Conveyor Parts TRIZ Cases

A dynamic buffer system manages article flow between conveyor lines using a ring-shaped storage conveyor and flexible handling organs.

Parallel soles in a crosshead orient inclined objects vertically, solving complex alignment issues.

A component mounting method detects pocket position using imaging to correct suction coordinates automatically.

A component holding device moves laterally to create a gap before raising the target part.

A transfer device moves items from storage tracks to a downstream conveyor using a movable discharge component.

Vibrating collection troughs align soft long articles during transport, preventing damage while maintaining high-speed weighing productivity.

Sensor-triggered inverter deceleration reduces vibration and impact forces during high-speed diverter arm operation.

An optical device aligns multiple imaging targets in row and column directions within a camera visual field.

Alternating holders on a single star-wheel eliminate mechanical change-over downtime while maintaining synchronization with the rotary carrousel.

Segmented rotary drives stabilize transport plates during rotation, preventing inertia-induced deflection and ensuring reliable object handling.

A suction nozzle engaging position detecting section tracks vertical alignment during exchange to support rapid component mounting operations.

A pivotable conveying stage guides small parts into a groove, preventing upright stacking and misalignment during elevated transport.

A parallelogram hinge four-bar mechanism drives rotating arms to transfer wheels between roller beds.

Obliquely skewed driven rollers direct parcels upwardly to prevent restacking, ensuring clear barcode reading and improved throughput.

Segmented vertical housing stores substrates and transport containers separately, reducing chemical contamination risks.

This radial transfer mechanism reduces horizontal space requirements by stacking acceptance, monitoring, and storage functions within a single pivot envelope.

A movable aligner engages plate sides to orient adjacent carriers along a straight line during transport.

Radial conveyor cells with holes and a rolling surface guide shafts, while discharge slopes eject misaligned elements by gravity to prevent jamming.

Twisted endless belts clamp and rotate food products to eliminate manual positioning labor costs.

A slidable buffer retracts laterally to clear overhead vehicle paths.

A test tube holder uses a resin spring to grip tubes securely while housing an RFID tag shielded by electromagnetic wave absorbent material.

A sensor-based detection system replaces complex screw timers to synchronize the comb collector with conveyor speed, reducing installation length.

A conveyor assembly uses selectively inflatable bladders to drive or brake rollers via elastomeric friction.

Differential link chain speeds resolve control complexity while maintaining precise positioning tolerance.

Stationary accumulating conveyor roller assemblies transmit rotary motion via friction rings to move skids without belt attachment.

A conveying device diverting assembly circulates trays in a closed loop to adjust supply intervals, resolving mismatched feeding and picking rates.

A gear-driven height adjustment device with self-locking capability for transport grippers.

Actuating element moves friction element to disengage transmission components, eliminating slip clutches and reducing maintenance costs.

Pivoting arms on a central wheel reorient elongated piece goods, compensating for speed differences between infeed and outfeed conveyors.

Radial actuating element drives intersecting gripper arms to center containers, eliminating downtime from manual adaptation procedures.

Segmented belts resolve speed mismatch contradictions, reducing impact damage while maintaining single file alignment.

A pick-and-place device uses eccentric members and cam tracks to coordinate multiple movable arms for simultaneous object handling.

A feed station uses a motorized roller conveyor and movable combs to handle articles in automatic palletizing systems.

Flexible ramp and tactile sensors redistribute jammed waste to increase bin capacity.

Independent modular conveyor control resolves automation complexity trade-offs while ensuring consistent item spacing.

Dynamic guide rail adjusts length and angle to prevent container backlogs.

Segmented tooling sections with RFID tracking enable quick reconfiguration of a centrifugal bowl parts feeder, eliminating costly manual tool changes.

A conveyor diverter uses an ejection element moving along a closed path to shift workpiece carriers between lanes.

Motorized conveyor belt diverts biological product containers to a secondary lane for queuing and rapid dispatch.

Pivoting entrainers adjust to feed chain length changes, ensuring reliable carriage transfer across varying operational loads.

Cam-actuated carousel levers sort bottles into star conveyors, reducing space while boosting productivity.

Segmented stationary wedge blades and a moving finger blade eliminate material sticking between parts while accommodating different sizes.

Segmenting the rotor and carrier elements removes torque support friction, reducing vibrations and heat input in container treatment machines.

A feeding device uses a ramped guiding structure to transport containers along an inclined path.

An oval orbit holding unit adjusts guide members in the perpendicular direction to resolve complexity trade-offs during high-speed alignment.

A product supply line switcher uses a sliding guide channel and linear motors to direct items along distinct paths.

A star wheel uses a stationary plenum with a blocking surface to minimize vacuum loss and reduce wear on irregular articles.

An adjustable stop mechanism aligns conveyor lifting drives within loose positional tolerances, reducing assembly complexity and material usage.

A rotary head features an annular wall section near suction nozzles to maintain pressure distribution.