Conveyors TRIZ Cases

Perforated positioning sheets and optical sensors verify aluminum melt mover position beyond encoder faults and wheel slip for safer casting transport.

Interchangeable motor and gear modules with a torque link reduce conveyor drive customization cost and lead time.

Light barrier patterns and conveyor speed are combined with probabilistic event estimation to keep package tracking accurate despite slippage and jams.

Ultrasonic and camera sensing verify item presence and read codes so AGVs can route each load to the correct drop location.

Dual transfer apparatuses let a shelf-traveling vehicle stack and move multiple containers at once, raising transport capacity and shelf-handling efficiency.

Reverse-taper liner bores lock reusable magnetic fasteners in place, cutting aggregate equipment liner change time and hardware complexity.

By detecting missing target reflections and blocking deformed storage positions, transport continues without emergency stops or article damage.

Odd 180° twists in each strip convolution equalize layer loading, raising strength efficiency and safety in endless loops.

A retracted transition section creates clearance at pulleys, enabling faster transport of delicate packaging sheets without scratches or kinks.

Discrete slats and matched slot types keep packaging sheets flat while reducing contact area, fume trapping, and deposition marks.

Gripping assemblies reorient can bodies from a vertical ram to horizontal transport, preserving alignment and boosting bodymaker throughput.

Resilient detent tongues and a locking ring let a plastic conveyor guide roller be replaced without removing bearings, while tolerating fit variation.

Length-aware multi-stage loading lets automated industrial trucks handle short and long goods carriers with denser storage and fewer sensors.

Sensors and actuators automatically align two vehicles and a conveyor to cut positioning time, reduce spills, and streamline material transfer.

Odd 180° twists in each strip convolution balance layer loading in endless slings, raising strength efficiency and safety.

Segmented sprocket halves and adapter members enable in-situ replacement while allowing axle float to reduce wear and maintain belt engagement.

Switchable support plates and spring-actuated teeth let a fin molding belt drive change bore diameters by command without manual reconfiguration.

A magnetic conveyor and swing allocator feed and align bolts automatically without a vibrator, cutting size and noise.

Magnetic repulsion and vacuum suction work together to separate and lift one sheet metal blank at high speed without line-stopping double picks.

A vacuum-plus-friction case transfer mechanism keeps warehouse picking stable when dust, coatings, or tight spacing weaken suction.

Pre-formed transverse holes let toothed belt joints accept reinforcing pins without field drilling, cutting assembly time and easing on-site replacement.

Removable sprocket rings and roller-supporting protrusions cut chain separation, vibration, noise, and sprocket wear in trolley conveyors.

Real-time position sensing lets parts-handling AGVs navigate without stored maps, reducing centralized control bottlenecks in warehouses.

An air-permeable felt seal blocks fine dust while venting air, extending conveyor pulley bearing life and simplifying assembly.

A belt adapter keeps belt ends fixed while worn connecting pieces are replaced easily and hinge wear stays visible for inspection.

Interleaved rollers shift vertically and horizontally to move nonferrous extrusions to the cooling table without gap spacing.

Distributed PDU controllers use sensor feedback and shared state data to move aircraft ULDs with less joystick-driven manual loading.

A friction bar reorients dragged parts on a conveyor for fast robotic welding, cutting fixture complexity, changeover time, and cost.

A tapered protrusion and alignment ring let conveyor frame members self-align and fasten securely for easier transport and maintenance.

Parallel slats with localized contact points keep packaging sheets flat while letting laser-cutting fumes escape to avoid deposition marks.

Embedded fiber-optic sensing tracks fastener tension, vibration, temperature, and wear without destructive tests or EMI-prone cabling.

Separating robotic drives across floors and sort directions cuts chute handoff congestion, boosts throughput, and lowers battery use.

Modular controllers share configuration data and sensor inputs to track mixed-size articles, prevent jams, and simplify conveyor replacement.

Local zone storage moves item data between conveyor zones, avoiding barcode bottlenecks, reader cost, and slow centralized access.

A rotor-stator selector switches fasteners between conduits to reduce jamming, handle varied sizes, and simplify removable rivet magazine supply.

Inward-facing closure elements and a transverse disconnect line keep hose couplings clean while simplifying hermetic assembly.

Elastic toothed elements deform under load to engage more chain baffles, boosting long feed-line drive power while cutting wear and noise.

Embedded transverse stiffeners let wider bale press belts resist lateral folding while reducing multi-belt tensioning complexity and material loss.

An elastic position-adjusting mechanism lets the slave pulley self-tension the belt, reducing assembly complexity and maintenance frequency.

A pivoting arm switches between a cylindrical roller and a profiled support to keep tubes aligned across varying sizes, weight, and flexibility.

Externally biased contact raises belt friction to prevent slippage and deliver accurate, repeatable motion without high tension or toothed belts.

Offset upstream and downstream guide members let can lid guides change length without interference or loss of structural strength.

Retained couplings and a telescoping vacuum conduit speed starwheel changeover for different can sizes without lost fasteners or suction loss.

Embedded sensing in a recessed chain pin enables precise wear tracking, reducing premature replacement and unplanned conveyor downtime.

Real-time cargo deck modeling lets sensing agents recalibrate position and orientation, reducing assessment errors and installation cost.

A movable work station accesses fixed bar bundles for removal, feeding, and bending, cutting floor space, system weight, and production stoppages.

An overhead load handler uses a single-grid footprint and vertical lifting to improve container access, retrieval speed, and storage density.

BLE position tags and incident-angle detection help locate forklifts and loads indoors when dense cargo blocks active RFID signals.

Separate cast blocks secure each belt end's tension members before installation, simplifying conveyor belt assembly in tight spaces.

A work plane with containing units and a direct removal mechanism speeds bar changeover, cuts machine downtime, and supports cut-segment re-use.