Computer Control TRIZ Cases

Time-coordinated memory access enables parallel function execution in a control unit, eliminating external hardware complexity and reducing processing delays.

A controller determines relay amplitude for automatic tuning.

Electronic boxes switch three-phase cables to direct current transmission when an open phase occurs, maintaining continuous power delivery.

Mixed picking receptacles consolidate items from multiple orders, reducing handling touches and labor costs in automated warehouses.

A centralized controller compares patient identification data across multiple medical devices to ensure accurate matching.

A receiving device analyzes wireless signal quality disturbances to trigger predetermined operations within smart home environments.

Host application compares device description revisions to generate update information, resolving inaccessibility of new features and bugs.

A thermal manager estimates component heat states using power consumption data to dynamically adjust cooling fan speeds for optimized airflow.

Named pipes collect container metrics to resolve the trade-off between deep packet inspection overhead and real-time application health monitoring.

Instantiated motor drive objects merge configuration tasks into the PLC environment, eliminating separate tools and verifying data transfer accuracy.

A program correcting device simulates robot operations to calculate speed variations and select correction schemes.

A numerical control device splits axes into normal and high-speed interpolation systems to synchronize parallel machining operations.

A front overhead display panel uses multicolor indicators to show machine function states in the operator cab.

A measurement management apparatus synchronizes timing across distributed devices via a communication network to correlate measured data accurately.

A processor evaluates activation information to automatically deactivate optional elevator functions based on predetermined criteria.

A configuration system gathers parameter data from process plant signal processing blocks to monitor operational conditions.

A central server correlates measurement data from multiple identical machines to identify deviations, preventing non-conforming workpieces.

A controller validates hall calls from evacuation completion floors to notify guides of late-arriving evacuees.

A control device infers external force using a predetermined model to support precision wear detection.

A numerical controller generates a tool retraction path based on spindle rotation and feed direction to prevent surface damage during machining interruptions.

A recording device reproduces trailing content before restarting to ensure smooth playback transitions.

A dynamic control method adjusts energy storage charging based on weather forecasts to manage power fluctuations in intermittent generation plants.

A controller manages gas turbine operations within a defined two-dimensional surface area to coordinate air and fuel flow setpoints.

Two-layer Model Predictive Control manages micro-grids by balancing supply and demand while extending battery lifetime.

A supply circuit outputs distinct voltage values to signal source type and state, enabling operating electronics to adapt modes without separate signaling channels.

Servo motors and hydraulic cushions control ram positions, speeds, and forces independently in multi-point presses.

An autonomous oil change system uses a pump and sensor to extract used fluid and refill new oil without human intervention.

Subsequent generation controllers emulate first generation I/O processing modules to enable direct peer-to-peer communication over existing networks.

Geofencing inhibits door actuation outside designated zones, resolving safety risks from unauthorized access during peak operations.

A control panel uses a display screen to dynamically reconfigure press button connections for multiple functions.

Polygonal region verification constrains tool path curves within predetermined boundaries, resolving shape error deviations between command points.

A variable size buffer adapts to vehicle speed, resolving measurement precision issues in autonomous navigation.

Local rule execution eliminates central server bottlenecks and simplifies configuration by prioritizing desired actions over complex triggers.

A work vehicle adjusts boom speed based on bucket distance to stabilize the cutting edge during profile operations.

A baseboard management controller adjusts fan speeds to create controlled high-temperature environments within computing devices.

A centralized control device manages operator access using biometric verification and stored authority data.

A dual position loop control system uses secondary encoders to generate compensation signals for robot joints.

Segmented probes with acceleration sensors compensate for tank motion to improve measurement precision.

An automated dispenser uses a motion sensor and receiver module to detect user presence for product dispensing.

Dynamic policies resolve static management bottlenecks by continuously adapting to workload changes and maintaining service levels.

An occupancy sensor adjusts detection thresholds using temperature and light data.

A cascade control scheme calculates pseudo-flow rates from pressure data to modulate valves, resolving difficult setpoint determination for slugging management.

A dual-board controller architecture separates real-time embedded control from general-purpose PC processing to maintain system stability.

A data processing apparatus calculates arc welding torch angles using position and orientation data from teaching points.