Abstract: A personal vaporizer having a pressure-induced liquid supply that allows a user to draw liquid from a liquid reservoir through applying a suction force on the mouthpiece. The amount of liquid drawn is proportional to the pressure induced, and proportional to the amount of vaporization a user may desire.

Abstract: Quick-release mechanism of a microvaporizer having a quick-release cartridge coupled to a quick-release atomizer assembly by engaging a root portion of the quick-release cartridge with a receiver mechanism in the quick-release atomizer assembly, moving a trapdoor in the quick-release cartridge, and locking the root portion in the receiver mechanism. The quick-release cartridge is provided with at least one groove or depression on a root portion extension that can be inserted into and locked with the receiver mechanism.

Abstract: A microvaporizer having a first switch connected to a mouthpiece of the microvaporizer and a timer, and a second switch that is connected to the timer and the battery of the microvaporizer. The microvaporizer is activated to produce vapor when the first switch is triggered and the second switch is also triggered within the timer's countdown of a predetermined period of time. When the second switch is not triggered before the timer countdown ends, the timer turns off automatically and the microvaporizer is not activated.

Abstract: A microvaporizer having a combustion heating device to vaporize stored fluids to produce vapors, including methods to supply fluid to the combustion heating device by pressure induced by a switch that releases pressure, a spring, or a negative pressure induced by a user's sucking action on a mouthpiece of the microvaporizer.

Abstract: Quick-release mechanism of a microvaporizer having a quick-release cartridge coupled to a quick-release atomizer assembly by engaging a root portion of the quick-release cartridge with a receiver mechanism in the quick-release atomizer assembly, moving a trapdoor in the quick-release cartridge, and locking the root portion in the receiver mechanism. The quick-release cartridge is provided with at least one groove or depression on a root portion extension that can be inserted into and locked with the receiver mechanism.

Abstract: A flavored mouthpiece filament for a microvaporizer that can infuse vapor with the flavoring before the vapor is delivered to a user. The mouthpiece filament covers either a substantial portion of the diameter of the mouthpiece opening on the microvaporizer, or covers a partial portion of the mouthpiece opening by having an air channel that extends through the filament.

Abstract: A microvaporizer having a first switch connected to a mouthpiece of the microvaporizer and a timer, and a second switch that is connected to the timer and the battery of the microvaporizer. The microvaporizer is activated to produce vapor when the first switch is triggered and the second switch is also triggered within the timer's countdown of a predetermined period of time. When the second switch is not triggered before the timer countdown ends, the timer turns off automatically and the microvaporizer is not activated.

Abstract: A non-refillable microvaporizer cartridge having a casing with an external surface, an internal surface, a top end, and a bottom end, a tank defined by the internal surface, the top end, and the bottom end of the casing, a trapdoor provided at the top end of the casing having a fluid opening that provides fluid communication to the tank, and an electrical conductor provided at the bottom end of the casing. An atomizer can be attached to the top end of the casing and connected to the trapdoor, and the atomizer is operatively connected to the electrical conductor on the bottom end of the casing to complete the circuit.

Abstract: A resealable disposable microvaporizer cartridge having an outer casing and an inner casing that is radially inwards of the outer casing, a trapdoor, and a tank defined between a radially inward surface of the outer casing and a radially outward surface of the inner casing. The cartridge is sealed by the trapdoor on one end, and the trapdoor is resealable. A disposable mouthpiece can also be provided on the disposable cartridge.

Abstract: A non-refillable microvaporizer cartridge having a casing with an external surface, an internal surface, a top end, and a bottom end, a tank defined by the internal surface, the top end, and the bottom end of the casing, a trapdoor provided at the top end of the casing having a fluid opening that provides fluid communication to the tank, and an electrical conductor provided at the bottom end of the casing. An atomizer can be attached to the top end of the casing and connected to the trapdoor, and the atomizer is operatively connected to the electrical conductor on the bottom end of the casing to complete the circuit.

Abstract: A resealable disposable microvaporizer cartridge having an outer casing and an inner casing that is radially inwards of the outer casing, a trapdoor, and a tank defined between a radially inward surface of the outer casing and a radially outward surface of the inner casing. The cartridge is sealed by the trapdoor on one end, and the trapdoor is resealable. A disposable mouthpiece can also be provided on the disposable cartridge.

Abstract: A heating element for a micro-vaporizer including a heating element, and a wetted surface or a fluid storing membrane that fit snuggly onto an outer surface of the heating element. Vaporization is achieved by applying a current through the heating element that is higher than an inherent power rating of the heating element to generate heat that vaporizes fluids supplied to the wetted surface or stored in the fluid storing membrane.