Tobacco Devices TRIZ Cases

A spiral nickel-chrome heating wire paired with a threaded copper ring conducts thermal energy to vaporize atomization liquid.

A MEMS thermal flow sensor controller detects inhalation air flow to adjust atomizer heating current in electronic cigarettes.

A vaporizer housing integrates a rechargeable power storage unit and dual ports to deliver electricity from the internal battery to external electronic devices.

A detachable electronic smoking device features a snap-in locking connection between the battery and atomizer.

A porous carbon heater converts electrical energy to thermal heat for aerosol precursor vaporization.

Integral bendable legs anchor a resistive heater to an insulating element, eliminating complex fixation structures and reducing manufacturing costs.

An electronic cigarette replaces oxidation-prone soldering with a detachable connection and induction heating, eliminating contact resistance issues.

Segmented pouch design contains ash accumulation while preventing fabric damage and maintaining garment appearance.

Magnetic connections enable detachable assembly of atomization and battery modules, resolving component replacement constraints in traditional designs.

Independent heating bodies surround a supporting pipe cavity to prevent burnt tastes and reduce electric resistance fluctuations.

A porous ceramic heating assembly integrates liquid conducting bodies with a substrate to absorb tobacco liquid and generate aerosol efficiently.

Coupling device elastically presses mouthpiece against pipe body using guide grooves, preventing cartridge drops during replacement.

A dual-wire heating coil generates aerosol faster by combining wires with different physical parameters to reduce vapor production delay.

A disposable microvaporizer cartridge uses a resealable trapdoor to seal e-liquid within the fluid storage chamber.