Conveyors TRIZ Cases

See how a translatable screw blade integrates sealing and feeding functions to prevent moisture

Rotating roller pairs, lift plates, and RFID sensing automate dense tire storage and retrieval while reducing manual handling and inventory errors.

An aqueous polyolefin impregnation replaces crosslinked acrylates to cut belt dust contamination while preserving moisture resistance and wear life.

An oblique guideway on the clamp lever directs laundry into the clamp mouth, cutting manual alignment effort and speeding secure loading.

A telescoping friction-lock support holds double hung windows at different heights while pivoting to spread load and protect the hinge.

Rotating roller pairs, lift plates, and RFID sensing automate dense tire storage and retrieval while reducing manual handling hazards.

A separate blocking edge stops heavy piece goods in inclined chutes while the block only prevents rollover, reducing impact damage.

Automatic take-away conveyor reconfiguration reduces hazard exposure, heat, and vibration while simplifying check-out stand service.

A moving support chain runs with the conveyor to prevent sagging, eliminate sliding friction, and avoid frequent conveyor replacement.

Baffle-defined frying chambers recapture steam, block air infiltration, and limit debris buildup to improve fryer energy use and oil quality.

An adjustable inner partition redirects treatment gas in spiral conveyors to reduce belt temperature differences and improve freezing or cooking uniformity.

Mechanical protrusions lock a flexible belt wrapper to a metal drive belt to stop slipping, improve tracking, and avoid food marking.

Interchangeable infeed and outfeed assemblies on an octagonal freezer box enable fast layout changes with far less redesign and downtime.

A parallel tray conveyor unloads trays automatically onto the warewasher belt, cutting manual handling and limiting spray shadows on other washware.

Series elastic supports isolate vibration in a FOUP storage shelf while preserving load capacity and preventing tilt in wafer conveyance.

Notched rail supports and a lift-access freezer layout improve cleaning, lower material cost, and relieve thermal expansion stress.

Fluoropolymer ties through uniform fabric openings improve PTFE-to-fiberglass adhesion, limit blistering, and extend conveyor belt life.

A discharge conveyor and air access gate clear misfed laundry from the suction chamber without stopping suction, preventing fan damage and downtime.

Compressed springs are fed by opposed conveyor belts and welded between fabric layers to cut pocketed spring unit cost and complexity.

A pivoting capsule positioner drops capsules vertically into the brewing passage, cutting handling space and manual effort across capsule types.

A removable conveyor module on parallel bars enables fast side access, cleaning, and replacement without disassembly or hazardous gaps.

Inclined cantilever arms and damping elements keep sleeve-shaped products stable in vertical storage while avoiding surface damage and deformation.

Independent cam-driven conveyor agitation prevents product sticking in IQF mode while allowing stable tray freezing on the same line.

Controlled lateral pressing untangles compact laundry masses on a conveyor, separating pieces while reducing manual handling and damage risk.

Compressed springs are fed between fabric layers and sequentially welded into discrete pockets, simplifying production and lowering cost.

Roller-guided carriers in a continuous oblong groove move items smoothly without motors, while simplifying cleaning, disassembly, and storage.

Angled hopper walls, a pusher plate, and an auger tube route fines into the feed path to cut debris buildup, simplify assembly, and save space.

Independently attachable profile rails clamp rollers without screws, cutting material use and simplifying adjustable shelf-feed assembly.

A grooved deflection roller lets conveyor dogs nest during deflection, reducing transfer gaps and preventing goods from falling at checkout.

Varying nozzle groove areas balances edge flow in a non-contact transport pad, improving suction stability and reducing workpiece vibration.

Roller-guided carriers in an oblong track loop let diners move serving items smoothly without motors, reducing friction, cleaning effort, and storage bulk.

Weight-based loose tea dispensing speeds preparation while sealed storage preserves freshness and supports variable serving strength.

Trackside measurement and vehicle identification automate wear checks, helping schedule transfer vehicle maintenance with less manual effort.

A control device adjusts the fork lift range by transfer location, enabling efficient article handling across storage and accommodation sections.

Vacuum holes hold the substrate while air holes create buoyancy, enabling contamination-free transfer of plasma-treated surfaces.

