Conveyors TRIZ Cases

See how a reconfigurable storage wall uses ToF sensors to auto-detect divider positions and ite

See how sensor-driven drive frame positioning and actuator control maintain optimal tensile mem

Horizontal and radial airflow through permeable conveyor tiers reduces pressure loss and improves uniform cooling or heating in stacked systems.

Temporary speed increases between paired belt conveyors unfold folded laundry edges and smooth items without slowing mangle infeed.

See how a routing conveyor module with asymmetric inbound-outbound lanes reduces handling bottl

See how a multi-roller arc guide distributes chain contact across multiple rollers to reduce we

An aromatic-oil and reactive-phenol EPDM mix raises belt-ply manufacturing tack while preserving textile adhesion and dynamic properties.

See how rubber resin coating on non-woven fabric belts increases static friction to maintain gr

See how elongated slots and orientation tabs enable lateral and vertical adjustment, simplifyin

See how spinning rollers and RFID tracking automate tire positioning and inventory updates, red

See how position-adjustable bearing seats and hollow bases enable axle distance changes to main

See how paired sleeve-guide portions lift and position sleeves to overlap the chest, enabling a

A rotating feed wheel with baffles dispenses exact dry food portions without crushing, jamming, or contaminating the hopper.

See how counter-rotating Teflon-coated belts transport sandwiches through heating plates, mergi

See how rotating roller pairs and actuated plates enable automated tire movement in dense stora

See how LED light projection replaces physical dividers on checkout conveyors, using proximity

See how a retaining cam mechanism enables single-can dispensing in a modular unit that fits ins

See how a fabric folding device uses rotation and sequential folding units to achieve multiple

See how a modular assembly station uses vertical post assemblies and dunnage conveyors to pre-a

See how cartridge bins within articulating drums on vertical tracks enable continuous-flow laun

See how variable-frequency compressor control and thermal dose thresholds stabilize air tempera

A screw-driven cork closure opens for dispensing and retracts at target weight to prevent cross-contamination and ingredient waste.

See how an elevator and rotatable fork maintain horizontal orientation of cooked food products

See how universal robotic vehicles and temperature-controlled containers enable seamless operat

See how an air table uses pneumatic lift to support heavy mattress toppers during sewing, enabl

See how a modular cryogenic tunnel freezer eliminates fans and turbulence devices, using direct

A skew-adjustable alignment roll steers the feed belt laterally to keep rugs and carpets aligned while improving friction and feeding stability.

See how a conveyor with cylinder actuator automatically transports and separates laundry hanger

See how a docking system with intermediary temperature maintenance units and sealing elements m

See how reflectors redirect product images to low-positioned cameras, reducing shelf spatial he

See how an upwardly open bolt socket with removable hold-down device enables easy flap shaft re

Perpendicular pan rotation and modular oscillating brush stations improve coverage of complex baking pan surfaces while easing maintenance.

See how distributed storage towers and lockers with autonomous transport coordinate through a c

See how a vertical hub assembly with robotic arm enables space-efficient item transport, reduce

See how a foamed polymer core with paper outer layers prevents polymeric staining of display co

See how a pinch mechanism using a flexible circular strip maintains wire position during convey

See how a vertical conveyor fryer with compartmented paddles cooks 1.5× the volume of tradition

See how elastic transferring wings and segmented breaking members prevent ice from getting stuc

See how modular segmentation enables automated pizza production from dough to finished product

Upward airflow through a vented air table lifts bulky mattress toppers during sewing, easing handling and reducing seam stress and tears.

See how forming laundry into a U-like configuration with a conveyor cascade creates adjacent co

See how a conveyor belt with integrated elastomeric molds eliminates metallic interference and

See how fluoropolymer ties and controlled peel strength improve PTFE-fiberglass adhesion while

Stainless steel outer plates and foil heaters improve belt-cooker heat uniformity while resisting cleaning wear and simplifying assembly.

See how imaging apparatuses determine optimal gripping points and control alignment to enable f

Multiple temperature zones, zone-specific robots, and phase change containers keep chilled and frozen goods cold while limiting condensation.

See how a frame feeder uses heated air flow paths and discharge holes to create a uniform therm

Removing the center drum and using external belt drive frees space and evens airflow, heat, and humidity across spiral cooking zones.

See how modular infeed and outfeed assemblies enable freezer reconfiguration in days instead of

A pivoting article holder aligns varying article orientations with load ports, enabling reliable transfer and smoother overhead traffic flow.

Real-time loader camera feeds to the truck cab help drivers balance bulk material, avoid collisions, and judge load weight during loading.

Multiple rail paths around the access point cut delivery-column congestion, raise vehicle availability, and expand capacity without extra space.

Tilt detection and hand unit position correction align transfer container recesses with load port pins for accurate semiconductor unloading.

Alignment and stopper sensors let an OHT turntable rotate between rail directions without misalignment damage or crossover congestion.

Motor current is used to estimate item weight and retune torque control gains, keeping conveyed items fixed at their stop position.

Rechargeable power and light-based control remove worn lifting-band cables, preventing short circuits and reducing service delays.

