Surface heating atomizer and electronic cigarette with the atomizer

Abstract

The invention discloses a surface heating atomizer and an electronic cigarette with the atomizer. The atomizer includes a base connected to each other and a heating element. The heating element includes a ceramic seat. The storage tank for e-liquid or e-liquid, the outside of the ceramic seat is wrapped with a nano-titanium metal heating material film; the electronic cigarette includes an interconnected atomizer assembly and a smoke rod assembly, and the atomizer assembly includes a mouthpiece, an atomizer, and an atomizer that are connected in sequence. The device tube, the first electrode connection assembly and the aforementioned atomizer, the cigarette rod assembly includes a battery tube and a second electrode connection assembly, a battery, and a control board respectively arranged in the battery tube, and the second electrode connection assembly is connected to the battery through the control board , the battery tube is provided with a key switch for connecting with the control board, and the first electrode connection assembly is connected to the second electrode connection assembly. The invention has the advantages of large heating area, good atomization performance, more smoke oil atomized each time of heating, no carbon deposit in use, long service life, energy saving and environmental protection.

Description

technical field [0001] The invention relates to the field of electronic cigarettes, in particular to a surface heating atomizer and an electronic cigarette with the atomizer. Background technique [0002] The electronic cigarette is a commonly used cigarette substitute or smoking cessation appliance. The electronic cigarettes in the prior art realize the atomization of the e-liquid through an atomizer. The atomizers in the prior art generally use tungsten alloy heating wire and optical fiber rope to realize the atomization of e-liquid, but this atomization form has the following disadvantages: 1. The heating area of ​​the tungsten alloy heating wire is small, and the atomization performance is relatively low. 2. The tungsten alloy heating wire is in direct contact with the e-liquid. When the tungsten alloy heating wire heats up, it is easy to generate carbon deposits. On the one hand, the carbon deposits will wrap the tungsten alloy heating wire, causing tungsten The heatin...

AI Technical Summary

Problems solved by technology

The atomizers in the prior art generally use tungsten alloy heating wire and optical fiber rope to realize the atomization of e-liquid, but this atomization form has the following disadvantages: 1. The heating area of ​​the tungsten alloy heating wire is small, and the atomization performance is relatively low. 2. The tungsten alloy heating wire is in direct contact with the e-liquid. When the tungsten alloy heating wire heats up, it is easy to generate carbon deposits. On the one hand, the carbon deposits will wrap the tungsten alloy heating wire, causing tungsten The heating performance of the alloy heating wire is reduced, and the carbon deposit will also affect the taste of the atomized e-liquid, resulting in an incorrect taste of the atomized e-liquid; 3. The tungsten alloy heating wire is easy to burn out and has a short service life; 4. The resistance of the tungsten alloy heating wire Larger, higher battery consumption

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