Future Technology Co., Ltd.

Ryuji Watanabe

The present disclosure provides an aroma-producing body to be heated and an aromatic cartridge equipped therewith, as well as a manufacturing method and a manufacturing device for the heated aromatic producing body. The aroma-producing body to be heated includes an aroma-producing substrate to be heated and a packaging material winding up the aroma-producing substrate to be heated. The aroma-producing body to be heated has a gas flow path of voids formed by the aggregation of heated aromatic producing substrates into primary aggregates, and a gas flow path of voids formed by the aggregation of the aroma-producing substrate to be heated and the primary aggregate thereof into a secondary aggregate, and a gas flow path of voids formed by the heated aromatic producing substrate and its primary aggregate in contact with the packaging material. These gas paths have a deformed gas flow path that penetrates the aroma-producing body to be heated.

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

A support member capable of stably supporting an aerosol-forming base material at the time of inserting a heating element while securing a flow passage through which an aerosol is transferred in an electronic cigarette cartridge is provided. A support member for an electronic cigarette cartridge using a tobacco plant or a non-tobacco plant is provided. The support member has a central portion located along the longitudinal center axis of the electronic cigarette cartridge, and a plurality of side portions which extends outward from the central portion and is in contact with a packaging member located at the periphery of the electronic cigarette cartridge. The support member is disposed adjacent to an aerosol-forming base material located in one end portion of the electronic cigarette cartridge, or is disposed with other members sandwiched between the aerosol-forming base material and the support member and supports the aerosol-forming base material.

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Tokyo, Japan

Ryuji Watanabe