A container for separately containing pre-vapor formulation ingredients prior to filling a reservoir of an electronic wiping device includes a container body having a first opening, a first compartment in the container body, a second compartment in the container body, a first seal between the first compartment and the second compartment, and a lid configured to cover the opening. The first compartment contains at least a first ingredient. The second compartment contains at least a second ingredient. The first seal is a frangible seal and is substantially impermeable. The lid is connected to the first seal.

A vaporization device and its method of use, where the device can accommodate a plurality of formulations for dispensing by selecting the desired source. Such formulations can include different drug formulations for providing different effects on the user. Also, an indicator with specialized indicia can be provided to identify the source being dispensed.

An exemplary electronic cigarette includes a housing, a mouthpiece arranged at a first end of the housing, a simulate cigarette end arranged at an opposite second end of the housing, a battery module received in the housing, a liquid cup arranged in the housing, and an atomizing unit arranged in the housing. The liquid cup is configured for containing tobacco liquid. The atomizing unit is electrically connected with the battery module, and configured for atomizing the tobacco liquid to form aerosol. The liquid cup includes a cup body and a resilient plug at an end of the cup body. The resilient plug is capable of being pierced by a needle of an injector, and capable of restoring to a sealed state after the needle of the injector is removed.

A simulated smoking device (1) comprising a simulated cigarette having a substantially cylindrical cigarette-like shape and a refill device (2, 50) having a substantially cuboid housing with a cigarette pack-like shape containing refill gas (32, 59) for the simulated cigarette and having means for selectively retaining the simulated cigarette. The simulated cigarette may be retained wholly within the housing. It may be retained at a location different from the refill location. A dose counter may be provided to give a visual indication of the doses in the refill device.

An atomizing head includes a heating assembly and an atomizing sleeve, the atomizing sleeve includes a first chamber and a second chamber in communication with each other, and the external airflow is successively flowing through the first chamber and the second chamber, and take away smoke formed by the aerosol forming substrate atomized by the heating assembly. The first chamber and the second chamber are spaced apart to effectively separate the airflow drawn from the outside with the second chamber. Since the airflow is completely passed through the entire atomizing head, it is difficult to form an effusion, the temperature of the heating element is substantially uniform everywhere, the airflow of the present disclosure is smooth, the heat conduction effect is good. In addition, the present disclosure uses a double heating assemblies, the amount of smoke is large and it is difficult to form an effusion.

A portable vaporizer with at least one detachable storage compartment for storing a significant amount of smokable materials. The storage compartment is accessed by opening a door so smokable material can be conveniently poured from a spout into the vaporizer's heating chamber. A tool designed for specific purposes is integrated into the detachable storage for use with scooping, loading, stirring, packing, cleaning, or extracting the smokable materials into, from, or within the heating chamber. The detachable storage compartment having an extended surface to fit partially inside the heating chamber tightly packs the smokable material. In instances where a tool is used to scoop the smokable materials, the heating chamber has a nub to aid in the transfer of the smokable material from the tool onto the nub within the heating chamber. A heating chamber is constructed of glass, and a heating element is embedded in the glass base and/or walls.

An electronic cigarette includes: a housing; a mouthpiece located at one end of the housing, the mouthpiece defining an air outlet; a liquid reservoir received in the housing, the liquid reservoir defining a chamber for storing liquid and a channel communicated with the air outlet; a stopper located at an end of the liquid reservoir adjacent to the mouthpiece sealing the chamber; an atomizing assembly received in the housing and connected to the liquid reservoir, the atomizing assembly including a heating element configured to absorb the liquid and atomize the liquid into atomized gas; and a power source connected to the atomizing assembly, the power source being configured to provide power for the heating element. When refueling the liquid, a syringe needle can penetrate the stopper and inject the liquid into the cavity. Such injection procedure can be more conveniently performed without dissembling the liquid reservoir.

The present application discloses a personal vaporizer system with an e-liquid reservoir isolated from the atomizer. The isolation of the e-liquid reservoir from the atomizer eliminates particles contamination of the e-liquid held in the reservoir and chemical reactions between the atomizer and the e-liquid. Since the residence time of “fresh” e-liquid in the atomizer is only the necessary to vaporize a very small amount of e-liquid, particles contamination of the produced vapor and chemical reactions between the e-liquid and atomizer components are dramatically reduced. This represents a huge health benefit for the consumer, compared to all others personal vaporizers with an e-liquid reservoir. The disclosed system can be used in any type of personal vaporizer, for example in the electronic cigarette market.

A tobacco heater with straight through heating tube, comprising a housing with a replaceable battery and a control PCB board; the housing has a mouthpiece; each side of the housing is hinged with an openable seagull door; inside the door is a heating tube at the middle housing; between the mouthpiece and the tube is an airflow path; inside each door is a compress tool for blocking the tobacco; the tube is electrically connected to the board. An openable seagull door is hinged on both sides of the housing to block the tube formed on the inner side of the door in the housing middle to form a straight through tobacco heating container. Tobaccos can be quickly and easily loaded by opening the doors, and the heater can be powered on when closed doors; opening doors, the tobacco heating residues can be easily and quickly cleaned after using.

A tobacco heater with straight through heating tube, comprising a housing with a replaceable battery and a control PCB board; the housing has a mouthpiece; each side of the housing is hinged with an openable seagull door; inside the door is a heating tube at the middle housing; between the mouthpiece and the tube is an airflow path; inside each door is a compress tool for blocking the tobacco; the tube is electrically connected to the board. An openable seagull door is hinged on both sides of the housing to block the tube formed on the inner side of the door in the housing middle to form a straight through tobacco heating container. Tobaccos can be quickly and easily loaded by opening the doors, and the heater can be powered on when closed doors; opening doors, the tobacco heating residues can be easily and quickly cleaned after using.