Feedback control of chopper duty cycle limits receiver power draw, preventing source overload when multiple movable loads run simultaneously.

Coordinated branch-track starts let transport vehicles avoid junction waiting while maintaining collision avoidance and load conveyance efficiency.

An upper-lower plate gas path layout stabilizes substrate flotation, cuts pressure loss and leakage, and improves laser film processing quality.

An integrated coupler and guider switches orientation across connected tracks to prevent main body deviation without added mechanism complexity.

Automated flow racks, pushers, and an elevator let delivery vehicles store containers densely while retrieving each one without manual handling.

An actuator shifts a guide roller to correct lift unit inclination in overhead carriers, reducing manual adjustment burden and stabilizing article transfer.

Automated crane transfer, mobile robot I/O, and safety shutters improve SSD storage efficiency while reducing manual handling errors.

Proximity sensing lets ASRS vehicles enter target cells before blockers fully clear, cutting port congestion, queuing delay, and bandwidth load.

An elastic support and guide mechanism cuts transmitted vibration while keeping lifted articles level for accurate transfer under offset loads.

Automated cartridge assembly uses staged handling and in-line resistance checks to improve consistency for small, fragile smoking article components.

Axial-flux motorized sprockets on separate stationary shafts prevent tooth phase misalignment and keep conveyor belt tension stable.

Grouped battery handling across conveyors and segmented storage enables simultaneous set retrieval, reducing waiting time and raising inspection throughput.

A self-aligning vacuum belt conveyor speeds prismatic battery electrode stacking by combining transfer and alignment in one mechanism.

A lifting-unit vibration monitor checks FOUP motion locally and sends only pass/fail status, easing body-controller load.

Automated track transfer uses auxiliary wheels and power cutoff control to move traveling vehicles onto unpowered working tracks without operators.

A rail-integrated locking station secures remotely operated vehicles during human or robotic interaction to prevent accidental displacement.

Adding 30-150 parts softener to a multicomponent rubber improves processability and tack while preserving crack resistance in tires and hoses.

A thermoplastic contact surface and rinsing apertures flush debris from conveyor belts, cutting friction wear and deck replacement labor.

By verifying target and actual vehicle alignment before conveyor handoff, this case improves luggage transfer safety and efficiency.

Load-converting elements on transport shafts detect substrate position and damage inside closed chambers where optical sensors lose accuracy.

A camera-guided EFEM robot reads consumable part codes to verify the right edge ring before module loading and reduce wafer scrap.

Parallel carriage units on a shared mast frame move multiple articles across layers at once, easing semiconductor transfer bottlenecks.

Filtration separates microchips from suspension impurities, enabling high-yield flow transfer and precise alignment on grooved substrates.

A top-mounted replaceable battery and supported charging station cut robot recharge downtime without sacrificing storage space or stability.

Adding a tackifier helps hard multicomponent rubber gain tack, processability, and break resistance for tires, belts, and hoses.

Controller-guided loader access and category-based unloading reduce ore dilution, material loss, and composition tracking errors.

Alternating ring supports let wafers be transferred at the same height from stacked rings, simplifying wafer container handling.

A dedicated gas pocket fixing part and lead clamp stabilize pouch batteries during transfer, reducing interference, scratches, and handling delays.

Conveyor balls reposition destination-grouped goods inside a freight box, cutting manual sorting effort and speeding unloading at each stop.

An adjustable mast cover uses reinforcement and turnbuckle-style positioning to keep a tight gap without interfering with crane elevation movement.

Voltage-difference measurement adjusts feeder circuit impedance accurately even when adjacent non-contact power circuits remain in operation.

A bearing-linked gripper converts linear drive motion into uniform acceleration, reducing cam wear and stabilizing semiconductor carrier transfer.

Automated lifting, clamping, and conveyor handling insert battery modules into pack housings with less shock, misalignment, and assembly defects.

A detachable hoist built into the tool frame lifts heavy chamber covers in tight semiconductor layouts, cutting maintenance time and downtime.

Independent conveyors feed a pivoting swing auger from bottom-discharge chutes, extending reach, cutting spillage, and easing trailer positioning.

Inclined movable divider rods and lateral guides keep slightly curved glass sheets aligned in harp racks and prevent jumping between compartments.

