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.

A tapered capillary body expands cross-sectionally to increase contact area with a flat heating element.

A transparent circular lid coated with an opaque layer transmits light through a peripheral annular region to emit a narrow glow.

A monolithic ground plane integrates power supply lines and data traces into a single rigid track to structurally retain device components.

Electronic sensors and RFID readers detect actual product presence, enabling the master controller to identify planogram discrepancies without manual audits.

Metal mouthpiece assembly connected to glass housing via screw threads replaces plastic components in electronic cigarette design.

Replacing magnetic or rubber connections, this mechanical assembly uses insulated conductive tubes and a flexible ring to prevent leakage at high temperatures.

A controller manages aerosol generation by measuring heating element resistivity to regulate operation temperature.

A collapsible container uses a displaceable bottom portion to expand during filling and collapse after sealing.

An atomizer uses a second coil to induce current in a first heating coil, eliminating contact resistance and liquid leakage risks.

Parallel heating coils in a ceramic core improve thermal utilization and vapor production while reducing energy loss through conduction plates.

A vaporizing heater assembly uses a porous wick to disperse liquid and manage back pressure for precise fluid delivery.

An elastic member presses against a rotating battery cover via snap-fit, preventing shake-induced unstable current contact and noise.

A dual-seal reverse pressure differential injection method fills e-cigarette cartridges with controlled internal pressure.

A disposable microvaporizer cartridge uses a trapdoor and bottom electrical contact to connect the atomizer.

Liquid guide member channels atomizable medium from storage cavity to outlet hole, reducing residual waste and improving overall utilization.

A fragrance diffuser incorporates a color-changing agent reacting with the liquid to resolve information loss regarding system status.

A coupling unit inserts a hygroscopic pad into an e-cigarette cartridge base using pneumatic suction and radial compression mechanisms.

Side air inlet holes in the atomizer cover generate a vortex that prevents central clogging while cooling aerosol vapor.

Liquid guide tubes conduct heat from heating elements to lower high-viscosity medium viscosity, preventing blockages and burnt smells.

Interchangeable flavor carrying units enable selective aerosol exposure for instant taste switching in electronic smoking devices.

Electronic circuit converts electrical resistance readings from cigar probes into relative humidity values for direct digital display.

A tobacco container holder with a tapered sidewall catches falling shredded tobacco fragments during manual extraction.

Segmented front panel resolves stability and ease of manufacture contradictions by maintaining upright position during shipping.

A parallel flow divider adjusts atomizer airflow to change vapor particle size while maintaining constant total resistance.

A resistive mesh heater wraps around a wick to deliver uniform heat for efficient liquid vaporization.

A movable inserting portion seals the liquid intake hole to prevent tobacco liquid leakage during transport, resolving fluid communication reliability.

A controller adjusts voltage output based on heating wire resistance to maintain stable temperature.

An angled heating element in a disposable e-cigarette atomizer prevents tar leakage and breathlessness caused by assembly misalignment.

Horizontal liquid flow system prevents dry combustion while parallel heating elements increase heat generation and atomized volume.

An inductive chamber isolates the sensor assembly from the heating member to enable unobstructed suction detection.

A vaporiser assembly with a cotton wick and resistive coil prevents overheating and undesirable flavors by maintaining precise electrical resistance.