Containers To Prevent Mechanical Damage TRIZ Cases

Composite cardboard and trough-like plastic moldings protect power semiconductor modules from mechanical damage and electrostatic discharge without opening.

L-shaped corner protection members distribute compressive forces to maintain adhesive tape thickness and prevent tile deformation.

An arcuate cushioning pad increases contact area with the display screen edge, reducing stress concentration and cracking risk during transportation.

Integrated inflatable sheath prevents shifting pads from compromising positioning stability during loading, unloading, and transit.

Foamed plastic carriers enclose reinforcement rails, replacing complex screw connections with a cost-effective manufacturing process.

Inflatable partial volumes inside shipping containers adapt to item shapes, eliminating manual packing time while ensuring reliable shock protection.

Inflatable chamber folds seal a duct to prevent deflation, eliminating valve failure risks during shipping.

Vertically stacked cores with perpendicular cellular orientations resolve the trade-off between shock absorption and lateral stability in protective packaging.

A foldable packaging template uses transverse creases to secure products within a retaining element.

Series support dampers absorb transport impacts through irreversible deformation, ensuring appliance protection against successive shocks.

A shipping box system uses a rigid base and mount to create free space around items, preventing damaging contact during transit.

Slotted panel frames with retention sheets reduce material usage while maintaining product protection during shipment.

Alternating ridges and grooves enable the deformable hollow to flex and recover, filling void spaces while resisting crushing forces.

Segmented stringer boards create non-contact zones that distribute impact loads, preventing top board deflection and load damage during transport.

Folded positioning portions hook onto corrugated fiberboard holes, preventing lateral tearing of cushioning members during transport.

A corner board locator secures protective boards to palletized container stacks using an insert portion that fits into container seams.

A resilient cushioning device uses three-dimensional structural features to control deflection and absorb impact forces during shipping.

Alternating strength layers in a cushioning sheet control layer fall direction, preventing packaging box damage and maintaining structural integrity.

Segmented packaging blocks with hinged apertures accommodate varying article dimensions while maintaining three-dimensional stability.

Folding portions apply tension to a cushioning portion, maintaining pressing force on packaged objects during transport.

Folded corrugated insert creates air gaps via popout tabs, solving the trade-off between impact protection and recyclability costs.

Segmented corrugated cardboard buffers absorb shocks between nested drums, preventing breakage during transport.

A pallet design uses corner blocks with asymmetric dimensions to absorb transit vibrations and prevent load tilting.

Inner wall portions project inward to secure rigidity, eliminating edge flanges that enlarge boxes and reduce transport efficiency.

Segmented boxes with tuned vibration isolators damp harmful frequencies, preventing structural damage during transit.

Sidewall retention fingers capture tie-down cables, preventing indentations and fraying of cargo corners during transport.

Air inlet fusion seals cushioning packaging material air pockets to prevent leakage.

A buffer material uses a movable opening and closing portion to form an accommodation space for objects inside a box.

A trilobular packaging element with alternating ridges and grooves flexes to fill void spaces.

Complementary protrusions and indentations on a hinged package enable dense nesting while absorbing impact energy through localized deformation.

A universal packaging system uses a raised cylinder to support beverage containers of varying heights within a single bottom structure.

A recyclable fiber cushioning uses a half-tube base and hump-shaped supports to form an upwardly open channel section.

Nested walls formed from a single blank meet stringent testing standards while efficiently using stock material for secure product transport.

Segmented packing holder protects decorative extractor hood finishes from denting using specialized receiving portions.

Bent guide portions create a gap between the tray and printed layers, preventing surface damage during transport of curved cover glasses.

Segmented side rails and corrugated inserts secure vehicle hoods within a carton, preventing shipping damage while maintaining warehouse efficiency.

Hard non-ferromagnetic holding elements anchor permanent magnets to secure ferromagnetic loads, preventing damage from soft particle foam surfaces.

A package uses a foldable buffer portion to reduce gaps between stored objects and containers, preventing damage during transport.

Segmented air columns and heat-sealed nodes suspend a buffering sheet, preventing puncture-induced leakage while absorbing impact forces.

Segmented fixing elements and non-slip coatings resolve insufficient film tension for flat objects while maintaining versatile thickness accommodation.

A cushion uses a rotatable block to clamp and secure electronic components with protruding features.

Tensioned flexible holding means secure objects while eliminating bulky foam inserts that waste internal volume.

External protuberances on a synthetic foam profile absorb impact energy while maintaining fixed gaps between adjacent glazed elements during storage.

Segmented floor and ceiling damping elements protect sinks from corner falls while reducing material consumption through localized cushioning.

Nested inflatable bladders compress storage volume while expanding to provide protective cushioning for shipped items.

Padded parts with peripheral cushioning absorb impacts while support inserts form a rigid packaging space to resist shear forces on fragile objects.