A pivoting article holder aligns changing article and load port orientations for reliable transfer and smoother overhead routing.

Optical measurement detects flat-element position and angle errors during conveying, enabling accurate battery cell stacking at high speed.

Dividing the nozzle plate into controlled regions evens floating force, stabilizes substrate height, and prevents coating defects during processing.

Stored electrical energy keeps the motor decelerating on a defined curve during power failure, preventing belt tension loss and folding.

Automated transfer control moves a traveling vehicle from a power feed track to a non-power feed track without manual operator intervention.

A modular cylindrical casing with flanges, shrouds, and a hollow shaft protects the geared motor while enabling non-destructive maintenance.

Three detection stations and rotating clamps expose capacitor front, back, and side surfaces for accurate defect sorting.

By moving container transfer above load ports and adding vertical shelves, this layout boosts substrate logistics throughput without extra floor space.

Magnetic flux modulation replaces OHT mechanical reducers to cut wear particles while preserving driving force in semiconductor container transport.

Radially retracting pick-ups and a reciprocating stacking table speed anode-cathode stacking while preventing separator film tearing.

Modular bottom moving units and vertically aligned loading panels automate luggage loading and arrangement inside mobility cargo space.

Placing a temporary RFID label at the tire bead avoids clamp shielding, enables distant reading, and cuts handling time in warehouses.

Arc-shaped sprocket segments with self-guiding alignment enable on-vehicle replacement, cutting tracked vehicle drive wheel downtime.

Separate fixing parts secure the electrode lead and gas pocket to prevent gripper interference, scratches, and misalignment during pouch battery transfer.

Optical I/O mediation lets FOUP transfer units work beside existing load ports with minimal retrofit, cutting installation downtime and cost.

Movable support bars and sensors correct pouch battery cell seating during transfer to prevent misalignment, distortion, and handling errors.

Movable slider pairs replace pitch conveyance so wire processing stations can be arranged more freely while improving equipment efficiency.

Differential belt speeds rotate randomly loaded cylindrical battery cells into aligned positions for accurate insertion without transport damage.

Combining detection, identification, and adaptive engagement, this case shows how logistics objects can be routed in transit with higher capacity and precision.

A replaceable upper battery and backup cell keep grid storage robots moving while charging avoids lost storage space and added complexity.

Movable tray positions let staff and battery module transport equipment swap jaw teeth and suckers in parallel, cutting changeover time and interference.

Reflection distance sensors and a tip notch let overlapping substrates be identified accurately despite tight transfer-arm space.

Vertically movable charging contacts let rail-grid vehicles charge with larger contact area, less wear, and less precision demand.

A two-area service vehicle uses a holding pen and movable barriers to stop uncontrolled robot movement before rail-grid servicing.

Automated robot-arm handling sorts, stores, and retrieves wafer frames with recorded locations to reduce misplacement and breakage.

Multiple AGVs and a central server coordinate baggage storage and retrieval to raise throughput while limiting manual handling.

A dual-arm belt tensioning assembly keeps grid load handling robots moving reliably while reducing complexity, maintenance, and material use.

A partially overlapped dispensing and AOI layout cuts assembly line width by using non-working station space without component interference.

Adjacent belts running at different speeds rotate randomly oriented cylindrical battery cells into aligned positions with lower complexity and damage risk.

A displaced container carrier triggers vehicle shutdown, reverse, or slowdown to reduce collision injury risk in automated storage grids.

Integrated conveying, centrifuge, and gas handling simplify waste battery recycling while improving slurry recovery and containing harmful electrolyte vapors.

Dual vertically stacked load units move multiple conveyed articles between semiconductor floors at once, with speed adjusted by size or weight.

Multi-stage sensing detects unit cell misalignment before rotor pickup, enabling angle and position correction to improve electrode yield.

Interchangeable access and blanking panels let one station adapt to changing container access needs without redesigning the full structure.

A four-swapper linear transfer layout with heated load locks boosts cluster tool throughput while cutting motor count and transfer steps.

Adjustable gripper modules and pivoting sub-racks let battery plate handlers switch plate group layouts quickly while keeping alignment precise.

A roller gripper with adjustable gap replaces vacuum suction to insert heavy pouch cells without damage during transport and packaging.

Direct torque motor coupling removes drivetrain play in log sorting ejectors, improving ejection timing, drop accuracy, and sorting speed.

Individually driven overhead carriers improve order-picking throughput, route flexibility, and space use without fully complex conveyor layouts.

A variable brake load lets cargo rollers match braking force to cargo weight, preventing light-load skidding and roller wear.

Spring-biased rotating landing legs let a UAV grip and release delivery canisters without added retrieval hardware, preserving battery efficiency and payload.

Jerk-limited trajectory planning smooths acceleration and deceleration of load handling devices to reduce oscillation, toppling, and item damage.

Buffer distance or wait-time control cuts repeated OHT start-stop cycles in congested tracks, reducing vibration, shock, and errors.

Measuring devices capture container and content data before and during emptying to maintain traceability without interim storage or sampling.

