Programme Control TRIZ Cases

Microprocessor-based calibration eliminates manual alignment errors by automatically adjusting output signals to match gauge display requirements.

Digital vehicle files accumulate operational and fault data to predict component failures, reducing downtime in armored land systems.

A centralized oil mist concentration management system monitors coolant flow and mist levels across multiple factory zones to identify abnormal areas.

A logic bay control means assigns transportation vehicles to combined intra-bay routes using dynamic allocation mechanisms.

Replacing manual alignment with a laser sensor tool reduces setup time and human error while ensuring precise positioning of multiple robotic arms.

A vehicle diagnostic device combines moisture detection with intake pressure monitoring to identify dust exposure risks in the engine compartment.

A motor controller adjusts assist torque ratios to enable smooth transitions between driver and system interventions.

Merging web server, control unit, and analysis functions into one platform resolves the trade-off between system modularity and integrated control capability.

Tapered gripper fingers increase slip-to-grip force ratios, reducing fluid leakage and preserving volumetric accuracy in pharmacy admixture systems.

Automated synchronization eliminates manual programming errors and saves time across multi-manufacturer security systems.

Multi-plane tone reproduction curves distribute precision values across layers to increase effective color resolution without hardware changes.

A welding controller generates an impending thermal shutdown signal before reaching critical temperature limits.

Sensors on a social robot detect human reactions during interaction, enabling the system to modify motion scripts in real time without manual profiling.

Pooling modular pressurized storage elements compensates for renewable intermittency by dynamically adjusting module count based on demand.

Statistical distribution analysis extracts common deformation patterns from single-component coordinate data, eliminating part-to-part variation errors.

A smart gateway system analyzes device event data and cloud information to generate predictive control signals for home appliances.

A terminal determines alerting modes by processing human body status information from wearable sensors.

A customized proposal system estimates user preferences from vehicle operating information to design matching parts.

A configuration system generates process object instances from structural process diagrams to automate control logic creation.

Processor detects challenging driving segments and falsifies sensor data to initiate safety actions, resolving automation reliability trade-offs.

A companion chip uses a bus bridge and FIFO modules to manage data transmission between microprocessor and peripheral domains.

A vision-assist device classifies surroundings using sensors to adjust audio and tactile feedback settings automatically.

Segmenting fields into management zones resolves the trade-off between operational simplicity and measurement precision in soil-plant-atmosphere modeling.

A position control system uses a stiffness compensation model to correct substrate support positioning errors during lithographic pattern projection.

Automated variable data printing system generates personalized 3D objects from fixed and variable structural parameters.

Extending front wheels shifts the center of mass forward to resolve instability caused by heavy loads on a cantilever vehicle.

Local evaluation units check simultaneous interruption of redundant signal paths to detect discrepancies without increasing cabling demands.

A repeater relays signals between an operator unit and a mobile robot to maintain connectivity in signal-attenuating environments.

An application wrapper analyzes processes and communications to ensure content policy conformity.

A universal electronic controller replaces physical board swaps with software configuration, reducing spare parts inventory while improving diagnosis accuracy.

A pipe occupancy optimization method measures actual pipe length to calculate nesting variants for laser cutting.

A bus-type sensor data collection system uses clock and enable signals to manage transmission across shared lines.

Diode circuits isolate communication paths when tie breakers open, preventing cross-talk and enabling instantaneous tripping.

Automated sensor fusion replaces imprecise manual signals, resolving communication contradictions while reducing spillage during continuous milling.

A packing arrangement connects bagging and pallet loading units via a data transmission network for centralized control.

Statistical comparison of runtime deviations identifies the faulty node in redundant systems, replacing random selection with informed decision-making.

Recurrent neural networks process GPS trajectory vectors to classify vehicles, replacing costly physical infrastructure with software-based analysis.

A production management system tracks cementitious and water deviations against formulations to reduce costs by identifying operational inefficiencies.

A remote presence robot mimics user head movements via a motorized camera manipulator.

An independent microcontroller monitors and reprograms programmable components in subsea modems, eliminating downtime from external access requirements.

A tool magazine control system adjusts operation speed via a user interface and actuator unit.

A situation monitor detects programming markers to configure parameters without bus access.

A validation system reads univocal identification codes on stereolithography consumables to verify authenticity before machine operation.

Self-propelled drilling tools navigate workpieces independently, eliminating manual positioning delays and reducing equipment costs.

A piezoelectric grid deforms to actuate user interface elements via electrical signals.

Processor associates tag locations with correct work zones by determining sequential transitions, resolving multipath environment errors.

An event-based manufacturing information system captures sensor data to identify production anomalies in real time.

Image collation compares captured tool photos with reference copies to verify identity, preventing wrong cutting errors during machining operations.

Insulated conducting electrodes enable sub-millimeter sensing resolution while reducing assembly complexity in modular tactile arrays.

