Conveyor Parts TRIZ Cases

An auxiliary conveyor arranged side-by-side enables stable object transfer, reducing wear and downtime caused by jamming sticky containers.

Horizontal push bars eliminate z-stroke movements to reduce cycle time and prevent collisions during high-speed grouping.

Segmented upper and lower coupling members replace wobbling V-shaped ribs to reduce power consumption and frictional heating.

A motor-operated distribution element shifts transversely across an incoming conveyor belt to separate container streams onto multiple outgoing paths.

A shared membrane sheet controls multiple suction valves, preventing leakage while simplifying assembly.

Synchronized separating elements delay and align beverage bottles to prevent lateral detachment and irregular spacing.

Dynamic speed control resolves label applicator bottlenecks by aligning items with tamp heads for maximum throughput.

Rotating article-supporting rollers transfer packages between parallel conveyor belts, eliminating pinching hazards and vacuum bag damage.

Integrated automated system assembles polymer and metal case ammunition using modular stations for sealing, inspection, and packaging.

A turning unit with guiding slots redirects a carrier between parallel rails without stopping the main transmission line.

Elastic suction gripper plates change hole sections to minimize energy loss without adding mechanical valves.

Independent row actuation minimizes gaps between conveyed articles, boosting throughput without increasing conveyor speed.

Segmented roller groups coupled by endless belts reduce dynamic pressure and restraining forces during piece goods backlog.

A transfer device uses braking rollers to decelerate articles via frictional force during transverse direction changes.

A rotatable deviator with a horizontal plate and grip transfers test tube carriers, reducing liquid spilling during acceleration.

Electro-optical sensors detect box orientation to correct misalignment before layer formation.

A magnetic storage device moves transport runners into a buffer stream using controlled magnetic forces.

A rotary buffer apparatus transports containers transversely using parallel drivable belts to manage flow direction and speed.

Deployable sub-carriage steps reduce carriage-to-platform gaps in bending areas, resolving complexity trade-offs.

A tiltable platform uses a resilient piston to store energy during loading and release it to tilt the chassis.

A reciprocating movement structure pushes stop blocks along a guide rail to drive a sliding block in intermittent motion.

Arbitrary timing control across multiple stages resolves complexity trade-offs while optimizing component quantity distribution.

A passive star wheel with contoured arms separates adjacent containers, preventing vibration and damage during high-speed transfer.

A switch arm pivots via a single electric motor and toothed belt drive to divert transport items between tracks.

Dynamic speed adjustment corrects misalignment between parallel rows, preventing propagation errors while maintaining high throughput.

A variable buffer mechanism transfers food articles while a motorized cam opens hinge gates, preventing spring breakage.

A pivoting deflection element converts linear actuator motion into lateral object discharge, simplifying control complexity.

Rotating receiving elements guide products into offset seats, forming groups without bulky extractors that risk damaging thin items.

Movable outfeed portions reposition belts via guide means to resolve the contradiction between adaptability and productivity.

A container dumping module uses a pivoting cradle assembly to automate material transfer between storage units.

Pivotable actuators and link members guide pushers along correct divert paths, resolving misalignment at dual-sided conveyor intersections.

Passive spoked wheel converts translational motion into rotation using ramp sections, eliminating electric drive complexity and enabling high-pressure cleaning.

A conjugate cam mechanism drives a diverter conveyor surface to switch directional configurations without pneumatic actuators.

Segmenting the buffer into two systems with a transposition device adjusts capacity and reduces container travel distance for flexible throughput.

Vertically adjustable discs on a fixed central tube resolve structural complexity and stability issues in piece goods storage.

Magnetic forces actuate the gripper arm pivotally, eliminating mechanical damage to preforms during high-speed blow molding transport.

A pneumatic control valve uses a piston mechanism to direct compressed air flow for suction grippers.

Segmented drive assemblies eliminate gear misalignment and simplify maintenance by enabling independent replacement of pre-adjusted modules.

A rotating plate body conveys objects through a tight 180-degree arc within a compact curved passage.

A telescopic distribution blade extends and retracts along the conveying direction to separate sacks, maintaining continuous palletizer throughput.

A raised belt transfer unit uses a drive roller positioned closer to the slider bed to reduce belt rise and minimize tracking issues.

Stabilizing heads engage containers on a rotating support disc to maintain position, reducing contamination risk and simplifying maintenance access.

Inclined roller conveyers guide superimposed articles laterally to a central belt, reducing device complexity and cost.

A conveying system uses a closed circuit chain and loading wheel to orient plastic preforms.

Dynamic rotation extends sealing contact time, preventing heat damage to sensitive products.

Superimpose receiving and gripping trajectories along an intersecting line to prevent mandrel misalignment and preform dropping at high speeds.

Radial nozzle arrangement reduces station area and exchange frequency while maintaining high operating ratios in automated assembly systems.

Conveying mechanism maintains molded product alignment during transfer, preventing damage from chute impacts and improving yield.

A component supply device uses a weight ball on an inclined stick to slide parts via gravity without air pressure systems.

Drive wheels rotate pushers to divert articles laterally, eliminating static rail friction and reducing noise.