Conveyors TRIZ Cases

A tilting housing, slide wall, and rolling elements automate pallet load separation while limiting operator and package risks.

A controlled feeder directs particulate material into the grinding zone, stabilizing the bed without added water.

A robotic picking arm and independent conveyor pathways enable parallel container transfer, reducing sequential circulation time.

This case shows how a movable hinge rod retainer locks or opens the passageway for tool-free conveyor belt separation and repair.

Differential acceleration and braking rotate varied-size objects, supporting compact sorting without tilting or manual intervention.

Sensor-guided lane routing balances product flow and reduces conveyor congestion.

Carriers use relative motion and induced resistance to buffer poultry legs and improve spacing between supply and discharge conveyors.

A deformable landing platform cushions pneumatic transport containers, reducing noise and damage while easing removal.

A translating element swaps pallets horizontally, avoiding load pressure and overturning while simplifying the replacement mechanism.

Photo-array sensing compares contact-region changes during acceleration to divert unstable items before downstream damage.

A control unit coordinates conveyors to collect unreadable or non-automatable mail in sequence, reducing manual sorting effort and cost.

Robotic routing conveyance moves diverse objects through orthogonal paths faster.

Multi-stage conveyors and divided steaming spaces increase throughput while maintaining uniform processing in a compact footprint.

A redirector routes airflow between loop riser and main pipes, reducing long pneumatic runs, installation cost, and energy use.

Two closely spaced inspection devices capture spatially resolved images of preform mouths and bottoms, improving quality evaluation.

Rack and container codes help cameras detect article positions and simplify updates.

A temporary warehouse and steerable conveyor route packages to pickup ports, easing fixed-compartment capacity limits and manual handling.

A segmented belt conveyor folds for transport while adjustable supports and gravity tensioning maintain stable, accurate proppant delivery.

An AGV lifting fork uses receiving-container slots to move goods between conveying levels, reducing reliance on fixed warehouse conveyors.

Vertically and horizontally framed slots secure modular wall structures upright, while a trolley and conveyor support lifting and transfer.

A single intermediate rotary wheel adjusts container pitch and retracts grippers to prevent interference during upstream stoppage.

Readers mounted on the lifting frame identify containers and help verify vehicle positions after manual moves or control-system blackouts.

A movable stop blocks forward travel during insertion, then swings away to support mechanized workpiece handling.

Per-position sensors record container information so the conveyance unit selects pickup order without stopping rotation or manual alignment.

Independent carousel supports let vehicles reach storage containers at any level without relocating upper containers.

Interchangeable dock modules let robotic processing systems scale lab layouts while preserving positioning and reducing build costs.

Cameras and LiDAR verify the truck bed before opening the loading gate, reducing drops onto truck cabs and other improper locations.

A powered shape-memory element actuates the divisible pouch base, reducing mechanical complexity and wear during automatic unloading.

A segmented transmission line uses belts, pushers, and holder plates to transfer stacked cornet cone packages without deformation or flying.

Pivoting arms and tilt sensors measure rail-grid levelness, helping identify uneven cells before vehicle damage and downtime.

A rotating tower uses variable-height ridges and hinged play to engage spiral belts smoothly with less tension and frictional wear.

A tapered auxiliary hinge pin transfers tensile load across multiple protrusions, preserving modularity as the belt negotiates bends.

Movable supports expand for loaded containers and retract when empty, reducing queuing and rail-grid obstruction.

Meshed belt edges improve treadmill drive synchronization and reduce operating noise.

Adjacent chains and circumferential guides stabilize 90° article transfer, improving alignment while reducing bottom damage and friction.

A swing-reset stop aligns internal components during insertion while avoidance grooves keep guide slots clear for mechanical-arm handling.

Differential-speed coplanar platforms and vibration screening arrange workpieces continuously while limiting collision and friction damage.

Adjustable roller gradients and spacing help root-crop conveyors deliver intensive, careful cleaning for varied crops.

A unified cup-in-module structure supports reliable roller retention while simplifying manufacturing and keeping conveyor surfaces easier to clean.

Sensor-based monitoring detects transport faults early for condition-based maintenance.

The case separates automated and manual retrieval while planning container placement for oversized merchandise to streamline assembly.

A vehicle pen interlocks entry and exit barriers, preventing uncontrolled remotely operated vehicle movement between areas.

Sensors and AI select package locations and project visual guidance, reducing loading errors, damage, and shipping mistakes.

A stationary carrier and movable carriage transfer lumpy products while reducing moved mass, drive power, and conveyor wear.

Autonomous transporters and foragers automate GOH storage and retrieval across multiple levels.

A rail-mounted carriage adjusts support spacing and gripper position for different article heights, helping prevent impact and dropping.

Sensors, handle activation, status lights, and remote communication help verify wheel chock engagement at loading docks.

Sensors and simultaneous vertical-horizontal motion align the gripper with angled shafts, reducing reel damage and manual handling effort.

Adjustable guide rails, transfer bars, and a motorized turret align varied can sizes while reducing filling-line downtime.

A rocking and switching unit on one intermediate rotary wheel matches conveyance pitch and retracts grippers when the upstream wheel stops.