Large Containers TRIZ Cases

Ribbed molded tank geometry mitigates hydrostatic buckling while connection systems accommodate thermal expansion between pallet and container.

A fuel tank siphon structure connects the operational ventilation line to the filler tube below the nozzle outlet.

Real-time temperature difference measurement determines optimal loading start timing, reducing precooling duration while minimizing thermal stress at the joint.

A cylindrical gusset supports tank car nozzles via a curved segment intersecting the nozzle axis.

Rotating the container prevents pellet bridging, ensuring reliable unloading and reducing sublimation losses during bulk handling.

A modular particle transport frame uses transferrable elements to adjust inner space volume for flexible load accommodation.

An ultrasonic resonating syringe maintains uniform suspension through mechanical vibration.

A fuel dispensing unit uses a vent line fan to create overpressure in the storage tank, preventing cavitation and maintaining flow efficiency.

Hydraulic cylinders slide orthogonal segments along linear guides to adapt the loading area, eliminating inefficient fixed-size containers.

A fuel fill apparatus integrates a pressure relief valve system to vent vapors only when tank pressure exceeds one psi.

Segmented roller assemblies with asymmetric overlapping positions stabilize tubular transport while managing structural complexity.

Undercarriage actuation lifts filled containers locally, avoiding hook-lift truck costs.

Slidable support members in a base assembly lock via an actuation system, allowing manual cargo shifting without interfering with seat rails.

An additional bearing frame with tie-down means enables secure ship deck placement by absorbing horizontal loads without foundations.

Elastomeric silicone casing absorbs impact forces, preventing glass breakage and chemical leaching while maintaining container purity.

A floating gauge ring indicates fluid levels through transparent reservoir windows, solving visibility issues in opaque containers.

Bending side supports into stiff springs absorbs vibration while self-centering posts align stacked containers, resolving weight versus strength trade-offs.

Spring-biased flapper doors in a capless closure assembly seal the filler pipe, preventing fuel loss and enhancing safety during refueling.

A temporary hood captures vapors from vessel openings using a vacuum pump.

A securing apparatus with longitudinal support members and lateral crossmembers locks wheeled shipping carts in position.

Segmented hydraulic attachments enable corner navigation without large prime movers, resolving maneuverability constraints.

An aqueous intermediary carrier transports the polymer upstream of an injection pump, preventing solids formation and pipeline plugging.

Circular orbital vibration prevents particle segregation and reduces power consumption while eliminating the need for a complex gate mechanism.

Heat treating cast aluminum alloy between 350 and 390 degrees Celsius reduces hardness below 70 HV, maintaining ductility for impact resistance.

Thermal welding joins polyethylene fabric sheets to create a stitchless usable space in large bulk containers.

A liner assembly with a nested receptacle captures debris in utility vault lid-lift holes, preventing contamination while allowing tool access.

A draining conduit collects condensed liquid fuel from a motor vehicle vent system into a closed end portion for thermal re-evaporation.

A motorized tarp loading structure uses adjustable arms to secure covers on large containers.

Step-like corner structures eliminate satellite rings to increase stacking capacity and reduce production costs.

Segmented power devices link via main cabling to ensure continuous electricity supply during railway transport without external infrastructure.

Standard container corner fittings on a transport frame allow stacking and multi-transport, reducing specialized vehicle needs for railway construction.

A fermenting vat uses modular coupling to separate wooden side walls from steel bases for independent maintenance.

An angled rack system inverts containers to accelerate viscous liquid drainage and meet recycling standards.

Panel sections connect via corner clips to create a sturdy storage compartment that collapses into a compact form when empty.

A fuel cap vapor diffuser distributes hydrocarbon vapors radially and axially through adsorbing media.

An overmoulding process applies polymer along panel edges to form a gas-tight, hygienic seal that eliminates rivet-related leakage and bacterial growth.

Interlocking protrusions engage pallet grooves to prevent freight movement during delivery, enabling quick assembly without manual fastening.

Segmented vent valves in a saddle fuel tank prevent premature shut-off during inclined refueling while maintaining balanced vapor dome volume.

Telescopic tubular members expand via a lift system to provide large storage capacity at remote hydraulic fracture sites.

Composite cup structure eliminates polystyrene settling delays while improving rigidity and tactile feel.

Vent openings release trapped air pockets and equalize vacuum forces, allowing trash bag insertion and removal without container movement.

Ionic liquid solvent stabilizes borazine precursor by reducing intermolecular interactions, preventing self-condensation and extending shelf life.

A fire-retaining container uses composite layers to retard and contain fires.

Integral sheet assemblies with foaming insulation eliminate splicing seams, preventing moisture ingress and reducing assembly workload.