Computer Control TRIZ Cases

Centralized electronic control unit resolves manufacturer data fragmentation by unifying maintenance tracking across diverse utility treatment systems.

A hybrid power control system regulates energy flow using microcontrollers and multiplexers to manage diverse renewable sources.

Direct parameter access via EPATH eliminates duplicate memory allocation and labor-intensive configuration mapping for complex automation devices.

Drag and drop interconnects hardware signals to program elements, eliminating manual address entry errors for users unfamiliar with engineering conventions.

A virtual environment stores representations of physical components to enable remote user interaction and command transmission.

Control unit adapts sensor operation to user actions, reducing power consumption while maintaining measurement precision.

A message queue enables asynchronous master-slave synchronization, preventing output value jumps during subsystem failures.

A control interface uses a pointing tool with a main button and scrolling aid to command motorized screen deployment and blade orientation.

A destination call control system communicates with existing elevator hardware through a serial interface to manage car allocation.

Connecting segments adapt shape to forward feed rates, reducing machine load and wear during high-speed machining.

Sensing and context management architecture detects user activity across devices to route communications efficiently.

A setting program executes display and installation processes in parallel to streamline device configuration.

An accelerometer determines elevator car position using movement data, bypassing inaccessible legacy control units during modernization projects.

A dual optimizer unit coordinates distributed energy resources to generate reserve power schedules.

Central controller activates grouped pump stations to maintain minimum fluid velocity in pressurized drainage lines.

A drive control apparatus adjusts pilot factors based on movement frequency to minimize contouring errors in machining operations.

A power supply device executes prediction command values generated from past data to maintain control timing.

A powered ankle prosthesis uses software-driven impedance emulation to replicate healthy joint biomechanics.

Optical lateral inhibition determines sensor positions while reducing power consumption and interference.

Segmentation and intermediary principles isolate control logic from network attacks via unidirectional bridge channels.

Absolute time reference signals synchronize multiple drilling unit controllers for precise operational coordination.

A smart notification system adjusts user departure times based on learned behavior patterns and real-time traffic data.

A fan control subsystem regulates airflow by adjusting operational fan speeds based on calculated importance factors.

Short-range wireless links let a mobile device control a frequency converter, reducing downtime by enabling remote diagnostics and maintenance.

Distributed impedance injection modules coordinate with local intelligence centers to manage power flow across the electrical grid.

An energy management system determines a comprehensive control performance standard green zone to operate automatic generation control.

A guidance system correlates process parameter data with human-machine interface interactions to identify issues and track corrective actions.

A voltage control device adjusts target voltage levels to supply stable power to connected devices.

An automated goods transport device places replenishing items into designated lockers, resolving manual labor bottlenecks in self-service pick-up cabinets.

A distributed generator integration device automates machine-to-machine communication with grid control systems.

An ancillary data area isolates test code from main program data, preventing errors during online modifications.

FIFO queues and timers coordinate real-time data transfer for valve assembly trend graphs, resolving static display limitations in process control diagnostics.

Optical detection identifies functional units in switch cabinets to automate circuit diagram generation and replacement selection.

An intermediate web server mediates data exchange between machine controllers and remote units, eliminating expensive private lines while ensuring security.

Hop packet processing automates base addressing, resolving sequential configuration bottlenecks that limit scalability and flexibility.

A trajectory control device corrects position commands using shape features to limit servo-system response errors.

Aggregated point-solution mapping correlates system data types to layout mappings for assembly operations.

An automated apparatus uses X-ray attenuation to measure lean and fat ratios in food products while adjusting in-feed channels for precise composition.

A behavior control system generates time-series patterns of state variables using a stochastic transition model to coordinate arm and body motions.

Access controller apparatus processes commands using assigned priority levels to determine execution order and ignore lower priority signals.

A control device implements a segmented model of industrial peripheral units to enable internal simulation testing without external hardware.

A numerical controller switches press motion endpoints to retreat positions based on obstacle detection.

A portable communication terminal acquires user credentials via QR codes to grant field device access.

A computer-executable method computes orientation alignment transfer tool locations to automate monument installation on as-built airplanes.

Real-time sensor analysis identifies machinery misuse against safety configurations, triggering remote shutdowns and supervisor reports to prevent accidents.

An intelligent surface system uses distributed sensors and a controller to detect user conditions and adjust personnel movement device operations.

A redirector determines the optimal elevator group for passenger requests using stored traffic data.

A material recommendation apparatus extracts substance properties from electronic documents to create time series data for automated candidate matching.