Programme Control TRIZ Cases

A machine tool spindle drive uses independent motors to adjust rotation speed and advance per revolution for multi-layered components.

A sparse Gaussian process model uses virtual supporting points and Cholesky decomposition to determine parameter vectors within a hardware-based calculation unit.

A smart energy management system prioritizes electric devices based on battery capacity to optimize power distribution in off-grid solar homes.

Segmented flash blocks preserve engine control parameters against corruption from repeated power interruptions.

A fuel system controller calculates distance to empty using burn data and location information.

A text container preserves original sensor values and source units in a vehicle diagnosis system, preventing data integrity loss during unit conversion.

Segmenting the display allows an enlarged input field to remain visible alongside other fields, preventing incorrect data entry caused by small target areas.

A virtual machine tool module positions geometric models using automated probing data and transformation matrices.

A capacitance sensor mounted on a non-conductive isolator detects objects near vehicle openings.

Real-time sensor feedback modifies build parameters to resolve heat variation issues that cause poor surface finish on overhanging surfaces.

Mobile communication terminals transmit location data to robot terminals for behavior determination.

An IO link connection transmits safety protocols to control devices, merging communication and power delivery into a single interface.

A bicycle sensor device switches between normal, service request, and data transfer modes to manage output transmission.

Dynamic offset parameters adjust top dead center positions to overlap press axis motions and reduce machining time.

Segmented control files coordinate multiple 3D additive subsystems, resolving complexity trade-offs while maintaining layer topology accuracy.

A centralized method verifies process sequences using a Process Integrity Module to detect faults and manage step dependencies.

Curve-based build files replace linear sections to reduce data processing time and improve manufacturing precision for complex additive components.

Dual standard values enable precise unloading and reloading decisions, resolving control accuracy issues that cause inefficient power usage.

A segmented data logging system collects compressor operation metrics using wraparound buffers and periodic archival transfers.

A controller polls people counting sensors and processes readings with historical calibration data to calculate normalized occupancy values.

An interpolator generates intermediate data points between samples, enabling a finite state machine to resolve timing accuracy beyond standard sampling rates.

An automated computerized system secures building protective devices using perimeter sensors and master controller protocols.

A semiconductor manufacturing control system calculates main process times using dynamic conversion factors derived from sample data.

Non-numeric graphic elements enable flexible configuration of inspection accuracy while reducing device complexity in machine vision systems.

CAD modeling system creates joggle features by offsetting adjacent web faces along specific directions and depths.

An influencing device checks and manipulates data values before transmission to a motor vehicle control apparatus.

Integrating voice control into a load device eliminates separate virtual assistants, resolving system complexity and reliability issues.

A servo controller manages rod speed and stored pulses to stop an electric cylinder at a target load.

Softstarter circuitry accelerates and reverses pump motors to clear solid blockages, eliminating manual maintenance.

Local 3D image segmentation defines contact surfaces for patient-specific surgical guides.

An asymmetric vehicle controller architecture uses a primary and secondary processor to maintain pre-identified functions during faults.

Applies orientation-dependent corrections to compensate for overhangs and step effects, eliminating post-processing finishing.

A window control system uses learning data to compare rotational speed differences against dynamic thresholds for accurate pinching detection.

A wafer bonding system uses rule checks to verify lot information before joining wafers.

A scheduler recalculates substrate transfer schedules using simulation to reroute wafers around failed processing units.

A modulation assisted valve uses stepper motors to control fluid flow with reduced electrical energy consumption.

A relative positioning system uses perception sensors to detect implement location data for accurate resume operations.

Virtual simulation models predict melt pool geometry to control heat exchanger wall thickness, eliminating trial and error in powder bed fusion processes.

Multiplexing reduces physical pin count and bandwidth consumption while maintaining measurement precision in HVAC controllers.

Wireless update device broadcasts control program instructions to lighting fixtures using matching identification data.

An energy management device transmits participation signals to a server while acquiring electric appliance information.

Machine learning models analyze circuit sensor data to anticipate peak demand, reducing energy costs without manual intervention.

Angled shelf supports position test cards for precise robotic retrieval, resolving inconsistent manual handling.

A current sensor analyzes motor signals in time and frequency domains to detect material deposition characteristics during extrusion.

Segmenting control functions into active and standby controllers allows immediate takeover during faults, preventing complete system shutdowns.

Dual correction circuits preprocess encoder signals to remove phase and DC offsets before position computation.

A coordinate measuring device calculates speed using position signals and motion sensors to ensure reliable operation.

A motion device uses decoupled position regulators to control independent degrees of freedom via permanent magnets.