Mechanical Conveyors TRIZ Cases

Separate non-overlapping puller guides prevent interference and vibration transfer while simplifying maintenance in metal extrusion lines.

Automatic thruster-guided tensioning keeps intermediate chains in constant contact, compensates elongation, and flags excessive stretch.

Arc-shaped belt reversing and differential-friction belts stabilize coiling tension, limit meandering, and reduce frictional heat in slitter lines.

Dual belts, arc reversing portions, and cooling gaps stabilize slit strip winding tension while reducing meandering, heat buildup, and belt wear.

Comb-shaped chain projections engage trolley wheels for smooth roll-truck transfer and reliable conveying along the transport route.

A dual-car support plate distributes basket loads, while pivoting and sliding connections adapt to curves and keep the product surface horizontal.

Pivoting twin cars distribute basket loads while adapting to curved paths.

An adjustable entrainer mechanism with a visual display sets contact force values, reducing wear on chain components during heavy load transport.

A spiral conveyor track arranges stations vertically to reduce horizontal transport distances and lower assembly costs.

A modular conveyor belt link interlocking mechanism uses protrusions and keyhole recesses to join adjacent segments without pins.

Vertical lift conveyors cycle carts between upper and lower levels, maintaining constant velocity while minimizing the assembly line footprint.

Flexible magnetic coupling attaches carriers to ferromagnetic conveyor belts, eliminating jamming risks while adapting to complex curvature.

Inclined grooves drain residual liquids while a movable guide structure enables cleaning access without compromising structural stability.

A rack transport device uses a main drive mechanism to move racks on two paths simultaneously.

A container extraction device transfers transport containers to a secondary path for inspection.

Movable trays on conveyors drop products onto a lower intermediate surface, enabling flexible product handling without complex mechanical reconfiguration.

Arc-shaped truck bodies curve independently to prevent interference on routes, improving workability and reducing manufacturing costs.

Spring-loaded pins in a pin wheel adjust position to prevent damage during terminal strip transport.

A single ascending curve flank merges into an offset portion to guide a pusher dog into a curved transport path.

Segmented drive sections use form-fitting engagement at corners to resolve the contradiction between device complexity and reliable power transmission.

Resilient fingers flex to accommodate complex article contours, preventing backup and damage during elevation changes without requiring size-specific designs.

Elastic buffers absorb impact energy between pallet locking elements and rotating reversing section guides, preventing mechanical damage.

Pressurized hoses on transfer rails move and hold reeling shafts, eliminating complex actuators to prevent collisions.

Embedded drive wheels and sensors enable autonomous pallet routing, eliminating external diverters and reducing installation complexity.

Deformed rivet nuts in apertures prevent rotation and detachment, extending service life while lowering manufacturing costs.

Segmented engaging portions shift laterally to engage specific floor anchors, resolving positioning accuracy issues during forward movement.

Alternating driving devices push pallets at constant speed, reducing power loss and simplifying length adjustments.

A winding core holder uses a movable roller with a high-release surface to securely transport cores along the axial direction.

A logistics conveying line driving mechanism uses connecting members to transport battery cells between stations.

Inclined transport chute employs counter-directional drive means to form stacked layers, managing back pressure and preventing damage during automated sorting.

Loosely arranged drivers in the conveying channel allow easy replacement and length adjustment, resolving complex maintenance challenges.

A conveyor drive element uses form-fitting engagement to guide load carriers along a circular trajectory.

A speed change pinion adjusts rotational velocity to match downstream stages.

An inclined lower guide strand minimizes contact area on the conveyor return run to reduce friction and noise.

Floor-bound transport carriages carry vehicle bodies through treatment devices using independent drive systems, replacing complex track-bound conveyors.

Horizontal roller movement resolves assembly difficulties while maintaining compact machine design.

A detachable conveyor module docking system simplifies reverse vending machine maintenance through tool-free separation of drive components.

Segmented driver modules move bulk material through a channel with parallel force, reducing maintenance complexity and enabling length adjustment.

Segmented carriers replace fixed cables to enable easy maintenance and length adaptation while maintaining reliable operation.

Segmented locking arms prevent lateral bending and twisting of elongated gripper bodies during heavy container handling.

Encoder feedback and pulley coupling synchronize robotic assembly on a moving conveyor, eliminating mechanical stop stations.

A gravity-driven transport device moves laboratory diagnostic vessel carriers between elevated and lower conveying line sections.

A single driving motor powers multiple specimen transport lines via a shared shaft and pulley system.

Programmable motorized trolleys replace fixed conveyors to resolve versatility complexity trade-offs in assembly lines.

Segmented frames and dynamic roller strings enable seamless length adjustment without vertical steps or spacing errors.

Orthogonal directional guides on a conveyor pallet abut side rails to prevent tipping and jamming under acceleration forces.

Extruded chain rails with adjustable mounting brackets enable rapid palletized load unloading while preserving trailer hauling capacity.

A conveyor drive wheel with a mobile rotation axis tilts to adapt to load changes, preventing uneven wear and vibrations.