Conveyors TRIZ Cases

A central 3D facility map lets selected AMRs choose objects, routes, and unloading locations for safer, more flexible transport.

Weight-based bin placement balances column loads in storage grids, enabling taller stacks and higher capacity without exceeding load limits.

A push-switch valve stops rearward gas flow as a through-hole component reaches position, enabling immediate release and steadier feeding.

When stereo views are blocked, the AGV switches to AI-based monocular detection to maintain object localization and reduce pick failures.

Horizontal and vertical loading energy classify conveyor duty severity, guiding cover rubber selection for wear and cut resistance.

A central magnetic gripper lifts and separates intertwined metal bars for orderly feeding, faster changeovers, and compact handling.

Dual navigation, object recognition, and a height-adjustable gripper automate vehicle unloading while protecting personnel and goods.

Image and distance sensing guide pallet fork alignment, enabling accurate storage container return in high-bay warehouses with less manual adjustment.

A metal-plastic chainwheel uses bridged inner and outer rings to cut wear, noise, and cleaning effort in modular belt drives.

Robots, laser cleaning, and visual recognition automate tower derusting, aluminum spraying, rolling, and cutting to raise throughput and cut labor cost.

Controlled heating jaws and clamps bond corrugated sidewalls across belt splice joints with more uniform heat, pressure, and bond quality.

RFID-tagged bulk cases link unique IDs to cloud records, enabling flexible tracking of electronic components across varied storage forms.

Magnetic pickup and guided bolt dropping automate aligned bolt supply to fastening points, cutting manual distribution time in assembly.

Real-time strain-gauge sensing lets a conveyor belt clamp measure inline tension and warn of overload before clamp failure or belt damage.

Selective covers and a protective housing expose only the ordered compartment, enabling safe item pickup from automated storage containers.

Rotating anti-entrapment profiles open roller access in a mobile conveyor support station, enabling safer, faster replacement without lifting the belt.

Detachable dampers, elastic clamping, and conveyor transfer simplify jig replacement, improve positioning, and reduce operator injury risk.

Guide-track bottom panels slide and lock in place, giving quick access to conveyor internals while cutting labor, tools, and maintenance risk.

Tapered or convex false teeth engage belt grooves to cut bearing-layer stress, prevent rotation, and improve winding on small diameters.

Ultrasonic presence checks trigger camera code reading so AGVs can identify pickup items and route them to the correct drop location.

Autonomous transfer vehicles move full and empty component containers between aligned storage and assembly aisles to cut logistics delays and complexity.

Continuous jerk-constrained trajectory generation smooths acceleration and deceleration to reduce oscillation and item damage in load handling motion.

Jerk-constrained motion profiles smooth acceleration and deceleration of grid-based load handlers to prevent oscillation and item damage.

Inclined storage pockets and vertical transfer let section bars unload faster while avoiding scraping damage in compact work centres.

Pre-alignment with a laser pointer and vacuum table standardizes display material pickup and cutting, improving accuracy and throughput.

Autonomous transport vehicles and bay-level control sort disparate articles into destination containers with fewer errors and better warehouse space use.

Riveted cylindrical bolts on a hub plate create a modular cam wheel that adapts to different cam belt spacings with lower production complexity.

A lightweight open-web carriage with resilient rollers and servo pump control cuts rail wear while keeping high-speed tool motion accurate.

Direct suction from the ejector into a transport tube keeps pressed wire parts oriented, reduces oil contamination, and avoids damage in transfer.

A compact grid-rail handler uses selective wheel engagement and vertical lifting to retrieve containers from dense multi-level stacks faster.

Force sensing on a foldable milling conveyor estimates material load accurately, improving haul vehicle monitoring and material accounting.

A belt-integrated sensor detects containers across size changes without repositioning, improving hygiene and line efficiency.

A floating weld gun with built-in homing guides simplifies fastener welding on sheet metal while supporting high-rate, reliable production.

A nested crane and container space lets each load handler stay within one grid cell, boosting storage density and retrieval speed.

An integral sealing profile lets the gripping ring apply uniform pressure to thin-walled aerosol can blanks while reducing friction and fluid loss.

A single-grid-space load handler lifts containers from stacked storage without aisles, improving access, density, and throughput.

A two-piece conveyor module uses sealed hygienic fasteners and shaft recesses to simplify installation while preserving alignment and cleanability.

Sensors track chain preload, load, and vibration so actuators can correct transport errors, cut wear, and extend machining uptime.

Arcuate lug faces and parallel gear contact stabilize the conveying surface, reduce jumping, and extend net chain service life.

A lift and transfer belt secure and position inspected articles accurately, reducing manual handling risks and inspection errors.

A map-based drag-and-drop interface turns real-time facility context into autonomous robot transport missions with less operator setup.

A relief-opening link and recessed flight bar help chain conveyors handle lateral turns, scrape material effectively, and clear debris.

A tensioned datum wire and tooth markings let mining conveyor sprockets be checked for radial and circumferential wear without chain removal.

An unctuous sealant helps open-pore suction cups conform to rough surfaces, cutting vacuum power and pressing force while maintaining grip.

A protrusion timing belt balances cord fineness, spacing, hardness, and root width to resist bending fatigue and locking loads in compact coin conveyors.

When standard obstacle clearance blocks an AMR route, switching to a slower reduced-distance mode helps it pass choke points and finish missions.

A compact load handler uses top gripping and selective rail engagement to access stacked containers without sacrificing storage density.

By occupying one grid space above stacked containers, the load handler improves storage density and speeds retrieval across mixed-product stacks.

Mounted sensor units scan load contours during truck travel, avoiding separate inspection stations while checking dimensional compliance.

Interchangeable frames with standardized interfaces let one production line measure and adjust different rear axles with less space and shorter cycle times.