002] Electronic atomizers generally refer to electronic cigarettes. E-cigarettes are electronic products that mimic cigarettes and have the same look, smoke, taste and feel as cigarettes. It is an atomizer powered by a rechargeable lithium polymer battery. It has a taste similar to that of cigarettes, even much more than ordinary cigarettes, and it can suck out smoke, taste and feeling like cigarettes. Mainly used for smoking cessation and alternative cigarettes. E-cigarettes are also a non-combustible tobacco alternative product. It has some characteristics similar to ordinary cigarettes. It can refresh and satisfy smokers' pleasure and use habits developed over the years. But it is essentially different from ordinary ci...

AI Technical Summary

Problems solved by technology

Compared with the temperature of the smoke itself, the temperature of the airflow entering from the outside is lower. When the smoke and the airflow are mixed, the aerosol will condense to a certain extent. The physical properties such as the boiling point of the components are quite different, which will lead to uneven condensation of the components in the aerosol. When the proportion of the components of the aerosol that is actually smoked is quite different from the proportion of the components of the e-liquid, "Loss of taste" problem occurs

[0006] 2. For the vertical heat-conducting ceramic body, it generally has a cylindrical or square column-shaped or special-shaped column-shaped structure. In the traditional technology, there are also cases where the vertical heat-conducting ceramic body has an air-conducting channel in the vertical length direction (height direction), that is, the external The incoming airflow will enter through the hollow air-conducting channel of the vertical heat-conducting ceramic body, but the e-liquid is generally in direct contact with the side wall of the vertical heat-conducting ceramic body, that is, the side wall of the vertical heat-conducting ceramic body heats the e-liquid into smoke Finally, it is mixed with the external airflow entering from the hollow air-conducting channel of the vertical heat-conducting ceramic body, but there are at least two major problems in the vertical heat-conducting ceramic body. One is that the aspect ratio of the vertical heat-conducting ceramic body is relatively large. When the vertical heat-conducting ceramic body is inserted into the installation position opened in the plastic part, the side wall of the vertical heat-conducting ceramic body will rub against the inner wall of the installation position to a large extent, resulting in "powder falling" on the side wall of the vertical heat-conducting ceramic body Problem; Second, due to the relatively large length-to-diameter ratio of the vertical heat-conducting ceramic body, the structure of the vertical heat-conducting ceramic body in the length direction is not simple and compact enough. When designing the product structure, it will be forced to increase the length of the pod

However, there are at least two major problems in the horizontal heat-conducting ceramic body with multiple spaced air channels. The design causes the air intake resistance to increase. In order to maintain the smoothness of the airflow, it is forced to open more intensive, that is, a larger number of airflow channels to overcome. The second problem is also the most easily overlooked problem, that is, "loss of taste". In other words, it is the problem of poor taste reduction. This is due to the use of distributed airflow channels with multiple intervals. ) The degree of contact with the side wall of the atomization chamber increases sharply, because the side wall of the atomization chamber will adhere to the e-liquid, when the aerosol contacts with the e-liquid on the inner wall of the atomization chamber, the temperature of the e-liquid is lower than that of the aerosol , and because the composition of e-liquid is relatively complex, the physical properties such as the boiling point of each component in the aerosol are quite different, which will lead to uneven condensation of each component in the aerosol, and the re-dissolving of each component into the e-liquid There is a large difference between the ratio and the ratio of the original e-liquid, resulting in a large difference between the ratio of the components of the aerosol that is actually smoked and the ratio of the components of the e-liquid, that is, the problem of "loss of taste" occurs

[0008] In general, the traditional heat-conducting ceramic body has the problems of loss of taste, easy powder drop in assembly, not simple and compact structure, and large air intake resistance.

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