Cigar Manufacture TRIZ Cases

Segmenting the wrapper into distinct layers with specific adhesive joints resolves manufacturing difficulty while enhancing mechanical strength.

A breakable capsule uses a hydrophobic outer shell to maintain crush strength and prevent premature rupture.

A rotating drum device lifts and strikes cigarettes to extract tobacco while preserving multi-segment filters.

A control unit segments heater temperature into three descending target levels to manage aerosol generation phases.

Polyhydroxyalkanoate fibers reduce water absorption to prevent dry smoke while improving biodegradability.

A cigarette filter uses heat shrinkable material to compress tobacco and restrict airflow as the burn approaches the butt.

Annular element on a cylindrical mouthpiece provides secure attachment to a smoking article while housing smoke modifying additives like activated carbon.

High permeability inner sheets absorb moisture and conduct heat from the aerosol, reducing undesirable mouthpiece temperature.

A seaweed-based rolling paper uses natural gelling agents to form a cohesive sheet without synthetic binders.

A folded airway induction heating device reduces axial length while maintaining compact design.

Oblique retention ribs segment contact with chamber walls to reduce thermal conduction and parasitic condensate formation while maintaining article stability.

A removable tipping wrapper exposes underlying mouthpiece surface formations to alter tactile sensation.

A phase transition material layer on cigarette paper melts at burning temperatures to form a dynamic low-permeability band.

Replacing flexible wrapping strips with a rigid, pre-formed tubular cavity eliminates oblique alignment and cutting difficulties in HNB subunit manufacturing.

Segmented tobacco shell and loading rod allow consumers to fill custom blends, resolving the trade-off between pre-formed convenience and personalization.