Conveyors TRIZ Cases

Flowmeters measure pressure differentials in vacuum hoses to detect nozzle blockages, preserving air cushion uniformity and stage distance accuracy.

An external camming mechanism raises or lowers an internal wearliner, preventing material lodgment and eliminating the need to enter the chute for adjustments.

Orthogonal gravity feeding reduces production line footprint and complexity while arranging mixed article types.

Optical sensors on the elevator platform detect rail sidewalls to compensate for tensioned member sagging and maintain positioning accuracy.

Rotating friction devices enable quick track element replacement while spring clamping prevents loosening under vibration.

Lift and rotate mechanisms tilt containers while vibration actuators induce controlled slipping, reducing damage to fragile items.

A feed device with a curved rear wall redirects vertical product streams into horizontal conveying paths for X-ray inspection systems.

An electromechanical clutch uncouples parallel transport means, enabling selective package movement and resolving adaptability constraints in packaging lines.

Structured light triangulation detects depth-based damage on elastomeric belts, preventing production shutdowns from undetected wear.

Offsetting conveyor belts creates a diagonal gap that allows symbol reading without blocking small articles.

A conveyor belt system with a debris deflector and trench heater prevents freezing damage and reduces maintenance downtime in cold weather.

Checkerboard roller pattern eliminates hinge joint gaps that trap small articles, ensuring smooth conveyance of narrow-base items.

Segmented belt edge guides maintain intimate contact between two endless carrier belts, preventing material leakage and seal loss caused by bulk accumulation.

A circulating conveyor belt contacts suspended transport bags to pivot them backwards for automatic discharge.

A handling apparatus uses magnetic holding elements on transfer arms to pick up and deliver metal products from a support plane.

Segmented fabric members replace continuous canvases to maintain pipe shape accuracy while lowering manufacturing costs.

Synchronous rotating pocket wheels engage lateral surfaces to separate optical test objects, preventing damage during high-speed transport.

A bidirectional assist roller rotates to transfer articles onto an exit conveyor or prevent unintended diversion.

Flexible flights independently driven to control spacing between conveyed objects on a dynamic gapping conveyor.

Segmented conveying components replace complex robotic arms, reducing maintenance costs while ensuring accurate device positioning.

A rotating platform with segmented vacuum grippers handles multiple objects simultaneously during loading and unloading operations.

An AI-controlled storage unit manages package slots and retrieval within delivery vehicles using automated scanning and manipulation.

A single monocular imaging device determines reflector position using distinct reflectance areas, eliminating the need for multiple cameras.

A glove picking, organizing, and stacking apparatus uses a mechanical gripper driven by a servo motor to automate production.

Marker element detects lateral displacement to generate wear signals, preventing system malfunctions from uneven sliding strip wear.

Dynamic blade motion isolates knurled parts to prevent jams and cut cycle time by one-third.

Pivoting sluice gate leg transfers suspended carriers between rails, eliminating complex deflection drums and reducing device complexity.

Automated vision detection separates oversized boxes and polybags from bulk flows, preventing jams while maintaining high throughput.

Segmentation separates the drive chain from the transport belt, eliminating gaps that cause material damage and sanitation risks.

Contiguous mount support surfaces rest on adjacent links to stiffen the noria chain, eliminating guide elements that cause friction and wear.

An arched belt distributes clamping force across the product surface, preventing harsh compression damage.

Segmented vacuum and porous media air bearings maintain substrate alignment while reducing belt friction and heat generation.

Segmented receptacles with adjustable holding means prevent vibration damage while enabling gravity-mediated emptying without foam lining.

Alternating active and idle rows allow thicker drive teeth that resist wear while maintaining a closed conveying surface.

A planar transport device teaches movement paths through direct operator interaction with the handling element using integrated sensor units.

A belt device uses a flange member and pressing member to stabilize lateral position.

Continuous conveying system positions piece goods with manipulator to reduce mechanical stress during layer formation.

Nested shuttles with synchronized cam systems redirect products at right angles while maintaining a consistent elevation plane.

A cantilever transport device uses a fixed restricting member with front portions to constrain article movement.

Pivoting scrapers maintain contact angles during belt reversal, preventing residue accumulation without adding complex fixed cleaning systems.

A horizontal conveyor uses a side-mounted protection wall to catch unstable goods stacks during transport.

A tracking roller pivots about an upstream connection to steer a mistracking conveyor belt edge.

A dynamically adjustable product turning apparatus moves between conveyor lanes to orient cases for specific stacking patterns.

A bag bundle conveyance apparatus uses a support body and holding unit to stabilize the load during transport.

Segmented chambers prioritize urgent blood samples, preventing system bottlenecks and contamination risks.

A reception hopper uses a movable wall to urge wet slurry toward a bucket elevator loading zone for elevated transport.

Integrated cable unwinding and tensioning device maintains production force, eliminating separate stations to ensure even tension distribution.

Segmented wings attach to single bars and rings, reducing friction and maintenance costs.

Inclined strip mechanism diverts piece goods laterally on a conveyor track using movable guide rollers.