Tobacco Devices TRIZ Cases

An electronic cigarette control method uses encryption authentication units to verify identity codes between atomizers and power devices.

A rotary sealing element blocks the liquid outlet when disconnected, preventing tobacco liquid leakage during cartridge replacement.

A removable liner fits between the chamber and consumable to transfer heat while preventing direct contact.

A packaging sleeve holds two cylindrical cans side-by-side using a cross-panel to divide the opening and secure the contents.

A pressure sensor detects inhalation and blow actions to control atomization in a non-combustion flavor inhaler.

A sword-shaped housing encloses a metal heating element and mica insulation layer to create a large heating area.

A vent channel connects a vaporizing chamber to a tank, enabling air flow through the wall separating these components.

Concentric cotton fabrics absorb liquid within an atomizer lumen, enabling rapid nicotine delivery while replicating traditional smoking rituals.

A smoking substitute device stores a cleaning tool with an elongate pick inside a dedicated cavity for easy access.

Glazes and seals distinct ceramic bodies into one unit, eliminating assembly detachment risks while ensuring reliable smoke oil vaporization.

Merging the air flowing pipe with a conductor eliminates complex wiring, reducing assembly labor and manufacturing costs.

Integrated ventilation member cavity reserves atomized tobacco solution within the air pipe structure.

Segmented air inlet chambers and intermediary walls prevent oil leakage into the airflow path, reducing mouthpiece temperature through heat exchange.

Inverting the power-on configuration to the top eliminates liquid leakage through the air inlet while simplifying the assembly structure.

A bulk packaging structure uses accordion-folded walls to create a wide receiving area for loose tobacco.

A winding mechanism synchronizes continuous heating element rotation with positional adjustment to form precise coils on a wick.

A permeable double spiral heating film evaporates liquid in a disposable mouthpiece, eliminating contamination risks from reusable components.

Airflow sensors detect puff duration to dynamically adjust heating power, preventing overheating and liquid leakage.

Segmented atomizer passages isolate vapor flow from air intake, preventing large-particle smoke inhalation and liquid leakage.

RFID readers in an aerosol device identify materials and transmit data, resolving the trade-off between personalized sessions and device complexity.

Adjustable airflow gates modify vaporization temperature while antimicrobial bioplastics reduce environmental pollution from non-biodegradable waste.

Independent heating zones vaporize distinct aerosol precursors to eliminate combustion byproducts while maintaining uniform puff chemistry.

Atomization core module merges mechanical support and electrical conduction into a single structure to reduce assembly complexity.

Detachable storage assembly stores feature parameters for heating modules, preventing counterfeit component usage and reducing adhesive residue buildup.

A porous inner rigid part supports the permeable membrane of a liquid diffuser vessel against vacuum forces.

A temperature sensing element integrated into an atomizing head air passage detects aerosol heat via a supporting gauze structure.

A liquid supply atomizer uses a sliding block to seal the outlet during assembly.

Apertures and slits in the wire harness prevent short circuits and isolate heat transfer while maintaining reliable electrical connections.

Inserting a glass fiber yarn into a heating coil expands the contact area to resolve low atomizing efficiency caused by inadequate heater contact.

A mouthpiece assembly integrates a heat dissipation member with airflow passages to cool inhaled smoke before user contact.

Hollow atomizing stem integrates liquid storage chamber with heating conduit to guide tobacco juice flow without cotton wicks.

A smoking substitute device uses a light guide to transmit feedback from a printed circuit board through housing apertures.

A spring-driven piston dispenser moves air through a scent cartridge, resolving control precision issues in simple mechanical designs.

A segmented connector system with opposing protrusions and internal grooves enables secure locking between electronic smoking article sections.

A control module connects signal pins to form a single-wire path for reading anti-counterfeiting data from electronic cigarette cartridges.

A locking safety cover uses a concave and convex block mechanism to secure the atomizer upper cover.

Tight coil induces eddy currents in metal inductive cylinder to evenly heat tobacco particles, eliminating scorched smells from burning cigarette paper.