Computer Control TRIZ Cases

Control units restrict external maintenance access by verifying physical presence through proximity information, preventing unauthorized remote attacks.

Optical sensors detect elevator spatial occupancy to bypass unnecessary stops caused by inaccurate weight-based detection.

A numerical controller distributes movement commands between parallel axes to coordinate cross-rail motion.

A gear cutting apparatus calculates tooth groove positions from cutter rotation data to synchronize tool movement without external sensors.

A utilization-time changing support device determines regular appliance usage patterns to suggest alternative operating periods.

A cloud-based architecture processes operational data from industrial machines into structured formats for analytics.

A virtual device simulates physical effects to calculate optimal inspection regions and camera paths.

A system modifies control variables and records performance metrics to determine relationships between settings and desirability functions.

A control method displaying candidate apparatus information and operation history via a network interface.

A low-voltage daisy-chainable power supply utilizes a PFC flyback converter to deliver high power factor energy.

Voltage ramp profiles synchronize converter startup to prevent inrush currents and stabilize microgrids during blackstart conditions.

A numerical controller path conversion unit shifts intermediate points inward to generate curved correction paths for continuous tangential corners.

A numerical controller calculates movement time for tool paths to select trajectories with fewer breakpoints.

A power demand and supply control apparatus determines adjustment amounts based on registered power capacities and executable times.

Optical couplers isolate fan speed-regulation signals, allowing a protection module to output preset speeds when the control system malfunctions.

A management apparatus compares device information across multiple substrate processing devices using a manipulation display unit.

A mobile server bridges process control systems and remote devices, enabling secure real-time data access while maintaining network isolation.

A CAN bus microcontroller virtualizes fan speed by converting PWM signals to DC voltage for enclosure management.

Detects RTD lead wire breaks and dynamically switches from 4-wire to 2-wire measurement modes, ensuring continuous temperature monitoring despite wiring faults.

A numerical controller corrects spindle load feedback to maintain target values during adaptive control.

A thermal management system modulates fluid flow through a heat exchanger using sensor feedback to optimize engine operation.

A motor control circuit adjusts internal and external position counts using quadrature signals to determine rotational direction.

A power control unit manages internal temperature using embedded heaters and threshold-based switching logic to maintain operational stability.

A controller uses machine learning to predict master axis position for precise slave axis synchronization.

Visualization system displays serial number-controlled parts within aircraft volumes to enable rapid operator location.

Sequential motor activation based on GPS position data maintains tower alignment while preventing simultaneous operation that causes peak power demand spikes.

A shrouded air assist device increases droplet impact force and reduces drift by drawing smaller particles back into the stream.

Tension-bearing members deform inelastically during collisions, dissipating kinetic energy while heat capacity materials manage thermal loads.

A tool track display device modifies visual attributes based on motion direction to distinguish forward and return paths.

A servo press system measures slide stop positions using a linear encoder to calculate correction values for thermal drift.

Automated sensor fusion replaces manual signaling to optimize elevator throughput, resolving delays during high traffic periods while maintaining security.

Version control segments validation by tracking specific configuration modifications, reducing re-validation time and expense.

Segmented control components process signals independently, eliminating central bottlenecks and single points of failure in lighting networks.

A nucleic acid amplification determining device processes melting curve signal values through first and second-order differentiation to calculate a threshold ratio for automated assessment.

Upper controller assigns unique IDs to lower modules via CAN messages, resolving fixed software complexity and improving adaptability.

A dwelling energy management system monitors appliance usage and sends deviation notifications to occupants.

Context-aware panes organize relevant controls to reduce navigation complexity and improve task completion speed in process control systems.

Nominal model error feedback reduces measurement sensitivity and oscillations in nuclear power station alternators.

A lighting device setup processor retrieves control data from an external controller to maintain system connectivity without onboard non-volatile memory.

A notification system delivers device availability alerts to mobile devices for remote reservation.

A field access unit provides virtual device images via cloud services.

Automated grain flaking system uses PLC feedback to adjust steam parameters, resolving manual intervention bottlenecks.

A switch drive circuit manages fan processor PWM signals using dedicated control units to conserve microcontroller timer resources.

An integration function block automatically configures itself as an analog or discrete I/O module by detecting PLC control tags and their associated parameters.

A transformer processes XML configuration data to generate executable code, eliminating manual transfer errors and software renewal complexity.

An abnormality detection system automatically generates and stores detection algorithms using monitor signals from semiconductor manufacturing devices.

A motor control system calculates axis acceleration to generate a position compensating value for feedback.

Powered faceplates capture automation data via wireless electromagnetic coupling, eliminating complex wiring procedures.