Conveyors TRIZ Cases

An angled transport device with a vibrating mechanism compacts granular materials while preventing loss through a support rail system.

An asymmetric motorized conveyor roller design reduces assembly effort by extracting cable routing from the axis to maintain structural strength.

Segmented parallel guiding ducts eliminate single-drop time limits, enabling continuous simultaneous filling of multiple prescriptions.

Induction hardening the pin bores increases wear resistance, reducing downtime caused by impact loads and chain breakage.

Stacked holding sections delay sheet movement for fluid evaporation, balancing throughput with drying time while cutting energy use.

An overhead rack with transport vehicles moves wafer pods through windows to tool load ports.

Optical stack detection identifies the topmost sheet in random-width veneer stacks, preventing overlapping transfers that cause blockages and incomplete drying.

Tapered belt drums generate frictional forces to self-center conveyor belts, eliminating drift and reducing mechanical complexity.

A power control portion manages energy flow between a feeding portion and a cleaning unit on an article transport facility.

Load cells measure chain tension and calculate rate of change against thresholds to trigger maintenance for inadequate lubrication.

A top load disinfecting device uses a conveyor to move containers through an interior housing for treatment with antimicrobial electromagnetic wavelengths.

A holding device secures the rotor and stator of a belt conveyor drive to maintain a precise air gap during assembly.

Telescopic guide rails and counterweights maintain dynamic balance, preventing slack-induced jamming or false alarms.

Inversion moves bolt access to the top surface, allowing quick removal of defective grate bars without disturbing neighbors or entering packed spaces below.

Secondary conveyor belts fill gaps in the main belt stream, resolving throughput delays at security checkpoints.

Vulcanized rubber belt embeds transverse reinforcement cords within a cord fabric structure.

Segmented magnetic rip detection inserts isolate damage, allowing continued operation and reducing unnecessary downtime.

Segmented grippers access tightly stacked barrels in confined shipping containers, resolving maneuvering space constraints during automated unloading.

Detection systems guide belt-driven shifters to automate object handling, resolving manual efficiency limits in logistics networks.

Angled mounting stud and slotted locating sleeve convert radial spring cotter force into axial clamping pressure.

Cam-driven sliding drums adjust belt tension during folding, eliminating manual intervention and ensuring consistent tension across all positions.

An oscillating base part applies counter-forces to prevent tube body jamming at the outlet opening while a driven conveyor belt transports tubes.

Pivotable connectors enable seamless belt replacement on straight or curved frames, reducing downtime while maintaining structural stability.

Computerized equipment measures cargo volume, weight, and dimensions at check-in to create a digital reference for later verification.

A conveyor belt module features a shaped bottom surface with a bell curve channel to accommodate nosebars and slotted hinge openings for turn navigation.

Mass flow conveyors route vials to available stations without complex diverters, reducing processing delays.

Tapered adsorption holes in vacuum conveyor links boost suction force to prevent pressure loss and ensure stability on vertical surfaces.

Electronic authentication replaces physical locks to prevent unauthorized access while maintaining high system throughput.

Cam-driven scoops pivot dynamically against the star edge to center bottles, eliminating manual adjustments during size changes.

Transfer robots distribute substrates to multiple processing portions, reducing main transfer mechanisms.

A holding nozzle with a movable suction member reduces applied load on display panels during transport.

A motorized backstop strike plate moves longitudinally to decelerate products on a conveyor line.

Movable guides shift positions via magnetic coupling to divert articles from a central path, reducing wear and friction.

Flexible chain modules transfer fruits directly, eliminating intermediate belt transfers that cause bruising and waste.

Optical length measurement on a single conveyor segment enables tight item accumulation, increasing throughput while reducing device complexity.

Obtuse-angle seal conforms to belt troughs to minimize back spillage and reduce harmonic vibration.

Pre-assembled connecting elements merge guide rail segments into flush transitions, eliminating grinding and reducing assembly time for low-wear operation.

Encapsulating the sensor in oil resolves thermal stability issues while maintaining precise rotation detection.

A movable drive unit on the lower run enables bidirectional operation without separate motors, reducing manufacturing costs.

Edge reinforcements on modular plastic belts create a closed guide surface that prevents lateral incisions from vertical curve guides.

A deep-ocean polymetallic nodule collector uses rotating raking disks to harvest nodules from the seabed.

A rejection mechanism uses a moving paddle to push misidentified parcels off a conveyor, preventing them from trapping behind fixed barriers.

Segmented roller supports extend above intermodular hinges to lower backline pressure while maintaining belt pull strength.

Corrugated cross rib structure reinforces modular plastic conveyor belt link ends to resolve stiffness reduction caused by large wear strip distances.

Inward banking angles on S-shaped bridges counteract centrifugal forces to prevent product tilting at higher speeds.

A filling system controls container supply based on real-time product quantity measurements to optimize transport device utilization.

A pivotable conveying arm limits material volume during transfer to the press feed zone.