Cigarette rolled with food foil and electrical heating type smoking device for cigarette rolled with food foil

Abstract

The invention discloses a cigarette rolled with food foil. The cigarette rolled with food foil comprises a cigarette body, wherein the cigarette body comprises cigarette tobacco shreds and a rolled cigarette outer layer which is made of food foil. An electrical heating type smoking device for the cigarette rolled with food foil comprises a filter part, an electrical heating part and a charging part, wherein the filter part is detachably connected with the electrical heating part, a cigarette containing cavity used for containing a cigarette is formed inside the electrical heating part, an electrical heating ring and a rechargeable battery electrically connected with the electrical heating ring are also arranged inside the electrical heating part, the electrical heating ring is arranged on the wall of the cigarette containing cavity, the cigarette is completely wrapped in the electrical heating ring, and the charging part is electrically connected with the rechargeable battery of the electrical heating part. According to the cigarette rolled with food foil, unpleasant odor caused by carbonization or combustion of cigarette paper when a cigarette is heated is avoided. According to the electrical heating type smoking device, when the device is used for smoking, no visible smoke is released, and thus harm to smokers and involuntary smokers is reduced.

Description

technical field [0001] The invention relates to a new type of heat-not-burn cigarette and its matching heater, in particular to a cigarette made of food foil and its electric heating and suction device. Background technique [0002] In recent years, as people continue to pay attention to the issue of passive smoking, the smoke environment of tobacco combustion has become one of the focuses of public debate on smoking and health issues. Traditional cigarettes are ignited with an open flame, and the temperature is above 600°C. At this time, thermal cracking produces a large amount of harmful components such as condensed ring aromatic hydrocarbons. Studies have found that there is almost no thermal cracking process below 600°C. Therefore, how to reduce the combustion temperature has become a research hotspot in the tobacco industry. However, low combustion temperature is easy to cause flameout, and low-temperature heat-not-burn cigarettes have emerged as the times require. [...

AI Technical Summary

Problems solved by technology

However, the main component of cigarette paper currently used is wood pulp fiber, and the ignition temperature is about 300°C. The release temperature of tobacco flavor components and physiological strength substances needs to be around 400°C. How to solve this contradiction has become another difficult problem.

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