MCU processes signals from on-off key and suction sensor to toggle lighting mode, resolving the trade-off between ease of operation and device versatility.
A control circuit uses a gravity sensor to detect user movement and triggers automatic preheating of the liquid storage chamber.
A smoking substitute apparatus uses a pressurized additive source to deliver flavorant through a valve-controlled system.
Indexed substrate rotation positions portions against a stationary heater, reducing power consumption by segmenting thermal processing.
A pre-loaded aerosol article integrates a heating element to serve as the substrate container, ensuring precise material control.
A heat generating sheet maintains a low temperature when no cartridge is present in an electronic cigarette.
An electronic device receives inhalation data from an external sensor to determine user suction ability status.
A detachable heating body uses magnetic induction to generate heat without direct electrical connections.
Curved joint sections optimize aerosol particle size control and manufacturing efficiency in modular non-combustible delivery systems.
A vaporizing module directs gas flow at specific angles to increase surface area contact for efficient product evaporation.
Thermally conductive elements around a cartridge exterior channel heat toward a capillary transport element for aerosol generation.
Aerosol provision system detects airflow gradients to predict inhalation intensity and adjust heating power.
Hall switch and magnetic part detect atomizing head movement out of the electronic cigarette body, stopping heating in safety mode to prevent user burns.
Segmenting the atomizer into a dedicated storage cup and blocking nozzle resolves sealing reliability versus ease of operation, enabling quick flavor changes.
A vaporizer vent groove maintains dynamic air pressure balance, preventing dry burning and overheating of the vaporization assembly during operation.