AEROSOL DELIVERY DEVICE WITH ELECTRONIC HEATING WITHOUT BURNING (OPTIONS) Russian patent published in 2024 - IPC A24F40/46 A24F47/00 

Abstract RU 2815477 C2

FIELD: tobacco industry.

SUBSTANCE: aerosol delivery device contains a control case having a closed distal end and an open end for interaction, a heating element. A control component is located inside the control case and is made with the possibility of control of the heating element. A power supply source is located inside the control case and is made with the possibility of power supply to the control component. A removable aerosol source element contains a means in the form of substance suitable for inhaling, and it is made with the possibility of insertion to the end for interaction of the control case and with the possibility of formation of a heated end and a mouthpiece end. The heated end is made with the possibility of placement near the heating element made with the possibility of heat supply to at least part of the aerosol source element to form aerosol suitable for inhaling. The heating element contains a flexible heating element surrounding a heating cylinder located inside part of the end for interaction of the control case. The flexible heating element is flat, when it is in an unfolded flat state, and is wrapped around the heating cylinder. The flexible heating element contains at least one heating circuit and passes along the entire length of the means in the form of substance suitable for inhaling of the aerosol source element. According to the second option, the aerosol delivery device contains a heating element containing a base heating element and a substrate heating element, which are separate parts. The base heating element is located in the control case. The substrate heating element is located in the aerosol source element. The base heating element is made with the possibility of interaction with the substrate heating element to transfer heat to the substrate heating element.

EFFECT: increase in the efficiency of heating and aerosol formation.

40 cl, 15 dwg

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RU 2 815 477 C2

Authors

Sur, Radzhesh

Uilberding, Ketrin Linn

Sebastian, Andris

Sirs, Stiven Benson

Tomas, Timoti Frederik

Khabbard, Sojer

Konner, Billi Tajron

Dates

2024-03-18Published

2019-03-07Filed