Electronic cigarette and process of manufacturing same

Abstract

An electronic cigarette and a process of manufacturing same are provided. The electronic cigarette includes a shell including a first inlet; a connection member on top of the shell and including a tube; a tank in the shell for storing air and e-liquid; an atomizer through the tank with a vacuum defined between the atomizer and the tank, the atomizer including a heating element, a power supply member, a second inlet through the atomizer, a first connection tube interconnecting the atomizer and the connection member, and a channel through the atomizer to communicate with the tank; and a cylinder in the shell and including a rod moveably projecting out of the shell, a biasing member put on the rod and biased between a limit plate and the cylinder, a cylindrical member, a plunger, and a tube member interconnecting the cylindrical member and the tank.

Description

FIELD OF THE INVENTION[0001]The invention relates to electronic cigarettes and more particularly to an electronic cigarette and a process of manufacturing same.BACKGROUND OF THE INVENTION[0002]Electronic cigarette is a new electronic product simulating tobacco smoking and has an appearance similar to a conventional cigarette. Further, the electronic cigarette can generate vapor similar to smoke generated by burning a cigarette. Furthermore, a user inhaling the vapor may have the same feeling and taste of smoking a cigarette. The electronic cigarette comprises an atomizer and a battery assembly detachably secured to the atomizer and adapted to supply power to the atomizer so that a heating element of the atomizer may atomize e-liquid to generate vapor for the user inhaling.[0003]Currently, materials of electronic cigarettes are low in bio-degradability, pose a great threat to the environment, and are very high in recycling. Thus, a novel process of manufacturing an electronic cigaret...

AI Technical Summary

Benefits of technology

The electronic cigarette of this invention has several advantages compared to previous versions. Firstly, it uses bio-degradable materials like compost or pulp, which helps reduce pollution in the environment. Secondly, it uses a vacuum chamber between the atomizer and tank to prevent heat transfer, which maintains the quality of the e-liquid and prevents it from becoming vapor. Thirdly, the e-liquid is transported from the tank to the atomizer by pressing, which ensures a constant amount of e-liquid is inhaled by the user, providing more comfort.

Problems solved by technology

Currently, materials of electronic cigarettes are low in bio-degradability, pose a great threat to the environment, and are very high in recycling.

And in turn, it increases the rate of vaporing in the tank.

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