Programme Control TRIZ Cases

An integrated monitoring platform applies preliminary action principles to detect anomalies early, preventing costly shutdowns in water purification operations.

Recording manufacturing parameters onto excess trim regions allows precise defect pinpointing, reducing material waste and analysis time.

Static and wearable cameras feed a danger identification circuit that analyzes visual data to detect user distress or improper setup before accidents occur.

Automated machining centres profile turbine blade leading edges via 3D scanning to resolve manual precision trade-offs.

A network defense device restricts communication between industrial zones to protect the safety instrumented system from external threats.

A generator management system coordinates multiple units via a communication bus to selectively activate and deactivate generators based on real-time operating parameters.

An external CPU handles secure transfers while an internal CPU monitors operations, taking over when the external unit fails to maintain reliability.

Face detection method using error removal processing to eliminate false positives from non-human faces, ensuring accurate robot head rotation control.

A thermal displacement compensating device adjusts position command values using visual operator feedback on a controller display.

A modular intelligent electronic device uses mechanically separable hardware modules interconnected via an inter-module bus to support flexible configurations.

A drive wave generation circuit produces asymmetric voltage pulses to control piezo actuator movement.

Evaluation system copies safety program logic to verify functional safety without manual inspection.

A substrate treating controller allocates lots using precomputed allocation patterns to overlap operations.

System detects slide direction against stored appliance orientations to eliminate manual selection steps.

A self-tensioner system uses a sensor to detect belt tension via voltage conversion for accurate monitoring.

Destination determination rules optimize wafer transfers in a linear vacuum tool to reduce robot standby periods and enhance throughput.

A base-mounted force sensor uses strain gauges and optical fibers to measure surgical instrument forces.

A revising robot unit adjusts around view monitoring screens using target members for position reference.

Synchronized rotation of the main shaft and tool spindle enables simultaneous polygonal shape formation on workpiece surfaces.

A processing module predicts fiber orientation by modeling zero-shear-rate viscosity against pressure and shear rate to resolve core region accuracy issues.

A distributed motor control system uses peer-to-peer data sharing among servo amplifiers to enable parallel processing of coordinated drive commands.

Self-calibrating processor determines subject-specific geometric parameters using inertial sensor data, eliminating external camera setup requirements.

A self-reflection layer models autonomous behavior to preempt user mistrust by generating context-sensitive explanations for unexpected actions.

A central control unit divides into independent fault containment units with separate power supplies to maintain limited functionality during failures.

A controller compensates for total deviation between a mounted gauge and nominal table center, resolving downtime caused by complex manual alignment procedures.

A mobile telecommunications terminal transmits text-based emergency messages to a server device for processing.

An activity amount calculation apparatus estimates equipment work levels using standard operation times and observed data from connected machinery.

Decentralized control units connect via a communication bus to enable direct external intervention, resolving partial failure isolation challenges.

Nested variable monitoring extracts relevant data to identify root causes in wireless networks without increasing device complexity.

Detects backlash by measuring torque peaks during servomotor stepping, eliminating extra positioning sensors.

A dual user interface system confirms operator inputs via test values to ensure accurate data transmission between the control station and automation component.

Segmenting execution history into favorite and general areas reduces search time by allowing users to browse only high-frequency programs.

A switching power converter injects periodic signals into control loops to measure DC bus impedance and stability margins.

An adaptive guide mechanism controls nozzle pressure based on position detection, resolving gravity-induced contact loss during tube support peening.

A semiconductor system creates comparison screens to streamline data editing workflows.

A computing device directs a vehicle to deliver cargo at recipient-specified times and locations using an integrated movement subsystem.

Segmenting the tank into zones resolves measurement precision versus device complexity trade-offs by calculating average properties without flow rate sensors.

Inspection device aligns wafer images using reference coordinates to resolve sensor shaking errors during scanning.

A frontend system visualizes industrial control and geographic views to enable drag-and-drop object association.

A covert channel detector analyzes encrypted data streams to identify subtle anomalies in multi-level security cryptographic systems.

Separate memory preserves ECM operating data during power failures, enabling remote diagnosis of cascading system faults.

A docking electronic device extends drone capabilities by coupling with a secondary unit to share processing resources.

A walking assistance device calculates torque output based on wireless sensor data and reference patterns.

Pressure sensors detect gas increases to terminate cleaning, avoiding expensive OES or RGA instrumentation.

A robotic system creates a temporary physical support to enable precise additive manufacturing repair in complex geometries.

A dual robotic arm system uses a single control grip to manage macro and micro movements, resolving operator complexity in cluttered IED environments.

A power management system displays hourly electricity rates using color-coded levels and icons to help users recognize current pricing.

Segmented control units monitor message traffic to identify faults, enabling layperson replacement and reducing maintenance complexity.