Conveyors TRIZ Cases

Three-degree-of-freedom spacers adjust the holder frame to handle skewed stacks and height differences up to 10 cm without egg damage.

Segmented hinge loops with eccentric holes provide dual drive locations, resolving force transmission and cleanability conflicts in small pitch mats.

Segmented endless belt reduces premature wear and device complexity by guiding coins through specialized reception, alignment, and separation segments.

Sulfur-cured rubber formulation combining EPDM, polybutadiene, and natural rubber prevents dynamic ozone cracking while maintaining low rolling resistance.

A calculation unit determines remaining and expected service life of conveyor belts using input wear data.

An electrostatic pad attracts charged particles within a substrate transfer chamber to maintain internal cleanliness.

Horizontal grid structure allows transport vehicles to access transfer points, eliminating aisle space requirements for higher density.

Automated lobster deshell processing line uses vision-guided robots and water knives to extract meat, reducing manual labor costs.

Angularly adjustable drive rollers enable selective object diversion, eliminating belt replacement downtime.

Hydraulic carriage propulsion scrubs channel walls, maintaining continuous operation without manual labor interruptions.

Printed magnetic rip inserts replace embedded wires to detect damage, reducing manufacturing time and mechanical weaknesses.

Flattened sidewall spiral wires increase opening size while maintaining aggregate surface area and structural strength.

Sensors on interconnected conveyors detect product characteristics and redirect defective items, reducing returns.

Angled arm and extender span aircraft interior to lift fragile bodies without bulky padding.

A profiling structure reshapes particulate material in moving railway gondolas to eliminate humped piles that cause dust loss and compaction difficulties.

Individual perforation valves regulate suction zones, reducing energy waste and air turbulence for precise substrate handling.

GNSS-RTK positioning automates conveyor spout alignment, replacing manual spotter operations and reducing alignment time.

Segmented hanging pockets resolve transport reliability versus adaptability by using tool-free interchangeable elements for flexible automated sorting.

Lifting arms and a cradle move trays between storage and access positions, reducing damage risk.

A shielding system with pivotable elements covers connecting passages in curved conveyor sections to allow carriage movement.

Offset protrusions on conveyor belt module links inhibit misalignment and reduce drag friction during drive engagement.

Sequential lifting forces peel thin adaptive optical plates from support arrangements, preventing breakage caused by simultaneous release stress.

Single motor drives multiple conveying planks via selective clutches, reducing hydraulic complexity and installation costs.

Segmented flexible dam blocks prevent particle loss during loading while maintaining easy handling and assembly.

Spring-loaded tension rollers maintain consistent belt tension, preventing slippage and reducing system complexity.

A swivelling transfer conveyor extends along a guide track to discharge material into a main mobile conveyor inlet.

Dynamic fluid control coordinates valve timing and rotating distributors to prevent pressure conflicts during high-throughput bottle coating.

Elongated slots in a central pivot section enable vertical floatation of the drive system and sweep auger, reducing structural stress on uneven floors.

An automated production line identifies mobile terminal LCD screens using neural networks and adjustable guide partition plates.

A laser marker projects alignment marks onto a resin sheet supporting a glass sheet to position the scribe line accurately.

Integrates magnetic and vacuum units on an overhead conveyor belt to lift and retain diverse materials, resolving ferromagnetic-only limitations.

A rotary drum with magnetic elements picks up metal bars from a bundle, enabling fast transverse loading without complex mechanical grippers.

An image-capturing device records open container contents on a moving conveyor alongside barcode data.

Color sensors and RFID readers identify carriers to route pneumatic tube carriers automatically, resolving delivery accuracy issues in hospital settings.

A ball-belt conveyor uses a nested internal driver belt to rotate external balls for transverse object movement.

Individual suction cups use flexible bellows and valves to lift eggs, eliminating cross-contamination from shared vacuum plenums.

Embedded passive resonant circuits detect belt conditions via frequency shifts measured by stationary external coils.

A spirally wound industrial fabric integrates texture directly into the support structure.

An automated apparatus detects foreign substances on interleaving paper using optical sensors and suction pads to streamline the inspection workflow.

Segmented diverting mechanisms reduce tipping risks and braking forces during high-speed container handling.

A belt tracking system uses a slope member and stationary shaft guide to tilt rollers for axial belt alignment.

Dynamic coupling maintains thermal contact during rotation, resolving the trade-off between alignment speed and heat transfer efficiency.

Servo-controlled screw conveyors automate biscuit batch formation, resolving thickness variation miscounts and breakage during transfer.

Rotating transfer stars supply and discharge containers simultaneously, reducing the loss angle between separate stations to boost machine productivity.

Interspersing wear-resistant steel alloy links within conventional chains reduces tip wear and prolongs lifespan without prohibitive material costs.

An automated apparatus sorts and orients twist-lock connectors for precise placement into container holders.

A rack bar haulage system uses aligned cheek section flanges and clog sidewalls to secure gear teeth with a retention pin.

Replacing water cooling with heat-resistant alloys eliminates skidmarks and reduces fuel consumption in steel billet furnaces.

Segmented chain links use polyamide slide sections between articulation and fork parts to reduce friction.

Bio-based traction members with degradable coatings reduce environmental impact while maintaining service life under dynamic bending loads.