Programme Control TRIZ Cases

A smart card integrates a biometric reader and display to generate dynamic validation codes.

Computer device calculates optimal coordinate sets for machine tool supporting points using deformation index equations derived from finite element analysis.

A software system analyzes sensor data to predict impending insurable events and automatically generates insurance claim forms.

A retroreflector links an articulated-arm CMM to a laser tracker, enabling seamless coordinate transformation across different measurement positions.

A universal remote control uses image recognition to identify peripheral devices and automatically program itself without manual input.

A governing agent transmits commands to primary and secondary agents, enabling the secondary unit to assume task execution upon detecting primary failure.

A power supply circuit uses a boost converter and LDO regulator to manage voltage levels in wireless field devices.

A manipulator controller calculates joint target positions and estimates maximum distances between instruments.

Continuous sensor feedback adjusts the milling trajectory to eliminate tool wear and improve restoration fit accuracy.

Real-time effort modulation stabilizes weld temperature and reduces tool wear by preventing power spikes in friction stir processes.

Algorithms reshape sub-gingival abutments to close gaps without distorting crown aesthetics.

A motor control device issues scheduling commands to drive operations independently.

A model generation part calculates feature importance levels using multiple methods to create accurate abnormality detection models.

Segmenting controllers at different sample frequencies adjusts operational values, resolving reaction time bottlenecks in changing wind conditions.

Merging the rotary dial with an integrated press switch prevents accidental machine tool activation during one-handed operation.

A multipump system estimates individual cell pressure differences using quadratic head loss corrections to determine a unified reference speed for parallel pumping cells.

An intrinsically safe network switch uses isolated ports and standard copper cabling to enable high-bandwidth communication.

Global offset compensation calculates fixture and table errors to adjust CNC axes, eliminating residual alignment issues.

A distributed power management system transitions devices to low power states based on calendar data and user input.

A numerical controller predicts machining continuable time to identify safe stop blocks before spindle motor overheating occurs.

A method determines crankshaft center hole position by comparing molded shape data against designed mold geometry to compute misalignment amounts.

Sectional image stitching processes fingerprint blocks sequentially to maintain recognition accuracy while minimizing storage capacity requirements.

A mobile camera viewer adjusts its display aspect ratio to match specific print media templates during photo capture.

A proxy module separates deterministic timing from non-deterministic data processing, reducing system complexity while maintaining reliability.

A compatibility assessment tool compares device description files to determine replacement suitability for industrial process control systems.

Segmented sliders actuate motors to control surgical instrument motion, resolving complex joystick operation.

A communication system acquires node information during token reissuing processes to generate accurate network topology data.

Smart light switches integrate motion sensors with temperature offset calibration to resolve energy efficiency versus device complexity trade-offs.

A vehicle control device uses mutual monitoring between main and sub CPUs to detect abnormalities via CAN communication.

Decentralized intelligent motor starters coordinate material flow between mechanically linked conveyors without superordinate controllers.

A graphical user interface builds executable notification workflows from drag-and-drop icons.

Segmented timeline displays align time axes to visualize manufacturing routes, resolving the contradiction between route visibility and display complexity.

Segmented architecture offloads complex hash computations to readers, enabling secure EPC tag verification while minimizing tag energy consumption.

Master unit determines repeater stage counts to set slave response timing, reducing communication cycle and eliminating unnecessary frame transmissions.

A server manages home appliance event information to generate a graphical user interface image for sharing data among multiple users.

Electronic calibration module selects scenarios to excite sensors and identify uncalibrated units.

Convert block diagrams to SVG and JSON formats, eliminating the need for proprietary modeling software.

Pre-centering parts on a pallet before mounting reduces downtime during part changeover and boosts machining efficiency.

A part program generating device converts measurement procedures into control programs using circumvention move commands to displace sensors safely.

A Cosserat rod-based model predicts continuum robot shapes from tendon tension.

Dynamic reconfiguration of DRAM arrays into look-up tables improves performance without forfeiting storage capacity.

Redundant instrumentation compares calibration matrices to detect strain gage failures and maintain accurate measurement.

A networked initiation system unifies control of non-energetic and energetic hold-down mechanisms via a shared interface bus.

Synchronous averaging of motor current signals isolates vibration data from electrical noise, bypassing casing-mounted transducer transmission path attenuation.

Machining nanocrystalline chips with a modulated cutting tool controls chip size and shape through periodic separation.

Segmenting logic and power circuits into separate chips reduces silicon occupancy while maintaining performance in mass storage devices.

Segmenting the control unit from the machine tool resolves contradictions between manufacturing precision and device complexity while enabling safe operation.

Natively storing project documentation within industrial controller memory eliminates synchronization conflicts between multiple users and executable code.