Conveyors TRIZ Cases

Synchronous servo-driven robot arms combine vertical and horizontal transfer to move work pieces precisely across multiple stations with less maintenance.

Integrated guide recesses in a hollow body enable quick gripper height changeovers, stable anti-rotation guidance, and less container-line downtime.

Magnetic or pneumatic holding keeps fast-moving parts aligned on the stopper surface, preventing bounce during screw fastening.

Multiple sensor checks help an autonomous loader detect shovel fill, raise and shake the shovel, and reduce material loss in transport.

Wireless fleet control coordinates automated and manual heavy vehicles in container terminals, improving safety without physical separation.

A woven cloth with thermoplastic warp, fluorine weft, and crimp control boosts resin belt adhesion, peel strength, and wear life.

Batching pending orders and scheduling robots around overlapping items cuts container moves and manual picking time in goods-to-person fulfillment.

Inclined multi-angle grooves use gravity to align bolts at a take-out position without a vibrator, cutting feeder noise and size.

State-change fluid flushing and impedance sensing remove and verify residual powder in AM internal passages without slow CT scans.

Intentional play in rod belt clip guide openings cuts pilot bolt friction and transverse force, improving clamping reliability under assembly tolerances.

Separate potting blocks let conveyor belt tension members be cast in the workshop, simplifying tight-space assembly and later disassembly.

A diagonal zipper with angled tracks speeds draper belt joining, improves alignment, and adds watertight sealing for easier header service.

Split sprocket segments with minimal axle-contact ridges open the shaft area for flushing while enabling quick conveyor wheel replacement.

Automated store movement and rotatable feed arms transfer bar bundles to user machines, reducing manual crane handling and operator risk.

Rolling elements in a floating bearing let passenger conveyor supports absorb fast lateral vibration and earthquake motion with lower structural stress.

Orientation detection routes weld nuts into separate branches so they merge smoothly without stopper pins, reducing collisions and maintenance.

Profiled tracks merge multiple fastener feeds into one fixed path, avoiding switch mechanisms, maintenance burden, and complex magazines.

Openable side guides absorb tray-corner impact during high-speed tilting sortation, preventing guide deformation and damage.

A helical groove on a cylindrical magazine packs screws densely while keeping them oriented for controlled feeding and single-piece ejection.

Actuated rollers and an endless belt re-orient extruded profiles for accurate pick-and-place while reducing manual handling.

Ultra-short pulse laser processing forms vertical defect lines to cut curved 3D glass cleanly with low subsurface damage and preserved edge strength.

A self-propelled in-pipe installer conveys and inserts connection fittings into drilled apertures for faster, more stable service connections.

A segmented single-grid load handler retrieves containers from any stack level while preserving storage density and reducing obstruction between movers.

Hollow protrusions and pneumatic release let a vacuum end effector pick and place sticky composite prepreg tape with less adhesion and damage.

A concave inner side lets the conveyance element nest around the axle, reducing turnaround space and conveyor height while supporting passengers.

A stretchable woven fabric covers the belt flat surface to cut wear debris and sliding resistance while maintaining stable suction pressure.

Nested bowls and guiders sort and align multiple fastener sizes for mixed steel-aluminum panel joining with lower feeder cost.

Induced magnetic forces push a sideflexing conveyor belt away from the inner rail, cutting turn friction, tension, and wear.

A separate clamping body crimps belt reinforcement ends while protecting the connecting element from distortion, wear, and premature failure.

Pivotable idler frames and spring assemblies expand roller spacing at the inflection point so oversized lumps pass without belt or structure damage.