Containers To Prevent Mechanical Damage TRIZ Cases

A peripheral tray with a deflected tongue slides out of an outer shell, reducing single-use plastic waste in computer peripheral packaging.

Columnar support portions on the opposite side of a base material protrude uniformly when bent, solving weak surface arrangement issues.

Inflatable main body forms a rectangular cavity to disperse pressure and prevent damage, replacing heavy corrugated paper boxes.

Segmented packaging structure with elastic sheet absorbs impact forces to protect fragile items from damage.

Nested cavities and shock dampeners in a pallet assembly absorb impact forces, preventing damage from movement and bouncing.

A bioplastic composition combines wheat bran with polyolefin resin to create durable films.

A suspension insert with retention elements creates an air gap to eliminate material waste from traditional fillers.

Tubular paper elements protect door leaf corners from impact damage while eliminating plastic waste and complex assembly processes.

Non-symmetrical trapezoidal ribs and a lowered belt field prevent cargo slipping and deformation during transport.

Segmented end retention frames with nested wing panels constrain flat-screen televisions, reducing material usage and assembly complexity.

Spring elements decouple the transport interior from the exterior, reducing resonance frequencies and tensile stress on thin glass rolls.

An elastic film wrap creates compressed clamping force in a sliding fit mechanism, accommodating variable bearing edge distances for secure transport.

A trilobular packaging element with a deformable hollow structure fills void spaces between products.

Peg-and-hole side walls adjust the crate volume to match object dimensions, eliminating wasted cargo space and reducing padding requirements.

A lock package holder positions multiple locks using dedicated portions to prevent collision.

An integrally molded hinge allows the holder portion to displace, absorbing box body impacts that would otherwise transmit force to the article.

A pulp molded cushioning material features a foldable dummy rib that changes posture to protect positioning pins.

A carton body incorporates extended impact-resistant features that deform upon external shock to absorb energy and protect contents.

A folded cardboard spring portion absorbs impact energy through elastic deformation of zig-zag folds and plastically deformed creases.

Loop-wound straps stabilize cut flaps on packing blanks, reducing glue usage while protecting ceramic tile edges.

Segmented frames and thin films reduce material usage while maintaining structural stability for large object transport.

Segmented cushioning and local reinforcement prevent flexure deformation of thin displays during transit.

A multi-layered shock-absorbing packaging material uses alternately stacked air cells to enhance protection.

Composite packaging absorbs impact pressure on glass edges, preventing damage from rough handling.

A foldable packaging assembly with compressible cushioning material transitions between expanded and compact states to optimize volumetric space.

A modular corner guard uses magnetic segments to create adjustable length protection for building edges.