Programme Control TRIZ Cases

Cloud server develops user personas from sensor data to adapt service device configurations automatically.

A wireless power transmitter dynamically switches energy targets between building devices within a specific zone.

A motor controller executes a predetermined speed schedule after power restoration without external user intervention.

A field device uses a calculation result comparator to verify memory integrity by matching outputs from two independent program areas.

Mechanical vibration detection replaces optical sensors to resolve automation accuracy trade-offs while enabling retrofittable inventory management.

A camera detects reference patterns on workpieces to determine spatial coordinates for automated drive control.

Insert structural support posts into 3D models to bridge weak inter-layer bonds and prevent flexural failure in tall, narrow printed sections.

Network devices adjust relative time values to compensate for transmission delays, ensuring simultaneous action execution across distributed nodes.

A power electronics device determines master and slave roles using exchanged configuration information to enable synchronized operation.

Multiple independent data flow paths determine safe trajectories to resolve the reliability versus complexity trade-off in autonomous vehicle control systems.

Segmented generating units operate autonomously via local frequency measurements, eliminating communication infrastructure dependencies during grid disruptions.

Smart Gateway Power Controller integrates environmental sensors into existing electrical infrastructure via a hierarchical control domain.

A motor controller estimates output shaft rotational angle using torsion torque and rigidity data for precise position control.

Iterative adjustment of motorized roller shutter rotation reversal positions prevents premature locking engagement caused by torque detection delays.

Segmented controllers coordinate via message passing to resolve the contradiction between centralized reliability and local flexibility in irrigation networks.

Image processing identifies surface features like tape and barcodes to segment objects in physical environments.

A control device generates oscillation commands for machine tool feed shafts based on rotation speed and position data.

A cognitive plant clinic system uses visual recognition to identify species and analyze symptoms for automated treatment recommendations.

A control program segments engineering objects by priority to accelerate release processes in industrial automation systems.

Electronic lockbox system delivers contextual property data to mobile devices using GPS location and central clearinghouse integration.

A structured database reformats spreadsheet data to map finish materials directly to 3D CAD model parts.

An exploratory seam guides an energy beam along a concealed joining contour, reducing cycle times by eliminating complex gauging.

An event sequencing system receives data from multiple devices to compare detected events against configured scenarios and initiate corresponding actions.

A trailer mode determination device calculates longitudinal acceleration and clutch torque gradients to detect attachment status without dedicated cables.

A sensor sentinel computing device generates validation signals from time-series data to authenticate industrial sensor outputs.

An information processing apparatus classifies devices into categories to calculate malfunction likelihood using shared operational data.

A one-class classifier evaluates machine anomalies by calculating distances to decision region boundaries.

Spatially separated sensor and display units communicate wirelessly while an energy harvester powers the measurement electronics from process heat or pressure.

A motor control system periodically measures phase current to determine dynamic DC offset correction values for accurate compensation.

Simulation system evaluates estimator update rules using verification data to reduce operator burden and optimize costs while maintaining accuracy.

A rocket engine monitoring device estimates parameter values from control signals to detect anomalies in real time.

A PLC symbol structure organizes code levels to automatically generate input output models for simulation testing.

Integrating remote utility equipment data into the main control panel eliminates operator travel time and reduces operational downtime.

Centralized bus structure merges data communication with power distribution, reducing wiring duct size while maintaining reliability via voltage monitoring.

Safety partner controller verifies primary CPU timestamps against independent references to maintain accurate reaction times.

Dynamic switch linking adjusts microgrid segments in real time, resolving power imbalances during islanding events.

Parallel conveying mechanisms transport loaded and unloaded storage devices simultaneously, eliminating idle time during component placement operations.

A modular fluid handling control system uses distributed intelligence across specialized components for localized monitoring and maintenance.

A welding control module displays synergistic characteristic curves to guide precise parameter adjustments via a graphical interface.

An active vibration damping system uses an intermediate mass and stiff spring to support static payload weight while isolating dynamic forces.

A vehicle control system verification device checks logical and physical architectures against safety requirements.

Configurator processes baseline and delta parametric values to generate target intelligent electronic device configurations.

A deployment apparatus uses an article detector and removal system to automate packaging handling.

Augmented reality system overlays employee location data onto real scenes using biometric identification tokens for secure matching.

Sensing devices detect human presence within defined safety zones to automatically alter production environment aspects.

An integrated node merges controller, networking, and storage functions into a single programmable unit.

A control unit determines target displacement from user input to drive unmanned ground vehicle motors.

A sensor information output apparatus uses a single second power supply circuit to generate synchronizing signals for multiple receivers.