Computer Control TRIZ Cases

A numerical controller calculates turret rotation angles to position a tool edge for machining operations.

A synchronization controller adjusts master axis position to enable smooth slave axis acceleration.

A power distribution unit monitors generator data to balance loads across a microgrid array.

Segmenting the power supply architecture eliminates redundant hardware while maintaining user memory persistence during power failures.

A process control system generates child device objects to represent subsequent parameters of multi-variable devices.

A controller adjusts a heater's power consumption to store excess electrical energy in a heat storage medium.

A laser numerical controller look-ahead unit anticipates next machining blocks to control nozzle retreat and return movements.

Surface drilling parameters estimate downhole vibration severity, reducing reliance on costly specialized equipment and complex mathematical models.

A client sends operation instructions through a server to enable remote access for controlling connected devices.

Kinetic assistance motors reduce operator fatigue by counterbalancing resistance during manual alignment of radiographic equipment.

A secondary monitoring axis calculates position corrections to drive a stepper motor with improved accuracy.

A controller verifies additional software using a recording medium identification key to decrypt stored data.

Dynamic mapping at the end device level eliminates costly controller reprogramming by emulating standard protocols.

A stage device beam rotates around a yaw axis to maintain alignment with guide rails during continuous operation.

A power distribution management apparatus stores electrical connection information to identify uninvestigated junctions and output facility data.

A memory controller executes instructions via a pipeline synchronized with the processor using filler and null instruction queues.

Segmented synchro-commands with pre-encoded scheduler times resolve synchronization precision versus device complexity trade-offs.

A numerical controller outputs auxiliary function commands early to account for operation delays and spindle speed overrides.

Image recognition module calculates actual distance among designated sites, correcting positioning errors to resolve tune-in time bottlenecks in laser brazing.

Intelligent electronic devices monitor generator rotor speed to identify isolated sub-grids and execute selective load shedding.

Reducing fan speed allows hinged doors to close during online module removal, preventing overheating from ambient air ingress.

Terminal software calculates optimal train container stacking configurations to minimize aerodynamic drag, reducing fuel consumption and infrastructure wear.

Mass flow sensor detects valve leakage and input pressure anomalies, resolving inaccurate rapid flow rate detection in gas installations.

A production system restricts operators based on detected productivity drops to prevent repeated inefficiencies.

A thermodynamic model iteratively adjusts mass flow split and recuperator temperatures to optimize closed split flow recompression Brayton cycle performance.

A patient couch uses a 3D camera to detect hand gestures, eliminating physical contact and reducing hygiene risks in medical environments.

Multi-tier volt/VAR control segments operations across time scales to minimize electrical losses while extending equipment life expectancy.

Receiving unit executes initial processing on start information to reduce response time while maintaining synchronization.

Bent portions in the movable member resist warping to create distinct click feeling while a buffering member reduces collision noise.

A server control unit selects cooling fans based on module location data to optimize airflow distribution.

A control system adjusts power plant operating points based on real-time generation data to minimize energy output deviations.

A numerical controller calculates translation correction amounts at lattice points to adjust commanded linear axis positions.

Industrial control system infers energy usage from operational parameters to generate dynamic baselines.

A virtual device manager maps attributes to physical data points for dynamic energy storage control.

PID controller parameter monitoring detects power supply abnormalities without extra hardware.

A server framework application runs logic device drivers while a client framework handles web-based user interfaces.

A data capture module duplicates and forwards bi-directional substrate processing traffic for comprehensive logging.

A supplemental wireless remote control system enables operators to move materials handling vehicles without stepping off the platform.

A building management system interface generator hides unchanged user-configurable options in a delta view mode.

A reference model generates operational recommendations by comparing simulated worksite activities against real-time telemetry data.

Dynamic conveyor speed control adjusts transport velocity based on reader feedback to optimize item identification success rates.

Encapsulating parameters via a safety protocol reduces hardware complexity while maintaining reliability in non-safety automation environments.

A redirector evaluates group scores to select the optimal elevator group, resolving lobby queuing and traffic imbalance across multiple elevator banks.

Motion control system automatically computes safe retract and plunge moves within working space limits, eliminating manual reprogramming errors.

An end device reads electronic tag identification to automatically select and perform predefined functions.