Containers For Flexible Articles TRIZ Cases

Embossed elevations on the inner collar create tactile projections that improve grip tab accessibility while maintaining aroma and moisture protection.

Elastically deformable bottom projections lift individual cigarettes upward when pressed, enabling direct removal without finger contact with the smoking end.

Segmented packing units form inner and outer containers to resolve low output and inflexibility in slide-open cigarette packaging.

Vacuum forming aligns and seals two water-soluble pouch webs directly on forming surfaces, eliminating adhesive misalignment leakage risks.

Biodegradable polymer layers replace plastic films to maintain humidity control while reducing packaging weight.

A disposable hair coloring appliance integrates a premixed formulation receptacle with a brushhead dispenser for direct application.

A resilient guide stabilizes partitions within cigarette packaging pockets, eliminating complex ejection mechanisms.

A foil-like packaging system stabilizes insulation materials using grooved plates and a flexible mantle.

A cigarette pack uses a distance layer to position an RFID tag against the inner aluminum wrapper.

Segmented cavities in a packaging pouch restrain dip tube assemblies, preventing contact that generates particulates or damages assembly straightness.

Hinged rigid packet uses a segmented collar to divide the inner volume into separate chambers for reduced-size smoking articles.

A tobacco container closure uses a cover layer to lower adhesive tackiness for specific sealing connections.

Segmented securing means enable mass production on conventional machinery while maintaining child-proof safety standards.

A lighter device integrates a cosmetic dispenser mechanism within its main body to combine ignition functions with product storage.

Angled crease lines replace complex cutting tools to reduce production time and costs for rounded edge structures.

Segmented lid construction with articulated presentation flaps resolves the contradiction between limited advertising space and structural complexity.

Rear wall pocket holds a sheet-like ash container, preventing odor contamination and maintaining flat geometry for vending machine dispensing.

A container with a hinged lid and internal dividing wall houses cigarettes in a top chamber while a sliding drawer occupies the bottom space.

Segmented layers with distinct peel strengths resolve manufacturing inflexibility and ensure reliable resealing of consumer goods.

A flexible package gusset incorporates a localized area of weakness to relieve filling tension without forming continuous openings.

Oblique support elements anchor the inner packet end wall, preventing pivoting and sliding under pressure while maintaining smooth opening.

A folding box lid employs a pivotable counter flap that engages a box click tab, resolving production complexity on high-speed packaging machines.

A hinged smoking package uses a locking tab with a curved engagement edge to secure the lid.

A reclosable container uses a lid aperture to seal consumer items while simplifying the inner liner structure.

Natural fiber packaging material encloses absorbent articles, resolving the contradiction between environmental impact and mechanical strength.

Partial scoring in a multi-layer film allows easy opening without compromising the moisture barrier, preventing premature wetness indicator activation.

A line-shaped element on the plastic film enables controlled tearing along a predetermined path while maintaining roll protection.

A hinged lid packet uses a tongue mechanism to secure contents and provide flat advertising space.

Segmented blank creates sleeve pocket, resolving adaptability trade-off.

An automatic bottom packaging cover resolves bulky storage issues by folding flat, then forming a stable base to hold waste products hygienically.

A dispensing container uses a sliding inner tray and locking rib to release single product units through a trough aperture.

A movable component raises a surgical suture needle holder above the package base to create accessible clearance.

Triple-film packaging wraps compressible insulation products to prevent moisture degradation and preserve thickness recovery ability.

A cigarette pack collar with a recessed window guides the lid to prevent seam entrapment during closure.

Nested tubes and a biased locking mechanism prevent tampering while minimizing plastic usage.

A reclosable sealing flap with non-dry adhesive seals the package opening while a U-shaped stiffener maintains cigarette group shape.

Segmented recesses in a resealable film maintain freshness and prevent cross-contamination for oral sensorial products.

Glues a coupon to the inner blank surface before folding, eliminating misplacement errors during hinged-lid packet manufacturing.

Convex platens eliminate disrupting curvatures on fiber bales to improve storage stability.

A packing machine inserts a spacer inside the inner package using a group-forming unit and feed stations to stabilize the cigarette group.

A resealable tear tab exposes hygiene products for tidy removal while maintaining packaging integrity through material elasticity.

Hydroxycarboxylate silanes replace aggressive crosslinkers, preventing corrosion and odor while maintaining storage stability.

Elastic locking wings disengage from through openings via specific user pressure, solving child-proof reliability without reducing adult ease of operation.

Parallelepiped container with hinged lid and filler resolves ergonomic bottleneck by enabling easy extraction of small cigarette groups.

A foldable sleeve encases a cigarette pack and an internal tray for promotional items using adhesive tabs.

Direct skin adhesion via a shell prevents bunching and twisting, ensuring discretion through tight clothing.

Color matching between outer enclosures and absorbent units conceals product details through thin films, resolving aesthetic quality trade-offs.

Reducing airfelt core volume through material substitution to increase pallet density and lower transport costs.

Ventilation openings in the film pack allow forced air removal during sealing, resolving the trade-off between manufacturing precision and process complexity.