Conveyor Parts TRIZ Cases

Replacing pneumatic cylinders with a mechanical rotary motor and cam gear reduces device complexity while increasing load-bearing capacity.

An adjustable inclined conveyor end transfers products between outfeed lines without active diversion, eliminating impact and friction.

A spray pump sorting machine uses a rotating disc and pressurized air to orient and convey containers efficiently.

Detection means trigger control systems to stop cycles when the unloading area is full, reducing energy waste and piece damage.

Skates on the internal surface engage fixed guide means, preventing lateral torsional stress and deformation of the cogged belt during container transport.

A rotary valve device uses a curved discharge chute to transport materials through multiple outlets without stopping the feed stream.

Stationary nozzle delivers liquid agent into preforms for microwave evaporation, eliminating complex integrated dosing systems.

A narrow belt sorter uses pneumatic actuators to drive load rollers via return belt engagement.

Resilient arms on clamping tongues distribute force to prevent smearing and torque when gripping printed materials.

Segments production lines using recessed transport paths between compact devices to eliminate long rail complexity and improve positioning stability.

Adjusting transfer wheel support elements synchronizes blow molding and filling modules, eliminating production gaps across varying container sizes.

Recessed belt strands extend the carryway to strip articles from a primary conveyor, minimizing gaps that cause tripping or stranding.

A transfer wheel rotates horizontal bottles to vertical orientation for filling stations.

Variable speed lanes coordinate batch release to singulate side-by-side articles, preventing collisions while maintaining high throughput.

A rotatable friction device secures replaceable rail elements on container transport systems.

A coaxial feeding unit uses independent sleeves to rotate and translate a gripping head along a single shaft axis.

Inner and outer sealing lips on a suction gripper adapt to flat and angled surfaces, eliminating frequent tool changes during automated production.

A vertical conveyor uses a compensation rotor to maintain platform orientation during rotation.

Segmented guide sections reduce switching inertia and object distances, enabling higher throughput without increasing rotational speed.

A roller module uses a drive roller to synchronize conveyor rotation via frictional engagement.

Powered rollers on a transfer plate push articles between perpendicular conveyor belts, preventing stranded items in tight layouts.

Rotatable disks form pockets to accommodate diverse article sizes, eliminating the need for multiple fixed star wheels.

Replacing bearing devices with flexures reduces load and moment of inertia, eliminating axial clearance-induced side play in electronic device bonding systems.

Independent manipulating members transfer articles between conveying lines, resolving productivity and complexity trade-offs through segmented control.

High-friction conveyor roller separates entangled flexible profiles from a disorderly mass, resolving manual singulation bottlenecks in manufacturing logistics.

A self-propelled sample holder uses a single friction wheel for propulsion and triangular sliding elements for stability along the conveyor track.

Optical sensors detect spatial coordinates of piece goods, enabling a manipulator to align them without mechanical conveyor complexity.

A pivotal barrier assembly pivots automatically during transfer cart engagement, eliminating manual repositioning and reducing operator strain.

A gripper lift plate moves supporting strips to engage and release packaging units via pin-slot connections.

Rotator pockets and suction bores maintain constant positioning, reducing defects from positional variation.

A parts feeding device uses a relay mechanism to transfer pallets between a storage magazine and a dedicated feeding table.

A separating device uses independently controlled belt systems to transport packaging lanes with precise alignment.

Dual pivot bearings enable the switch blade to rotate around different axes, preventing wedging and jamming while providing three distinct routing options.

Sensors detect product positions at conveyor entry and exit, enabling the control unit to modulate belt velocity for precise rank alignment.

A single transfer tool with a movable wall pushes products between conveyors, reducing floor space and damage risk.

Rotatable disks form adjustable pockets to accommodate varying article sizes, eliminating the need for multiple fixed star wheels.

A movable depositing unit changes orientation to transport separated groups transversely, reducing friction and product damage during high-speed separation.

Pivoting gripping arms detach from a carrier upon collision to prevent structural damage while maintaining stable handling.

Cable-driven actuation from a fixed motor moves treatment elements, reducing vibrations caused by heavy moving structures.

Fixed track spacing on a transversely displaceable spreader conveyor distributes products across multiple lanes, eliminating bulky drives and complex controls.

An adjustable flexible rest element forms a receiving trough to store excess piece goods when delivery rates exceed processing capacity.

A loading device adjusts pick-up positions based on real-time bar level estimates to maintain retrieval efficiency.

Radial adjustment of segmented guide bars resolves the contradiction between rigid stability and radius adaptability, reducing wear on conveyor components.

A slower moving conveyor creates a stabilizing product wall that prevents bunching and nesting, ensuring smooth discharge.

A pneumatic cylinder reciprocates a rigid plate to transport components, resolving space constraints in automated assembly systems.

Barcode scanners identify baggage and divert mechanisms route specific items to individual outlets, reducing disease transmission risk during social distancing.

A component feeder lift adjusts travel distance dynamically to optimize dispensing cycles.

Removable compartments enable rapid workpiece extraction from sealed stockers during equipment failures.

Cam-controlled lifting and holding grooves enable stable material transfer while reducing linkage space requirements.

An eccentric cam actuator raises toothed belts to transfer packages perpendicularly, eliminating pneumatic complexity and sideward belt displacement.