Conveyors TRIZ Cases

A modular conveyor assembly uses a roller axle support extending above the module top surface to drive rotation via a clutch mechanism.

Patterned friction zones on a modular conveyor belt prevent polybag sliding on steep inclines, reducing system footprint.

Segmented conveyors decouple supply speed from bundling precision, resolving trade-offs between high throughput and consistent flower positioning.

A conveyor with a separately movable upper frame rotates to create maintenance space above the lower support mechanism.

Segmented pivotable transport elements control article orientation during gravity transfer, resolving the trade-off between precision and cleaning complexity.

A controller adjusts longwall conveyor speed based on real-time mineral distribution profiles.

Twisted conveyor belts orient non-ferromagnetic objects using suction retention, overcoming magnetic limitations and shape adaptability constraints.

A tubular protective bar with arcuate sides masks the dangerous reentrant angle between conveyor rollers and guide cradles.

Optimized rubber formulation suppresses low-temperature heat build-up, reducing power consumption while maintaining structural integrity.

An inclination unit buffers collision impacts between a battery transfer tray and rollers, preventing damage to stacked batteries.

Suction pads lift glass plates while a pushing device retracts protruding interleaving paper edges before separation.

Extruded slider brackets mount to conveyance element bodies, enabling separate manufacturing and adaptable design configurations.

Dividing strips create a gap between a protective film and the carrier body, reducing friction damage during conductive material transport.

An automated bin handler swaps full and empty containers to prevent substrate damage and maintain throughput in rotary sorters.

Centralized motor drives mobile transport devices across modular carousel units for simultaneous loading and unloading operations.

Orientation assist member with rotating bodies reduces sliding resistance to enable full turning of rear-loaded trays onto curved paths.

A monolithic pulley assembly uses a mechanical biasing element to adjust the pulley angle relative to the deck.

Interchangeable inserts in a common recess create varied bucket profiles, eliminating material waste and machining costs associated with separate molds.

A lifting device narrows to pass through storage openings and widens to cover load elements.

A hopper with an inclined ramp and screen separates dust from catalyst particles while electronic controls adjust flow speed for consistent tube loading.

A control device coordinates longitudinal conveyor activation timing to maintain continuous egg supply.

Adjustable alignment members orient bales before stacking to prevent instability and reduce re-stacking requirements.

Product weight deforms the actuating suction cup to open a pipe valve, eliminating complex control systems and reducing maintenance costs.

A storage gripping mechanism adjusts its lowering distance based on measured surface height variations to ensure reliable item handling.

A crop ramp flange hovers above the combine belt system to guide cut crops while blocking debris from flowing back onto the cutterbar.

Sensors detect blockages in the chute and trigger a reverse impulse that moves stuck preforms away from fixed faces, restoring flow without manual intervention.

Segmented roller holders detach from chain links, eliminating sliding wear and reducing maintenance costs.

Cushioned hydraulic motor absorbs jam shock loads while maintaining tension during reversals, preventing component failure.

Underground micro-tunnels bypass surface traffic congestion to deliver high-volume goods while minimizing air pollution.

Sensors detect package passage to trigger a suspending pusher, preventing stagnation of subsequent articles while ensuring sufficient processing time.

Overhead cameras read package identifiers and generate virtual pallet stacks to guide workers, reducing placement errors caused by human handling.

Segmenting the side roller into a reusable main body and replaceable fixing member extends service life while maintaining substrate positioning accuracy.

A control unit adjusts transfer arm velocities to ensure simultaneous arrival at target points during substrate loading.

Sensors detect angle changes in guide unit bodies to identify misalignment causes, enabling proactive maintenance and extending belt service life.

Pleated flexible gap cover prevents small articles from getting stuck in carrier gaps while providing cross-member support.

A nest device uses air bearings to levitate and hold placement mechanisms during assembly operations.

A palletizing system uses a lift to transport product layers between vertically separated forming and placing devices.

Gravity-fed intertwined spiral chutes automate baggage transport on mobile carts, eliminating manual lifting and sorting errors.

A transfer device uses a lifting mechanism to vertically offset main and sub conveying units within the same planar area.

A self-locking link uses elastic deformation to secure adjacent links in transverse-mounted conveyor chains without external elements.

A controller corrects hand positioning by measuring driving errors from previous movements, preventing unintended contact damage in lithography conveyance.

A drive roller with a ramped hub surface guides crop and soil components away from the belt transport area.

Intermediate buffer stores measured drug packs before optimal location assignment, improving space utilization and retrieval efficiency.

Segmented suction units adapt to varying heights and inclined surfaces without increasing device weight.

Replacing mechanical dividers with projected images reduces staff physical strain and eliminates hygiene risks from manual handling.

Movable couplers flex the pouch frame to open it for loading, then lock to secure contents during conveyance.

Segmented conveying elements transport individual packs through molding channels, preventing glue connection impairment from mutual thrust force.

A mechanized robot system transfers sample receptacles from storage areas to a conveyor without passing over adjacent containers.

LED indicators direct packages to designated scanners, reducing manual scanning effort and operator workload.