Programme Control TRIZ Cases

A home automation scene controller coordinates addressable devices across diverse communication protocols through a unified interface.

Household devices compute distances to a mobile terminal and transmit feedback to a control center, eliminating expensive chips and line-of-sight requirements.

A programmable controller communication unit manages internal bus traffic using dedicated cache memory for input-output data storage.

A robot controller converts numerical control programs into executable robot language via a configuration table.

Synchronizes power consumption and supply measurements across multiple load elements to detect thermal events independently of current or voltage limits.

Automated commissioning system compares field device linearization parameters with control system loop files to eliminate manual verification errors.

A plant control gateway filters field device information before transmission, reducing controller processing load while maintaining data availability.

A measurement system corrects reference points in five-axis machining programs to align inclined slide core holes with rod holes.

Light-emitting diodes in tack fasteners produce encoded optical beacons to guide assembly systems into precise alignment.

Redundant state machine paths validate coordinated inputs across distinct conduction paths, preventing stray voltage activation of the safety critical device.

A fieldbus coupler enables remote input signal simulation and output value specification via a web server interface.

A computational simulation method estimates tablet coating uniformity by modeling random tablet paths and cycle times within a rotating pan.

A substrate processing apparatus displays carrying mechanism states via a manipulation unit to enable remote torque parameter setting.

A configurable mesh network system enables local and remote control of electrical switches without additional wiring.

Processor adjusts actuation assembly based on sensor data to maintain predetermined drilling direction and build-up rate.

Real-time thunderstorm tracking enables dynamic power flow redirection, mitigating shielding failures and back flashovers that plague fixed protection measures.

Inductive power and optical communication replace mechanical plugs, preventing wear and corrosion in harsh earth moving equipment environments.

Computer-controlled robotic system replaces manual tattooing to achieve consistent pigment placement and reduce removal sessions via periodic laser pulses.

A plant operation system uses a Bayesian network to diagnose abnormalities and guide maintenance workers via mobile terminals.

A switch module detects door status to adjust lighting, reducing wiring complexity while maintaining precise control.

Real-time sensor feedback adjusts laser power and scan speed during direct metal laser melting, preventing excessive heat accumulation on overhanging surfaces.

Iterative decision tree execution with variable weighting filters non-influential inputs to isolate key predictors.

A power management circuit uses a finite state machine to cyclically enable a voltage regulator for charging storage capacitors.

A data processing device analyzes historical alarm messages and operator interventions using market basket analysis to identify frequent correlations.

A terminal base electrically couples one input module while isolating others to maintain continuous sensor measurements.

Computing device calculates gas turbine operating space boundaries using real-time sensor data and corner point solving algorithms.

Control circuitry dynamically adjusts timing allocation across interconnected funnel elements to balance trace data bandwidth distribution.

Movable RFID portals on vehicles detect container tags along field routes, resolving the trade-off between tracking accuracy and infrastructure costs.

Redundant diagnostic units detect drive abnormalities and trigger an AND circuit to cut electric power, preventing improper control during circuit breakdowns.

A stochastic look-ahead dispatch method applies the Newton method to solve quantiles of Gaussian mixture models for renewable energy output.

Mapping template files align automation system points with control strategy changes, reducing manual verification time and labor intensity.

Gamma log marker matching corrects positional drift during directional drilling, ensuring accurate target alignment.

A neural network compares sensor time-series data from processing chambers to detect mismatches and enable real-time monitoring.

Configurable state machines process sensor data locally, eliminating frequent CPU wake-ups to reduce energy consumption.

Gröbner basis analysis resolves CAD tool limitations for curvilinear features, enabling precise design rule checking and bend loss minimization.

Wearable laser pointing devices direct robotic arms to reposition surgical lighting, eliminating manual handling contamination risks and staff distraction.

Electronic switches reconfigure the input circuit to accommodate multiple signal types, eliminating manual wiring changes in hazardous environments.

An RFID tagging system tracks die patterns and hide areas to monitor piece counts, resolving manual tracking bottlenecks that obscure yield data.

Processor detects antenna impedance changes to trigger device functions, eliminating separate hardware and reducing manufacturing costs.

Plane-based tool path generation aligns the rotary axis perpendicular to local surface planes, preventing unsteady movements and reducing tool wear.

A 3D virtual emulator executes target behaviors to display control commands alongside simulated machine actions on a single screen.

A machining information management device extracts tool and coordinate data from programs to automate file generation.

Comparative control units read and compare parameter sets to restrict unauthorized access, ensuring only licensed features are enabled.

An automation controller with an internal database processes extended RFID tag data to control manufacturing operations directly.

An editing interface for coordinate measuring machine programs displays an execution time indicator that updates automatically as users modify inspection plans.

A laser model interpolates duty cycle and frequency parameters to maintain consistent pulse overlap during high-speed cutting operations.

Integrated sensor system detects fluid dispenser activation via motion patterns and vibration analysis.

External storage unit receives deviation signals from machine tool components, preventing operator oversight of critical warnings.

Mobile terminal queries control unit data points and links them to a building information model for targeted maintenance instructions.