Conveyors TRIZ Cases

A vertically movable intermediate transfer device shifts articles between a ceiling transport vehicle and delivery stations.

Asymmetric rail positioning offsets torsional stress from slider pressure, ensuring stable slab cutting.

A tobacco feeding apparatus uses a convergent upper drive element to maintain consistent mass flow and single-layer stream formation.

Bypass passages divert excess hydraulic current from accumulation channels, preventing overflow while maintaining transport efficiency.

Integrating pivotable support feet onto a conveyor section eliminates separate storage and reduces assembly time while preventing misalignment.

Rotatable belt links maintain a planar surface to stabilize catheters, resolving uniform heat distribution and device complexity trade-offs.

Segmented articulation drive eliminates lubricant contamination in freeze-drying chambers by enabling independent component sterilization.

Segmented alignment posts with chamfered ends and jacking blocks maintain upper core plate orientation while accommodating thermal expansion.

Flexible projections in conveyor links block rod removal while allowing intentional insertion, resolving reliability versus assembly time trade-offs.

A pivotable trigger activates a stop to isolate end loads, while a counter element protects the mechanism from reverse-moving cargo.

A conveyor belt module uses a transverse article diverter with embedded rollers to redirect items along the transport path.

A conveyor belt device uses a lifting mechanism to decouple vehicle wheels from the transport surface.

Magnetisable particles embedded in plastic enable metal detector detection of fragments, preventing contamination from worn components.

A drive shaft passes through a rotor to maintain the gap dimension between rotor and stator despite physical position changes.

Segmented pulleys prevent reverse bending during extension, maintaining belt reliability while enabling quick setup.

Adjustable clamp members enable seamless switching between different substrate lengths, resolving the trade-off between versatility and device complexity.

Integrating bearing base, stator, rotor, fixing base, and circuit board into one module simplifies manufacturing labor and maintenance complexity.

Continuous suction channels reduce energy consumption and surface marking on sheet metal.

Segmented auger feeders use softer downstream inserts to reduce manufacturing difficulty while maintaining helical segment abrasion resistance.

Adjustable guides and modular retaining elements enable rapid format changes, reducing downtime during pasta packaging line transitions.

An expandable front conveyor adjusts width to catch falling cartons, resolving the trade-off between automation speed and trailer adaptability.

A seed conveyor guide directs seeds onto a belt using an angled protrusion to control horizontal velocity.

A rotation hopper transfers medicine into partition spaces for immediate inspection by an optical sensor before packaging.

Alternating weave densities provide suction force to prevent lightweight objects from floating while maintaining structural integrity.

A movable grasping member transfers hollow glass items using adjustable metallic plates, preventing rotation and deformation during handling.

Elastic deformation fitting secures sealing flaps to guide walls, eliminating screw threads that trap dust and require cleaning during maintenance.

Rolling balls replace complex linkages to reduce friction, enabling precise weighing of fruits during transport.

A tilting member transfers container orientation to an inclination sensor, resolving detection precision versus processing efficiency trade-offs.

Pneumatic inflation increases the roller diameter, adjusting tension without disassembling mechanisms.

Tapered receiving member surfaces and integrated tongue pieces prevent bucket biting during sprocket meshing, extending service life.

A drawer device uses a lifting member to raise a FOUP above shelf level.

A sealed container uses overpressure to push contact lenses into a removal tube.

Segmented support bars reduce conveyor weight and volume while maintaining belt reliability, lowering motor power requirements.

Cleaning devices sweep conveyor belts to remove film abrasion, restoring surface roughness and preventing slippage during stretch film packaging operations.

Regulation members prevent positional displacement of preforms caused by vibrations, ensuring consistent alignment throughout the blow molding process.

Reciprocating pusher units move along a U-channel rail to center heavy pallets, preventing equipment failure under high weight loads.

An elastomeric nip guard adapts to belt curvature to prevent operator injury at dangerous nip points while avoiding pulley interference.

A temperature monitor detects belt heat via a deformation mechanism, preventing damage without complex installation.

Concave deflecting elements self-center thin belts, preventing lateral deviation at high speeds.

An induction system evaluates object characteristics using perception units to direct items along specific processing paths.

Angled guide rails rest on a moving conveyor belt to redirect stray material, reducing friction and wear caused by accumulation.

An articulated conveyor belt distributes load across joints to resolve stress concentration at turns.

Auxiliary belt sections bridge rod belt joints to route tensile forces, enabling easy assembly without vulcanization.

An internal resilient connecting portion transmits torque within a ceramic spool bore, eliminating thermal bridges and eccentric rotation at high temperatures.

A load sensor measures mechanical noise signals to determine conveyor motor operational status within a point of sale system.

A control system adjusts acceleration times based on container size to manage cargo movement speed.

An asymmetric conveyor pan with a larger heel contact area reduces toe elevation and pressure imbalances in longwall mining systems.

A suspended transport bag pivots backward onto a conveyor belt to release cargo units.

An inclined flip gate assembly directs packages between retracted and extended positions.