Conveyors TRIZ Cases

A diverting device adjusts its contact element position dynamically to ensure consistent container ejection.

A movable plate aligns carousel carriers with a track system to transfer trolleys between storage positions and linear paths.

Segmenting continuous guides into discrete elements reduces rigidity, allowing smaller pulley diameters and lower bulk.

A curvilinear conveyor feeding system uses sensors to detect article position and a stopper to prevent advancement of misplaced items.

High molecular weight plastic wear strip protects cleats from frame contact damage while preserving crop material friction.

Elastic longitudinal elements cover outer plate ends on a conveyor carousel, eliminating safety hazards from gaps during curvature transitions.

Pivoted arms on a central beam rotate to adapt sucker positions, resolving interference when loading panels near walls.

A collimating conveyor system aligns items into parallel columns using differential belt speeds and vacuum assistance.

Curved hopper walls and inclined belts prevent material blockages and adhesion, eliminating demolding agents to lower production costs.

Segmented tension roller ends shift independently to resolve alignment precision versus load shift range contradictions.

A cargo conveying device adjusts transfer section height to match handler posture.

Separable robot and storage units resolve the trade-off between operational flexibility and device complexity in automated logistics systems.

A single-piece sheet metal carrier supports the conveyor belt in a weighing device.

A spring-biased cable assembly simplifies draper header maintenance by relocating adjustment components to accessible positions.

An integrated rotation detection assembly inside the axle housing protects sensors from dust and debris while ensuring accurate movement monitoring.

Radially movable guides absorb deflection forces to prevent mechanical stress on printed package surfaces during arc transport.

Dynamic ejector spacing prevents optical shadowing on chaotic articles, ensuring accurate barcode capture.

Segmenting rail and road transport segments optimizes container capacity utilization while adhering to weight restrictions.

Raised interface elements on a wire plate conveyor belt resolve friction versus marking trade-offs by providing localized grip without surface damage.

U-shaped temperature distribution balances viscosity to resolve uneven thickness and poor flatness in thin glass strips.

Rotating cassette carousel stages transfer wafers through dedicated openings, eliminating handler idle time during multi-cassette loading sequences.

Dynamic articulated tracks replace fixed curved conveyors, enabling 90-degree rotations while reducing system complexity.

Pivotable rollers with tracking correction arms use mistracking forces to realign draper belts, reducing damage and extending component life.

Segmented boom conveyor with independent distal revolution resolves maneuverability constraints in tight construction spaces.

Segmented rod contact dissipates concentrated heat at belt interfaces, preventing mechanical deformation and uneven wear during operation.

A vertical screw conveyor moves test tube holders along a helical track using a coaxial drive shaft.

An integrally formed spring tongue eliminates separate energy storage parts, reducing contamination risks in hygienic bottle handling.

A rotary cylinder and adjustable clamping belt transfer containers between transport sections.

Articulated insulation shields isolate high-temperature zones in mobile asphalt plants, resolving the trade-off between operator safety and maintenance access.

A conveyor belt uses low loss rubber for the lower cover layer to reduce running resistance.

Embedded thermochromic segments change color to signal critical temperatures, preventing irreversible belt damage and production shutdowns.

Dynamic feed belt positioning resolves alignment issues while maintaining separation efficiency.

Tensioning plates with suction holes hold ultra-thin glass flat, preventing wrinkles that cause inaccurate defect detection.

An annular moving route supports can bodies on a print system using linear segments for image formation.

Adjustable side supports with toothed pinion mechanisms adapt to varying bag widths, maintaining stable upright positioning through cooling zones.

A self-aligning belt pulley uses a pivoting mechanism to maintain consistent tension and prevent misalignment.

A screw detection device uses a linear carrying rail and adjustable guide rails to transport fasteners for automated visual inspection.

Embedded inserts in a polyurethane matrix reduce friction and prevent belt damage on conveyor rollers.

Conveyor belts adjust translational and rotational speeds to align coiled dough products in a defined final position.

A glass rack rotary transfer system uses grippers and stabilization mechanisms to move panels along rails.

Individually actuated conveyors adjust speed to maintain spacing, preventing accumulation pressure damage.

Segmented track pleats enable steering agility on snow by resolving structural rigidity versus maneuverability trade-offs.

An articulated arm robot tilts stacked trolleys so gravity aligns steering wheels, eliminating separate alignment tools and reducing process complexity.

A hydraulic actuator adjusts the tension roller position on an agricultural conveyor belt to maintain consistent force across varying lengths.

A robotic sorting apparatus autonomously picks items from source containers and places them into target containers based on parsed order information.

A tiltable supporter disperses reaction forces to prevent workpiece damage during transfer.

Segmented support and drawing pulleys eliminate play and slippage by defining a predetermined winding radius and mechanically interlocking with recesses.

Segmented sensor array beneath arcuate gripper end face detects partial packages stuck in curved gaps, resolving detection blind spots.

Ultraviolet illumination enhances imaging contrast for pellet-shaped articles, resolving side differentiation and hole detection accuracy.

Adjustable finger elements manipulate piece goods motion along a transport track, resolving complexity and space constraints in singulation systems.