The present invention has disclosed an electronic cigarette atomizer with a flared vapor outlet pipe, which comprises an atomizer tube body (1), an atomization device (2), and a connecting member (3). One end of the atomizer tube body (1) is a mouthpiece segment (A), the mouthpiece segment (A) contains a hollow mouthpiece cavity (10) which can accommodate an additional material. A vapor outlet pipe (11) is provided; two ends of the vapor outlet pipe (11) respectively communicate with the atomization chamber (20) and the mouthpiece cavity (10); an inner diameter of the vapor outlet pipe (11) gradually increases from an end connected to the atomization chamber (20) to an end connected to the mouthpiece cavity (10). The present invention increases the amount of vapor passing through the nozzle and the flow rate of the vapor at the end of the vapor outlet pipe (11), ultimately increasing atomization efficiency.

An electronic cigarette, including a mouthpiece assembly, an atomizing assembly, and a base assembly. The mouthpiece assembly includes a mouthpiece, a first seal ring adapted to seal the mouthpiece, a decorative ring, a first fixed seat adapted to fix the mouthpiece, a second seal ring adapted to seal the first fixed seat, a decorative cover, a fixed cover, a fixed ring adapted to fix the fixed cover, and a slide block. The atomizing assembly includes a silicone seal, a pin, a spring, a second fixed seat adapted to fix the slide block, a vapor regulating ring, a second seal ring adapted to seal the vapor regulating ring, a glass tube, a third seal ring, a fourth seal ring, and an atomizing unit. The base assembly includes a fifth seal ring, a base, an insulation ring, and a joint.

A smoking materials packaging device may be moved between an open and closed position, and may include a back panel movingly coupled to a first side panel via a first hinge. A front panel may be movingly coupled to a side of the first side panel opposite to the back panel via a second hinge. A second side panel may be movingly coupled to a side of the front panel opposite to the first side panel via a third hinge. A flap panel may be movingly coupled to a side of the second side panel opposite to the front panel via a fourth hinge. Smoking material(s) may be coupled to the front and back panels. A first magnetic element may be coupled to the flap panel and a second magnetic element may be coupled to the back panel, and the magnetic elements may secure the device in the closed position.

A smoking materials packaging device may be moved between an open and closed position, and may include a back panel movingly coupled to a first side panel via a first hinge. A front panel may be movingly coupled to a side of the first side panel opposite to the back panel via a second hinge. A second side panel may be movingly coupled to a side of the front panel opposite to the first side panel via a third hinge. A flap panel may be movingly coupled to a side of the second side panel opposite to the front panel via a fourth hinge. Smoking material(s) may be coupled to the front and back panels. A first magnetic element may be coupled to the flap panel and a second magnetic element may be coupled to the back panel, and the magnetic elements may secure the device in the closed position.

An article of manufacture providing a storage and dispenser for herbs joined with a rolling paper storage and dispenser is disclosed. The present invention described herein joins all of the necessary parts into one single unit. The invention provides a storage for dry herbs, a dispenser, a box of rolling papers, and paper tips/filters all in one unit. The storage of dry herbs is integral to all of the other components into one discrete unit.

An inductive heating assembly for generating an aerosol from an aerosol precursor material in an aerosol provision system, the inductive heating assembly including: a susceptor; and a drive coil arranged to induce current flow in the susceptor to heat the susceptor and vaporize aerosol precursor material in proximity with a surface of the susceptor, and wherein the susceptor includes regions of different susceptibility to induced current flow from the drive coil, such that when in use the surface of the susceptor in the regions of different susceptibility are heated to different temperatures by the current flow induced by the drive coil.

A vaporization device assembly includes a battery, a first dampening spacer, a second dampening spacer, a printed circuit board, a vibrator, a microprocessor, a coil holder, a vaporization chamber, multiple wicks, a tank with a reservoir, a reservoir plug, and a pressure sensor in pneumatic communication with the reservoir of the tank. During operation, the vaporization device assembly notifies a user of timing related to inhalation of a vaporizable sub stance.

A vaporizer device includes a vaporization unit for heating the smoke oil to generate an aerosol, a battery for supplying power to the vaporization unit, a housing connected to one end of the vaporization unit and accommodating the battery and a mouthpiece connected to the other end of the vaporization unit and used for inhaling the aerosol generated by the vaporization unit. The vaporizer device further includes a rotating part provided on the outside of the housing to rotate relative to the housing. By turning the rotating part, a user can relieve anxiety and stress. This indicates that the vaporizer device has an improved pressure relief effect. An annular knob is slidable toward a printed circuit board (PCB), so that a light-emitting diode (LED) lamp is controlled to change color.

An electronic vapor provision system includes an electrical heater for vaporizing a liquid to form an aerosol for inhalation by a user of the electronic vapor provision system, and a communications interface for providing wireless communications. The communications interface is configured to use the heater as an antenna for the wireless communications.

A device with atomization function with leakage prevention from air inlet holes includes a storage tank assembly, a base assembly and an atomization core assembly. The base assembly includes a base body defining an inner hole and a base bracket defining a first vents and a first central hole which are both connected with the inlet holes. The atomization core assembly includes an atomizing portion and a separable portion. The separating portion is mounted on the atomizing portion and defines a second vent and a second central hole which are both connected with the inner hole. Wherein, the first central hole and the second central hole form a first air passage, and the first vent and the second vent form a second air passage. Therefore, the liquid at the bottom of the accommodating room can be atomized to keep the bottom of the accommodating room dry.