Abstract: An atomizing core includes an atomizing base, an atomizing bracket, a heating element, an atomizing cover, a liquid guiding member, a detecting chip and an electrode assembly. The atomizing base is concavely provided with accommodating groove, one end of the atomizing bracket is fixed in the accommodating groove, the heating member is supported at the other end of the atomizing bracket, the atomizing cover is provided at the outside of the heating member, the liquid guiding member is arranged in the atomizing cover, the detecting chip is provided in the accommodating groove. When the atomizing core is working, the detecting chip detects and records the working information of the atomizing core, so that the user can monitor the working and usage status of the atomizing core.

Abstract: An upper cover assembly includes an upper cover, a liquid filling cap movable relative to the upper cover between a usage position and a liquid filling position, and a mouthpiece. The upper cover is provided with a liquid filling hole and a smoke outlet hole. The liquid filling cap is provided with a through hole. The mouthpiece is integrally formed with the liquid filling cap and is in communication with the through hole. When the liquid filling cap is in the usage position, the liquid filling cap covers the liquid filling hole and the through hole is in communication with the smoke outlet hole. When the liquid filling cap is moved from the usage position to the liquid filling position, the liquid filling cap is displaced from the liquid filling hole and the liquid filling hole is opened.

Abstract: A control method and device, and an electronic cigarette. The method includes: obtaining the maximum output power during the secure output of an atomizer connected to a body; detecting whether the currently-set target power of the atomizer is higher than the maximum output power; and if the target power is higher than the maximum output power, executing a preset operation, the preset operation including at least one of controlling, the atomizer to output at power lower than or equal to the maximum output power and displaying a first reminder message, according to a cigarette lighting signal. The method resolves the problem that dry burning would easily occur in an atomizer, and has the function of protecting the atomizer and preventing the shortening of the life of a heating component caused by the burning of the heating component due to high power output of the atomizer.

Abstract: A control method and apparatus for an electronic cigarette are disclosed. The method includes: after a terminal establishes a wireless connection with an electronic cigarette bound with the terminal, the terminal detecting whether the terminal or the electronic cigarette enters a non-smoking area; when the terminal detects that the terminal or the electronic cigarette enters a non-smoking area, the terminal sending a smoking banning signal to the electronic cigarette; wherein the smoking banning signal is used to instruct the electronic cigarette, after receiving the smoking banning signal, to stop atomizing in response to the smoking triggering signal, thereby solving the problem that some users use the electronic cigarette in public places to reduce the air quality, and achieving the effect of improving the air quality in public places.

Abstract: A liquid supply method for an atomizer and a liquid supply apparatus thereof, relating to the technical field of smoking simulation. The method includes : when a heating member generates heating, acquiring a resistance value of the heating member, (S110); obtaining a liquid supply rule according to the resistance value of the heating member, the liquid supply rule comprising at least one of a liquid supply speed for of using a pump to supply liquid to the atomizing chamber, and a liquid supply duration of using the pump to supply liquid to the atomizing chamber in a unit time period (S120); and controlling the pump to supply liquid to the atomizing chamber according to the liquid supply rule (S130). A problem of dry burning of an electronic cigarette can be solved, and effects of avoiding dry burning and liquid explodes and improving a smoking taste of electronic cigarettes are achieved.

Abstract: A power supply structure and an electronic cigarette having same are provided. The power supply structure includes at least two rechargeable batteries connected in series, a charging circuit connected to the rechargeable batteries and used to charge the rechargeable batteries, and a switching circuit connected to the at least two rechargeable batteries. The switching circuit is used to switch the at least two rechargeable batteries into battery series circuits having different number of rechargeable batteries connected in series. The charging circuit is used to detect the voltages of the battery series circuits and convert a standard charging voltage into different charging voltages for charging the battery series circuits according to the detected voltages.

Abstract: An electronic cigarette control method and an electronic cigarette are provided. The method includes: acquiring the characteristic parameter of the atomizer of the electronic cigarette; determining the first output power corresponding to the characteristic parameter of the atomizer; and outputting electric energy to the atomizer with the first output power when a smoking signal is detected. The electronic cigarette can output electric energy of different powers to atomizers with different specifications, so that the battery device of the electronic cigarette can be adapted to atomizers with different specifications, thereby increasing the adaptation range of the electronic cigarette.

