Containers To Prevent Mechanical Damage TRIZ Cases

See how a non-insulating protective housing prevents impact damage during rough transport while

See how stackable polyolefin foam corner protectors reduce shipping waste and cost by targeting

See how detachable inflatable airbags replace disposable foam to absorb transport shock, lift c

Coaxial upper and lower bottle receptacles stabilize vertical stacks, reduce cap breakage, and simplify automated loading without straps.

A compressible insert-and-wrap protector cushions open-ended containers inside and out to absorb vibration, resist compression, and reduce breakage.

A flexible snap-fit cabinet guard adapts to uneven shelf-edge thickness to prevent dents and scratches without slow installation.

Fluid bladders and spring shock rods let one reusable pallet adapt to different server rack loads while improving damping and reducing waste.

Wire rope isolators between the wall-mounted base and clamping element absorb container shocks while keeping artwork stable in transit.

An elastic U-shaped support lets the lock claw stay secure in transit yet release easily by finger, speeding unpacking and blocking dust entry.

Flanged panels and top-edge securement members support sliding dunnage rails without through-holes, reducing container wall wear and reassembly time.

Partial cutting and controlled compression create sharp-edged cellulose foam regions that fit complex goods while preserving cushioning and reducing waste.

Pre-creased folding joints and adhesive edge strips cut wrapping force, fit varied item sizes, and seal paper packaging without heat.

Separate frame and plate shock absorbers with independent ribs distribute impact more evenly and reduce damage to packaged items.

Distributed support protrusions on multiple walls maintain cushioning while lowering pulp height, enabling smaller outer boxes.

Paired upper and lower bottle inserts restrain bottle movement inside a sidewall enclosure to prevent transport damage to bottles and packaging.

Segmented holding grooves and inclined surfaces keep substrates out of direct contact while trapping cleaning residues to prevent scratches and contamination.

A foldable suspension container creates a 360-degree air cushion around the product to cut filler waste, save space, and protect cargo.

A one-piece corrugated container uses suspension elements and end air gaps to protect electronics while cutting extra packaging and assembly.

A nested dual-cylinder pulp-molded buffer absorbs large impact loads in a smaller footprint, cutting material use and transport cost.

A double-buffer pulp insert spreads impact loads and resists crushing in cardboard packing cases for large or heavy objects.

A pulp-molded buffer with planar and cylindrical sections spreads impact loads and resists crushing for heavy packed objects.

Nested inner and outer cylindrical buffer portions absorb impact in stages, improving pulp-molded packaging protection with less material.

Interlocked corrugated sheets with engaged slits improve cushioning, resist disassembly, and distribute impact forces in packaging.

Rollover cushioning cells lift the product on opening while a single-blank cardboard pack folds flat for easy recycling.