Computer Control TRIZ Cases

Integrated watchdog timing circuits enable cross-channel monitoring within industrial control ICs to detect activity signals and manage power states.

Local client validation of field device configuration data reduces server communication bottlenecks and improves user interface response time.

Management electronics balance electrical load by assigning curtailment priority ranks to feeders based on historical participation data.

A master unit sends selection notifications to terminal devices to acquire controllability data.

Automatic down pressure adjustment system maintains constant seed depth across varying soil conditions.

Latency groups partition devices into transition pairs to execute micro demand response events within defined energy margins.

A portable media device transfers network settings via XML files to automate configuration across multiple computing devices.

Generates definition information to associate external function blocks with same-rank data items, reducing engineering burden and system load.

Electronic control units replace pneumatic systems with sensors measuring line tension and deployed length for automatic reel operation.

Inherited option values from parent submodels resolve conflicts in nested graphical models, ensuring consistent parameter handling and reliable code generation.

Three-level co-optimization model synchronizes day-ahead unit commitment with real-time dispatch for accurate energy estimation.

Electronic control units discover available features through a network procedure to selectively load internal controls for specific functions.

Control units transmit address data packets through series-connected shift registers to automate elevator setup and eliminate manual configuration errors.

A multifunction peripheral control unit reserves wake-up events during suspension to optimize device energization states upon resuming.

A reversible conduit manifold directs fluid flow through alternating paths to maintain continuous circulation.

A numerical control apparatus detects preset events to trigger diagnosis logging via condition generation units.

A numerical controller calculates tool paths and feed rates from skiving instructions to automate machining operations.

AI engine emulates critical control system outputs using dissimilar processors, reducing resource consumption while maintaining reliable intrusion detection.

Segmenting the encoder from the motor allows independent replacement, resolving the contradiction between compact structure and repair ease.

Central control unit sends function data to module units, reducing software complexity and adaptation time.

A control system links variable power generation output directly to load demand modules via real-time signals.

Segmented control modes switch between preventive and emergency states to resolve slow response speeds while managing system complexity.

Display device generates shifted waveform data from feed axis position and spindle rotation speed to visualize oscillation cutting parameters.

A positioning facility calculates braking distance from an expected setpoint variable to adjust control signals for accurate machine element placement.

Continuous monitoring detects axial play, ball jam conditions, and wear to prevent catastrophic failures while optimizing maintenance timing.

An inclined slot guides rotating blades to retract upon impact, reducing impulse forces on the actuator while maintaining cutting efficiency.

A wireless underwater inspection robot uses a gimbal mechanism to rotate its hull by shifting the center-of-mass.

A probe sensor mounted on a robot tool center point measures distance and orientation to guide continuous trajectory learning.

Integrated turbine generator and battery unit mounted in water conduits provides autonomous illumination and sensor data.

A predictor device ascertains power ranges by overlaying technical and contractual rules to forecast energy availability.

Subordinate control units transmit derived differential data to reduce bus bandwidth and interference while maintaining measurement accuracy.

A display method arranges synchronous control programs axis by axis on a single screen to hide non-operating modules.

A label attaching apparatus switches operation modes based on commodity size to manage multiple attachment mechanisms.

A goal-driven human-machine interface filters available functions based on current operating states to reduce visual clutter.

A processor adjusts on-and-off cycle periods to maintain pivot arm speed while reducing drive component wear.

Programmable logic controllers modify task properties during execution, eliminating recompilation delays and maintaining continuous operation.

A method for error-proof modifying parameters of failsafe industrial automation components using checksum verification.

A separate controller handles lighting modes without reducing DRAM access efficiency, resolving the conflict between visual versatility and data throughput.

A crane control system transmits operational parameters to an external data processing center for real-time bearing load computation.

A virtualization-based numerical control system separates real-time local tasks from non-real-time server processing to simplify hardware.

Integrating an analytical server within a real-time control device enables fast data analysis for process loops.

A PLC network interface presents the industrial control network as a standard operating system namespace shell extension.

A servo control device draws position feedback data on a two-dimensional plane with orthogonal axes to visualize single-axis precision.

Dual displacement detectors monitor motor and driven body movement to terminate correction commands at precise thresholds.

Real-time sensor feedback adjusts hydraulic pressure during bale formation, resolving inconsistencies caused by varying crop moisture levels.

A self-tuning regulator uses a prediction error filter to tune control parameters for adaptive operation.

A running control apparatus calculates moving object acceleration to determine crossing intentions for automatic engine stop decisions.