Abstract: Disclosed is an atomizer and an aerosol generation device with the atomizer. The atomizer includes a liquid storage member, an atomizing assembly and a mouthpiece. A liquid storage chamber is formed in the liquid storage member. The atomizing assembly is mounted on the liquid storage member. The atomizing assembly is provided with an atomizing chamber and a liquid inlet which is in communication with the atomizing chamber. The mouthpiece is slidably sleeved on the outside of the atomizing assembly. The mouthpiece can slide between a first locking position and a second locking position relative to the liquid storage member. When the mouthpiece slides to the first locking position, the mouthpiece closes the liquid inlet; and when the mouthpiece slides from the first locking position to the second locking position, the mouthpiece opens the liquid inlet, such that the liquid inlet is in communication with the liquid storage chamber.

Abstract: A liquid supply method for an atomizer and a liquid supply apparatus thereof, relating to the technical field of smoking simulation. The method includes : when a heating member generates heating, acquiring a resistance value of the heating member, (S110); obtaining a liquid supply rule according to the resistance value of the heating member, the liquid supply rule comprising at least one of a liquid supply speed for of using a pump to supply liquid to the atomizing chamber, and a liquid supply duration of using the pump to supply liquid to the atomizing chamber in a unit time period (S120); and controlling the pump to supply liquid to the atomizing chamber according to the liquid supply rule (S130). A problem of dry burning of an electronic cigarette can be solved, and effects of avoiding dry burning and liquid explodes and improving a smoking taste of electronic cigarettes are achieved.

Abstract: A heating assembly is provided. The heating assembly includes: a substrate; at least one heat generating element, the heat generating element being formed on the substrate; at least two electrical contacts, the electrical contacts being formed on the substrate, and the electric contacts being electrically connected to the heat generating element; and at least one heat insulation structure, the heat insulation structure being formed on the substrate and located between the heat generating element and the electrical contacts. The present invention further relates to an atomizing core and an aerosol generating device. The heating assembly, the atomizing core, and the aerosol generating device provided can limit heat loss of a hot area and avoid the extremely high temperature of a cold area, thereby improving the atomization efficiency and reducing heat resistance requirements of the heating assembly, the atomizing core, and the aerosol generating device for the electric contacts.

Abstract: An automatic sheet inserting machine for inserting an electrode sheet into an atomizing base is provided. The automatic sheet inserting machine includes a feeding mechanism, a conveying mechanism arranged at one side of the feeding mechanism, and a sheet inserting mechanism, a bending mechanism, and a shaping mechanism that are arranged at one side of the conveying mechanism. The atomizing base is transported to the conveying mechanism by the feeding mechanism, and the conveying mechanism transports the atomizing base to the sheet inserting mechanism, so that the sheet inserting mechanism accurately inserts the electrode sheet into the atomizing base. The electrode sheet on the atomizing base is bent by the bending mechanism to form a contact surface, and the contact surface is closely attached to the atomizing base by the shaping mechanism. The waste material on the electrode sheet is removed by a waste removal mechanism.

Abstract: An aerosol generation device includes an atomizer and a power supply device. An atomizing chamber is formed in the atomizer; the power supply device includes a housing, a mounting bracket, and a sensor; the mounting bracket includes a main body, an end cover, and a bottom seat; a control board is disposed in the main body and covers above the sensor; a liquid storage groove configured for collecting e-liquid leaked from the atomizer is formed in the end cover and communicated with the atomizing chamber; the end cover is further provided with an air inlet hole, and the entrance of the air inlet hole is higher than the bottom wall of the liquid storage groove for preventing the leaked e-liquid from entering the sensor through the air inlet hole; a sensor mounting member is sleeved outside the sensor and provided with an air passage communicated with the air inlet hole.

Abstract: An e-liquid supply method and device and an aerosol generating device. The e-liquid supply method includes: obtaining a real-time temperature of a heating member of the aerosol generating device every first preset period after lighting (S110); if, in a second preset period after lighting, at least one real-time temperature change value of the heating member is not less than a temperature change threshold, supplying a e-liquid for the first time (S120), wherein the time length of the second preset period is greater than the time length of the first preset period; and, after supplying of the e-liquid for the first time, supplying the e-liquid in real time according to an e-liquid supply amount corresponding to the real-time temperature of the heating member (S130). It can avoid e-liquid spitting or spilling due to excessive liquid supply, and also avoid dry burning or a paste smell caused by insufficient liquid supply.

