Programme Control TRIZ Cases

A haptic interface with articulating arms provides tactile feedback for vehicle base and robotic arm manipulation.

An isolated junction box routes communication signals to specific terminal ports using a processor and electrical isolation.

A remote diagnostic utility monitors data access servers and associated devices through a network connection.

A universal usage attachment measures vibration data to identify power tool types without separate sensors for each device.

A transmitter device detects electrical circuit state changes to identify connected switch types automatically.

A data analytics platform segments wind turbines into environmental clusters to execute predictive models for each group.

A control device uses predicates to define expected component values and automatically compares them against actual runtime signals for immediate fault identification.

A genetic algorithm evaluates multiple object configurations to maximize space density, reducing the number of required printing runs and operational delays.

Master and slave servers calculate average thresholds to detect data variations in continuous Top-K queries.

An armature structure supports the VR headset weight on a ride vehicle, resolving head stability constraints during motion.

Correlating internal operational data with external threat intelligence enables early detection of espionage and sabotage attacks on industrial control systems.

Information processing device ranks users based on fuel consumption data to set operational incentives.

A graphical recipe manager creates substrate processing sequences using Gantt charts and pie charts for intuitive operation.

Separating adhesive and ink jetting stages resolves moisture-induced deformation while maintaining binding strength.

An integrated laser module reduces system complexity and size while maintaining high output power for ophthalmic procedures.

A hybrid model merges real-time sensor data with simulated responses to diagnose electro-mechanical systems.

Internal bridge connections reduce latency and improve scalability by establishing symmetric broker code before opening external ports.

Segmented chamber monitoring detects tool errors locally, terminating only affected recipes while preserving productivity and yield rates in parallel processes.

A sensor network monitors soil conditions to resolve the trade-off between operational simplicity and irrigation precision.

Visual network connection expression correlates detected events with system topology to resolve root cause identification difficulty in complex control systems.

Automated 3D scanning replaces manual marker placement to eliminate measurement errors from two-dimensional imaging, enabling accurate biomechanical analysis.

A graphic display editor applies scaling parameters to sub-elements during composite shape resizing.

Localized heating cures polyamide-imide layers during deposition, eliminating slow water diffusion limits that extend post-curing time.

Emergency supply unit detects power failures and outputs higher DC voltage, resolving reliability complexity trade-offs in building technical devices.

A yield prediction system partitions integrated circuit dies into tiles to compute systematic and random process variations.

Controller compares sound signals from separate sensors to grant device control without active RF beacons.

A mobile robot arm control unit calculates permissible positions based on sensor data to prevent collisions during navigation.

Automated enclosure generation computes surface regions and structural models to eliminate manual design complexity in legacy device retrofitting.

Applying an artificial background dose to low-density areas reduces write time while maintaining manufacturing precision.

Effective medium approximations reduce model complexity for real-time etching control.

PUR spray painting heads resolve abrasion resistance issues by replacing pigment ink with polyurethane paint on curved aircraft surfaces.

Real-time tool erosion prediction monitoring estimates downhole tool life expectancy using measured pumping parameters.

Bi-directional software watchdog monitors controller execution states via counter exchange to detect anomalies and trigger safe termination.

A coordinated volt-var control system aggregates distributed energy resources into virtual power plants to dispatch reactive power optimally.

Two computer units generate partial code sequences to ensure correct output, reducing certification complexity and development time.

A steerable mirror aligns micromachining beams using a shared optical path for real-time position detection.

An equipment control system switches between local and external devices to maintain continuous operation.

A data context manager tracks add-on instruction calls to provide precise execution state information.

Field devices detect parameter changes to retrieve only modified data, reducing communication traffic.

A training data generation device extracts feature amounts from power consumption waveforms to reduce data points.

Learning control processing unit estimates time-series vibration data to calculate correction amounts for robot tip end portions.

A communication controller performs automatic time stamping of message events using dedicated hardware timers.

A machine tool control system estimates remaining time until spindle motor overheating to adjust feed speed dynamically.

Thermal conduction from a heated screw reduces injection pressure to 500 psi, enabling bio-plastic molding without shear degradation.

A multifunctional I/O device uses a single connection terminal to detect active and passive input signals while controlling externally driven loads.

A model-based approach uses a pattern matching database to analyze layout samples and simulate manufacturing problems.

Automation controller with multi-functional input terminals eliminates external devices by directly processing thermistor resistance values.