Conveyors TRIZ Cases

A belt with variable-thickness cleats gently diverts packages, reducing mechanical complexity while maintaining their orientation.

RFID-tagged containers track recovered rubber products for controlled reuse.

Magnesium or aluminium hydroxide in thermoplastic containers slows fire spread while non-perforated walls limit oxygen supply.

A removal device uses direct transfer and alignment control to form infusion bag stacks with fewer components and less space.

This case shows staged diverter motion for routing biological sample carriers to parallel sorting lines without cross-collision or spillage.

Integrated layer handling and direct item retrieval reduce AGV space demands while accelerating automated mixed pallet assembly.

Robotic vehicles navigate storage and workstations in 3D, using sensors and lifts to avoid hand-offs and improve flow.

Automated imaging and weighing speed plate storage while reducing manual warehouse work.

Sensor-controlled flip gates sort and dispense packages in a compact footprint.

A funnel-shaped feeder guides sausage links inward, reducing transverse forces, wobble, collisions, and twist-point rupture.

Reference elements on each belt module let one sensor calculate elongation in real time and support earlier maintenance.

Clean conveyor belts in the return section while filling continues in the aseptic zone.

An elongated closed-loop chain improves spiral conveyor assembly flexibility while helping prevent lubricant contamination.

Sensors and servomotors adjust the tensioning roller angle to correct lateral drift while preserving the rectangular conveying surface.

This case uses coordinated pushers to support upper and lower article sub-groups, reducing breakup during descent and hopper flooding.

An external adjustable counterweight redistributes weight to prevent tipping while preserving conveyor angle and stockpile height.

Adjustable rails and independent arms let one assembly stack or destack varied trays, reducing reconfiguration and custom-part costs.

Separate openings and a moving section let storage receive and deliver different articles simultaneously, reducing operation time.

A robotic EOAT forms retainer blanks for faster, smaller-footprint container packs.

This conveyor uses low-friction rollers and driving portions to separate items mechanically without cameras or complex control.

This case uses synchronized gripping heads and fluid actuation to orient packaging products compactly without slowing production.

A vertically sliding robot uses hooks or translating fingers to engage bin lugs, lifting multiple stacked bins with less control complexity.

A standardized container combines modular storage, automated picking, and a secured portal for mobile, auditable inventory access.

Adjustable flight intervals synchronize product supports, improving cut-length precision while maintaining saw-blade clearance.

Localized gas isolation, fire suppression, and cooling protect flammable storage while preserving normal oxygen levels for workers.

A delivery rail grid, vehicles, and conveyor lines queue containers at access points to reduce waiting and raise delivery capacity.

A motor-driven transition plate and piston-cylinder linkage smooth tray motion, reducing shock loads, friction, and conveyor wear.

A movable chassis and perpendicular fetching assembly retrieve individual cases, reducing path width and unnecessary turns in warehouses.

Integral connectors join split sprocket portions on a drive shaft, enabling tool-free assembly and disassembly to reduce conveyor downtime.

Acoustic sensing at vacuum cups replaces complex camera processing for real-time parcel engagement detection and classification.

A flexible front wall and pivotable rear elements simplify bulky-goods loading while supporting stable overhead conveyor transport.

A movable receiving bin exposes both chutes for accessible cleaning and maintenance.

Pneumatic actuation and guided translation simplify pallet replacement, reducing jamming while supporting compact, hazardous-area operation.

Detachable gripping elements and multiple fastening positions let operators reconfigure a manipulator gripper for varied article geometries.

Magnetic sensors and encoder strips deliver continuous conveyor position tracking without physical access or added ID hardware.

A support platform distributes barrel weight across contact points, preserving syringe tip strength during silicone-coating annealing.

Objects fall into fixed-size bins based on mass and vacuum force, reducing mechanical diverts and labor oversight.

A modular decant workstation cuts and strips case packaging, separates eaches, and drops organized units into totes.

A suspended lifting frame and guide shuttle maintain horizontal alignment, enabling storage transfers beyond the usual 6-meter lift limit.

Hooking sectors and destination markers guide article sorting without complex sensors, reducing maintenance and operating costs.

An integrated tray handler sorts and stacks mixed-thickness trays, reducing manual binning, feeder count, and processing errors.

Optical reflection sensors detect tire position and tilt, allowing arm correction before lifting to prevent contact damage.

Independent carousel supports align openings for direct container access, reducing digging and supporting simultaneous vehicle operations.

This case uses skid loader hydraulics, telescopic sections, and outriggers to simplify portable conveyor deployment.

An adjustment device repositions belt conveyor ends and return rollers, adapting slipform pavers to changing material reception areas.

Synchronized shelves, carrier members, and omni-directional rollers improve inventory movement, tracking, and retrieval efficiency.

Guide shafts, dropper disks, and pre-loaded magazines deliver shallow cups sequentially to keep fillers running without stoppages.

Pivotable side plates and slotted shafts help manage conveyor belt tension, alignment, and wear at the tail assembly.

This case measures conveyor chain elongation from pin-target passage times, enabling continuous wear monitoring without stopping production.

Foldable teeth adapt to different carton stack lengths while preserving orientation during continuous outfeed merging.