Conveyors TRIZ Cases

Dual elevator system collects random containers and aligns them horizontally, increasing supply frequency while maintaining simple design.

Elastic coupling slots absorb orthogonality misalignment in laboratory automation guiding profiles, eliminating rigid assembly constraints.

A self-service parcel terminal uses a counterweight-driven sliding door mechanism to simplify the console structure.

A multiple-optical-axis photoelectric sensor system accumulates detection data to determine accurate muting sequences for production facilities.

Removing rail-supported compartments and stacking trays gaplessly reduces gross volume required while maintaining structural support.

Pivoting support fingers stabilize insulating glass blanks from below, preventing deformation of unhardened sealing compound and avoiding contamination.

A load lock apparatus integrates a cover attaching mechanism with an elevating table to handle substrate containers.

Vacuum reservoir and diaphragm valve rapidly deflate airbags, reducing compressed air consumption and preventing article collisions.

Vertically offset support units in adjacent holding units enable compact horizontal footprints while accommodating asymmetric bag shapes.

Vertical stacking of main tracks and transition paths reduces the horizontal footprint of article sorting devices while maintaining high throughput.

Rotated button head pivot rods secure conveyor belt link elements, eliminating complex brick-laid modules and simplifying repair processes.

Sorter distributes objects to a collection end station for intermediate storage before automatic return transport.

Computer-generated rick-rack and vertical stacking patterns guide automated handling devices to store maximum tire quantities while maintaining stack stability.

A stacker crane control system converts reference mast swaying into lifting height swaying to time transfer operations.

Grooved wheels and elevator platform enable ninety-degree transfers while eliminating pneumatic components to reduce friction.

A transport device with elastic coupled wheels stabilizes vertical positioning of tubular elements during pharmaceutical article transfer.

Non-repeating colored stripes on a conveyor belt enable augmented reality scanners to guide employees, eliminating redundant package scanning steps.

A magnetic spring transfer belt attracts and retains steel wire springs on a moving substrate.

A motorized trolley assembly traverses an overhead track to position test objects with high precision.

Vacuum transfer head maintains uniform spacing between glass containers to prevent glass-to-glass contact damage during post-annealing handling.

Segmented belt routing and dynamic tension rollers reduce power consumption and roller stress while maintaining stability on inclines.

A robotic unloader uses individually actuatable conveyor zones to detect and dislodge jammed articles during bulk material handling.

Adjustable conveying panels maintain continuous nut flow without tumbling, preventing blockages and product damage during vertical transfer.

Segmented cover plates with movable wall-shaped blocking elements prevent gaseous tempering medium leakage flows at edges, reducing energy losses.

Offset flanges on movable floor blades seal gaps and enable sliding, avoiding deformation from ventilation fixations.

Segmented support device with positioning means stabilizes tobacco mass flow, preventing spills and ensuring tightness in vertical channels.

A conveying speed level model determines object transport rates using historical feature data and real-time package metrics.

A circular storage conveyor distributor merges pre and post sections to enable flexible goods routing.

A conveyor with carriers moves prescriptions between picking and packing systems while a computing device tracks carrier contents to eliminate manual handling.

Varying transport device speed creates empty slots for rod replacement, maintaining continuous feeding and preventing product damage.

Meandering prevention portions constrain belt position to resolve the trade-off between high-speed transport and manufacturing precision.

Surface tension from a localized liquid phase moves thin sections onto slide glass, eliminating deep immersion tanks and minimizing bubble formation.

Stationary rollers on frame elements support the belt while centering cables prevent instability in long spans.

An unmanned controlled travelling device moves a carrier platform through an inspection scanning area to transport vehicles without driver intervention.

A guide rail supports the transfer means to reduce telescopic element weight and wear in automated storage systems.

Curved actuating rollers replace planar bearings to enable sharp diversion angles without excessive slip or instability.

A variable jig module adjusts its supporting base to match workpiece geometry during automated transport.

Rotatable transmission housing varies output orientation to resolve adaptability versus complexity trade-offs in material handling systems.

A high-speed slicer directs sliced food products onto moving carriers to form portions without stopping the cutting process.

Auxiliary transfer units move wafer cassettes between overhead rails and shelves, increasing capacity without restricting floor access.

Actuated flat belts contact conveyor rollers to lock their rotation, allowing articles to be diverted transversely without spinning.

Shouldered pins and interconnecting bars prevent side plate movement, easing field assembly while maintaining sprocket drive capability.

Apply heat to the belt's opposite surface via thermal impulse welding to bond polyolefin profiles without expensive high-frequency equipment.

Retaining cavities in the side frame members guide conveyor belt links to tent upward, eliminating catenary sag beneath the conveyor frame.

An inclined door opener minimizes humidity ingress into a substrate carrier by dynamically adjusting the door angle between fully open and protected positions.

A gravity-fed pallet grouping station uses a fixed pairing conveyor and a three-position height-adjustable grouping conveyor to align loads.

Metallic movement roller with asymmetric triangular protrusions guides endless belt transport along a shaft axis.

Segmented rollers with interlocking protrusions and recesses enable rapid replacement, eliminating the need to remove conveyor shafts during maintenance.

Rotating eccentric shafts shifts the holding device position to correct yawing errors during high-speed conveyance without slowing processing speed.