Conveyors TRIZ Cases

Smooth linear elements cover the moving web to prevent blowing and damage, eliminating wear from stationary covers.

Segmented dual-arm robots rotate and stack glass sheets, boosting throughput beyond single-arm limits.

Ceiling-mounted tracks and switching mechanisms direct containers to check stations, reducing floor space occupation in large warehouses.

Eliminates bearing hangers from bubble-up augers, reducing power consumption and grain damage.

Relief cuts between sprocket teeth channel away accumulated material, preventing buildup on support shelves while maintaining full-width driving teeth.

A conveyor apparatus uses detachable modules with integrated power and communication terminals for rapid assembly.

Integrating an unmanned aerial vehicle into the transport facility reduces wait times by bypassing ground vehicle bottlenecks during article processing.

A shaft moving device tilts the separation roller rotary shaft to restrict first conveyor belt mistracking within a predetermined width range.

A loading system positions and deposits stock-picking holders onto autonomous mobile robots.

Segmented belts nest within each other via shared rails and rollers, resolving the trade-off between long conveying distance and flexibility.

An auxiliary track on a movable maintenance lift extends travel rails, reducing interference with operating transfer apparatuses.

A resilient spring assembly automatically displaces a roller to maintain consistent belt tension, compensating for silicone stretch and preventing misalignment.

An electronic item transport system identifies product characteristics to determine optimal storage locations within a facility.

A rack preparation section automates the transformation of foldable storage racks from a folded state to an upright position using a driven partition mechanism.

A vibratory conveyor system aligns products through oscillation.

An elevating track lowers cranes for maintenance, preventing interference with the overhead transport vehicle system.

Optical sensors on shuttles detect periodic rail marks to resolve position uncertainty and minimize space loss between adjacent goods.

Foldable parallel ramps and dual longitudinal conveyors enable simultaneous unloading from double belly dump trucks, eliminating precise alignment requirements.

A high-angle conveyor system uses a narrow primary belt positioned between two elevated belts to transport bulk material.

Integrates skid shoe and belt support to resolve rigidity trade-offs, enabling the cutting platform to flex and follow ground contours.

A firewood packaging machine uses a movable horizontal wall to guide log descent, resolving bundle misalignment risks caused by fixed container bottoms.

A portable multi-sectioned boom conveyor assembly uses a hinged distal section to adjust material placement angles without extensive repositioning.

Link mechanism synchronizes shock-absorber distances to reduce roll motion and vibration transmission during overhead transport.

Segmented housings with universal interfaces enable rapid insert swapping, reducing modification time while maintaining adaptability.

Push elements synchronize sealed food packs with carriers, preventing jamming caused by friction delays.

Segmented base bodies and height-adjustable inserts standardize production while preventing wear and jamming in chain conveyors.

A conveyance control device switches between basic and optimization processing units to maintain command data output.

Nested belts with movable flaps lift products over gaps, reducing jostling and manual intervention for delicate items.

Segmented studs on the endless belt engage pinion teeth to resolve the trade-off between simple low-cost manufacturing and effective belt guidance.

A single actuator drives an article support portion through linear displacement and rotation via a switching mechanism.

Integrated separation and carrying profiles move along cams to resolve the trade-off between separation efficiency and device complexity.

A heating apparatus uses infrared sources on a meandering conveyor to warm bottles without fluid infrastructure.

Dynamic storage assignment with RF tags and acoustic signals reduces operator travel distance while improving space utilization.

An engagement chain design uses buckling limiting flat surfaces to suppress relative shifts and compression forces between engaged segments.

Belt conveyors support articles while a central detecting section monitors inventory levels between the moving belts.

Sensors detect voids in aggregate piles while the control system modifies conveyor paths to restore shape.

A T-shaped belt with undercut inner portions guides media items along a transport pathway.

Vulcanized rubber blocks anchor to conveyor belts, preventing screw pull-out under high loads.

Entry-side magnetic field stabilizes cans during acceleration to prevent slipping and leakage.

A trolley device uses a perforated belt with suction means to hold and move laminar materials without mechanical contact.

Segmented overhead conveyors adjust portion lengths independently to optimize station holding times without altering global line speed.

Segmented transport sections with vacuum holding mechanisms align sheet metal edges, resolving precision-speed trade-offs in high-speed feeding systems.

Staggered discharge outlets separate left and right fillet streams, resolving the contradiction between structural simplicity and precise positioning.

Autonomous driverless transport vehicles replace steady pre-zone conveyors, reducing space requirements while maintaining article delivery efficiency.

Magnetic attraction grasps segmented egg holders to prevent shell micro-cracks and contamination during industrial poultry transport.

Segmented sprocket elements with resilient connectors shift independently to resolve uneven drive and extend conveyor belt lifespan.

Discontinuous stop guidance minimizes stick-slip effects, resolving the trade-off between continuous contact reliability and positioning accuracy.