Conveyors TRIZ Cases

Inclined flexible elements above conveyor belts prevent object rebound and overlap, ensuring precise alignment for high-speed automatic sorting.

Individually adjustable protuberances optimize spacing and feed rate, preventing edge damage while increasing cyclic output.

High modulus edge sections and reinforced cleats prevent buckling and tearing in agricultural harvesting machines, extending service life.

A gate-like service vehicle replaces conveyor idlers using a nested lifting apparatus and positive-locking drive system.

Adjustable centering devices align the weighing frame to eliminate horizontal force interference and measurement errors from guide rail misalignments.

Dynamic speed variation along the conveyor reduces centrifugal force disruptions and optimizes packing density during perpendicular pipe transfer.

A synchronized fence adjusting mechanism moves conveyor guides via a belt-driven transmission system.

Amorphous substrate matrix absorbs infrared radiation, enabling homogeneous heating and high radiant power per unit area without complex conductor density.

A modular conveyor belt monitoring system uses reference markers and sensors to calculate real-time elongation and speed.

Orthogonal sphere engagement in the clamp resists horizontal bending moments, enabling high-speed operation without adding weight.

Alternating slat rollers on guide rails limit lateral movement and reduce friction, ensuring precise delivery of heavy workpieces.

Extruding a tension member from recyclate filaments and matrix material simplifies recycling by eliminating complex separation processes.

A conveyor belt with a chevron profile on its carrying-side cover plate enhances internal friction between the elastomeric surface and conveyed goods.

A networked motorized drive roller conveyor system manages item spacing through distributed intelligent modules and localized sensor feedback loops.

Continuous trajectory planning eliminates AGV stopping and restarting, preventing collisions in large workshops while maintaining operational orderliness.

A variable profile feeder slat uses a unitary wrought metal body with intermediate concave lips to resist bending forces.

Segmented protrusions on the rotatable member surface prevent debris accumulation that causes pitch mismatch and system failure.

A friction transmission mechanism transmits rotation driving force to travel rollers via friction.

Segmented tooth zones separate empty pucks from full ones, preventing unnecessary downtime in high-speed filling lines.

Composite elastomeric markers with 60-90 vol% ferrite particles replace fragile tapes to boost pre-tension durability and inkjet positioning accuracy.

A storage device drives objects to fall onto a moving transport unit for automated sorting.

Segmented connecting means with rotatable third sections isolate containers from conveyor vibrations to improve weighing accuracy.

Integrated rotating flights eliminate separate timing mechanisms, reducing jamming risks and maintaining continuous packaging throughput.

An automated allocating mechanism moves stocks between a docking position and order receptacles within a holder parking area.

A variable output orientation transmission pivots drive rollers to redirect articles along multiple paths.

Arcuate slots in sprocket hubs accommodate misaligned drive shafts, enabling quick releasable engagement and reducing reconfiguration time.

Hydraulic tensioning mechanism adjusts chain position automatically during operation, eliminating manual shutdowns required for periodic maintenance.

A variable flow limiter adjusts the cross-sectional area of bulk material on a conveyor belt to control the conveying rate without changing belt speed.

Internal fluid circulation dissipates heat from the integrated drive unit, preventing overheating while maintaining hygienic standards.

Tungsten disulfide dry film lubricant on ceramic rolling elements maintains bearing longevity in high-temperature conveyor roller turn applications.

A cover member seals a groove-shaped recess to maintain negative pressure during glass sheet cutting.

A conveyor uses rising and falling surfaces to tilt a substrate, resolving uneven developer distribution in thin film transistor manufacturing.

Specific ethylene-butene to EPDM ratios maintain heat resistance while fixing low elongation at break in aged belts.

Cross-rods attach flights to flatwire belts without welding, preserving wire integrity and sanitation while reducing manufacturing costs.

A system calculates over-cycle distributions for vehicle groups to generate alerts for potential production stoppages.

A movable curtain seals gallery conveyor openings while a carriage travels along the rail, allowing tripper passage without breaching dust containment.

Ultra-wide band radio signals enable real-time location tracking of wireless controllers, resolving safety risks from unknown device positions.

Independent transport carriages transfer goods carriers between stacking devices and process zones, eliminating loading pauses.

A finger unit with flexible flank elements grips piece goods from a stack.

A rotary particle dispersing device distributes material across a conveyor width while a blast fan supplies heated air through a heat exchanger.

A mobile body lifts the conveyor belt to expose idler rollers for automated replacement by a robotic arm.

A mobile vacuum suction device clamps and transports flat substrates without fixed pipeline constraints.

Segmented screw bolts through welded strips prevent vibration-induced wear, extending trough service life.

Vertical link protrusions align drive forces with tension to eliminate rod bending torque and simplify spiral conveyor transmission.

A vertical and horizontal conveyor system transports passenger baggage to overhead compartments without manual lifting.

Contactless laser chamfering of floating glass plates suppresses in-plane strain distribution and warping risks.

Rotating derrick conveyors increase proppant transfer rates up to 20,000 lbs per minute while reducing the horizontal footprint required for loading.

Segmented measurement paths map anode resistivity using dispersed low currents, avoiding thermal alteration of green anodes during quality assessment.

A luggage processing station uses sensors to create a virtual box for monitoring dimensions and weight during self-service check-in.