Packaging TRIZ Cases

Detachable U-shaped supports hold bags open for clean single-person filling while simplifying cleaning, storage, and size adjustment.

A die-cut base and pass-through locking element hold tools in a rotationally fixed display package while supporting biodegradable materials.

Future-order containers are staged at temporary workstations to cut carrier transport delays and improve warehouse resource use.

Cluster-based pack optimization combines k-means, simulated annealing, and linear programming to cut computation time while meeting store demand.

Clamping and rotating wall assemblies open collapsible crates of different formats safely with a simpler, more reliable mechanism.

A two-clip package uses a universal front clip and size-specific back clips to protect carbide drill bit tips across multiple diameters.

A filling element locks the traverse rod within the web opening to stop relative movement and prevent transport-induced failure in liquid containers.

A hinged support unit lets the drive swing away from the screw conveyor, cutting manual lifting, maintenance time, and contamination risk.

A nucleated propylene 1-butene copolymer enables transparent, low-permeability blister packs that avoid hard-to-recycle mixed materials.

A recessed tray holds pillow-bagged cards without adhesive, limiting search behavior while enabling easier recyclable disposal.

Plastic reinforcing strips replace metal pallet reinforcements in an IBC, maintaining load stability while reducing weight and easing recycling.

A layered cellulose seal on an aluminum coffee capsule improves freshness retention, resists deformation, and stabilizes brew flow.

A pierceable vent and guided tear line help a foil beverage pouch open easily and pour smoothly without spills or extra user effort.

Centering protrusions on the capsule side wall improve machine alignment while the lip seal and annular groove maintain sealing and unstacking.

A 3D radial cam varies gripper opening by height, letting one starwheel handle different container sizes with less changeover downtime.

A segmented gap blocker prevents items from falling between conveyor rollers while minimizing roller contact, friction, and wear.

Positive or vacuum-sealed lens packaging reduces solution volume, contamination risk, and handling stress while keeping lenses hydrated.

Controlled vacuum suction singulates fragile lyo beads with minimal abrasion, while size and shape sorting improve dosing accuracy.

Inducing grooves in spaced protrusion members distribute transport loads to limit core deformation and reduce foil defects such as buckle and fusilli.

Overturning guides and synchronized feeding align spouted pouches for continuous insertion into rectilinear profiles without line bottlenecks.

A fold-flat panel support holds flexible food storage bags open, preventing collapse and spills during liquid or food filling.

A tray ridge formed during thermoforming locks into the outer container to create a unified surface, limit air exposure, and keep trays removable.

Calculated transport start times align goods from separate subsystems, preventing desynchronization at the picking station.

Groups orders that share storage containers so one port presentation supports multiple picks and reduces return trips in automated retrieval.

A combined tying and lifting member secures stretch film rolls, cuts packaging material, and improves horizontal handling and traceability.

A flexible mouth insert replaces rigid pouch spouts to simplify heat sealing, cut material and shipping costs, and support reliable attachments.

A removable turret on a fixed hub preserves seamer timing during can size changeovers, cutting downtime and simplifying replacement.