Conveyors TRIZ Cases

A conveyor system uses a length calculation module to measure cargo dimensions and coordinate multiple weighing units for simultaneous measurement.

Rolling friction reduces driving power and eliminates stabilizing tabs in spiral conveyor systems.

Segmented thermoplastic components stack to form width-tailored attachments, resolving moldability constraints of complex topologies.

Sequential pneumatic pulses move scrap off corrugated stacking pans, eliminating manual cleaning downtime and reducing compressed air energy consumption.

An upper and lower stepped chute separated by a variable-slope intermediate conveyor section resolves sporadic batch input issues to maximize throughput.

A motor conveyor roller integrates the control unit within the rolling body to autonomously manage drive characteristics via a hollow axle.

Opposing arm rotation tilts boxes at smaller angles, reducing cycle time and mechanical stress during discharge.

Rigid thermoplastic paddles maintain shape to direct contiguous grain mass, reducing scattering and improving signal accuracy at low flows.

A beam trolley uses a threaded shaft and hand wheel to move side plates, preventing load bar rotation with an aligner to adjust width without removing the load.

A robotic handling system aligns rod-like sausage elements using parallel guidances and sensors.

Snap-fit interleaving flanges replace bolted joints on multi-part sprockets, eliminating tool use during replacement.

Selective suction retention on the stack underside reduces friction during rotation, resolving complexity issues in vertical axis conveying mechanisms.

A rotatable engagement member with a protrusion separates end products from nested stacks using selective mechanical interaction.

Retractable arms adjust tension to simplify belt replacement and reduce downtime.

Centering elements on support plates prevent displacement of moisture-sensitive egg packs during automated unstacking.

Spring-loaded contacts grip conductors in a flexible bus, enabling curved and helical paths without rigid rail constraints.

Adjustable brackets distribute compressive forces to prevent thermoplastic spacer frame creep during stacking.

Segmented rollers rotate produce while sprayers deposit coating mixtures, resolving trade-offs between treatment efficiency and system complexity.

Flexible locking assembly engages drive sprockets to maintain precise spacing along the conveyor drive shaft.

Replacing nitrogen with an inert hydrocarbon carrier fluid reduces monomer loss through venting while maintaining reliable catalyst delivery.

An endless belt uses a cross-linked fluororesin outer layer and a harder inner surface to balance wear resistance with article followability.

Pivotable alignment units use vibration and gravity to separate adhered profiles, resolving the trade-off between precision and complexity.

Mechanical indexing means aligns gripping tools with furnace spindle noses, eliminating complex optical measurements and digital configurations.

A pivotable latch hook secures components via chain-aperture alignment and load-induced pivoting.

A laser cutting device integrates an optical sensor to detect glass substrate breakage during processing.

Dynamic repitch grippers adjust spacing during transfer to resolve alignment precision conflicts when moving workpieces between carriers with different pitches.

Asymmetric engagement aligns rotating preforms to prevent misalignment and optimize potential heat distribution in blow molding.

Clutch disengages during rotation of the drive shaft clump breaker to prevent auger damage from excessive load while maintaining uninterrupted material flow.

Roller modules convert sliding friction to rolling friction, reducing pushing force required for heavy loads on uneven container floors.

Segmented railing sections with strain gauges measure friction coefficients to resolve measurement precision versus device complexity trade-offs.

Segmented rail design with nested containment cavity isolates metal shavings from conveyor environment.

Segmented gap blocker with recessed lower members prevents objects from falling through roller gaps without interfering with drive mechanisms.

Integrated extruded profiles eliminate separate brackets to reduce conveyor weight while maintaining high unloading capacity.

A pivotable torque tube roller support lifts the belt to create clearance for spindle removal.

A cam mechanism secures a foldable conveyor belt section in end positions, eliminating hydraulic line damage risks and reducing equipment complexity.

A vertical conveyor safety mechanism uses a pivot to allow carrier displacement when products block the transfer section.

Modular plastic chains with cavities engage sprockets to stabilize a hybrid mesh belt, preventing edge damage from tracking issues on driving drums.

Dynamic conveyor profiles adjust speed and acceleration based on product dimensions and friction coefficients.

Switchable friction reduction eliminates lateral displacement of food products during gripper withdrawal, ensuring precise placement without manual correction.

Inclined ramps guide large tires through a vertical storage device using gravity to eliminate forklifts and prevent deformation.

A modular conveyor belt with protruding rollers rotates via underlying powered drives to shift articles laterally across the transport path.

Moveable plates cover the base opening to shield the bearing apparatus from abrasive conveyor materials, extending component lifespan.

A tower lift braking unit uses elastic members and actuators to secure the carriage module along the rail.

Redesigned sorting grid layout groups chutes and item containers to create additional carrying passages for automated transfer devices.

A routed products order picking area fulfills complex orders in parallel to reduce cross-aisle transfers.

Backend algorithm determines optimal package sorting order and visual loading guides to eliminate manual search delays in delivery trucks.

Laterally extending sloped surface prevents loose material trapping between the reciprocating slat and trailer wall, ensuring complete clean-out.

Segmented drive rollers and freely rotatable support rollers enable lateral displacement in branches, eliminating slip clutches.

Alternating fixed and loose receiving elements on a chain strand support vehicle bodies, reducing cycle time and space requirements in paint shops.

Segmented container modules reduce construction time and costs by housing pre-assembled conveyors for remote deployment.