Conveyors TRIZ Cases

Dynamic fork width and continuous motion eliminate robot stopping, reducing cycle time while maintaining placement precision.

A pivoting holder moves banknotes linearly then rotates to insert them through a slit, solving space constraints in pneumatic tube systems.

Linear induction motors propel a shoe assembly to redirect containers, resolving throughput bottlenecks caused by high inventory volumes.

Segmented guide rails and dynamic adjustment blocks reduce maintenance downtime by allowing fast component replacement without full disassembly.

Segmented links with guide channels enable modular length adjustment and retrofitting for circulating conveyors.

Diverging conveyance paths with terminal stoppers align cup-shaped containers to consolidate bundles without complex gripping mechanisms.

Adjustable dual circumferential belts prevent shifting during transfer, ensuring accurate positioning of bent or varied sausage calibers.

Pivotable insert holders self-align to maintain fluid-tight seals across variable container diameters without damaging the surface.

Rotating baggage from flat to upright position reduces contact area, increasing carousel capacity and eliminating blocking delays during peak operations.

A food processing device uses a common transverse conveyor pivot axis to move products between main and delivery paths.

Adjustable second post aligns suction cups to glass sheet surface, reducing breakage risk and sensor complexity.

Segmenting the guide roller into a fixed base and replaceable contact section eliminates position adjustment during maintenance, reducing equipment downtime.

A robot arm gripper places packages at precalculated positions, eliminating intermediate movement steps that reduce stacking speed.

Mobile AMHS vehicles integrate detection sensors to monitor micro-particles and security risks, replacing static systems that lack real-time coverage.

A grooved plate and comb scraper mechanism moves material through defined channels to ensure complete discharge from the hopper bottom.

A rotary transport mechanism with reciprocating drive moves article holders intermittently along parallel tracks using independent servo control.

Segmented guide elements on the reverse side of a cigarette format tape minimize wobbling and wear while enabling precise path following.

Inverting the machine axis to vertical allows stable container movement and efficient cleaning without rotary distributors.

A torque-limiting return stop device uses a dual wedge mechanism to amplify release force for compact high-torque applications.

Curved flexible cradles prevent oval deformation of bituminous membrane rolls during transport, ensuring stable palletization and precise application alignment.

A sample rack conveying unit merges multiple drive functions into one mechanism, reducing device complexity and cost.

Self-closing flexible hooks trap hinge rods in modular conveyor belts, eliminating manual assembly steps and preventing rod migration damage.

Disposable plastic tong arms replace expensive overload clutches to eliminate mechanical failures while lowering maintenance costs.

Segmented holding clips secure printed circuit boards via chain-like connections, preventing substrate damage during wet-chemical transport.

Ramped lead-in surfaces orient pellets in carrier pockets, resolving high-speed retention and uniform positioning contradictions.

Multi-angle imaging identifies nonstandard items on a carrier, isolating defects without manual labor.

Elastic glide strips snap onto conveyor rail slots to eliminate microbe harborage areas in food processing equipment.

Surface engagement features on the axle pin prevent spinning within bearing wheels, reducing wear and downtime in commercial bakery equipment.

Automated optical detection identifies misaligned containers on conveyance paths, preventing unsafe transfer and storage operations.

Semi-circular wedges insert between rimmed containers to resolve frictional stacking conflicts, enabling continuous automatic separation without manual labor.

An unmanned vehicle travels alongside a conveyor belt carrying imaging and acoustic sensors to capture operational data.

A load-carrying conveyor chain uses a hollow cylindrical head and flanged bearing body to enable vertical bending.

Ozonated water breaks down grease on conveyor belts without hazardous chemicals, reducing shutdown time and microbial counts in meat processing.

A control unit determines motorized roller current to detect operational deviations from reference values.

Evacuated hollow tubular sections maintain a vacuum seal to prevent bacterial growth within the conveyor frame structure.

Containment fences prevent lateral spinning and surface damage when a magnetic handler lifts delicate workpieces without mechanical contact.

Adjusting the natural rubber to butadiene rubber ratio resolves the contradiction between flame retardance and low loss properties in conveyor belts.

A stocking assistant robot uses perpendicular actuators to move items onto shelves.

Segmenting the guide part with a replaceable wear strip resolves the trade-off between structural strength and maintenance complexity.

A buffer device uses a movable carriage unit to transport article containers along placing units for efficient retrieval.

A tensioning roller assembly uses hand-operated clamping elements to secure the belt on side rails without tools.

A unitary connector element with peripherally grooved outer portions locks conveyor beam segments via insertion and rotation.

Protuberances separate nested objects while a spindle engages each item individually, enabling efficient short-run printing without manual unstacking.

An inclined conveyor with a pivot support guides sausages laterally using gravity for consistent movement.

Replacing disposable resin bags with a cleanable dust-free cloth reduces packaging costs while preventing dust and moisture contamination.

Independent pressure zones with sequential suction cups control vacuum engagement, minimizing surface damage and vibrations during glass sheet separation.

Side-by-side container stations and a shared take-out member eliminate downtime during exchange, maintaining productivity without complex repositioning.

A pressure-limiting assembly reduces system pressure to a preset level and maintains it using multiple switching valves.

A pneumatic transport system moves blood samples through tubes using balanced air pressure and dimensional constraints to prevent haemolysis.

Adjustable support heights in a single hand unit prevent dust adherence on semiconductor wafers without twin-arm complexity.