Containers For Flexible Articles TRIZ Cases

Printed magnetic components maintain lid closure when packaging empties, resolving retention force loss during partial or full depletion.

A rigid resealable label flap uses a partial slit to form a hinge, preventing material breakage while maintaining consistent sealing integrity.

A cigarette pack overwrap uses a tear-open band and pre-weakened lines to separate packaging layers for recycling.

Segmenting the lid back wall into separate panels connected through side walls enables single-sided blank printing on all external surfaces.

Sliding element moves along elongate slits to open the lid flap, enabling single-handed operation without requiring an outer shell.

A cigar box uses a two-part lid with dual hinges to hide warning labels while displaying logos.

Radial insertion through a side opening prevents axial wall contact that deforms or dirties elastic porous rollers during storage and retrieval.

A cigarette package lifting strip connects to a pull flap via rounded transition contours that lift tensioned cigarettes without tearing the aid.

Segmented tubes and a top cap prevent child access while lowering manufacturing costs.

Segmented compartments and sealing mechanisms protect e-cigarette components from liquid contamination while enabling compact pocket storage.

Embossed collar organs reduce the receiving space cross-section, stabilizing cigarette blocks against play caused by low material rigidity.

Segmenting the sealing function between a structural frame and a multi-actuated paper label reduces plastic usage while maintaining aroma tightness.

Segmented adhesive zones on a reclosable flap resolve the trade-off between secure sealing reliability and easy first opening in cigarette containers.

A cigarette box uses a nested inner case that pushes upward through an outer shell to reveal the product.

A cigarette pack overwrap uses a segmented tear band and hinged lid to enable quick removal of the protective film.

A separate packaging blank attaches to the closure flap, creating a physical barrier between the adhesive bond and the inner pack contents.

Lid flaps engage liner ears to produce sound, resolving information loss without increasing device complexity.

Asymmetric folding of airtight plastic sheets prevents mechanical stress on tobacco during heat sealing, maintaining product integrity.

Vacuum compression reduces paper bundle volume, lowering warehouse space needs and shipping costs.

Single sealed package merges lubricant and prophylactic compartments to resolve access inconvenience when both items are needed simultaneously.

Segmented packaging with a trap seal card extracts e-vaping elements easily while arcuate slits indicate tampering.

Segmented creasing zones guide folding to form rounded container edges without pre-bending steps, eliminating packing machine modifications.

A fold line on the sealing flap allows repeated detachment from the inner package while a connecting tab remains permanently glued to the hinged lid.

An inner stiffener maintains the structure of a packet for elongated articles, allowing an adhesive label to seal a U-shaped cutout without exposing top ends.

A self-adhesive made from a cross-linking material enables repeated opening and sealing of the package.

Scored fiberboard forms closed walls to secure items, reducing plastic waste while enabling efficient retail display.

Upstanding triangular structures engage curved surfaces to restrain rollable objects, preventing displacement during conveyor acceleration.

Laser ablation creates hidden inner zones on a container blank, resolving the trade-off between interactive functionality and manufacturing complexity.

Nested compartments and dimensionality changes expand internal volume within a fixed external form factor to resolve capacity constraints.

A drinking straw wrapper with separable upper and lower portions enables easy removal and repeated replacement of the top cover.

Sliding cover design prevents accidental detachment and littering by maintaining lid attachment during operation.

Conductive wrapper layers form a receiver coil to power external electronics, eliminating internal batteries and reducing container volume.

Carrying feet with varying heights level uneven insulation stacks, preventing sliding and enabling stable stacking.

A smoking article packet uses a segmented stamp with a free portion to enable clean tearing during wrapper removal.

A cigarette pack opening tab uses a thermally sealable outer wrapper to guide the removal of contents.

Nested internal wrapper maintains standard external surface area for health warnings while minimizing empty volume.

Segmented aligned rows maintain structural integrity while adapting to variable counts.

Offset bonds on a drive belt enable dual-direction tab movement, resolving dexterity and complexity trade-offs.

A container with a hinged panel attaches to external charger units via microsuction retention.

Strategic ablation areas on the blank enable automatic deformation into complex geometries, eliminating specialized machines and reducing downtime.

A cigarette pack lid uses a linear fold-line to align the flap with the lower front wall edge for a flush closure.

A cigarette box features an inner case protruding laterally from the outer shell through a push window.

Modified edge portions trace each other's profile to prevent visible holes or gaps at the junction while maintaining structural strength.

Multi-layered laminate container with UV absorbers prevents dye degradation.

Flexible wrap and divider tubes stabilize upright mattresses without extra support structures.

A hinged lid connects to a container back wall, allowing an inner package flap to separate and uncover goods from multiple sides.

Tear tape with aromatic coating releases fragrance upon pulling, solving the lack of aroma release during package opening.

Rear coupon placement eliminates obstruction of the pull-off portion, enabling direct cigarette access without removing the advertising element.

Pre-cut fins stabilize packets for precise stamping, reducing adaptation costs across varying sizes.