Large Containers TRIZ Cases

Housing explosive sterilization components in a single metal container reduces installation effort and simplifies ventilation monitoring for pallet processing.

Segmented container walls with a V-shaped cut line and retainer slit lock the bag in place, preventing separation during emptying.

Multi-section hinged walls fold rapidly to reduce volume, solving the time-consuming transition bottleneck of traditional collapsible intermodal containers.

Segmented hopper modules reduce transportation costs while pressurized air cleaning eliminates manual maintenance downtime.

A pivotable working platform integrates a foldable railing and elastic sealing edge within the container contour.

An integral spring design with a pivoting connection isolates radial forces, preventing liquid leakage during reciprocation.

Automated feedback control adjusts valve positions and compressor operation to prevent compaction and ensure reliable cement delivery.

A freight container uses a pin and opening to create virtual right-angled triangles for lateral load resistance.

Segmented containment pans with absorbent material enable five-high ISO tank stacking within lift equipment height limits.

Intumescent interior coatings swell into insulating char layers that limit wall temperatures and prevent auto-ignition in aircraft cargo containers.

A twistlock uses flexible wire coupling to replace bulky slide structures with a compact spring mechanism.

A fuel tank filler pipe uses hydrostatic pressure to prevent overfilling without complex valves.

A segmented tank wall uses connector plates to join curved steel panels while a liner provides watertight containment.

Circumferential stripping elements remove impurities from connecting flanges, preventing fine bulk material contamination and ensuring reliable seal tightness.

A nested dual cap filling system uses an inner cover beneath the outer tank closure to provide independent access to multiple filler necks.

A fuel tank filler neck incorporates a partitioned vapor-liquid separation chamber to manage internal fluid dynamics.

A self-sufficient lashing platform harnesses container descent energy via hydraulic pumps and generators to power twist-lock mechanisms.

Unitary dispensing closure with overmolded polymer layer covers metal ring opening to create controlled fluid aperture.

A dynamic inflatable unit stabilizes liquid sloshing inside a tank inliner while deflating to function as a handle, resolving volume trade-offs.

A silo system enables simultaneous deposit and discharge of bulk materials through pneumatic isolation between intake and discharge pathways.

Rectangular flexible tank with tensioned inner supports prevents rolling on inclines while reducing material usage and maintaining structural integrity.

Stepped ribs center fuel nozzles and reduce turbulence, resolving the trade-off between flame arrestor reliability and fuel flow rate in portable containers.

A vent shield redirects airflow away from the fuel fill pipe to prevent contamination.

Segmented silo and hopper reduce operational costs while managing device complexity through automated on-demand filling.

A composite electronic seal merges passive and active RFID modules to enable universal data exchange across diverse customs systems.

Integral gripping lugs on molded plastic half tanks enable safe handling, while local ribbing reinforces access ports against soil loads.

A roller jack locks to ISO container corner blocks via a swivel plate and angle member.

Staggered loop notches and removable bars segment the connection system, eliminating manual crossbeam handling risks during maintenance.

A dispenser pump ferrule defines piston rest position via elastic contact with an actuator rod.

Longitudinal slots in the locking tube bypass deposited water, preventing liquid ingress while maintaining secure mechanical engagement.

A reusable dumpster bag wraps its rear side around the open bottom to form a temporary surface, enabling fast emptying without specialized equipment.

A cargo platform uses independently steerable wheel assemblies to enable precise positioning of heavy loads within aircraft cabins and holds.

A material delivery system uses two recirculation lines connected to multiple sources for continuous chemical supply.

Porous removable ventilation tubes extend into enclosed areas to introduce controlled gases for precise temperature and humidity management.

An adjustable top cap with constraint securement features eliminates custom crates, reducing packaging costs and damage risks.

Spiral seams and butt joints eliminate triple-layer intersections that cause leaks in collapsible tanks.

Flexible rubber pads engage dumpster wheels to distribute concentrated loads, preventing pavement damage while maintaining easy transport.

A turnable locking bar and cam keeper maintain engagement when the under-frame deforms downward under full load.

A stackable bulk container uses a sloped floor and ball valve for efficient drainage of materials.

An adapter device creates mixed pressure to relieve explosive gas buildup in radioactive waste containers, enabling safe inert gas replacement.

Sidewall-mounted pivot brackets on the rotate bottom base prevent accidental leg extension when the bag leans against a wall.

Segmented extension panels raise the second seal above the tank edge, resolving the trade-off between vapor containment reliability and storage volume.

A noise suppressing plate with varying through holes and tapered projections absorbs liquid surge energy within a container.

A connecting mechanism uses a crook lug and rotating locking plate to join collapsible container components securely.

Truss supports anchored to I-beams stabilize heavy steel coils, preventing damage during intermodal shipping.

Preforming a textile fabric into a spatially ordered macrostructure ensures consistent damping reliability without requiring complex alignment or oversizing.

Sawn lifting straps engage fork arms via an overhanging collar to prevent disengagement during sudden braking.

Heat-sealed clasps and a protective jacket reinforce the structure, preventing damage during multi-tonnage discharge.