Conveyors TRIZ Cases

Linear wing rollers adapt to catenary contours, reducing friction and wear while maintaining sealing.

A controller queues documents and releases cartons based on outbound capacity to synchronize printing with conveyor movement.

Vulcanizable elastomeric material fills axle openings in conveyor belt side walls, resolving dynamic seal instability and preventing material leakage.

Segmented conveyor belts use marked surface zones with tailored coatings to prevent corrosion and surface damage during multi-material processing.

Segmented air jets prevent rear end rebound by tilting the workpiece downward against a posterior wall, ensuring reliable storage.

A compact roller drive integrates the electric motor and sensors within a shared housing structure.

Standardized modules with internal transport mechanisms allow flexible expansion without redesigning the entire structure.

A material transfer vehicle sensor detects truck presence to automatically increase feeder chain speed.

A diverter assembly pivots spaced guides via a rotatable support to direct articles into selected lanes.

Angular valve openings and gate assemblies control airflow to reduce carrier jouncing and noise levels.

Overhead conveyor pallet assembly uses sensors and release assemblies to sort graded pallets into stacking chutes, resolving productivity complexity trade-offs.

Angled air holes generate a directional cushion that moves containers without mechanical complexity.

Widened outermost finger spacing allows connecting pins to bend, reducing run-in length and preventing debris entrapment.

Rotatable support with driven rollers redirects articles without reorientation, eliminating costly right-angle transfer modifications.

Real-time sensor feedback drives fuzzy logic to correct seeding position errors caused by conveyor fluctuations.

Repelling permanent magnets replace physical springs in clamp grips, eliminating soiling risks and extending service life.

Alternating handling and interference means maintain container spacing to resolve inertia-induced separation during high-speed packaging operations.

Integrated protective cap prevents moisture damage and short circuits in conveyor rollers without adding structural complexity.

Spaced sensors detect carrier identifiers to predict overfilling, preventing system blockages without requiring excessive buffer space.

Embedded wireless strain gauge measures chain force to adjust pre-tensioning, reducing wear from abrasive factors.

A rotating roller removes secondary food products from a belt conveyor without contaminating primary items.

A manipulator robot equipped with a vision system detects and lifts upper racks from entangled stacks using precise gripping mechanisms.

X-ray line sensor detects steel cord positions to resolve limited measurement coverage at intermediate belt portions.

A conveyor module uses predefined identification marks to guide drilling and screw attachment of thrust bars.

Stereo vision cameras on warehouse robots detect visual identifiers to compare item locations against expected positions, reducing shipping delays.

A heating device maintains flexible substrate spread adjacent to a processing drum, preventing shrinkage and ensuring uniform thin film deposition.

A conveyor trapdoor assembly uses a biasing device to maintain closure and prevent accidental opening during vehicle tire transport.

Nested magnetic cylinders transmit torque contactlessly, eliminating mechanical gear complexity and vibration while enabling compact integration.

A segmented load carrier moves goods along a conveyor to distinct removal positions for sequential extraction.

A pivotable telescopic arm diverts articles into parallel lanes using a six-axis robotic moving device.

A rubber composition using phenol-based resin and carbon black enhances peel strength with reinforcing members.

Standardized mounting frame modules enable flexible assembly of work stations and parts provision stations within a universal support housing structure.

Integrating muon tomography scanners into yard stacks enables 100% container inspection without slowing port throughput or requiring separate stations.

Concave bending reduces central tension in toughened glass to enable uniform median cracks, preventing chipping and eliminating costly laser processing.

UV-C LED illumination sanitizes paper currency to reduce bacterial transmission while maintaining high processing speed.

Hinged distal frame pivots laterally to absorb physical shock, preventing structural damage from vehicle contact during harvester discharge operations.

A transport robot uses a longitudinal conveyor belt to grip items from underneath.

A luggage loading system uses independently movable transfer members to orient and position articles on a receiving surface.

Rounded feet on the chain bar reduce liner wear and lower system weight for self-unloading conveyors.

Image capturing devices analyze container orientation during transport to identify misaligned units.

An endless chain with offset turning arms rotates boards 180 degrees to optimize material removal and improve lumber grade.

Segmented structural components reduce device complexity and noise while enhancing installation accuracy.

Automated carts with inclined shelves transfer luggage to buffer units via a control system, reducing manual labor and transit time.

A conveyor belt with channels and a resilient engagement covering seats workpieces via suction draw, preventing surface damage to fragile articles.

Offset trajectories enable parallel processing of apples, doubling productivity without increasing space occupation.

Offset pathways unfold and load empty six-pack carriers into cases simultaneously.