Sorting TRIZ Cases

Camera-based rivet and temporary fastener checks reject non-conforming parts to a waste zone before installation, preventing non-compliant assembly.

Dimensional checks tied to shared barcodes identify false side-by-side exceptions, reducing rescans and manual routing delays.

Dynamic bin assignment lets a movable carriage sort diverse objects with high throughput while cutting space, divert costs, and manual labor.

Filters undersized collars and slugs through secondary outlets so only proper collars enter the fastening machine feed path.

Dynamic bin assignment lets a movable shuttle sorter handle more destinations with fewer collection bins, reducing space and manual labor.

Camera-based rivet and temporary fastener checking rejects non-compliant parts before setting, improving fastening reliability and task quality.

RFID and sensor-guided buffer grouping automates sorting and sequencing of customized dental appliances to improve packaging accuracy and throughput.

Imaging sensors and machine learning identify target recyclables upstream, then time pusher actuation for flexible, accurate conveyor sorting.

A reciprocating carriage replaces many fixed divert actuators, enabling flexible multi-bin sortation with higher throughput and less floor space.

Dynamic bin assignment lets a shuttle sorter handle more destinations with fewer bins, boosting throughput while cutting floor space and labor.

RFID-guided buffering and sequencing automate grouping and packaging of customized parts, improving sorting accuracy without manual handling.

A rigid base-and-frame support inside sorter carriage bellows distributes accidental loads to prevent deformation, breakage, and failures.

Imaging sensors and timed pusher actuation sort mixed recyclables on a conveyor while adapting to new materials through software.

Measurement-based divergence control routes each article to a sorter or carrier, reducing manual sorting and sorter overload in logistics.

Adjustable clamping rollers and a punch mark wheels of varied sizes on-line, helping identify and remove rejects without extra machines.

Sensors detect shelf slats to verify autonomous bot location, improving case transfer accuracy and warehouse picking efficiency.

RFID-guided buffering and sequencing automate accurate sorting of customized parts, reducing manual handling in mass production.

Pre-load rivet geometry detection sorts each rivet into the right cartridge, improving bore fit verification and complaint traceability.

Rigid base-and-frame supports inside pleated sorter bellows distribute accidental loads to prevent deformation and breakage.

Downstream monitoring of adjacent non-target units enables real-time sort delay and purity mask calibration without separate steps or sample waste.

A vertically stacked receiving layout and movable sorter automate article handling, cutting labor while saving floor space in distribution centers.

Upward and lateral fluid jets clear fragments and oblong produce from conveyor seats, improving unloading reliability and hygiene.

Order-slot allocation and bag replacement timing are optimized together to cut sorting delays and maintain throughput in small-lot shipments.

Poorly positioned produce is expelled before inspection, protecting vision measurements and keeping sorting throughput high.

A two-stage LIBS and PGNAA workflow sorts scrap aluminum more accurately, cutting undefined residual fractions and reducing safety buffers.

Machine learning vision sorting separates coins and other valuable scrap from shredder residues without complex laser spectroscopy.

Extended chamber walls let sortation systems overfill receptacles without false fullness detection, improving packing density and reducing labor.

AI vision and XRF sorting separate mixed aluminum scrap into alloy families, improving recycled material purity for compositional requirements.

Multiple gantry robots sort mixed bulk objects in a compact footprint by coordinating direct bin placement and intermediate parking.

Image-guided orientation, vibration, and disc-based transport sort tiny gemstones accurately while reducing loss and electrostatic charging.

Separated gas distribution, control, and injection units let inspection sorters place nozzles flexibly while reducing layout constraints and failure risk.

Grouped infrared LEDs create continuous-band illumination for hyperspectral sorting of loose solids at lower cost than halogen lamps.

Offset plasma detection regions enlarge the LIBS viewing zone, reducing false sorting of falling aluminum scrap parts.

A constrained shaft mounting structure fixes the rod in two directions to prevent trapezoidal gear meshing and extend gear life.

Rack-hung robots handle shelf pick-and-place while conveyor lines move goods to picking areas, cutting travel distance and scheduling conflicts.

Autonomous robots switch modes by zone, using a sorting aisle to add destinations without expanding plant floor space.

Laser triangulation and hyperspectral imaging identify foreign bodies in dry sugar beet flow, cutting water use, space, and maintenance.

Automated diverter arms and gravity-fed chutes raise parcel sorting throughput while avoiding the complexity of fully automated systems.

Image-based parcel singulation checks combine binary classification with operator review to catch double feeds while limiting false decisions.

Independently actuated carriers move multiple objects to different bins in a vertical put wall, raising throughput while reducing labor and downtime.

Progressive feed-surface angles singulate aluminum scrap for LIBS sorting, raising throughput without sacrificing sorting quality.

Digital fingerprints and OCR let mailpieces be sorted in one pass, cutting delays, errors, and route handling complexity.

Closely placed nozzles and a blowing unit improve compactness and sorting precision for wood, organic, and metallic material separation.

Historical inspection results, X-ray images, and package data guide faster package sorting while reducing manual misclassification.

Combining 2D projected area with height measurement improves silicon fragment size estimation and reduces orientation-based sorting errors.

Spectral imaging identifies copper-bearing ferrous scrap before melting, cutting contamination and improving recycled steel quality.

Real-time hyperspectral imaging classifies excavated waste on a conveyor and diverts inert, non-inert, and hazardous material automatically.

A horizontal sorter paired with a pocket sorter buffers and sequences mixed shipments to raise capacity while reducing floor space and staffing.

Slides are held for barcode reading, then released by gravity into tray compartments to speed loading and reduce manual identification errors.

Individually actuated diverter segments reject only off-spec conveyor products by width and position, reducing waste without slowing throughput.

Pickup possibility scoring helps a waste-sorting robot prioritize or combine grabs when foreign materials are crowded on a conveyor.

Automated holder detection recalibrates discharge station distances on fruit sorting lines, cutting downtime and improving ejection timing.

Segmented paddles on a moving belt divert items from a conveyor, eliminating manual intervention delays.

Vertical rotation of sorting receptacles increases parcel handling capacity without expanding the facility footprint or increasing package damage risk.