Composite dry-distillation type low-temperature cigarette device

Abstract

The invention provides a composite dry-distillation type low-temperature cigarette device. The composite dry-distillation type low-temperature cigarette device comprises a battery section, a transition section, a heating section, a filter tip section and a cigarette holder which are sequentially sleeved and connected, wherein the battery section is internally provided with an electronic cabin; the heating section is internally provided with two cigarette chambers which are detachably arranged back and forth, a composite cigarette chamber is formed by the two cigarette chambers, the composite cigarette chamber is fixed through a clamping opening, the outer side of the composite cigarette chamber is sequentially provided with electric heating layers and a heat insulation layer, the electric heating layers are in two-section type series arrangement, and the number or length of heating pieces in the electric heating layer is arranged according to a certain proportion; the two cigarette chambers are internally and respectively added with smoke formation materials in different properties; an air duct at a cigarette holder end is provided with a one-way ventilating valve. According to the composite dry-distillation type low-temperature cigarette device provided by the invention, the structure is simple, the use is convenient, the cigarette chambers can be replaced, the fragrance of smoke generated by the device is sufficient, the natural fragrance of tobacco is strong, and the composite dry-distillation type low-temperature cigarette device is beneficial for market promotion.

Description

[0001] technical field [0002] The invention relates to a compound dry distillation type low-temperature cigarette device, which belongs to the technical field of cigarettes. Background technique [0003] The chemical composition of tobacco is extremely complex. Today, about 3,000 compounds have been identified in tobacco leaves; when traditional cigarettes are burned, about 4,000 compounds are contained in the smoke. Therefore, during the combustion process of traditional cigarettes (the highest temperature is as high as 900 ℃), tobacco will produce a variety of new chemical components through thermal cracking and thermal synthesis, including a variety of harmful chemical components (such as polycyclic aromatic hydrocarbons). Based on this, the active research and development of a new generation of tobacco products or tobacco substitutes, and the development of a full range of new tobacco products (e-cigarettes, low-temperature cigarettes, and smokeless tobacco) have be...

AI Technical Summary

Problems solved by technology

Heated low-temperature cigarettes were first developed by major international companies such as Philip Morris (PM) and Reynolds (RJR), among which Reynolds Tobacco Group has successively developed the first generation of low-temperature cigarettes Premier and the second generation Low-temperature cigarette Eclipse, while Philip Morris has successively developed four generations of technologies or products (EHCSS-E Accord, EHCSS-JLI, EHCSS-K Heatbar and EHCSS-X); Defects, the market effect is not very ideal

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