Tobacco Devices TRIZ Cases

Segmented welding structures with interconnected cavities join thin laminate layers in tobacco pouch manufacturing.

Axial airflow channel in cylindrical battery device resolves inconsistency from slanting and wire configuration to ensure uniform smoke production.

An intermediary residue collector positioned at the heating chamber base captures debris, preventing heat absorption and airflow obstruction in aerosol devices.

Dual sensor compensation eliminates electromagnetic interference in induction heating electronic cigarettes, preventing burnt flavors.

A segmented electrode design isolates the solder reservoir from the pin through hole, preventing blockage and ensuring reliable electrical connections.

An adjustable ashtray uses a tiltable false bottom to deposit ash into an internal compartment, preventing wind dispersal and reducing fire hazards.

Merging solid tobacco and liquid nicotine substrates into one cartridge reduces device size and simplifies maintenance.

An atomization device uses an inhalation detection module to control a display module across multiple operating modes based on user breathing patterns.

A combined ultrasonic atomizer uses micropore and high-frequency pieces to oscillate tobacco tar directly.

A modular support system secures interchangeable cigarette or joint substrates with a thermal barrier.

Airflow sensors determine proximity patterns to guide exhalation, reducing disturbance from circulating constituents.

Irremovable RFID tags authenticate authorized cartridges in vaping devices, preventing counterfeit e-liquid usage and ensuring user safety.

Beveled hermetic rings guide liquefied smoke oil into circumferential holes, preventing residue accumulation and preserving vapor taste quality.

Flexible sealing ring clamps conductive elements to prevent e-liquid leakage and circuit corrosion in electronic cigarette output electrodes.

Sequential heating projections selectively activate zones to release compounds while reducing energy consumption and power source life.

Breakable silicon plugs isolate the atomizing core from flavored liquid, protecting core properties before user activation.

An asymmetric sonotrode cavity matches irregular plastic component shapes to eliminate excess material and ensure continuous welding precision.