Pivoting and translating flatteners place dough balls at a target conveyor position for uniform pressing and heating with less waste.

Suspended carrier vehicles and transition tracks move containers across fixed racks, cutting energy use and collision risk while increasing storage density.

Ranks orders by estimated pickup readiness so goods arrive just in time, reducing pickup-point congestion and cold-storage buildup.

Lead-in edges and a square notch guide carriage bolts into alignment, cutting conveyor slider pan installation time and manual rework.

A near-belt sensor tracks repeating belt profiles and flags rolling-average deviations early to prevent breakdowns, downtime, and safety risks.

Controlled oxygen at 16% or less lowers fire risk in automated storage grids while gated transit access preserves container handling efficiency.

Routing both conveyor branches through the heating tunnel keeps the transport path sterile while improving container handling and reducing downtime.

Modular chain strands create a continuous curved conveying surface that scales in width while limiting polygon effects and preserving product orientation.

Reversible belt cleats and angle adjustment divert packages gently while preserving orientation and simplifying conveyor maintenance.

Relative displacement sensing detects jamming in a Eurosilo telescopic coal feeding pipe before dust and moisture adhesion cause damage.

A deployable elevating and extension conveyor transfers aggregate to elevated silos without cranes, reducing setup complexity and crew needs.

A loading vehicle is immobilized before chamber entry by disabling lift and travel drives and delaying door unlock for safer maintenance.

Suction, sliding, and sensor-positioned support remove loose container layers without confinement walls, reducing container and sheet damage.

An intermediate case buffer lets retrieval machines feed picking stations without constant rack movement, raising throughput and cutting robot demand.

Weight-based slot assignment keeps heavy containers within column load limits while improving automated storage density and avoiding framework upgrades.

Article-specific speed control raises sorter throughput by matching conveyor speed to tipping stability instead of slowing all items.

Load cells under a floating discharge hopper track proppant weight and automatically adjust conveyor speed to keep fracturing supply steady.

Electronic scales, segmented conveyors, and a vertical drop tube enable accurate coal blending under site and equipment constraints.

Preloading supports and redistributing remaining articles keeps a flat top layer for stable stacking when shipment quantities vary.

An elevated support frame with chute, gate actuation, vibration, and air injection improves proppant discharge while preserving moisture and turbidity control.

A tapered insert fits the lower can rim to stabilize non-necked food cans, prevent falls, and improve storage space use.

A main module with interchangeable sub-modules automates small pharmaceutical batches, cutting manual errors, cost, and changeover time.

Multi-point sleeves and slide rails constrain the loading platform to prevent tilt and vibration during heavy material lifting.

Inclined transfer surfaces on stacked rotary rings keep solid dosage forms aligned and moving reliably even when conveyance speed is reduced for printing.

Sensor-based speed tracking aligns peripheral conveyors with sorter acceleration and deceleration to prevent article collisions and flipping.

A conveyor-based port moves bins between grid positions for parallel handling, raising throughput while cutting swing-arm downtime.

Synchronized chute time windows split a central belt into separate order zones, boosting picking throughput while preventing article mixing.

Strain sensing on the tensioning transmission device enables automatic chain retensioning, preventing workpiece rotation from chain slack.

Flat and forming cutters separate steel wire rope cores at conveyor belt joints faster, reducing manual cutting time and labor.

Thermally insulated passage walls and seals let containers move between different storage environments while limiting condensation, gas leakage, and fire risk.

Visual-sensor feedback synchronizes rotary alignment and robot transfer to handle variable goods spacing without overflow.

Robotic pickers and conveyors break down pallets in one stage, cutting labor and enabling mixed-order warehouse fulfillment.

Indexed cup conveyance, visual cup-level indicators, and accessible staging improve beverage filling speed and operator visibility.

A conveyor opening, plunger transfer, and sensors automate taco shell stacking while removing non-compliant shells for consistent packaging.

A bar-created chute gap filters out aggregate while a funnel uses gravity to collect cement slurry cleanly into a bucket or wheelbarrow.

A pusher slides discrete article rows from transport seats into a continuous row, raising loading speed while preserving alignment.

Stored off-weight items are discharged on request to verify checker operation without stopping the production line or manual feeding.

A sliding conveyor belt inside a tubular truss channel cuts moving parts, downtime, and maintenance in long-distance bulk transport.

Prestressed rail cords, tensioned bogies, and grooved cargo belts extend bulk transport distance while reducing wear, area, and material use.

Adjustable rails and independently movable arms let one tray stacker handle non-standard tray sizes without custom parts or productivity loss.

Ambient light validation lets a mobile camera read optical test strips more reliably, avoiding inaccurate analyte results from poor lighting.

Sensor feedback lets loading arms extend and deploy around mispositioned articles, avoiding collisions and reducing retrieval faults.

A universal-joint slanted plate redirects sticky falling articles toward radial conveyors for more even distribution without extra motors.

Selective use of rear and intermediate hooks stores mixed-width packages in deep racks while cutting front-side transfer time and interference.

Image-based screening marks only food items needing extra workstation handling, improving conveyor throughput without adding workload.