Conveyors TRIZ Cases

Center drive module sprockets engage conveyor chain bottom while guide rollers restrict vertical movement, reducing wear on drive components.

Extending the feed belt into the pushing device frame reduces the distance between feeding and shifting positions, cutting palletizing cycle time.

Suspended stationary surfaces exert counter-moments on articles to resist rotation and sliding, enabling stable unstacking on steep angled conveyors.

Vertical storage compartments in a double-storey shuttle increase throughput while reducing space requirements for glass pane handling.

Stationary engagement element guides laminated glass plates during rotation, replacing a second moving suction-cup gripping member.

A meter measures object dimensions and a controller rotates objects to align side surfaces with the transport direction.

A replenishment signaling area with a tilted support structure positions storage bins for reliable optical code detection by overhead cameras.

A spring-loaded deflection roller adjusts container loop size based on bulk material weight to transfer products onto a transport section.

A magnetic gripper uses opposing magnets to return jaws, replacing mechanical springs with a fatigue-free mechanism.

Rotating a combined tray and cassette assembly transfers pods via gravity, reducing transfer time without adding mechanical complexity.

Self-aligning connectors engage guide plates to enable vertical movement, resolving downtime issues during maintenance operations.

Segmented service shackle chain increases unloading capacity while maintaining compact footprint and fragile product integrity.

A magnetizable overhead conveyor lifts intact bottles with metal closures over a gap between transport belts.

Detectors measure working object dimensions to dynamically adjust pusher stroke limits, eliminating wasted travel time between fixed positions.

Pivotal flights pivot against rails while a scraper removes adhered food residue, preventing material loss during continuous operation.

Synchronized funnel movement prevents peripheral product deposition on moving substrates, enhancing sealing integrity and production safety.

A chute system with a rotating tube adjusts speed to maintain constant item flow.

Piercing tooth penetrates plastic wear strip to prevent walking within the metal sheath during conveyor operation.

Vertical drive placement separates power transmission from the transport plane, enabling quick belt swaps while shielding gears from food contamination.

Segmented tube assemblies with detent pins allow single-person maintenance of switching apparatus conveyor belts without overhead cranes.

Chlorinated paraffin in diene rubber maintains peel strength against environmental degradation.

A vertically movable work platform uses a support mechanism to stabilize the platform at a specific height.

Curved bearing surface reduces roller slip at high diversion angles, improving conveyor versatility.

A substrate transport apparatus uses a movable edge gripper actuated by motion sensors and wireless signals to secure wafers during high-speed movement.

A closed reagent store integrates active cooling to maintain temperature control for stored chemical substances.

A tire orientation switching apparatus rotates a pallet to change tire stack alignment using a base and drive mechanism.

Integrating guide rails and retaining means into a single molded body simplifies manufacturing and assembly of container handling systems.

Adjustable vanes in a conveyor tunnel plenum direct process air toward weld joints, reducing energy loss and floor space consumption.

A transfer station uses vertically displaceable platforms and holder components to manage cargo receptacles.

A magnetic conveyor belt module integrates a magnet seat and retainer to securely hold magnetic elements within the belt body.

A transport chute uses a pivoting plate and resilient member to move workpieces between assembly layers.

Alternating drive surfaces distribute mechanical stress across segmented rows to maintain structural integrity during force transmission.

Kidney-shaped hinge openings enable floating rods to distribute load, reducing wear at the hinge connection points.

Acceleration device synchronizes feed conveyor speed with removal conveyor containers, resolving bottlenecks from mismatched conveying rates and bulky items.

Asymmetric acute angled cleat sections form secure recesses that minimize product spillage and reduce rolling resistance.

Elastic reactivation devices return oscillating pliers to their fixed position, eliminating manual operator intervention and reducing bottling line downtime.

A glass sheet is cut by localized heating along a preset line while supported by an elastic sheet with low thermal conductivity.

Segmenting the bag into rigid and flexible parts prevents lateral falling while enabling automatic horizontal unloading via a pusher.

Single motor drive unit powers two belts while hinged cleats pivot to prevent swarf wedging and drain lubricants.

Optical fiber sensing detects scraper conveyor straightness, eliminating electromagnetic interference and dust errors.

Segmented attachment slots accommodate T-shaped connectors while keeping wire paths clear, preventing disconnections during length adjustments.

Segmented conveyor modules with protruding rolling elements reduce friction wear while maintaining structural integrity.

A glass transport apparatus uses a pneumatic cushion to lift panes above a plate surface.

Separate transport loops allow secondary sample containers to exit before primary containers complete their cycle, resolving processing delays.

A suspended conveyor hook rotates between two stable positions to orient transport bags for automated filling.

Partition members and gas injection prevent surface damage during article supply, reducing cycle times.

A torsion weldment structure reinforces a telescopic boom with cross members and support brackets to stabilize the conveyor system.

Adjustable support means under segmented upper belt sections eliminate sagging while maintaining hygiene through independent tension rollers.

Replacing image processing with beacon signals reduces computational resource consumption while maintaining detection capability for transporter transitions.