Binary structure heat-not-burn smoke cartridge containing fragrance release carrier

Abstract

The invention relates to a binary structure heat-not-burn smoke cartridge containing a fragrance release carrier, which is formed by sequentially wrapping and connecting a smoke generating section anda smoke constraining section through outer-layer wrapping paper.In the smoking process of the binary structure heat-not-burn smoke cartridge, the fragrance of the fragrance release carrier is released by external force or the fragrance of the smoke constraint section is eluted by smoke flow, so that the effects of reducing the smoke temperature, guiding the smoke and supplementing the fragrance are achieved, and the cooled high-concentration smoke rich in fragrance is conveyed into the oral cavity of a consumer. The heat-not-burn smoke cartridge has the advantages of high aroma, high smoke generation amount, low smoke temperature and the like, is simple in structure and easy to industrialize, and has a very good industrial application prospect.

Description

【Technical field】 [0001] The invention belongs to the technical field of tobacco processing. More specifically, the present invention relates to a dual-structure heat-not-burn cartridge containing a flavor release carrier 【Background technique】 [0002] With the development of society and the continuous improvement of people's living standards, people pay more and more attention to their own health problems. It is more and more important for smokers to improve the safety of cigarette smoking, and it is also a technical problem that the tobacco industry needs to solve urgently. Heat-not-burn products are a new type of product developed in recent years. Due to the use of an external heat source to heat and bake to release smoke, the release of harmful components in the product is significantly reduced. Compared with traditional smoking tobacco, the safety of the product has been significantly improved. The improvement has been recognized in the market and has achieved good ma...

AI Technical Summary

Problems solved by technology

[0003] However, due to the technical solution of heating and baking to release smoke, these products generally have experience defects such as insufficient smoke concentration, high smoke temperature and relatively flat fragrance. These defects also limit more consumers to choose heat-not-burn products

At present, heat-not-burn products often use multi-component composite filter rods to regulate the concentration, temperature and aroma release of smoke, but due to the limitations of the cigarette structure of heat-not-burn products, this problem still cannot be effectively solved. The total particle phase of the flue gas of combustion products is not higher than 18mg / piece, and the temperature of the flue gas and the surface temperature of the filter is higher than 45°C

At the same time, the complex filter rod structure leads to difficulties in product manufacturing and high production costs. For example, US20140305448 A1 discloses a quaternary structure of a heat-not-burn pod, which is a smoke-generating section, a supporting section, a cooling section, and a filtering section. The production process Complicated, the melting phenomenon will occur in the cooling section during the suction process, which will affect the suction experience, and there are disadvantages such as small smoke volume and high smoke temperature. The utility model CN ​​211153800 U patent discloses the matrix section, the gas mist collection and circulation element and the external wrapping element The structure of the pod, the smoking section is longer than the length of the heating sheet, the extra part is the aerosol passing section, the material of the aerosol passing section is consistent with the material of the smoking section, and the unheated section is not heated during the smoking process. Part of it will absorb smoke and aroma, which will lead to low smoke volume and aroma attenuation; the issue of aroma release is relatively simple. At present, as long as the aroma is replenished from the smoking section, but during the smoking process, due to the continuous heating of the smoking section , leading to inconsistencies before and after the release of fragrance, and a poor smoking experience

Images