Shenzhen First Union Technology Co., Ltd. Patente

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An electronic atomization device and a control method therefor are provided. The electronic atomization device includes a battery cell (23) configured to provide power; a resonant circuit (221a) electrically connected to the battery cell (23), wherein the resonant circuit (221a) includes at least one inductor (21), and the inductor (21) is configured to generate a varying magnetic field when being electrified; a susceptor (11) configured to generate heat when penetrated by the varying magnetic field, to heat the liquid substrate to generate aerosols; and a controller (222) configured to: determine, within a first puff period on the electronic atomization device, a first value corresponding to an electrical parameter of the resonant circuit (221a) at a first moment of the first puff period; determine, within a second puff period after the first puff period, a second value corresponding to the electrical parameter at a second moment of the second puff period; and determine, based on the first value and the second value, whether the susceptor (11) has an adverse condition. Whether the susceptor is under an adverse condition is determined based on electrical parameter values within two puff periods, thereby enhancing an inhalation experience of a user.

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The present application relates to an aerosol generating device and a heating module. The aerosol generating device comprises a holder; and a heating module, which is detachably connected to the holder, comprises a first accommodating cavity for accommodating at least part of an aerosol generating product, and further comprises a heating assembly arranged upstream of the first accommodating cavity in an airflow direction, wherein the heating assembly comprises a perforated component; one or more air holes in fluid communication with the first accommodating cavity are formed in the perforated component; the end of each air hole adjacent to the first accommodating cavity is an air output end, and the opposite end thereof is an air input end; the heating assembly is configured to heat the air flowing through the air hole; and the air input ends of at least some of the air holes are configured to be exposed when the heating module is removed from the holder.

This application provides an electronic atomization device and a control method. The electronic atomization device includes: a susceptor configured to heat an aerosol generating substrate to generate aerosols; an LC oscillator which includes an induction coil and a capacitor and is configured to guide varying current to flow through the induction coil, thus driving the susceptor to heat the aerosol generating substrate; a battery cell; and a controller configured to: control the battery cell to supply predetermined energy to the LC oscillator or the susceptor within predetermined time and detect a unique property of the aerosol generating substrate based on changes in a resonant voltage or resonant current of the LC oscillator within the predetermined time. The above electronic atomization device supplies the predetermined energy to the LC oscillator or the susceptor within the predetermined time to detect the unique property of the aerosol generating substrate, and monitors the changes in the resonant voltage or the resonant current of the LC oscillator within the predetermined time to determine the unique property of the aerosol generating substrate.

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The present application provides an electronic atomization device, comprising: a housing having a proximal end and a distal end which face away from each other in a longitudinal direction; and a liquid storage cavity used for storing a liquid matrix; a heating element used for heating the liquid matrix to generate an aerosol; a battery cell used for providing power to the heating element; and an end cover which at least partially seals the distal end of the housing and is detachably connected to the housing, wherein the end cover is configured to be detachable from the housing to open the distal end of the housing, so as to remove the battery cell from the distal end of the housing, the end cover can be operated by a user to selectively move between an unlocking position and a locking position, the end cover in the unlocking position is allowed to be detached from the housing and the end cover in the locking position is prevented from being detached from the housing. During use of the electronic atomization device, the end cover in the unlocking position is detached from the housing to open the distal end, so as to remove the battery cell from the distal end of the housing.

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The present disclosure relates to the technical field of electronic atomization, and discloses a method for measuring a number of puffs and an aerosol generating device. In the method for measuring a number of puffs, based on a relationship between a coil voltage and a temperature at resonance, the coil voltage at each moment is collected in real time, a real-time temperature of an induction heater assembly is determined according to each coil voltage, and the number of puffs of the aerosol generating device is measured according to the real-time temperature. Then, the aerosol generating device is replenished with energy according to the number of puffs, an amount of aerosols can be guaranteed to be adjusted to maintain in a vapeable state, and tastes and puff experience can be improved. In addition, by determining the number of puffs of the aerosol generating device based on the coil voltage, dependence on a measuring chip is eliminated, and the problem of insufficient or excessive heat absorption of an aerosol generating substrate caused by a fault of the measuring chip is avoided. In addition, hardware cost can be further effectively reduced.

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Embodiments of this application relate to a heating assembly and an aerosol generating device. The heating assembly includes: a heating tube in which a heating cavity accommodating at least a part of an aerosol generating article is provided; a temperature measurement element, including a probe and a conductive pin connected to the probe, where the probe is in contact with an outer surface of the heating tube; and a fixing tube, arranged on a periphery of at least a part of the heating tube, where the probe is located between the heating tube and the fixing tube, and the probe is elastic and elastically abuts against the heating tube or the fixing tube.

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