Conveyors TRIZ Cases

U-shaped load carrier legs let wider autonomous mobile robots enter underneath while preserving sensor visibility and stable conveyance.

Position identifiers let an ASRS shuttle self-associate with the correct aisle computer, reducing electronics complexity, cost, and failures.

Movable conveyor belts and drain pans separate liquids and recyclables on-site, improving sorting quality and reducing contaminated residual waste.

Selective use of reliable circumferential capacitance electrodes improves edge ring center deviation measurement in plasma processing tools.

A timed bi-level laser signal detects modular conveyor belt lift on a toothed pulley, separating true disengagement from noise and wear effects.

A shared filling station serves two e-cigarette groups on separate paths, boosting output and flexibility while reducing line footprint.

Camera-based sensing tracks product density, movement, and orientation to adjust conveyor speed without contact and reduce jams.

Dual image recognition models detect stacking apparatus position and features to judge material cage stackability without driver inspection.

A rod-spring clamp uses transition plates, a disc spring, and a one-way hydraulic jack to both tighten and loosen conveyor belts during rapid replacement.

Robots move hanger-based garment enclosures instead of touching garments directly, enabling dense automated storage with lower damage risk.

A pivoting processing head lets drums connect on a base without lifting columns, simplifying powder loading and unloading for one operator.

Hierarchical zone occupancy checks flag abnormal stocking patterns and support item transfers to cut picking delays and manual warehouse intervention.

A vertical elevator and holding shelves keep consumables available during operation, reducing reload interruptions and improving throughput.

Counter-rotating rollers and sensor-based control counter object inertia to stop conveyor loads accurately at defined zone positions.

Air nozzles, sensors, and a queueing conveyor orient medication containers accurately while preventing telescoping in pharmacy fulfillment.

A thickness-based blocking gap lets stacked parts feed one by one on a short horizontal path, simplifying laser marking automation.

Offset, interlocking grid elements strengthen container storage frameworks against seismic loads without bulky auxiliary supports.

Sensor fusion and machine learning grade pallet condition and route damaged or repairable pallets for faster reuse and maintenance.

Varying link and crossbar widths improves soft product support and bottom wear resistance while preserving conveyor airflow and drainage.

Movable wearstrips lower the belt into contact with actuating rollers, enabling selective roller activation without heavy motors or complex frames.

A thixotropic polyurethane repair kit cuts on-site curing to 3 hours or less while improving hydrolytic stability and reducing handling hazards.

A movable cover and cleaning unit keep floating stage air intake holes clear of ink and particles, stabilizing substrate lift and reducing cleaning stops.

Opposed fastening pieces on the inner belt hold rods in both directions, improving screening area, stability, and simpler manufacture.

A discharge mechanism moves picked items from a temporary holder to a segmented conveyor or empty container, cutting manual container handling.

Detected luggage dimensions are used to reorder container priority and placement, improving fill rate and preventing collapse during stowage.

A pivoting overlapping rail joint absorbs thermal expansion, drains water and debris, and keeps container-handling vehicles aligned.

Swingable wheel linkages and guide rails let chain conveyor carts turn more stably at sprockets, reducing wear, noise, and maintenance.

Oblique brush elements span widening roller gaps to support small luggage or packages and prevent jams on flexible conveyor paths.

Pneumatic tubes send payment capsules between pumps and staff to cut wait times, support cash or cards, and improve transaction security.

Dynamic pickup point selection uses vicinity routes and vacant storage boxes to improve delivery vehicle efficiency before destination arrival.

Retractable sprockets let a self-guided carriage climb shelves and move under them, easing aisle bottlenecks and shortening picking travel.

Single-mushroom chambers with cap-and-stem geometry enable fast automated conveying, cooling, and precise packaging while preserving quality.

Mechanically movable nozzles switch vacuum or positive pressure on demand, reducing unintended pickup interactions and tool changes in manufacturing.

Pre-positioned containers, sensors, and controllers cut offline bagging time and unnecessary robot cycles in tote-based order fulfillment.

A movable friction bar shifts crossbelt actuation points along the track, enabling smoother object discharge and more adaptable sorter operation.

Independent lane locking isolates damaged containers so other bottle-cleaning lanes keep running and contamination risk stays contained.

A shaft-mounted guard with side walls blocks conveyor pinch zones, fits varying roller spacing, and resists accidental removal.

Position-based speed profiling compensates for conveyor belt elongation to keep glass container spacing uniform, reduce rejects, and support higher line speeds.

Shelf ID tracking lets robots transfer movable shelves across unloading regions, boosting sorting throughput without complex fixed layouts.

Image-based defect detection guides portion cuts around unwanted areas, reducing manual sorting, defective portions, and food waste.

Dual roller speed sensing detects conveyor belt slip in harvester cutting units without contamination-prone gauge wheels.

Sensor feedback and control stop the conveyor at the right moment, keeping objects in the detection region for more accurate inspection.

Products are shifted into adjacent empty seats using detection and electronic control to maintain spacing and prevent damage during conveyance.

Wireless controller setup lets technicians configure and monitor motor rollers on site, cutting wiring effort and maintenance time.

Inclined group transfer and dual-direction pickup smooth abrupt path changes, keeping objects stable during high-speed row arrangement.

Movable compartmented frames and sorting shuttles reorder glass cut pieces quickly while reducing storage space, complexity, and cycle time.

Offset eye parts, cutouts, and rib blocking improve drive tower engagement and force transfer in spiral conveyors under high loads.

Opposing parallel conveyors and guided discharge feed containers into mass flow with less pressure, less tipping, and a smaller footprint.

Laser sensors check tire tilt before hook engagement, helping lifting arms avoid contact damage in stacked tire transport.

A buffered pickup and release unit samples rod-shaped tobacco articles for individual inspection while preserving sequence and reducing line complexity.