Non-Mechanical Conveyors TRIZ Cases

Individual runner control adjusts speed profiles to manage liquid sloshing and eliminate downtime caused by slowest station bottlenecks.

Curved rail geometry prevents fluid pooling and bacterial growth in food processing environments.

A control unit merges multiple movers into a common support to convey products efficiently.

Segmented motorized carrying elements move containers independently to eliminate liquid inertia and double cycle productivity.

A rotatable transfer device moves flat products between guides to enable flexible grouping configurations.

Independent cross-belt drives increase return speed to reduce component count and downtime while maintaining sorting stability.

Segmented base plate modules resolve the stability-versus-adaptability trade-off in rigid laboratory transport systems.

A linear motor housing combines stainless steel and aluminum to reduce volume while maintaining structural rigidity.

Inclined guide rails on a conveyor track align pallets for precise positioning and flexible handling.

Segmented track rollers reduce wear on curved paths by using spherical bearings that self-align to the track face, minimizing dynamic friction.

Dynamic adjustment of attractive force resolves the contradiction between high cornering speed and easy removal of transport elements.

Alternating motor-driven belt carriages handle varying parcel sizes while preventing entrapment via flexible walls.

A conveying system uses a rotating receptacle member to adjust product orientation along a track.

A control cam guides dividing segments through a transport plane to form product groups, replacing complex electro-mechanical linkage systems.

Segmented magnetic conveyors enable non-linear sample tube movement, eliminating expensive track replacements during modular expansion.

Electromagnetic stators rotate spherical components to adjust object speed and direction, reducing mechanical wear and maintenance needs.

Gearless magnetic drives rotate divider elements along closed paths to adjust gap widths between moving articles.

A closed loop conveying system uses a linear motor active branch and a magnetic return branch to transport puck carriers along defined paths.

A magnetic drive transport element moves containers along a circulating path while receiving electrical energy inductively from track magnets.

Gear-driven levers adapt to non-cylindrical e-cigarette cartridge shapes, resolving retention reliability issues in automated assembly lines.

A transport system uses a variable cam profile offset to adjust mobile unit position during track transitions.

A linear motor transport device moves items into containers and carries filled units onward using a single integrated slide mechanism.

Opposite magnetic carrier orientations allow simultaneous movement, resolving throughput bottlenecks while minimizing actuator power consumption.

Electromagnet elements guide and brake hot-rolled materials inside travel channels.

Capacitive touch panels replace optical sensors to resolve measurement precision and reliability contradictions in laboratory sample distribution systems.

A magnetic mover transports containers on a planar drive surface without mechanical contact.

Lifting device separates object from mover to eliminate conveyor weight interference during continuous weighing.

Replacing mechanical belts with a segmented magnetic conveyor eliminates friction wear while maintaining precise positioning accuracy.

Guided shuttles move containers transversely on a buffer surface, preventing tipping during storage and withdrawal.

Modular transport modules use unique row and column addresses to resolve the contradiction between high sample throughput and complex addressing infrastructure.

Displacement devices decouple infeed and discharge lanes to resolve the trade-off between adaptability and device complexity.

Reconfigurable tracks connect induction stations to multiple sortation systems, balancing load and reducing bottlenecks.

A transport carrier projects laterally to separate object handling from the track system.

Adjustable support members on an outfeed carrier decelerate and stabilize articles, resolving throughput versus stability trade-offs.

Connecting rods maintain relative orientation between rotating holding elements, ensuring reliable product transport on variable direction tracks.

Segmented reflux plates on individually movable conveying elements reduce space requirements and curve radii while maintaining continuous magnetic coupling.

Second magnetic means activate upon power loss to block transport members, preventing falls on inclined surfaces and maintaining aseptic conditions.

Detaching pieces push up articles from the magnetic field to reduce power burden and prevent wear on the conveyor chain.

An eccentric specimen holder rotates during magnetic transport to read bar codes without adding bulky rotating apparatuses.

Segmented transport elements decouple product receipt from group ejection, resolving flexibility versus complexity trade-offs in packaging lines.

Dynamically adjustable compartment widths in the carriage mechanism maintain primary package stability while increasing throughput rate.

A transporting device cluster cooperates with a reconfigurable floor surface to relocate items, eliminating peripheral frames that reduce storage density.

Replacing noisy pin guides, the assembly retains pusher elements via integrated end cap couplings to cut manufacturing costs and operational noise.

A long-stator linear motor system guides transport units through a segmented turnaround portion to achieve precise 180-degree orientation changes.

Rotating electromagnetic receiver separates and orients tie plates, reducing manual labor costs and injury risks.

A magnet carriage moves along coils using intersecting electromagnetic forces to drive a movable mechanism for work state changes.

A conveying device gripping unit with independently movable retaining elements accommodates various container sizes and types.

A linear motor conveyor moves transport units independently to feed product groups.

A control device determines rotation angles and speed profiles for a linear motor rotor to align objects precisely.

Independent planar motor carriers resolve adaptability versus complexity trade-offs by arranging pourable product packages into specific spatial patterns.