Manufacturing Computing Systems TRIZ Cases
- Flexible Job-Shop Scheduling Using Iterative Machine Allocation
Iterative population-based scheduling improves flexible job-shop machine allocation and sequencing to shorten makespan and raise device utilization.
- Plant Stationary Equipment BM Calculation for Scrap-Optimized Plate Nesting
Automated BM calculation converts strength-analysis data into cutting and nesting plans that reduce scrap, labor, and plate purchasing errors.
- Test Process Node Analysis for Automatic Ordered Execution
Automatically orders test process nodes from connection and service information, reducing manual analysis workload and execution errors.
- Manufacturing Process Model Synchronization for Change Deviation Detection
Automatically synchronizes actual and master manufacturing process models to detect deviations early and keep site data accurate.
- Saddle-Type T Joint Welding Path and Torch Pose Planning
Offline planning of bead layout, torch pose, and process parameters enables stable automatic welding of saddle-type T joints with fewer defects.
- Production Record Analysis for Sudden Defect Root Cause Detection
By pinpointing high-incidence defect time periods, this case quantifies process influence and speeds root cause diagnosis in manufacturing.