Manufacturing Computing Systems TRIZ Cases

Iterative population-based scheduling improves flexible job-shop machine allocation and sequencing to shorten makespan and raise device utilization.

Automated BM calculation converts strength-analysis data into cutting and nesting plans that reduce scrap, labor, and plate purchasing errors.

Automatically orders test process nodes from connection and service information, reducing manual analysis workload and execution errors.

Automatically synchronizes actual and master manufacturing process models to detect deviations early and keep site data accurate.

Offline planning of bead layout, torch pose, and process parameters enables stable automatic welding of saddle-type T joints with fewer defects.

By pinpointing high-incidence defect time periods, this case quantifies process influence and speeds root cause diagnosis in manufacturing.

Tracks user cartridge stock and usage to reassign near-expiry ink, cutting waste without compromising print quality.

Selective use of high-variation component positions identifies individual PCBs without barcodes, RFID tags, or bloated traceability data.

Allows print orders to proceed before file submission while blocking late replacements after key workflow stages to avoid rework.

A drag-and-stop dial interface speeds material composition entry while preserving precise material and content selection.

Virtual model workers reproduce handoff motions between successive tasks, helping teams learn coordination without complex physical training setups.

A single screen combining print job status, volume, and process step helps teams quickly rework delayed print plans with fewer errors.

Ordered layer identifiers let users select and adjust overlapping special effect layers more easily, reducing editing complexity and time.

Completed print-job data trains a model on job, equipment, and worker factors to estimate involved time and improve scheduling accuracy.

A server tracks cartridge inventory, expiration dates, and user location to time printer-cartridge provision and reduce waste.

Automatic matching of chart configuration with measuring-device specifications helps printers support custom charts while avoiding manual compatibility checks.

Point clouds and 3D worker images detect actions and workpiece attributes, comparing tasks with SOPs for real-time feedback.

Reuse existing workflows and replace unsupported processes with device-compatible functions for faster external-device execution.

Measure multiple job-identified color charts in one session to prevent mismatches and streamline accurate print verification.

A printing process management apparatus displays graphical objects representing processing steps to track job progress.

Segmented garment parts allow automated linear bonding, reducing fabric waste and bacterial contamination.

Quantitative flight string fatigue evaluation system calculates duty period segments and factor intensities to determine precise fatigue grades.

Information processing apparatus acquires color measurement results via a web browser interface.

Computer system automatically identifies and supplements missing spectral characteristic data and printing order information for digital color conversion.