Conveyors TRIZ Cases

Suspended storage racks disperse ceiling loads via spaced suspension points, eliminating costly reinforcement needs.

Water flumes guide fruit through channels to separate items, reducing impact damage and surface chaffing during high-speed sorting.

Enclosed conveyor and hopper assembly channels proppant via gravity feed, reducing respirable silica exposure at well sites.

Vacuum suction segments on a portal frame secure 40-meter glass panels, minimizing vibration during transport.

Automated device reconditions wired headsets using synchronized conveyors and impedance control stations to resolve labor-intensive recycling bottlenecks.

Segmented paddles and a stepped hood resolve friction-wear trade-offs, ensuring complete grain collection without excessive drag.

An image processing system rotates captured items automatically to align address blocks before optical character recognition.

Overlapping circular orbits enable parallel polishing and transfer, reducing cycle time in semiconductor manufacturing.

Segmented wear plate on jackladder flight member allows independent replacement, cutting downtime and material waste.

A carrier element integrates a pressure sensor to monitor vacuum levels, resolving leakage issues that compromise positioning reliability.

Dual-layer discharge ports with adjustable partitions resolve leakage and uneven distribution contradictions in additive manufacturing.

Vertical frame positioning accommodates pusher mechanisms without expanding system width, enabling intermodal shipping.

A belt unit switches tension to loosen the transfer belt during idle periods, preventing curling and elongation that degrade print quality.

A discrete conveyance unit uses axially symmetrical supporting elements to move blueberries individually along a processing line.

Sloping slots guide upper rollers into rearward contact with rotating lower rollers, reducing back line pressure on accumulated articles without adding drives.

A picking system uses a traveling mechanism to move an article retrieval device between storage shelves and packing workstations.

Compression springs and shock absorbers enable controlled platform movement to mitigate mechanical vibration during sensitive equipment transport.

Control unit counts accumulated sheets to stop conveying the last sheet until a next sheet arrives.

A drum motor end cap features two distinct transmission connector sections for flexible gear integration.

A pillow block system uses a wedge body to adjust feed roller height and maintain straightness on low accuracy mounting surfaces.

A substrate conveyance mechanism uses adjustable pulleys and belt winding paths to change working area length.

Oblique assembly members join segmented conveyor belt edges for rapid replacement, reducing downtime from 48 hours to two hours.

Detection device adjusts tape feeding to minimize preparation costs for fewer-parts reels.

Alternating pressure and vacuum ports in a grid pattern maintain uniform convective heat transfer across the workpiece edges.

Adding side thrust wheels and locking sprockets reduces mechanical resistance and electrical current draw while preventing oil discharge from chain lubrication.

Adjustable indexing plates enable a single station to handle multiple pack orientations, eliminating the need for separate equipment.

Dynamic pick-up logic adapts selection rules per vulcanizer, resolving bottlenecks from rigid storage configurations and improving productivity.

A force measuring unit uses an elastically deformable housing to detect distance variations between chain link legs.

A stranded steel cord uses a nonwoven fabric or resin film layer to absorb shear stress between core and sheath strands during vulcanization.

An external rotation indicator couples with a shaft extending from an idler wheel, enabling reliable monitoring in harsh environments without internal sensors.

Releasable connectors maintain power and data links during container retrieval, resolving access complexity in high-density stacks.

Rectilinear third supporting cables guide the return strand, eliminating turning mechanisms and reducing maintenance complexity.

Protruding fastening zones enable secure attachment of functional elements without weakening belt straps during operation.

Movable revolving rollers shift between positions to loosen the endless belt, resolving friction challenges during removal.

Two alternating collectors eliminate dead time from sequential return movements, maintaining continuous product flow.

A dynamic switching mechanism routes signals between controllers and terminals, eliminating manual wiring changes during automated warehouse attachment.

Segmented friction and meshing belts resolve interval misalignment by switching from frictional contact to rigid meshing engagement at the sending device.

An autonomous cart actuates a conveyor belt to unload items using load cell detection for precise positioning.

Pivoting vacuum attachment member separates bonded layers while maintaining substrate shape, preventing damage during flexible glass detachment.

Variable perforation patterns reduce turbulence and ink soiling while maintaining substrate fixation.

Brake assembly uses load force to suspend kegs, preventing injury during manual handling.

Replacing solenoid triggers with pneumatic cylinders reduces noise and energy consumption while improving fruit discharge accuracy.

Serpentine descenders and rotors dose long pasta into buckets, preventing loss from sudden falls.

Air blowing removes finely-crushed glass from the inner surface of tubes, preventing purity deterioration caused by suction limitations.

A vertically mounted cam shaft drives three cams to move a feed bar in X, Y, and Z directions via swing levers.

Segmenting feedstock into tracked sub-volumes resolves measurement precision issues caused by non-uniform charge progression on vibrating conveyors.

Offset bearings allow larger sealed ball bearings in transport chains, resolving wear and contamination issues in preform handling.

Dual-axis mandrel rotation automates carcass orientation, reducing manual labor and time consumption in poultry processing lines.

Sensors detect lane capacity parameters while a controller rotates individual diverters to balance article flow and maximize throughput.

Segmented covering profiles replace worn rails without removing the support, reducing conveyor downtime.