Packaging Vehicles TRIZ Cases

Rotating truss assembly accommodates wider watercraft beams in standard trailers while simplifying unloading via guided rotation.

Portal supports with shiftable horizontal members distribute weight to eliminate forklift requirements during manual freight rack erection.

A layered enclosure structure uses porous metal and hygroscopic material to manage internal humidity levels effectively.

An oblique rack secures multiple wheelsets within ISO container dimensions, eliminating individual handling and reducing labor costs during transport.

Packaging integrates consumable copper tubes as load-bearing elements to reduce transport volume and eliminate disposal waste for large heating devices.

A stand system securely holds grading machine drawbars and moldboards using a base frame and component support unit.

Segmented lift stations with adjustable crossbeams resolve the trade-off between frame strength and removal ease in container transport.

Interlocking vertical towers and a base tray distribute weight to secure heavier bicycles, resolving structural integrity issues in traditional packaging.

Separable uprights and stabilizing feet reduce bulk during empty returns, resolving the trade-off between transport capacity and storage space.

Packaging funnel transfers residual oil from used fluid filters into new elements via a sealed connecting pipe section.

Standoffs and rails secure equipment plates inside a container, resolving portability trade-offs while absorbing shock.

A shipping container uses movable dunnage supports on non-linear tracks to reposition cargo for ergonomic access.

External overflow channel prevents clogging and enables easy tank removal by extracting flow path from the self-supporting framework.

A clip with a movable retaining arm locks parts into a groove to prevent shifting during transport.

A packaging container integrates a handle portion protruding from the object surface within a compact outer shell.

A foldable frame with integrated sheet assemblies secures large objects using wing panels and slot mechanisms.

Movable holding means position a containment wall against the pouch surface to prevent sliding and maintain integrity regardless of fill volume.

A pallet component structure with a foldable frame structure forming component.

Tabs and sidewalls on the filler insert engage carton corners to prevent forward collapse of the upper dryer unit.

Movable crossbars with locking mechanisms resolve ergonomic strain by enabling direct product access while maintaining transport stability.

A vertical car transport rack stacks passenger vehicles to maximize container volume utilization.

Nested top and bottom support structures adjust deck height to fit vehicles in containers or airplane pallets, resolving space constraints.

A securing device uses a notched contact face on its support to release the sheet from couplers without removing the fasteners.

Segmented sliding doors on a stackable vessel resolve the contradiction between secure containment and viewing accessibility for stored vehicles.

Heated shrink film wraps the unit tightly, preventing dampness and mold while lowering costs compared to bulky paper boxes.

Screw jacks rotate a cradle to fit engines through narrow doors without disassembly.

Packaging device uses bearing surfaces and abutments to immobilize curved wiper blades, preventing deformation while reducing manufacturing costs.

A telescopic automobile transport rack uses nested upright posts and detachable frames to maximize container loading capacity.

Offset wall sections enable nested stacking of identical transport containers, eliminating costly release mechanisms while maintaining structural stability.

A hinged door on the exterior of a sealed corrugated package enables direct insertion of sample materials without opening the primary container.

A stepped joining surface retains sealant beads to expand contact area, preventing gaps caused by thin steel bending and ensuring waterproof performance.

A packaging system uses a nested support member with apertures to secure components.

A railway coupling handling device uses adjustable support elements to securely hold the coupling head for maintenance operations.

Foldable modular holders integrate into a single structure, reducing bulky packaging volume while ensuring secure transport protection.

Segmentation separates a neutralizing container from a reusable outer shell, preventing magnetic field interactions and reducing recycling costs.

Corrugated corner elements with alternating ridges distribute impact forces to protect appliance doors during shipping.

Rotatable corner posts enable a foldable double-deck frame container to reduce size during backhaul while maintaining structural strength.

Upwardly extending supports distribute operational weight across the frame, protecting driven elements from impact loading damage.

Interlocking baffles with staggered notches clamp irregular speaker edges, eliminating cushioning waste while maintaining impact protection.

Corrugated cardboard frame fixing element with web elements absorbs impact forces to prevent slipping and damage during transport.

Curved plate frame members reduce friction and shaking during uneven road transport, allowing reliable motorcycle securing with a single cam buckle belt.

An eight-rotor multicopter provides vertical lift to launch a fixed-wing aircraft from limited spaces, eliminating the need for long runways.

A wooden packing unit supports heavy outdoor units using a movable long wood piece to absorb impact forces.

A wiper blade packaging device uses a penetrating mounting element to secure the blade within secondary packaging.

A packaging box integrates a desiccant groove with an anti-tripping flap to secure moisture-absorbing materials within the side wall.

Vertical partitions in a foldable container hold piece goods upright, preventing collisions during transport.

Elevated metallic frames prevent vibration damage to heavy battery chargers during transport.