Computer Control TRIZ Cases

Fixture channels reset control timers via unified bus messages, resolving continuity disruptions when master controllers change or go offline.

A field device operates as a data server using publish-subscribe communication to support multiple protocols.

A second meter board manages power consumption by detecting communication activities from a first board using pulse-width modulated signals.

Manufacturing controller monitors assembly task networks to calculate downstream delay probabilities and modify incomplete tasks.

Block-oriented graphical assignments resolve cumbersome control system setup by reducing incorrect I/O connections.

One-time passwords enable secure initial connections that transmit service certificates, bypassing complex PKI infrastructure requirements.

Dynamic speed adjustment based on plant delivery rates prevents stoppages and ensures consistent paving quality during operation.

Nonlinear monitoring equations update calculations using real-time feedback values to adjust subsequent parameters and maintain quality specifications.

A machine tool control apparatus manages DC link voltage during power outages to prevent feed shaft collisions.

Lock circuit fixes temperature compensation values to prevent noise-induced errors, enabling stable operation reliability through periodic state transitions.

Dual-position feedback control manages position errors using a learning controller and selector to maintain machining accuracy.

Detection unit identifies abnormal facilities by monitoring missing data intervals, enabling swift restoration during blackouts.

A logging system converts acoustic and written operator inputs into digital text messages for unified storage.

Wireless local controllers replace extensive conduit runs, reducing installation labor and costs.

Logic circuits map control commands to a disconnecting path for fast signal transmission in machine controllers.

A distributed historian module archives process data within industrial automation controllers using a common data model.

A lithographic controller selects between two transfer functions based on movable part state.

A thermal chamber regulates solid state memory temperature using independent heating and cooling elements to maintain optimal operating conditions.

A stepper motor stall detection method measures induced voltage at driving coil pins during non-activated states to identify rotor operating conditions.

A thermal manager estimates component temperatures using power consumption data to set cooling fan speeds.

A supervisory thread monitors client processes externally to enable automatic crash recovery without modifying internal application code.

RFID tags transmit cleaning parameters to robotic floor cleaners, enabling precise dwell time adjustments across treated surfaces.

Replacing QR codes with Li-Fi and AR eliminates manual ID retrieval, improving connection efficiency for hard-to-reach field devices.

A numerical controller constructs a learning model to predict machining results from tool information and conditions.

A controller analyzes correlated events across distributed sensors to generate accurate building layouts without manual input.

A servo-electric drive system dynamically controls ram position deviations during press cycles.

A numerical controller dynamically adjusts input limits based on operation type to streamline tool setting workflows.

A hole opening closing apparatus synchronizes screen movement with ball delivery to maintain image continuity on a display surface.