Containers For Flexible Articles TRIZ Cases

A hinge-lid cigarette package uses a breaking separating line to create a rotatable lid from a single sheet blank.

A feeding unit divides double-width wrapping sheets into two single-width strips using a pre-weakened separation line.

A lifting mechanism articulates an inner portion within a container, resolving the complexity of handling multiple parts during opening.

Strategic vent openings in the reinforcement area of cuboid hygiene bags enable air pressure equalization, preventing bag rupture during high-speed filling.

Space bars in the transport device constrain pack pair positioning to resolve tax stamp alignment errors on non-standard sizes.

Adhesive labels join filter segments into stable strips, resolving loose arrangement issues in cigarette packs.

Variable corner walls maintain constant perimeter extension while improving gripping comfort.

A feeder unit positions cigarette packages at a register position for an imprinting unit to apply alphanumeric or graphical characters.

A paper-based package uses a sealable coating to secure absorbent articles, balancing eco-friendliness with handling flexibility.

A rigid smoking article pack incorporates a sliding sleeve that locks the hinged lid, resolving child-access risks while maintaining adult usability.

A rigid hinged-lid package uses a collar to divide the container volume into compartments for tobacco articles.

A container lid bridges adjacent walls using a wavy surface bounded by undulating outlines to create a twisted structural connection.

Bag-shaped packaging sheet with surface and back surface recesses prevents sliding of absorbent articles.

A rigid packet partition divides the inner volume into two distinct chambers, eliminating filler elements to reduce material usage and production costs.

Digital inkjet printing replaces physical plates to print unlimited unique graphics on absorbent articles, overcoming plate size constraints.

A rigid cigarette package uses a collapsible collar to create an internal cavity between the wrapper and container.

Embossed projections on a collar wall interact with a pivotable tab to generate an audible click sound without adding separate components.

Segmented releasable adhesive joins cuboid package faces to resolve retention versus access trade-offs.

Flexible plastic film encloses composite packaging sleeves to enable space-saving transport through elastic deformation.

A flexible package frame with an integrated handle seal prevents detachment and collapse when opened.

Nesting a sealed refill unit inside existing containers reduces packaging material while maintaining product freshness.

A rigid hinged-lid package integrates an additional panel to fold and refold for information display.

Segmented multilayer inner package reduces sealing energy by applying barrier layers locally while maintaining air tightness.

Controlled varnish protrusions eliminate water-stained patterns from shrink films while preserving package gloss.

Segmented inserts and tension binding protect electrodes from vibration damage during transport.

Strategic pigment distribution in a multilayer structure improves opacity and tensile strength without abrasive additives.

An adjustable bottom flap in a cigarette pack collar compensates for varying group dimensions, eliminating expensive machine conversions.

A dimensionally stable closure tab pivots to seal a tobacco pack removal opening, resolving complex mechanical application errors.

Segmented clamshell design removes the lid entirely for adult access, resolving the contradiction between structural integrity and child resistance.

Large label on re-sealable flap reduces manufacturing complexity while providing effective sealing and information display.

A cigarette packet overwrap connects a side wall portion via hot glue to reveal the substrate upon removal.

A rigid cigarette pack uses a sliding inner element to manage lid access.

A hinged package lid uses an inner frame with distinct friction zones to maintain a secure closed position.

Curved surfaces on the pack lid prevent tobacco spilling by keeping the cover closed.

Composite natural fiber packaging withstands shipping forces while maintaining recyclability.

A rigid package uses a hinged lid to lift an inner container.

Non-adherent plastics sheathing prevents varnish contamination and maintains form stability without air flow.

An engagement flap on the inner box secures against the outer sleeve back wall, preventing inadvertent opening during transport.

Segmented waveform edges align filter units to prevent cellophane deformation during dispensing.

An integrated connector blank merges straps to simplify manufacturing while securing two hingedly connected packs.

A removable adhesive label on a carrier element seals an inner liner tab portion, preventing dust contamination without modifying packaging machinery.

An NFC tag system reads product identifiers via mobile devices to verify authenticity, eliminating manual inspection errors and reducing counterfeit risks.

A package uses a rotating engagement portion to secure an inner container within an outer casing.

Replacing bulky airfelt with thermoplastic-immobilized polymers reduces package volume and shipping costs while maintaining wet flexibility.

Vacuum sealing compresses plush items while rigid inserts preserve shape and appearance.

Hinged walls adjust an expandable holder to match mail dimensions, reducing footprint.

A hidden information disc reveals critical product data only upon cap removal to capture user attention.

Segmented score lines and a permanently tacky adhesive layer enable easy opening and reclosing without contaminating fingers or smoking articles.

A metal tobacco can lid uses a folded hem edge to guide placement and eliminate sharp laceration risks.

An inward tab loops over a slide rail inside the outer wall to shield the mechanism from external pressure.