Chemically heating smokeless cigarette

Abstract

The invention discloses a chemically heating smokeless cigarette comprising a cigarette head, a cigarette cavity and a cigarette holder which are in axial connection and are communicated with one another. Absorbing materials capable of absorbing volatile acid are arranged inside the cigarette head, and cut tobacco with nicotine and heating materials capable of heating when contacting with air and water are arranged inside the cigarette cavity. The chemically heating smokeless cigarette can take a place of a traditional cigarette; and smoke with nicotine ingredient can be formed only by suction of a user to satisfy the user. Most harmful ingredients produced in a tobacco combusting process can be eliminated completely owing to high-temperature combustion, but nicotine intake of the user is not affected, no soot and second-hand smoke are produced, and no affects are produced on surrounding crowds or environment. In addition, since the chemically heating smokeless cigarette is low-temperature cigarette product, fire hazard is completely eliminated.

Description

technical field [0001] The invention relates to the technical field of novel cigarettes, in particular to a chemically heated smokeless cigarette. 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 traditional cigarettes are burned, an...

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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