Abstract: Disclosed is a power supply device for an aerosol generation device. The aerosol generation device includes an atomizer and the power supply device. An airflow passage is formed inside the atomizer. The power supply device includes a power supply main body and a sensor. A sensing passage, a filtering chamber and a communication hole are provided inside the power supply main body, the sensing passage and the filtering chamber are separated, and the communication hole is in communication with the sensing passage and the filtering chamber; the sensor is arranged in the sensing passage; a connecting end used for being connected to the atomizer is provided at one end of the power supply main body, and a through hole is provided in the connecting end. The power supply device can intercept solids and/or liquids entering the sensing passage from the communication hole and influencing the detection of the sensor.

Abstract: An atomizer includes a liquid storage assembly, an atomizing assembly and a base assembly; the base assembly is detachably connected to one end of the liquid storage assembly, the atomizing assembly is arranged between the base assembly and the liquid storage assembly, the liquid storage assembly includes an elastic member, the elastic member is elastically biased between the liquid storage assembly and the atomizing assembly, and when the base assembly is detached from the liquid storage assembly, the atomizing assembly is ejected out by the elastic member. The atomizer is convenient for a user to take out the atomizing assembly. An aerosol generating device using the atomizer is further provided.

Abstract: An electronic cigarette and a control method thereof are provided. The electronic cigarette includes a power supply device, a control device, a tobacco heating device and an e-liquid atomizing device. The power supply device is configured to provide electric power to the control device, the tobacco heating device and the e-liquid atomizing device. The tobacco heating device and the e-liquid atomizing device have a common smoke outlet. The control device is electrically connected to each of the tobacco heating device and the e-liquid atomizing device. The control device is configured to control the tobacco in the tobacco heating device to be heated when receiving an instruction for heating the tobacco and control the e-liquid in the e-liquid atomizing device to be atomized when a condition for atomizing the e-liquid is satisfied.

Abstract: The present invention relates to the technical field of electronics, and provides a boosting circuit, a battery device, and an electronic cigarette. An output end of the boosting module is connected to a first end of the protection capacitor; an anode of the rectifier diode is connected to a second end of the protection capacitor, and a cathode of the rectifier diode is connected to the first end and a load of the voltage feedback module; the second end of the voltage feedback module is connected to a feedback end of the boosting module and a first end of the output control resistor, and a second end of the output control resistor is grounded; an enabling end of the boosting module is connected to a controller.

Abstract: An atomizer and an aerosol generating device with the atomizer are provided. The atomizer includes a liquid storage assembly and an atomizing assembly. A liquid storage chamber is provided in the liquid storage assembly. The liquid storage assembly is provided with a smoke outlet. The atomizing assembly is disposed at one end of the liquid storage assembly opposite to the smoke outlet. An atomizing chamber is provided in the atomizing assembly. A liquid inlet and an air inlet passage are provided in the atomizing assembly. The atomizing assembly includes a liquid absorbing member. The liquid absorbing member is arranged between the liquid storage chamber and the atomizing chamber to separate direct communication between the liquid storage chamber and the atomizing chamber. An air outlet end of the air inlet passage is located closer to the smoke outlet compared to the liquid absorbing member.

Abstract: A dual-airway intake structure used for an aerosol generating device includes a base and a sensor. The base is provided with a sensing cavity: the sensing cavity is in communication with an air outlet passage of the aerosol generating device; a mounting portion is provided in the sensing cavity; the mounting portion is provided with a mounting cavity; the sensor is mounted on the mounting portion and seals the mounting cavity: the base is provided with air inlets and a communicating hole; the air inlets are in communication with the sensing cavity and the outside atmosphere; the communicating hole is in communication with the mounting cavity and the outside atmosphere; the mounting portion is provided with a communicating groove; the communicating groove is in communication with the mounting cavity and the sensing cavity.

Abstract: Provided is a voltage output circuit. The voltage output circuit includes a processing module and N output modules, N is an integer greater than 1. The processing module includes N output ends. The N output terminals of the processing module are correspondingly connected to the N output modules, and the N output terminals of the processing module are used for respectively output control signals so as to control the corresponding output modules to output drive voltages. The voltage output circuit is provided with multiple output modules respectively controlled by multiple control signals, so that the voltage output circuit is capable of respectively providing drive voltages to multiple apparatuses of one device, and has good compatibility and high flexibility.