Electronic atomization device, atomizer, atomization core assembly of atomizer, heating assembly and operation method

Abstract

The invention relates to an electronic atomization device, an atomizer, an atomization core assembly of the atomizer, a heating assembly and an operation method. A heating assembly used for the electronic atomization device comprises a liquid guide piece used for guiding liquid and a heating piece used for adsorbing, heating and atomizing the liquid, the liquid guide piece forms a containing space, the heating piece comprises a non-heating area and a heating area, the non-heating area is embedded into the liquid guide piece, the heating area divides the containing space into a plurality of air channels with the heating piece as the interval in the airflow direction, and airflow flows through the air channels and penetrates through the heating area. According to the heating assembly, liquid stored in the liquid storage bin can be atomized to be softer, the fragrance is purer, oil is not prone to being fried, and the taste reduction degree is higher; battery power consumption is reduced, and use times are increased; the problems caused in the use of the traditional ceramic heating core are solved; and in addition, the user experience is also enhanced.

Description

technical field [0001] The invention relates to an electronic atomization device, an atomizer and its atomization core assembly, a heating assembly and an operation method. Background technique [0002] The electronic atomization device includes an atomizer and a host connected to the atomizer. The atomizer is equipped with an atomizing core assembly to heat the liquid in the liquid storage chamber. The host is equipped with a control circuit and a battery to heat and atomize. control. Existing atomizing core components use cotton core heating wire, cylindrical ceramic heating core and T-shaped ceramic heating core, etc. However, the cotton core heating wire will have problems such as uneven tightness of the heating wire around the cotton, resulting in scorching, uneven spacing between the coils of the heating wire, resulting in scorching or small atomization, difficult production operations, frying oil and oil leakage; Cylindrical ceramic heating cores produce small amoun...

AI Technical Summary

Problems solved by technology

However, the cotton core heating wire will have problems such as uneven tightness of the heating wire around the cotton, resulting in scorching, uneven spacing between the coils of the heating wire, resulting in scorching or small atomization, difficult production operations, frying oil and oil leakage; Cylindrical ceramic heating cores produce small amount of atomization, poor taste reduction, and peculiar smell; while T-shaped ceramic heating cores have less pure taste than cotton core heating wires, high power, and ceramics will absorb a lot of heat when the heating core is working. The heat generated by the heating wire, on the one hand, is a waste of energy, resulting in less use of the electronic atomization device with the same battery capacity than the cotton core heating wire. On the other hand, the surface area of ​​the T-shaped ceramic heating core is relatively small, and the atomization area is not large enough. The atomization rate is not high enough, the atomized gas is not fine enough, and it is easy to produce condensate

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