Large Containers TRIZ Cases

Segmented hinge members attach via existing bolts to pivot covers, eliminating welding damage in confined spaces.

A self-propelled cargo container uses in-wheel electric motors and retractable drive assemblies to enable autonomous ground movement.

Multiple support tubes at varying levels enable simultaneous forklift insertion, resolving the trade-off between lifting efficiency and structural complexity.

An integrated thermoplastic liner prevents fluid leakage while the flexible hinges allow the container to collapse for space-efficient storage.

A horizontal material storage system elevates granular proppant from transport vehicles using a vertical screw feed mechanism.

Actuated couplers with pins and bottom supports engage corner fittings to distribute high acceleration loads across multiple attachment points.

Telescopic corner rails expand a compact shelter for helicopter transport, resolving airworthiness constraints.

A hopper structure uses a hollow axial insert to control descending granular material speed vectors across the cross-section.

Electric resistance heaters in a V-shaped chamber heat asphalt without propane combustion, preventing material degradation.

A transport container grid bridges the top opening to manage airflow patterns over bulk material loads.

A foldable large load carrier uses a funnel-shaped insert element to align with the base part outlet opening for efficient material discharge.

A fuel vapor routing system adjusts canister loading rates during refueling by directing vapors to offboard infrastructure.

Unequal yarn distribution in glass silk fabric strengthens the leak protection lining while reducing synthetic resin absorption.

Throttle regions narrow cross sections to guide liquid flow upward, preventing wave formation that damages seaming regions.

External reinforcement plates join side posts to panels, increasing strength at logistics slots while preserving storage space and minimizing weight.

Segmented flexible panel units interlock to cover large areas without increasing system complexity or storage difficulty.

Polygonal hot-fill bottle employs vacuum responsive panels to resist buckling and crushing during hand gripping.

A removable support apparatus separates liners from container walls to eliminate vacuum adhesion during removal while maintaining structural integrity.

Integrated pallet structures eliminate separate wrapping materials by using male and female runners to secure adjacent containers during transport.

Anti-racking blocks at angular orientations resist transverse racking forces, solving the contradiction between foldability and transport strength.

Form-fitting engagement between the source container and drive mechanism establishes precise alignment without tight manufacturing tolerances.

A recovery container uses a detachable sled to move damaged vehicles into the receiving area.

Segmented wall panels with integrated exhaust vents resolve the trade-off between weather protection and structural stability.

Orthogonal cross-slits in the insulation layer reduce bending stiffness, allowing easy rolling while maintaining thermal resistance.

Roll tarp system uses motorized roller and manual crank to cover containers, eliminating heavy torque tubes that reduce payload capacity.

Movable gib and nut mechanism reduce transverse projection to fit European road gauges.

A portable support structure elevates bulk material containers above a blender inlet to enable direct gravity-fed transfer.

Depressions in frame segments form walled troughs that guide automatic welders, isolating seams from fluid exposure to prevent leakage and extend lifespan.

Vertical grooves on hot fill container side panels accommodate volumetric shrinkage while resisting creasing during cooling.

An active logistical tag uses motion and magnetic sensors to trigger periodic data transmission.

Spliced wall plates and dumbbell connectors form a modular tank that expands volume without increasing site occupation or construction time.

Movable dunnage supports slide along vertical tracks to reposition stored parts, resolving worker strain from reaching deep into containers.

A spline joint connects container panels via complementary contoured edges and adhesive bonding.

Stiff suspension loops maintain a self-supporting position to enable automatic hooking and eliminate manual intervention risks.

A rotary actuator mounted on a support structure opens and closes a clamshell gate in bulk material containers.

A chemical storage container uses a localized melting element to liquefy solidified product at the outlet for easy removal.

A container design uses variable sheet metal thickness to reduce tare weight while maintaining structural stability.

Non-linear tracks guide movable dunnage supports to pull products forward, resolving ergonomic strain and injury risks caused by fixed storage layouts.

Nested lever and catch mechanism eliminates protruding pull rods, reducing storage volume and jamming risks.

Discrete leg attachment system manages static and dynamic loads to prevent uneven stress distribution.

Segmented filler neck design positions exhaust ports above fill limits to maximize air venting and prevent leakage in constrained engine compartments.

A molded plastic container with a circular top and rectangular bottom.

A cargo basket frame uses pivotable front gates to allow easy access for loading and unloading diverse offshore cargo loads.

Adjustable isolator spacers level floating roof support legs, preventing tank bottom lining damage from uneven contact.

Segmented partitions with cylindrical ribs and funnel-shaped end spacers reduce mold manufacturing steps while stabilizing plates during assembly.

Nested lifting straps prevent vertical projection during fork-lift handling, enabling fully filled bags to stack without wasting space.

A retractable ramp system mounts a slideable ramp between lateral rail members on a truck chassis.

Snap-fit connection aligns integral dip tube with pump, eliminating torque-induced misalignment and scrap during assembly.