Conveyors TRIZ Cases

Parallel gripper uses replaceable wooden blocks to prevent bottle swinging and film damage from crown caps.

A telescopic conveyor mounted on a railing automates freight handling.

Curved floor walls and chevron feed rolls resolve material flow bottlenecks in agricultural equipment adapters.

Molded plastic modules with embedded magnets stabilize chains while reducing guide friction and manufacturing costs.

Cross-bracing between base leg surfaces enhances structural rigidity, allowing the undercarriage to support larger conveyor loads without excessive weight.

A collapsible guiderail support system adjusts conveying path width using retractable pivotable arms and an actuator mechanism.

Gas flow merges satellite droplets with parent droplets on the intermediate transfer member, preventing image distortion caused by condensation.

Tilting support pads adjusts gas duct orientation to correct meandering while maintaining uniform stress states across the width of the conveyed belt.

A pivotable carrier system with a tool-free locking mechanism reduces belt tension and enables easy removal of the conveyor belt.

Indexing conveyor creates spacing between shipments, enabling accurate sensor detection and reducing sorting errors.

Offset eye parts on modular conveyor belt links engage drive tower ribs to transfer propulsion forces while lateral flexing maintains spiral path alignment.

Adjustable deflection rollers and a guide belt adapt conveyor geometry, eliminating segment collisions and reducing friction energy consumption.

Segmented track units with independent bushings allow field repairs that prevent lubricant contamination and reduce downtime.

Embedded RFID tags link to short-circuited conductor loops in conveyor belts, reducing false alarms by confirming loop integrity during tear events.

Vertical tote stacking reduces transit time and costs by enabling flexible single or paired releases from automated stations.

A light-permeable scanning window supports parcels while enabling 2D device detection of identifying features on hidden resting surfaces.

Segmented support rollers maintain belt position stability while a tensioning mechanism applies force, resolving alignment issues caused by roller displacement.

A workstation track tilts autonomous vehicles upward to present items at an elevated operator position, reducing labor costs and system complexity.

Vertical stacking doubles sorting capacity while maintaining a compact horizontal footprint for high-density logistics centers.

Vertical tray conveyance moves base materials through plasma treatment chambers, enabling continuous processing of thick substrates that resist rolling.

Rim-based guides and opposing lugs maintain consistent spacing to resolve rejection rates from varied lid configurations.

A detachable trailer floor cleaning apparatus uses rubber flanges to push residual material off the moving conveyor.

A picking facility manages container transport between housing, operator, and robot portions to consolidate mixed orders.

Cylindrical rollers engage multiple sphere rows via friction, reducing system complexity while enhancing support for smaller products.

An electric conveyor system with segmented belts prevents kibble jamming while enabling precise portion control.

Server calculation unit determines remaining service life using impact force, tensile force, and environment data to reduce running costs.

Segmented screw conveyor sections with angled bearings resolve height mismatch issues between linear horizontal machines and downstream equipment.

Selective roller actuation in zones pushes leading and trailing edges to complete 90 degree rotation without plowing.

Arcuate slider bed rails engage discontinuous belt teeth to prevent radial migration and reduce tension in food industry conveyors.

Scissor mechanism shifts lane plates transversely to center transport tracks, eliminating manual spacer changes and reducing downtime during width adaptation.

Integral wheels on landing gears replace sliding contact with rolling motion, reducing frictional resistance and wear between the slat and support surfaces.

Deforming connectors eliminate welding distortion and skilled labor costs by mechanically interlocking truss framework components.

Standardized trays and automated arms handle varying item shapes, resolving complexity trade-offs.

Sensors detect stretching and load changes to automatically adjust the return sprocket, eliminating manual maintenance downtime.

Suction nozzles and lateral compression sides stabilize container layers, preventing uneven stacking and vacuum failure from contamination.

Segmented suction zones with sub-millimeter perforations prevent fiber clogging while stabilizing rod alignment.

A driveable endless conveyor belt follows helical tracks and a bridging track to transport products upwardly and downwardly.

Dynamic chain clamps open for insertion and close for transport, preventing creases on flat cardboard blanks.

A pneumatic delivery capsule moves through a tube network using compressed air to transport packages from commercial facilities.

Spring-biased shuttle assembly retracts flexible cover shield to mitigate dust dispersion during telescopic conveyor extension.

Orbital container terminal operation method eliminates reciprocating movements and direction changes to reduce waiting times.

A belt positioning flange features a cylindrical contact surface spaced from the roller end to constrain lateral movement of the movable belt.

A rotary motor driven stage uses timing belts and inclined linear rails to achieve precise two-axis motion control.

Segmented upper plates maximize viewable advertising space while eliminating labor-intensive adhesive application.

Dynamic tilt of output transport devices accommodates curved panels, preventing curtain breaks during high-speed coating.

A rubber plug supply apparatus uses a movable accommodation hole to facilitate easier accommodation of the plugs.

Automated locker doors open for drones and close to secure packages, while an elevator mechanism transports items vertically into buildings.

A cable-drawn railway vehicle uses a pendulum running gear to balance load distribution across support rollers.

Sequential peeling prevents brittle plate breakage by distributing release force across discrete areas.