Large Containers TRIZ Cases

Nickel sealing surfaces prevent lead creep in bromine storage tanks, maintaining seal integrity under mechanical stress.

A modular explosion pressure relief device framework uses plug-in struts and insertion openings to enable rapid component replacement.

Inner flashings bridge adjacent container openings to form weather-tight seals, resolving the trade-off between rapid assembly and enclosure integrity.

A waste bin with a removable flexible filter element separates solid particulate matter from liquid slurry components.

Movable ISO corner blocks and roller plates allow containers to interface directly with aircraft cargo systems, eliminating intermediate pallets.

Interlocking tabs on the bottle engage ledges in the base to resolve stability and structural integrity contradictions.

A fuel filler tube collar defines an airflow passageway using ribs and vent openings to manage gas movement within the recovery system.

An external thrust carriage regulates the emptying flap speed to prevent abrupt material discharge that damages crushers and increases wear on locking means.

A large-scale container uses a laterally displaceable inner wall module to enable autonomous gravity unloading of bulk goods.

Tungsten carbide coating on the piston head resists abrasive wear in silos, extending component lifespan and reducing maintenance needs.

A U-shaped locking tool with extensions engages turnbuckle brackets to apply mechanical leverage for precise tension adjustment.

Elongated insulated asphalt container reduces heat loss and traffic congestion by enabling off-peak delivery.

A collapsible shipping container uses a cam lock mechanism to secure the folded structure for efficient transport.

Segmented corner posts with parallel reinforcement parts increase end frame strength to handle 78-ton loads without compromising hoisting compatibility.

Compartmentalized double hull tank manages buoyancy through controlled flooding, eliminating complex surface mooring systems.

A fuel vent valve uses a liquid trap and float to block liquid entry into the vent system.

Flexible hatch cover with magnetic sealers eliminates manual loading risks through sequential actuator lifting.

Angled welded edges in a double-walled waste container distribute load stress while drainage apertures remove accumulated liquids to prevent corrosion.

Segmented side plates and a sloping skid distribute impact loads away from top-mounted nozzles, preventing cargo loss during high-speed derailments.

A container coupler rotates upper and lower fittings via torsion springs to engage corner castings.

A radar gauging system uses a segmented transmission line probe to estimate signal propagation properties within a specific tank volume.

Asymmetrical retainers simplify attachment and removal of the lid, and a robust thrust bearing prevents valve malfunction in harsh conditions.

A movable cooling device transitions between internal and external positions within a genset container.

A fuel storage device uses negative pressure to adjust circulation flow rate of evaporated fuel gas through a dedicated passage.

A dual-chamber fuel tank venting system uses a movable support structure to position two independent vent valves within separate chambers.

Hydrostatic pressure absorption panels in the dome structure withstand top-load forces to prevent plastic container collapse.

A grommet with a U-shaped folded portion and conical flap section expands for insertion.

Four side doors and transverse forklift pockets allow loading new shingles and removing old waste in a single round-trip, reducing required vehicle trips.

Composite insulation and targeted trace heating prevent freezing in off-road environments while maintaining low weight.

A pneumatic outlet device adjusts sealing geometry via variable volume to create a reliable connection between the base body and closure element.

Concurrent construction of the steel tank and concrete pedestal reduces costs for small capacities by eliminating separate building phases.

A partition wall separates the hopper center region from outer bearing zones, preventing loose fasteners from contaminating weighed materials.

Positional displacement of a universal locking lever accommodates diverse container tunnel lengths, resolving adaptability versus complexity trade-offs.

Removable perimetric members allow horizontal loading, eliminating vertical lifting risks that damage vulnerable artwork during transport.

Inward protrusions in composite posts secure panels, eliminating bolts and reducing sidewall thickness.

Segmented tank sections and adjustable support modules resolve fabrication burdens while maintaining structural integrity.

A sliding roof mechanism moves along guide rails to open the upper side of a storage container.

A vertical oval fluid storage tank with integrated walkways and stiffening rings.

An automated transmission box uses overhead hoist transfer mechanisms to move reticle pods, eliminating manual handling risks and reducing damage costs.

Injection-molded identical water tank halves feature widened mating surfaces for monolithic welding or clamped assembly.

A dual storage and disposal device consolidates tool storage and debris collection into a single transportable unit.

Equidistant legs connected to an annular base distribute static and dynamic loads, reducing stress concentration at the silo bottom.

A locking element rotates into a corner post slot to secure the tensioning profile.

Axial folding of the bellows inner bag empties viscous liquids while pressure equalization prevents leaks.

Adjustable intermediate elements segment cargo space to prevent slipping while maintaining high packing density and avoiding new certification.

Segmented lifting loops prevent container deformation during handling by distributing traction and pressure loads.

An automated clamping system secures the aggregate tank lid using linear accelerators and spring mechanisms for rapid deployment.

Segmenting apps into cached fragments eliminates full downloads while preserving storage space.

Through-holes in foam buoyant blocks allow cooling gas flow, preventing tank damage while accelerating heat transfer.

Segmented mobile storage modules dispense granular material downward to a delivery module, eliminating fixed silo setup time and dust generation.