Rigid Containers TRIZ Cases

Friction stir welding joins extruded aluminum members with integrated T-slots, reducing device complexity while maintaining versatile cargo attachment options.

Segmented hinged sections collapse the container volume while maintaining structural integrity for warehouse stacking.

A foldable paper pallet uses a central stiffening element to provide transverse and longitudinal support for heavy cargo loads.

A collapsible transport frame uses a double-jointed hinge with cam locking to maintain structural integrity in both deployed and folded states.

Strategic reinforcement at lines of weakness prevents fracture from jostling, maintaining structural integrity while preserving ease of access.

A single-piece packaging structure integrates a product tray with foldably connected graphic panels that collapse flat for shipping and unfold for retail display.

Outer flap tear strip allows resealing without external tape, solving reuse complexity.

Electron beam irradiation crosslinks polyethylene layers to form a polymer network that enhances mechanical strength in thin gauge films.

Outer and inner multilayered portions optimize radial distances to reduce opening force while protecting the score line edge from hand injury.

Recyclable plastic pallet support blocks replace wood stringers, reducing weight and fuel consumption while enabling nestable shipping.

A transport container subdivision element uses flexible upright strips and detachable cross-beams to create modular compartments.

Oblique fold lines on the covering panel connect to an engaging panel with segmented tabs, reducing material wastage while maintaining structural integrity.

Detachable skids and a localized composite insert reinforce a thin twin-sheet pallet base, resolving bending resistance trade-offs in high-bay storage.

Nested handle panels reinforce carton carrying points to resolve strength and complexity trade-offs.

Hinged wall elements adapt to various pallet sizes while the closed profile maintains mechanical stability.

Segmented structural ribs within hollow supports prevent bending and breakage of heavy chairs during stacking.

A food tray uses a lid access opening to receive an end flap, enabling reconfiguration between closed and open states.

Creased cardboard pallet legs increase gluing surface area to prevent separation from heavy movements.

Segmented walls and perpendicular flanges provide rigidity without protrusions, preventing deformation during stacking.

A packaging box uses integral and switchable connecting portions to join two body sections for adjustable positioning.

A product packaging sleeve with a pull-open lid unfolds into a self-contained display structure.

Segmented locking bolts tear off at predetermined breaking points to prevent support element damage during forklift impacts.

Nested upper and lower column portions form a double-walled structure that absorbs forklift tine impacts, reducing damage to plastic pallet columns.

Segmented packaging separates into a display tray to resolve placement flexibility challenges in limited retail spaces.

Interchangeable platform inserts reduce pallet volume during storage and lower weight during transport by removing unnecessary components.

Segmented panels divide the carrier interior to accommodate diverse container shapes, while an integrated handle extends from the side panel for easy handling.

Foldable divider flaps and hinge panels in a container carrier reduce glue usage while maintaining structural integrity.

A beverage accessory hanger uses a living hinge tab to secure packaging over a bottle neck while displaying the product.

Heat-welded plastic honeycomb edges bind metal sheets to support over one tonne loads while simplifying manufacturing complexity.

An embedded metal frame within twin sheet plastic pallets prevents creeping and sagging during extended rack storage.

Scored stabilization flaps on a foldable cardboard carrier provide horizontal support for multiple cups, preventing tip-over during transport.

Side pockets hold fence tube ends below the pallet base to secure stacked holding feet during transport.

Die stamping a solid plate creates an integral frame that eliminates weak joints, sharp edges, and excess material.

Segmented corrugated inserts isolate disparate grocery items to prevent crushing damage during transit while maintaining single-box shipping efficiency.

Base and lid flaps rest on side walls to eliminate complex dust flaps, resolving trade-offs between load stability and automated production speed.

A flexible carrier formed from a low density polyethylene and recycled polymer blend stretches to unitize beverage containers.

A shipping box uses a rotatable hinge panel to displace the lid hinge outward, enabling internal display opening.

Welded tee-shaped side rails transfer shock loads directly to the deck, eliminating multiple tracks while maintaining Grade B qualification.