An electrically operated aerosol-generating system is provided, including an aerosol-generating device including an electrically powered heating element; and a heated aerosol-generating article including an aerosol-forming substrate radially encircled by a sheet of thermally-conductive material, which is a thermally conducting flame barrier configured to spread heat and to mitigate against a risk of igniting the substrate by application of a flame to the article, and a plurality of elements, assembled together with the substrate within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, the substrate being disposed at the distal end of the rod, the elements including a spacer element disposed within the rod downstream of the substrate and a mouthpiece element extending upstream from the mouth end of the rod, the device being configured to receive the article and the heating element is configured to heat the substrate of the article.

An electrically operated aerosol-generating system is provided, including an aerosol-generating device including an electrically powered heating element; and a heated aerosol-generating article including an aerosol-forming substrate radially encircled by a sheet of thermally-conductive material, which is a thermally conducting flame barrier configured to spread heat and to mitigate against a risk of igniting the substrate by application of a flame to the article, and a plurality of elements, assembled together with the substrate within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, the substrate being disposed at the distal end of the rod, the elements including a spacer element disposed within the rod downstream of the substrate and a mouthpiece element extending upstream from the mouth end of the rod, the device being configured to receive the article and the heating element is configured to heat the substrate of the article.

An aerosol-generating system has a biosensor configured to detect a biological characteristic of the user. A controller provides health data based on the at least one biological characteristic detected by the biosensor. The health data may be provided to the user, used to modify an aerosol delivery profile of an aerosolizer, stored for later use, or may be communicated to other devices.

Display packages include a packaging including a cavity for holding an item, and a trap seal card including a first opening. The trap seal card retains the packaging such that the item held within the cavity is visible to a consumer through the first opening, and a portion of the packaging protrudes through the first opening. The trap seal card includes a front panel integral with a back panel. The packaging is between the front panel and the back panel. Blanks for the trap seal card include the back panel or the front panel having a first length and a second length less than the first length. The first and second lengths extend in a perpendicular direction to a first fold line. Blanks for the display box include a tab detachable from a remaining portion of the back panel when the back panel is separated along a ninth fold line.

The disclosure relates to a carrying case used for an electronic cigarette and a cartridge thereof, including: a top cap, a bottom cap pivotally connected to the top cap, at least two magnets disposed in the top cap, and at least two magnets disposed in the bottom cap, where the magnet disposed in the top cap and close to a pivotal joint between the top cap and the bottom cap and the magnet disposed in the bottom cap and away from the pivotal joint between the top cap and the bottom cap attract each other; the magnet disposed in the top cap and away from the pivotal joint between the top cap and the bottom cap and the magnet disposed in the bottom cap and close to the pivotal joint between the top cap and the bottom cap repulse each other.

The disclosure relates to a carrying case used for an electronic cigarette and a cartridge thereof, including: a top cap, a bottom cap pivotally connected to the top cap, at least two magnets disposed in the top cap, and at least two magnets disposed in the bottom cap, where the magnet disposed in the top cap and close to a pivotal joint between the top cap and the bottom cap and the magnet disposed in the bottom cap and away from the pivotal joint between the top cap and the bottom cap attract each other; the magnet disposed in the top cap and away from the pivotal joint between the top cap and the bottom cap and the magnet disposed in the bottom cap and close to the pivotal joint between the top cap and the bottom cap repulse each other.

A modular system for vaporizing liquid vaporizing material is disclosed. The modular system includes a mouthpiece having at least one mouthpiece inlet on a mouthpiece sidewall. A first housing is configured to removably attach to the mouthpiece. The first housing includes a tube, an oil chamber, and a coil unit configured to be removably attachable within a coil unit compartment of the first housing. The coil unit includes, a mouth, at least one coil unit passageway, a heating element, a pair of first conductors, and a wick. A second housing having at least one second housing inlet on a second housing sidewall is configured to removably attach with the first housing. The second housing includes a central processing unit, a power source, a display, at least one control, a charging port, and a pair of second conductors configured to contact with the first set of conductors.

A personal air filter with a PCB, with or without a microprocessor, and wireless transmission to a mobile ad hoc network is presented herein. In a preferred embodiment, the device is an accessory e-cigarette, (CBD, tobacco, etc.) filter assembly that is essentially configured with one or more sensors and transmission capability. The apparatus is further part of a wider system of the present invention for the purpose of performance monitoring and tracking, making the filter reusable and further extension of its life cycle.

An atomization assembly, including a stainless-steel tank and a ceramic core. The stainless-steel tank includes a side wall provided with a recess for accommodating the smoke material. The ceramic core is disposed in the stainless-steel tank and opposite to the smoke material. The ceramic core produces a heat and transmits the heat to the stainless-steel tank through heat transfer to atomize the smoke material in the stainless-steel tank to produce vapor. The stainless-steel tank includes an opening, and the vapor flows out of the opening for users to inhale.

An atomization assembly, including a smoke material tank, a conducting inserter, and a ceramic heating element. The smoke material tank is transparent and includes graduations. The smoke material tank includes a puncturable bottom end. When in use, the conducting inserter pierces the puncturable bottom end so that a smoke material in the smoke material tank flows along an inlet of the conducting inserter into the ceramic heating element for vaporization.