Heated aroma-producing body, aroma cartridge, and manufacturing method and manufacturing device for heated aroma-producing body

Abstract

Provided are a heated aroma-producing body and an aroma cartridge that is provided therewith, as well as a manufacturing method and a manufacturing device for the heated aroma-producing body, which can solve the problems of a heated aroma-producing substrate burning during a draw and the heated aroma-producing substrate falling during installation/removal of an aroma cartridge, in addition to increasing the filling rate of the heated aroma-producing substrate and ensuring a suitable number of instances of smoking, while also forming a vapor flow path that allows pleasant smoking of an aroma cartridge that is provided with a heated aroma-producing body in which a heated aroma-producing substrate including an aerosol former is rolled up in a packaging material. Provided are a heated aroma-producing body and an aroma cartridge that is provided therewith, as well as a manufacturing method and manufacturing device for this heated aroma-producing body, said heated aroma-producing body beingcharacterized by comprising: a vapor flow path of gaps that are formed by noodle-shaped heated aroma-producing substrates being gathered into a primary aggregate; a vapor flow path of gaps that are formed by noodle-shaped heated aroma-producing substrates and this primary aggregate being gathered into a secondary aggregate; and a vapor flow path of gaps that are formed by contact of a heated aroma-producing body packaging material and heated aroma-producing substrates, wherein these vapor flow paths penetrate in the lengthwise direction of the heated aroma-producing body.

Description

technical field [0001] The invention relates to a method and a manufacturing device for a heated aroma generator, an aroma cartridge, and a heated aroma generator. The principle is: the aromatic pod can be inserted into the cavity of the heated smoker, and contacts with the electronically controlled heating element in the cavity. Under the heating action of the heating element, smoke aerosol and aroma components are generated to make smoking Those who can enjoy the fun of smoking. Background technique [0002] In recent years, smoking bans have been implemented in places where various people gather (such as workplaces and restaurants, etc.). As a result, the number of smokers of paper cigarettes (flame cigarettes) has decreased sharply. At the same time, the number of smoking enthusiasts of electronic cigarettes (heating smokers that transmit heat energy by electronically controlled heating elements and generate smoke aerosols containing aerosol forming bodies) has increase...

AI Technical Summary

Problems solved by technology

The resulting aerosol-forming substrate has the disadvantages of uniform shape, large volume ratio, and lack of elasticity, which makes it difficult to increase the filling rate; if a gas channel that enables the smoker to enjoy smoking comfortably is formed, the aerosol will be reduced. Form the filling rate of the substrate, and it may cause the substrate burning problem during suction or the substrate falling off during installation and disassembly; on the contrary, in order to solve the problem of burning during suction and falling off during installation and disassembly, if the gas is increased The filling rate of the aerosol-forming base material of the sol-forming body will reduce the gas flow rate inside the aerosol-forming body, which will cause the smoker to not enjoy the pleasure of smoking comfortably, and will also reduce the amount of smoke inhaled in a single puff , which in turn leads to an increase in the number of puffs of a single pod, exceeding the reasonable range of puffs; in addition, it will also become difficult to insert the aerosol forming body into the heating element

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