Rigid Containers TRIZ Cases

A packing member uses a stepped cushioning material to hold an electronic device and an accommodating container within a single box.

A collapsible crate base uses differentiated rib placement to increase structural stiffness.

Segmenting blanks and folding panels inwardly forms interior columns, resolving the contradiction between assembly precision and manufacturing efficiency.

Partition structures divide the interior space into cells while handle reinforcing panels secure to primary panels to minimize material usage.

Segmented frame with porous side panels improves ventilation while nesting legs reduce storage volume.

Recessed openings in the support module guide pallet supports past roll conveyor gaps, preventing wheel jamming and reducing toppling risks.

Foldable struts engage container rims to stabilize packages, resolving shifting issues in top-loading designs.

Segmenting the closure into a flexible flap and manipulative hangtab resolves the trade-off between ease of access and product security.

Projections on a support engage seatings in a box flank to stabilize positioning while reducing material usage.

Adhesive bonds irregular tetrahedrons on L-shaped blanks to resolve assembly stability issues while maintaining efficient space-filling.

Automated application head attaches retaining strap and carrying handle rings simultaneously, reducing material costs while maintaining bundle stability.

Segmented side elements constrain the pallet surface under compression, resolving the trade-off between structural strength and assembly complexity.

A modular support element arranges slab-shaped objects vertically using a removable rest component.

Elongated frame members with channels receive deck members to reduce material usage while maintaining structural strength.

Soft metal barrier layers delay torch and grinder penetration by expanding under heat, resolving weight constraints in security systems.

Diagonal severance lines reinforce corners to resolve the trade-off between minimizing material usage and maintaining structural strength.

Segmented handle openings align across multiple panels to distribute weight, preventing tears and reducing physical strain during heavy lifting.

A collapsible cover uses a movable frame element to secure palletized goods during transport.

A carton uses a substrate of thin-walled plastic tubes laminated with liquid-impermeable film.

Unfolding along perforated corners creates a sanitary tray that prevents food from contacting germs on table surfaces.

Separate cover panels adhesively bond to bottle carriers after filling, preventing easy removal and billing errors.

Interlocking polymeric blocks connect upper and lower platforms, resolving durability and cost trade-offs while reducing shipping weight.

Segmented carton sections with tear lines resolve structural integrity versus accessibility trade-offs for cylindrical containers.

Internal adhesive sealing eliminates external sticker placement variations that risk revealing product identity in blinded clinical trials.

A tubular joint member connects sub-packages into a unitary tertiary package, reducing material usage while maintaining structural integrity for heavy loads.

Planar perforated plates with rectangular and parabolic holes reduce sugary residue adherence while enabling compact quincunx bottle stacking.

Complementary protrusions and hollows on folded cover walls enable secure stacking that prevents product displacement during storage.

A corrugated container with an octagonal exterior bottom and beveled corners enables secure interlocking stacking.

An internal container with overlapping lateral tabs forms a rigid rear wall, preventing deformation of smoking articles during storage.

L-shaped elastomeric corner elements absorb impact forces to prevent breakage at lower container corners during stacking.

Segmented sides and nested cards hide messages inside the box, preserving surprise while allowing separate selection of gifts.

A polyester resin composition blends polyamide and polycarboxylic acid to enhance gas barrier properties.

A self-locking display box uses interlocking tabs and notches to assemble without adhesives.

Segmented flaps with pivotable tabs interlock without adhesive tape, preventing inelastic strains that compromise stability.

Tapered slot walls guide imperfectly shaped sample cards into spaced parallel storage, preventing contact and ensuring reliable robotic handling.

Scored flap inserts suspend cargo and reinforce Gaylord boxes, preventing wall deformation under load without extra packaging materials.

Paperboard food container closure uses a tab and adhesive system to seal the receptacle opening, replacing plastic with biodegradable material.

Segmented plywood strips lower material consumption and transport costs without sacrificing load-bearing strength.

A packaging mural displays connection instructions on the container interior alongside electronic components.

Partition structures divide the carrier into cells, distributing load across compartments to maintain strength while reducing material consumption.

Segmented panels and hinged connections reduce material waste while maintaining carton strength.

A floor pan projection guides a pivot shaft into lateral wall openings for secure transport container assembly.

A locking device uses a deflection mechanism to convert linear actuator strokes into perpendicular locking movements.

A pallet assembly embeds reinforcement members within a single deck using over-under ribs to create accessible channels.

Hinged gussets in a carton handle fold around articles to distribute stress, preventing tearing while reducing material usage.

Segmenting runners into bent panels reduces equipment complexity while maintaining structural strength.

Rear wall recesses match protruding article profiles to nest packages, eliminating unused airspace and reducing material costs.

A carton reinforcing panel folds into a V-shape to couple side panels and secure articles during automated assembly.