Computer Control TRIZ Cases

Unique object identifiers resolve broken references across components by mapping names to stable IDs.

Second-layer computer executes first-layer program to prevent split-brain syndrome and reduce standby costs.

Control devices adjust power flow proportionally to frequency derivatives, resolving the trade-off between stability and response speed.

A power management device allocates accumulated energy tokens to appliances based on real-time requests.

A power management controller divides stored electricity into long and short term domains for independent allocation.

Filtering separates redundant axis commands to resolve under-determined equation complexity while maintaining dynamic performance.

Pressure sensors embedded in the mattress detect bed activity to provide adaptive lighting and real-time fall alerts without wearable devices.

Adaptive weight control compensates for sensor inaccuracies by adjusting target weights based on measured accuracy metrics, preventing overloading.

A rotor assembly control system measures bending mode frequencies during coast-down periods to enable adaptive bearing management.

A self-calibrating positioning system uses reference markings to convert nominal coordinates into actual positions for precise work head placement.

A numerical controller calculates tool direction vectors from rotation axis positions and displays them on a screen.

A power supply switching circuit uses main and standby control signals to select the active voltage source.

A control server integrates user requests from multiple terminals to generate optimized data streams for public device operation.

Interface module receives synchronization signals from an industrial fieldbus to coordinate the measurement unit cycle with the master device communication.

A stepping motor drive mechanism monitors control steps to detect absorber overspeed conditions in nuclear reactors.

An auxiliary power module connects to a wireless valve positioner terminal to supply sufficient energy during primary battery removal.

Nesting a visual sensor inside an end-effector adaptor resolves detection accuracy versus workpiece interference trade-offs in industrial robots.

Segmenting the communication module from the application module resolves adaptability versus complexity trade-offs in standard electrical boxes.

A numerical control device display compares program and command coordinates to evaluate machining accuracy.

A power supply device performs self-burn-in testing by switching specific power stages to an On state while other stages enter a Tri-state.

A controller maintains separation distance between elevator cars by calculating stopping distances.

A programmable terminal system displays screen content using volatile memory to manage confidential information securely.

AMI-based data analysis applies linear regression to predict voltage behavior and calculate energy savings without detailed loadflow models.

A surveying controller calculates coordinate transformations between local and global systems using simultaneous measurements.

Virtual panel replication standardizes vendor-specific subsystems, enabling remote operation and sequence playback across the network.

Cloud-based systems use robot devices to capture images, determine state attributes, and modify environments via intermediary processing.

Consolidating measured values with status indicators in a single repository reduces request overhead and improves processing efficiency.

A master control unit processes appliance status data to resolve gaps between passive notifications and active device coordination.

A controller system calculates call cost using estimated wait and travel times to assign elevator cars dynamically.

Injecting compensating harmonic currents reduces resonance at low speeds without mechanical wear.

A browsing apparatus copies sample programs from electronic manuals to an editable creation screen.

A filter module processes engine speed setpoints upstream of the corrector network to limit speed gradients.

A servo controller calculates and corrects oscillation commands based on stored command routes to maintain precise tool movement.

Associating machining program blocks with signaling information allows operators to identify causative steps during abnormal conditions.

A control system identifies missed cuts using implement position data to predict performance values for autonomous dozing operations.

A wiper device adjusts blade stopping positions using a control unit to prevent rubber deformation.

A detachable data memory device stores road paver machine parameters to prevent loss during host system unit replacement.

Automatic LAN registration lets a mobile phone control a set-top box, eliminating complex remote controls and saving screen space.

Automated feedback loops measure driving tip effectiveness against real time telematics streams to resolve manual testing inefficiencies.

A reference device mediates field bus connections using a fixed address to manage redundant automation components.

A sensor data platform analyzes gas composition to detect potential compressor failures and adjust operating parameters.

An aggregation server caches graphics and operation data from industrial automation systems to distribute content across multiple communication devices.

A smart home linkage control system detects smartphone events to automatically execute pre-configured device tasks without manual intervention.

A method assigns software objects to programs based on stored function information within industrial automation projects.

A hybrid dynamic tree data structure segments volumetric elements to model complex solid shapes and determine cutting tool paths.