Strain gauges and SAW sensors record axial force, torque, and bending moments on the tool holder during machining operations.

A field device control unit verifies access rights using valid electronic signatures to authenticate user permissions.

A countervalue distributing unit allocates revenue shares based on individual power consumption levels.

Scans actual 3D part geometry to align machining tools with real surfaces, correcting nominal model deviations that cause hole location and angle errors.

A production module stores self-description information to enable automatic coupling with adjacent modules.

Closed-loop feedback adjusts clamping forces based on real-time sensor data, preventing workpiece misalignment and damage.

Synchronizing inverter switching periods aligns PWM intervals to reduce conducted emissions across multiple drives.

A substrate processing system adjusts transfer sequences using real-time chamber count data to optimize throughput.

A voltage clamping device uses thermally coupled sensing and limiting components to manage power dissipation in regulating elements.

Localizing brim width based on geometric convexity prevents warping at corners while minimizing filament usage and printing time.

An I/O unit stores multiple diagnosis algorithms in an ASIC register to select and execute specific safety checks for connected devices.

A web application validator detects missing field device drivers and automatically deploys them from a secondary apparatus.

Counterweights offset sucker rod weight while automated controls adjust speed profiles to reduce pressure surges and drive load.

A parametric corner creation method unites adjacent geometric members and mapped bend lines to form machinery corners in sheet metal designs.

Mobile autonomous audio sensors detect machine states through acoustic analysis, reducing downtime via predictive maintenance.

Automated aircraft anomaly detection replaces manual inspections with sensor data and AI analysis, reducing inspection time while maintaining high reliability.

Automated controller measures work machine implement cycle time via position sensors, eliminating manual stopwatch timing errors.

A movable bearing support positions an infrared detector to measure operating temperatures on a printed circuit board.

A distribution grid optimal power flow framework coordinates smart inverter droop settings with legacy voltage control devices.

Parallel dual switches activate in phase offset to double effective frequency, eliminating audible noise while maintaining uniform current profiles.

Align rigid and flexible surface data to calculate displacement functions, fabricating fillers that resolve structural gaps without manual measurement.

Segmented vehicle buses connect sensors, actuators, and a central ECU via a repeater that shapes waveforms to reduce transmission delay.

Alarm handler designates audit queries as low priority to prevent resource overload and cyber threats.

Replacing CCD cameras, this system uses a rotating jig and acceleration sensor to determine the rotation center, eliminating expensive image processing.

Synchronous multi-axis vibration generates cavitation in coolant, dissipating cutting heat and preventing tool wear during difficult material machining.

A programmable buffer system uses multiplexers and configuration registers to support multiple logic functions.

A system switches energy devices between normal and reference modes using randomized intervals to track consumption.

Flight management system modifies cost functions to include maintenance costs, balancing fuel efficiency against engine wear for lower lifecycle expenses.

Automated electric drives synchronize reed holder and planing carriage motion.

A surgical controller uses location estimating and movement detection units to autonomously reposition an endoscope within a defined spatial volume.

Time-triggered Ethernet schedules sensor transmissions to bound latency, reducing wiring costs and enabling early equipment wear detection.

Segmented test switches allow individual contact verification via electrical characteristics, eliminating physical removal for maintenance.

A cutting distance calculating device accumulates tool tip moving distances from multi-axis positions to determine actual machining length.

A control unit receives functional data from an embedded device via a web server to operate the device without pre-stored drivers.

Calculating groove width along the machining path enables detection of core fall locations, preventing unexpected detachment damage.

A bearing life prediction device calculates lifespan using coolant pressure, motor rotation, and temperature data.

Detecting grip patterns predicts input direction, prioritizing candidates to resolve recognition errors from variable finger angles.

A control device uses a display section to show key names dynamically, eliminating physical printed labels.

A mobile sensor device with a base unit and detachable function devices expands tool capabilities through modular attachment.

Segmenting measurement into rotor and drum encoders compensates for flexible element creep, resolving positioning errors caused by vibration damping.

Computer system replaces manual layout with automated calculations to resolve time consumption and labor effort while maintaining design flexibility.

A hardware timer driven SMI tracer routine periodically checks execution timing against expected intervals to detect deviations.

Iterative wind speed estimation derives an initial estimate from rotor speed and pitch angle, ensuring reliable convergence within a stable control region.

A process control device controller determines trip sources to automatically or manually generate device resets based on remote or local inputs.

A thermostat surveillance system detects building interactions and environmental changes to trigger automated security notifications.

An authentication unit checks battery authenticity before a power control unit enables charging paths, preventing safety hazards from unauthentic batteries.

Automated data assessment reduces analysis time by confining manual inspection to a reduced data set of significant parameters.

A history service reconfigures data imports to manage concurrent execution and prevent host server overload.