Conveyors TRIZ Cases

Encasing aramid fibers within steel cords resolves pressure sensitivity and UV degradation issues while maintaining low weight and high strength.

A cleanup conveyor positioned below an end dump conveyor captures falling debris and transfers it to a main incline conveyor.

A guiding envelope constrains a modular conveyor mat to retain modules within a flat plane during operation.

Floor-mounted air cushion nozzles reduce friction for cargo movement, while vacuum suction locks secure devices without complex mechanical equipment.

A guide rail system uses pinion gears and a synchronizing connector to adjust spacing across conveyor segments.

Segmented extruded frame sections reduce part count and assembly complexity while the gear mechanism enables precise longitudinal spindle movement.

A control system adjusts grain feeding rates to match unloader conveyor capacity.

Smooth plate elements overlying spaced hinge rods prevent surface marking on conveyed products while maintaining efficient operation.

Segmented collar and locking members enable quick slat removal without removing cap angles or guards.

A tubular roasting apparatus uses a rotating conveying portion to move coffee beans through heated zones for consistent thermal exposure.

A collapsible log lifting apparatus uses hydraulic transposing means to pivot legs and transform between stable operating and transportable states.

Dynamic delay time adjustment reduces unnecessary speed changes and energy consumption while extending service life during varying traffic patterns.

Movable support bars adjust to substrate dimensions, preventing deformation and damage while eliminating manual labor in large-scale manufacturing.

A stacking device uses elastic foam guides to hold and align automotive plugs in a stable axial stack.

An articulating conveyor frame pivots to adjust length and width dimensions.

Segmented parallel conduits feed two adjacent capsule rows via gravity drop, reducing the footprint and complexity of bulky orienting stations.

Asymmetric rearrangement of cylindrical containers into staggered columns increases contact points, resolving insufficient pack rigidity in matrix formations.

Rotating helical coils redistribute particulate matter from accumulation zones to depletion areas, preventing blockages and starvation in agricultural tanks.

Segmenting the chain lock into two locking arms prevents unauthorized release and wear, improving load-bearing capacity for heavier workpieces.

Condensed and heated air lowers ore moisture content while avoiding rotary kiln complexity.

Flexible upper layers fold against a rigid central region to prevent dough escape through side gaps while maintaining surface uniformity.

A belt displacement device shifts the side edge of a traveling belt away from a guide member, reducing frictional load and extending component lifespan.

Double aluminum pipe air track uses springs to pull the track down, minimizing compressed air escape and energy loss through narrow lateral gaps.

Segmenting the belt into separate toothed strips and a flat base reduces material loss while enabling use with small radius pulleys.

A vertical storage device moves plate-like members using a synchronous screw mechanism.

An inclined medicine canister rotates to dispense tablets through a discharge hole.

A laser irradiation apparatus positions a conveying unit outside the beam path to hold a floating workpiece.

Horizontal platforms separate poultry handling from container logistics, reducing manual labor requirements during multi-level loading processes.

Pivotal guide switching via magnetic coupling prevents mechanical failures at intersections, ensuring reliable path selection without downtime.

Alignment members with unique window heights guide lateral package shifts across conveyor lanes, resolving sorting accuracy versus complexity trade-offs.

Electromagnetic propulsion moves pods through vacuum tubes, reducing greenhouse gas emissions while maintaining high delivery speeds.

Pneumatic air springs provide independent in-line tensioning to resolve the trade-off between power transfer and belt tracking stability.

Vertical shelving with front-facing windows resolves the contradiction between compact footprint area and operator accessibility.

A movable loading head supports and releases bag stacks via retracting bearing parts.

Integrated drive bars eliminate localized stresses from separate attachments, preventing slippage on inclined conveyors.

Asynchronous double-hinged feeder blades eliminate dead time during loading cycles, achieving 16,000 tons per hour throughput.

Torsion pivot connections absorb shocks from rough terrain, reducing suspension weight and eliminating leaf springs.

A motorized handlebar structure provides forward and backward movement assistance for mobility-challenged individuals on indoor surfaces.

Segmented flow directors replace heavy dividers to reduce vibration, prevent board pinching, and improve operator access during bin filling.

A conveyance system generates travel plans that avoid obstructing extraneous vehicles in a delivery center.

A modular plastic conveyor belt uses A-shaped hinge members to collapse tightly at the inside of a turn.

A servomotor pivots a scraper bar against the moving belt to remove residual cargo.

Angularly offset rollers induce transverse displacement to detect conveyor belt edge irregularities, reducing false positives from normal wander.

Infrared thermography measures conveyor belt thickness continuously, eliminating manual ultrasonic shutdowns that disrupt production continuity.

Telescopic posts and flexible walls expand the silo to store granular materials while collapsing for transport.

A rotary exchanging arm grips pallet edges and rotates to swap workpieces between a machine tool table and loading station.

Extractor applies greater gripping force than the carrier to remove sheaves without activating complex mechanisms.

Segmented pusher elements enable precise item orientation control, resolving the contradiction between high transfer speed and chaotic storage alignment.