Computer Control TRIZ Cases

External displays show real-time car arrival data at landing doors, resolving assignment complexity in multicar elevator systems.

Frequency characteristic calculator visualizes convergence and responsivity to optimize learning control parameters for machine tool positioning accuracy.

A circuit arrangement detects stepper motor load angle using counter-electromotive force phase shifts to adjust chopper cycles.

Actuator controller detects efficiency decline by comparing measured voltage against expected thresholds, enabling preventative maintenance before failure.

Continuous control connectors across the inner housing allow station expansion modules of varying sizes to connect at any desired location.

Bypass function skips intermediate stops when elevator load exceeds capacity, reducing waiting times during peak hours.

Coherent light beams intersect to create interference patterns for real-time steam quality detection.

Central controller coordinates media devices via wireless networks, enabling dynamic addition without prior registration or manual programming.

A control device creates virtual substrate positional information to generate conveyance schedules before arrival.

Inverse polynomial functions prevent overshooting in machine element movement by inverting boundary values during calculation.

A high-speed smooth tool path generation method adjusts cutter motion to maintain consistent load.

An embedded system captures processing parameters and compares them against security ranges to prevent machine collisions.

A runtime adaptable hardware processor architecture dynamically reconfigures computational elements to accelerate IP packet processing.

A power equalization device manages energy flow using storage batteries, flywheels, and capacitors to balance supply across manufacturing lines.

Segmenting power supplies allows independent switching of auxiliary functions, reducing energy consumption while maintaining safety-critical systems.

A universal electronic device adjusts control signal amplitude, duration, and cycle to manage piezoelectric, electrostrictive, or magnetostrictive transducers.

Decoupling core logic from the user interface eliminates synchronization dependencies between applications, reducing system activation time.

A data collection system segments memory areas into groups to distribute read loads across multiple apparatuses.

A field device data transmission object uses a dynamic mapping structure to associate variables with transmission berths.

A graphical user interface renders visual representations of testing machine parameters to simplify operator interaction.

Network controller segments microgrids to isolate faults and reconnect healthy zones.

A motor control device calculates backlash compensation amounts using position detection units and difference calculating logic to establish engagement thresholds.

A dynamic alarm system collects operator ratings to prioritize critical alerts and compile operational data.

Pre-configured error-state instructions allow the controller to autonomously position the valve when remote signals are lost, preventing process instability.

A remote terminal device uses a dedicated PLC function module to execute control logic independently from the main processor.

A controller selects between shutdown and standby states to keep end devices ready during software updates.

A power monitoring system analyzes high-voltage waveforms to detect potential interruptions and switch to alternate sources.

A network unit routes diagnosis requests using stored routing information to relay data between control networks.

Controller calculates exhaust flow rate to isolate fuel source during gas turbine coast-down, reducing shut-down time while ensuring complete purging.

Controller determines load distribution using hydraulic sensors to prevent machine tilting.

Dual paths transfer object and masked code to a safety control module, verifying reference values to ensure functional safety without hardware modifications.