Ignition Automatic Control TRIZ Cases
- Vehicle Controller Switching via Intermediate Tyre Force Control
An intermediate controller blends tyre-force targets during vehicle controller switching to avoid oscillations, instability, energy loss, and tyre wear.
- Vehicle Controller Switching via Tire-Force Transition Control
An intermediate controller bridges vehicle controller switching by matching tire forces to reduce oscillations, energy loss, and grip loss.
- Injection Molding Condition Modeling for Variable Resin Quality
Data-driven molding conditions link resin properties to quality targets, reducing defects from recycled or variable materials without complex controllers.
- Industrial Process Control Algorithm Switching for Stable Operation
A switching-penalty orchestrator selects among predefined control algorithms to keep industrial processes stable with less downtime.
- Actuator Setpoint Control Using ML Explanation Value Feedback
ML explanation-value deviations are fed into setpoint control to validate models automatically and stabilize actuator-driven industrial processes.
- Property Monitoring Control for Context-Aware Unauthenticated Commands
Sensor-based property state analysis lets monitoring controls accept or block unauthenticated commands based on user presence, location, and risk.
- Distributed Process Control with External Computing Units
Remote computing extends plant automation units with model-based control and simulation, improving precision without added on-site hardware.
- Cutting Oil Supply Control for Variable Workpiece Demand
Per-workpiece oil timing and flow settings keep the cutting-oil tank from running low, preventing stoppages and reducing waste.
- Hardwired Processor Core for Real-Time RBF and MLP Calculation
A hardwired processor core offloads RBF and MLP calculations from vehicle control units to meet real-time demands with lower hardware area.
- Meta-RL Process Controller Tuning for New Industrial Processes
Offline meta-RL tuning adapts process controllers to new industrial dynamics with minimal online learning and less disruption to product quality.
- Cutting Oil Supply by Workpiece Cutting Time and Tank Level
Oil volume is set from each workpiece's cutting time while a minimum tank level is maintained to avoid depletion, overflow, and stoppages.
- Crankshaft Speed Prediction for Engine Reverse Rotation Prevention
By tracking instantaneous crankshaft speed and deceleration, the controller stops ignition before reverse rotation can damage engine components.
- Numerical Controller Synchronization for Servo Motor Positional Discrepancies
A numerical controller sets common initial speeds to synchronize servo motor movement.