Programme Control TRIZ Cases

A cognitive power outlet uses embedded sensors and processors to autonomously control energy delivery based on usage patterns.

A data-driven control system maps rotor angle sequences to excitation voltage values using a neural network.

A virtual field device emulates real hardware to assess communication and control loads before physical integration into an automation system.

A process control system applies transformation matrices to update product parameters based on sensor data.

A voltage droop compensation controller monitors generator power at the high-side of a step-up transformer to adjust setpoints.

A diagnostic device calculates streak frequency from spindle rotational speed and feed rate to identify peripheral vibration sources.

Wireless transceivers replace hardwired instrumentation to improve control fidelity while reducing installation complexity.

Electronic monitor tracks injection mold cycles to generate automated remote records, preventing tampering and human error in maintenance scheduling.

A digital controller calculates phase angle differences using synchrophasor measurements to adjust diesel generator frequency for grid reconnection.

Segmented LED groups with matched phosphors achieve consistent white color bins without active feedback mechanisms.

Opening a switch creates a clear open circuit at the fault, enabling accurate reflectometry detection without arcing interference.

A rotating display mechanism orients a screen toward an external object, resolving ambiguity in interaction targets without requiring user movement.

Interchangeable modules replace fixed switches in standard junction boxes, resolving the difficulty of modifying existing building wiring.

Embedded watermarks enable automated verification of product authenticity and authorized possession via a scanning device.

A brushless motor control system removes one phase coil per pole to enable accurate rotor stop position detection without Hall elements.

A compact electrical consumption device uses a printed circuit arrangement to define an air circulation corridor for passive cooling.

A home energy management control device predicts photovoltaic generation and calculates sellable power amounts.

A production planning apparatus adjusts parameters based on actual resource usage differences.

A portable remote controller assigns distinct display colors to robot instructions for rapid visual recognition.

A virtual connectivity change method simulates integrated circuit modifications to verify electrical paths before physical execution.

A 3D printing system generates physical apparel artifacts to simulate garment fit and tactile feel for remote users.

A flight simulator control method corrects roll angle values using lateral specific force factors to improve motion cueing fidelity.

A hierarchical navigation system organizes related objects into graphical tiles to streamline interface interaction.

A system calculates as-built skin thickness deviations to generate precise fastener hole parameters and lengths for joint assembly.

A controller synchronizes measurement data with a server reference time using calculated time differences.

A numerical controller predicts machining time by correcting reference values with measured servo and motion delays.

A central control unit monitors signal lines for wire breaks and short circuits within an electronic sprinkler pump cabinet.

Simulation apparatus estimates robot stop position using drive axis weight and speed data to compute three-dimensional swept space.

An abnormal situation prevention system analyzes process variables to detect significant deviations from expected values.

A module bus integrates predefined aspects into programmable automation controllers without custom code.

A monitoring system detects early signs of wear or sticking in slide valves using sensor data analysis.

A power-source monitoring apparatus measures elapsed time intervals from abnormality detection to record operational states during vehicle incidents.

A robot adjusts interaction duration based on detected target composition.

A peripheral device selects and activates specific configuration profiles to resolve gateway compatibility issues in wireless lighting systems.

A learning controller associates sensory contexts with user indications to transmit control commands.

Depth-based virtual pointers resolve alignment contradictions, enabling precise object selection without complex system integration.

A keyless entry system generates unlock codes through actuations of existing vehicle components like door handles.

A two-stage barrier device limits energy and transfers data via a monolithic digital isolator.

A scanner assembly merges with an additive manufacturing device to automate object evaluation and replication workflows.

Sensor-based measurement captures tool geometry and spindle parameters to automate calibration, eliminating manual adjustment errors and reducing setup time.

A regulator applies an additional compensation signal to the manipulated variable output during controller structure changes.

A machinery accident prevention system uses transceivers to detect protected party proximity and automatically halt hazardous equipment operation.

A hardware security module adds a separate communication link to control units.

An IoT enclosure detects object presence via wireless links to enable remote access management, eliminating physical key handover requirements.

A modular electric motor apparatus uses standardized interface modules to enable flexible configuration and scalable power distribution across multiple driver units.

An energy management apparatus monitors power consumption across building zones using person detection signals to coordinate facility device operations.

Cloud-based M2M coordination unifies security and network devices to trigger automated actions across shared environments.

A servo controller selects between standard and vibration-aware modes based on predicted residual vibration amplitude.

A control apparatus generates opposing drive instruction values to maintain continuous gear contact between dual motors and a driven shaft.

A dual robot assembly system coordinates internal and external manipulators on a rotating work base to execute parallel processing tasks.