Vertically stacked movable shelves create hoist access paths, increasing ceiling stocker transfer capacity without expanding floor space.

Pivotable conveyors with lateral and vertical sorters automate baggage movement, tracking, and compact storage across airport operations.

A movable cartridge charge station aligns with the robot hoist to cut contact wear, ease servicing, and support continuous charging.

A wedge-actuated brake pad module locks linear movers on vertical track sections to prevent unintended movement during power loss.

A closed impeller-driven air circuit cools compact conveyor reel motors while blocking dirt ingress and maintaining motor efficiency.

State and position sensors let a transfer robot detect collectable misaligned objects in storage and recover them with less downtime and manual handling.

A pendulum-suspended shelf uses gravity to stay horizontal during transport, helping ready-made meals and pizzas arrive undisturbed.

Blending halogenated butyl rubber with highly branched polyethylene improves heat aging resistance while preserving adhesion and gas barrier performance.

Independently extendable vacuum-platform segments detach multiple dies in parallel, cutting film repositioning time and boosting throughput.

Synchronized movable frames and telescopic arms transport multiple battery modules in parallel, cutting formation-line time and labor.

Pin shoulders and inter-plate bars prevent side plate movement, reducing pin bending and snagging risks during field installation.

A traveling guide socket on the conveyor chain module receives spiral drum flight portions to prevent dislodgement and reduce transmission loss.

Segmented tray housing eliminates operator picking errors while maintaining high storage capacity through automated coil verification.

Dual conveyor system adjusts article loading timing and position for precise placement on main transport paths.

Torque-driven rotation brings lateral marks into the field of view, resolving the trade-off between single-camera simplicity and comprehensive reading coverage.

An NMR sensor measures moving elastomeric layer thickness using a temperature-resistant permanent magnet, reducing scrap from delayed detection.

Vacuum degree adjusting mechanisms balance holding force against frictional resistance to enable flexible manufacturing layout.

Dual endless loop conveying device adjusts holder spacing via synchronized clutch movement to maintain timing and pitch during reconfiguration.

Perpendicular suction surfaces and a holding brake reduce energy consumption by eliminating continuous actuator motion.

A single side truss stacking system uses electric motor-driven masts to lift and place trusses without hydraulic lifts.

An oval cross section prevents conveyor belt rotation at steep inclines, enabling stable transport of bulk materials up to 95 percent capacity.

A variable-length bridge adjusts its span to maintain constant substrate speed and position during transfer between packaging units.

Selective vacuum zones stabilize unsteady objects on roller conveyors, preventing shifts while reducing energy consumption.

Hydraulic wheels lift tracks off the ground for radial repositioning, resolving terrain mobility versus stacking flexibility.

Inclined base grooves position substrates at an angle to prevent contact damage during high-density loading.

Segmented joint axes with preloaded rollers eliminate cumulative tolerances in concave transport routes, enabling highly accurate object handling.

Inserting a rigid reinforcement element into the plastic head allows shorter press fits while preventing deformation under torque.

A vertical conveyor moves transport bags downward to open them at the top for mechanical loading.

A belt drive steering roller tilts to correct endless belt misalignment, preventing deformation and foreign matter accumulation.

Manual tensioning assembly moves conveyor belts to a retracted position, resolving the contradiction between high productivity and reliable cleaning efficiency.

A pivoting linkage with a spring-biased hook prevents inner bags from falling out during container rotation.

Dynamic calibration via adjustable pillars corrects position deviation, preventing substrate cracking and boosting yield.

Eccentric vibratory transport track separates stacked medication pouches using controlled vertical oscillation.

A transport controller overwrites existing instructions with move commands to maintain continuous vehicle movement.

Helical conveyor assembly with variable-length transfer mechanism adjusts storage area for cylindrical tobacco articles.

Pivoting idler support frame adjusts roller angle to guide conveyor belts along curved paths.

Drive cylinders extend partially in front of movable slats attached to drive feet, maximizing cargo loading area by minimizing vertical footprint.

Extracting the drive motor from the high humidity environment prevents component corrosion and jamming while maintaining accurate climate control.

An embedded conveyor roller sensor detects abnormal temperature and vibration to enable scheduled maintenance during planned shutdowns.