Chemical and electronic combined novel smokeless cigarette

Abstract

The invention discloses a chemical and electronic combined novel smokeless cigarette. The chemical and electronic combined novel smokeless cigarette comprises a cigarette butt, a smoke chamber and a cigarette holder which are matched and communicated with one another in an axial sequence, a heating device for supplying heat source and a smoke generator are arranged in the cigarette butt, the heating device is arranged on the end portion of the cigarette butt, the smoke generator is communicated with the smoke chamber, adsorbing materials capable of absorbing volatile acid are filled in the smoke generator, and nicotin-soaked cut tobaccos are filled in the smoke chamber. The chemical and electronic combined novel smokeless cigarette can serve as a substitute to the traditional cigarettes; and by utilizing the heating device to heat, volatile acid can be stimulated to atomize and can be driven by air flow to mix with nicotin to form smokes, and smokes with nicotin can be smoked into a smoker's mouth through the cigarette holder. The chemical and electronic combined novel smokeless cigarette is free of high temperature burning, so that most harmful ingredients generated in a tobacco burning process are completely avoided, no second hand smokes and cigarette ashes are generated, surrounding people or surrounding environment are free of any bad effects, and influence on nicotinic ingestion to the smoker is eliminated.

Description

technical field [0001] The invention relates to the technical field of novel cigarettes, in particular to a novel smokeless cigarette combining chemical and electronic means. Background technique [0002] In the CN102131411 invention patent application, a way of using the heat released during the crystal recrystallization process is described to heat the system to a temperature of 45-55 degrees. At this temperature, nicotine and tobacco flavoring agents are evaporated. air flow into the body. In the CN102355914 invention patent application, a heating method using the heat of dissolution is described to heat the system to a temperature of about 80 degrees. At this temperature, nicotine is evaporated and enters the human body with the suction airflow. [0003] The above scheme adopts the method of thermal dissolution and heat release to evaporate nicotine, so that smokers can inhale nicotine in tobacco, etc., but it cannot simulate the smoke phenomenon produced when tradition...

AI Technical Summary

Problems solved by technology

[0003] The above scheme adopts the method of thermal dissolution and heat release to evaporate nicotine, so that smokers can inhale nicotine in tobacco, etc., but it cannot simulate the smoke phenomenon produced when traditional cigarettes are burned, and cannot replace traditional cigarettes; All relatively low, can not fully volatilize nicotine effectively, therefore, need to improve existing technology

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