Conveyors TRIZ Cases

Segmented sealing zones replace complex isolators, reducing contamination risk and cleaning time during drum emptying operations.

Adjustable point devices linked by flexible shafts position contact portions along curved segments, preventing container jamming during high-speed operations.

Cam-driven pivoting slats retract during return strokes to reduce power consumption and prevent crop entanglement in combine feeders.

Tapered roller head and tail pulleys prevent inside diameter displacement of fan-shaped belts, reducing wear and replacement costs.

A rotary actuator with a transparent window supports parts vertically for optical bottom surface imaging.

Closely spaced idlers in transition regions minimize relative material movement and belt tension errors, improving weight measurement accuracy.

Synchronized drive members thread the intermediate transfer belt while maintaining longitudinal tension to prevent buckling during installation.

Replacing air cylinders with a rack and pinion mechanism reduces transport time between processing positions.

A food inputting apparatus uses a shutter body and suction unit to guide product flow.

A guide member sandwiches the swing arm axially to prevent wobbling and ensure safe article transfer.

Downwardly projecting elastomeric teeth expel trapped grain and soil from roller grooves to prevent misalignment and damage in agricultural harvesters.

A lighted conveyor assembly integrates LED strip lights within translucent protective guide rail sheaths to illuminate the vehicle wash path.

Dual guide rollers and a middle pivoting roller distribute weight and traction forces evenly, reducing stress on bushings and preventing premature failure.

A plate member reversing system uses a suction pad to hold the substrate during rotation.

Oblique gas flow reduces friction and aligns preforms for reliable feeding.

Zone-based motivators coordinate with case sensors to maintain precise gaps, eliminating manual labor while ensuring accurate product scanning.

Integrated force sensors detect abnormal grip patterns on handrails, enabling early fall risk intervention through vibration alerts.

Segmenting loading dock areas into pedestrian and disable zones prevents false alarms when vehicles approach.

Pressure rollers compress the lower run between drums, reducing vertical height while maintaining tension for bulk cargo transport.

A pneumatic tube magazine with two carrier chambers moves between positions to align each chamber with the tube for sending and receiving.

Three motor-driven displacement arms adjust independently to position varying container diameters, eliminating manual format changes.

Independent guide movement adjusts the center position between portions, resolving stability issues for varying article widths.

Auxiliary guide compensates plate torque to stabilize helical conveyor transfer without high tension forces.

Bidirectional sliding rails enable flexible framing fixture switching between storage and splicing systems.

Ridged inner surfaces interlock with conical drive rollers to eliminate slippage in wet bulk material handling.

An auto-loader deploys mobile maintenance carriers along automation tracks to perform cleaning and inspection tasks.

Segmented ladder rungs and reciprocating beams replace bulky belts, reducing device space while simplifying cleaning in compact recycling units.

Hexagonal rib patterns on recessed surfaces prevent contact interference between adjacent modules, reducing vibration and enabling tighter back bend radii.

Non-return rotating plates lock against guide rails upon chain breakage, preventing wheel derailment and ensuring worker safety.

A movable shelf extends into a transport mechanism support to store substrate containers without altering the apparatus footprint.

Segmented design places the belt on the floor for chick access, resolving guidance precision conflicts during operation.

Segmented base assemblies slide along a track to accommodate varying part sizes, resolving the complexity trade-off in transfer press configurations.

A conveyor belt color layer uses an SBR and natural rubber blend to detect wear.

A direction turning mechanism uses a pusher unit and guide rails to reorient sample racks within automated analysis systems.

Adjustable transfer mechanism repositions power tracks to control trolley drop-off and pick-up points, resolving jams caused by fixed transfer zones.

Segmented design extracts motor externally to resolve accessibility issues and minimize conveyor downtime.

A control device transmits article reception data to mobile terminals for operator notification.

A rotating cutter dome with a sloped conical roof guides bulk material flow through controlled inlets and flutes.

An inductive power supply unit eliminates cable constraints to enable rapid glass sheet transport.

A non-mechanical eductor pump system delivers pressurized treatment fluid using a lock hopper and motive fluid mixture.

A vacuum surface processing machine stacks products vertically inside a sealed chamber for simultaneous treatment.

An intermediate drive system positions sprockets between guide rails to engage and drive the conveyor chain efficiently.

Shallow front wall angle reduces centrifugal force requirements, minimizing material waste and dust generation during discharge.

A sorting arrangement empties first load-handling devices directly into second load capacities at a perpendicular transfer point.

Segmented fixed shafts distribute reaction forces evenly while an internal engagement mechanism secures electrical connectors against vibrational disengagement, enhancing reliability in conveyor systems.

Meshing castor wheels and contact elements control carriage inclination on curved paths, reducing wear from fixed guides.