Programme Control TRIZ Cases

Digital imaging replaces manual measurement to determine bitting numbers, resolving accuracy issues from poor resolution.

Dynamic frequency adjustment resolves the contradiction between high monitoring quality and network bandwidth consumption across multiple facilities.

A bus participant device implements multiple logical slaves to share a single connection for varied data exchange.

A processing system continuously updates a reference value to identify relevant signal changes in electric devices.

Real-time scanning detects deviations between printed geometry and blueprints, enabling automated control adjustments that prevent material waste.

A control device adjusts machining shapes and fixing distances in wire electrical discharge programs.

Dynamic grinder speed adjustment prevents surface unevenness caused by varying robot movement speeds.

A touchpad captures fingerprint data during password strokes to merge biometric and knowledge-based authentication.

A signal transmission device uses AC termination to suppress resonance in reflection frequency characteristics.

Automated CNC control system tracks cumulative tool usage time to signal replacement thresholds.

Controller positions linkage assembly at desired dump height using stored identifying codes, reducing operator workload and equipment wear.

A brake abnormality diagnosis method monitors friction plates while the motor is excited and the brake is activated.

A vehicle bus system forwards ASIL data using a trusted execution environment to sign packets and add error-detecting codes for secure transmission.

A robot gripping unit conveys flexible flat cables to board connectors using dynamic force control to correct posture and ensure accurate insertion.

A track control apparatus generates position commands and calculates tangential servo responses to produce correction vectors.

Storage control systems redirect metadata to shingled magnetic recording zones using indirection data structures.

Dynamic fan control based on component thermal parameters prevents CPU throttling and reduces validation workload across diverse hardware configurations.

A cart detection subsystem differentiates wheeled devices from humans using infrared beam breakage patterns to suppress false alarms.

A process monitorer acquires industrial device data and generates indexed information to identify anomalies.

Linear prediction models power system signals to reduce data volume, enabling faster transmission over bandwidth-constrained channels.

An automation system merges process control and condition monitoring signals through enhanced I/O modules for unified data processing.

Signal shaping components convert current pulses into voltage pulses, allowing multiple slaves to supply energy and reducing hardware complexity.

A control system modifies cutting tool paths using force feedback to adjust radial depth during machining operations.

An RFID circuit integrated into an actuator system communicates network identification data wirelessly to external devices.

A band saw safety system uses capacitive coupling to detect user contact with the moving blade and triggers a rapid reaction mechanism.

Separates workpiece and tool rendering regions during ray tracing to minimize computational load on low-performance hardware.

A control system uses trigger policies to execute device actions at preset times based on sensing signals.

Cloud platforms retrain load prediction models via selective triggers, reducing electricity costs by adapting to occupancy changes.

A modular irrigation controller uses a communication bus to connect removable expansion modules for flexible system configuration.

A digital filter setting device calculates step response time and displays results graphically for immediate parameter recognition.

A smart lock unit attaches to existing deadbolts and uses a mobile device touch code to generate control signals.

A universal control system generates programming via network device detection and configuration data analysis.

A driving protection circuit detects abnormal voltage levels on an input/output pin to generate error signals.

Multi-dimensional biomimetic signals authenticate robots against relay attacks, resolving the reliability versus complexity trade-off.

Animated graphical symbols track data movement between in-vehicle devices, resolving the contradiction between background efficiency and user visibility.

Battery banks supply peak power to water displays, allowing main infrastructure to handle average loads and reducing construction costs.

An energy management system plans future activities to control component operations and reduce peak power demand in aircraft.

Numerical control units calculate position differences before and after direction inversion to estimate lost motion, reducing maintenance downtime.

A channel decoder paired with a metric evaluation unit validates digital code words to minimize residual bit errors in noisy transmission channels.