Conveyors TRIZ Cases

Linear motor sorters divert products between lanes based on detected properties, resolving slow processing speeds in automated packaging lines.

Flush welded rod ends remove protrusions that cause driving surface wear and trap debris in industrial conveyor systems.

Multi-parameter scoring evaluates location compatibility and traffic conditions to reduce bottlenecks and optimize facility efficiency.

A compact tensioning device integrates into the conveyor frame structure to adjust roller center distance via precision threaded screws.

Lateral tracks constrain the belt to prevent meandering, enabling high-resolution duplex printing without substrate wetting.

Staggered projections on a rotating platform maintain alignment precision while reducing operational complexity and egg breakage risk.

Pressurizing the interior chamber forces a deformable element inward to contact and hold containers, eliminating the need for multiple fixed-size pucks.

Segmented plug-on cover prevents finger entrapment in transmission belts while allowing easy maintenance access.

A portable U-shaped monitoring apparatus uses ultrasonic and eddy-current sensors to measure conveyor belt thickness.

An infrared sensor unit detects driven shaft rotational synchronization via reflected light intensity to maintain glass substrate flow.

Asymmetric hook extension engages component notch to prevent rotation from chain slack, ensuring stable load bearing and reducing failure risk.

Thickened belt ends fit into coupler recesses to prevent loosening and reduce wear in agricultural harvesters.

Self-tensioning adjustment assemblies align drive rollers against fin members, reducing package damage during high-speed unloading.

A treatment system guide chamber creates a positive pressure differential to prevent solvent leakage and condensation during workpiece conveyance.

Evaluating commercial vehicle sensor data triggers image capture during loading events, reducing bus system data rates while maintaining monitoring coverage.

Recessed belt edges hold fabric while pivoting support fingers prevent material loss and friction damage.

Permeable rectifying boards weaken turbulent airflow from suction holes to stabilize tablet posture and ensure precise inkjet printing.

Stacked channels use gravity and rollers to group bars, resolving inefficient pick-up operations that complicate processing system configuration.

A conveyor chain link uses spring leaves to elastically connect the pusher body, enabling smooth vertical movement during transport.

An actively driven continuous conveyor with ribs and a pivotable bracket transfers pack layers into a loading station, eliminating return stroke delays.

Segmented chain links with integrated power lines enable individual replacement and length adjustment without dismantling the entire conveyor system.

Partial layers occupy unoccupied container zones alongside complete layers, resolving stability issues caused by restrictive traditional layered solutions.

Merging orientation and stacking into one station reduces machine footprint while maintaining adjustable stack sizes.

Pivoting input conveyors transfer products between vertical output levels while maintaining constant intervals and preventing jams.

A tray conveyor destacker uses a helical guide support to prevent bouncing and irregular spacing during placement on the transport unit.

A load transport apparatus integrates a conveyor and a movable second frame to switch between conveying and pallet configurations.

Hall effect transducers detect permanent magnets on carriages to resolve thermal expansion positioning errors in cross-belt sorting machines.

A rotating frame with suction gripping means extracts pharmaceutical containers from support elements, reducing contamination risk during high-speed transfer.

A one-piece stainless steel container gripper integrates elastic spring sections with locking segments to generate resilient clamping force.

Segmented covers and dynamic locking secure idler rollers, eliminating electronic monitoring while reducing cleaning time for food processing conveyors.

Local quality and preliminary action resolve the trade-off between high-speed productivity and side-end yarn strength in mesh conveyor belts.

A movable image capture unit adjusts position to maintain constant angle and illumination for accurate storage goods imaging.

Rotating pincer claws handle fragile capsules at high speeds, preventing breakage from diameter variations while maintaining upright integrity.

Distributed ventilation bores in an endless rubber baler belt allow gas escape, preventing bulging and minimizing material loss across the working width.

Balanced cross-sectional areas in hinged links prevent deformation and twisting while allowing flexible guide section placement.

Segmented curved projections on the conveyor belt lower surface minimize contact area to reduce friction and contain dust particles in valleys.

An adaptive speed control device adjusts a moving projection based on sensor feedback, preventing component damage from velocity variations.

A code reading device uses a motion unit to rotate articles on a placement surface for optical scanning.

Edge clamping with inverted V-shaped pads prevents surface marking during separation, while stationary holding units reduce device complexity.

Dual distributors redirect incomplete food product lines to ensure complete packaging sequences, eliminating empty packages and reducing waste.

Hydraulic temporary supports deploy under mid-span loads to reduce bridge frame weight and cost.

A post compression carton rejection system uses a programmable controller to coordinate infeed and outfeed conveyors with a retractable dump gate.

A transfer rail profile incorporates an internal recess formed by a projecting separating web to house and protect control cables.

Placing antennas in hinge joints extracts them from metallic housings, resolving signal blocking while maintaining device protection.

Segmented compartments and nested conveyors buffer parisons to sustain continuous bottling operations without increasing device complexity.

Interlocked adjustment members tilt the tension roller to correct belt lateral shifts, eliminating spring forces that damage the belt.

Adjustable roller sets with elastic couplers increase ground contact area and absorb vibration, resolving friction limits on uneven surfaces.

A lift gate apparatus bridges conveyor gaps using a pivoting bracket and gas springs to transition between conveying and non-conveying positions.

Segmented tubular channels with leaf spring clamps stabilize blood sample tubes during transport, preventing breakage and contamination.