Programme Control TRIZ Cases

Physical-property thresholds group 3D model elements into sub-objects, simplifying forming-condition setting while preserving target performance.

Configurable state-variable alerts let expert users flag home automation faults early, reducing manual checks and unnecessary interventions.

By correlating lost motion and spindle lag deviations from encoder feedback, machining defects can be detected without external sensors.

Foot proximity velocity from a capacitive sensor triggers automatic lacing while simplifying assembly and improving foot alignment.

A dedicated cellular network reserves ICS resources and prioritizes QoS to secure OT data links between control devices and cloud services.

Dual rendering of a set parameter in text and graphical forms helps detect browser display errors before safety-critical configuration is applied.

A simulator-based training flow builds autonomous driving policies for rare extreme scenes, cutting dangerous and costly real-world exploration.

Drag-and-drop protocol elements are translated into executable flow cytometry code, cutting development time without requiring programming expertise.

A shared platform links switchable windows with HVAC, lighting, and security controls to coordinate tinting, energy use, comfort, and monitoring.

Constrained robot motion with friction-aware control separates elastic and friction effects, improving manipulator geometric calibration accuracy.

Maintenance records and inspection results re-check torque-based robot axis alarms to cut false positives and improve diagnosis accuracy.

Globally synchronized writers and sequencing readers create consistent event streams without consensus overhead, improving throughput and latency.

Multiple FSM programs share sensor resources through variable data blocks, enabling flexible gesture detection with low RAM use.

Live video recognition constrains surgical tool activation to in-view positions, reducing erroneous handling injuries during procedures.

Two flow meters and a pressure-insensitive control signal help maintain accurate mass flow despite inlet pressure shocks and fluctuations.

Calculated response and delay timing lets distributed components finish together, avoiding overload and reducing damage risk.

Precise motor-driven holding members and robot control cut workpiece loading delays and reduce broad clamp movement in machining.

Energy beam densification and alloy diffusion reduce porosity and deformation, enabling complex 3D overhangs without auxiliary supports.

Standard deviation of differential pressure reveals fluid pulsations across a wide frequency band, helping protect flow measurement accuracy.

A standard control unit logs safety I/O data through a relay and trigger monitor, preserving safety program execution in constrained systems.

A main model is checked against an approximation model to detect computing errors in safety-critical systems with lower hardware cost.

Modular smart posts use semantic flux routing and autonomous positioning to adapt crowd control and information sensing with less manual setup.

Aggregated wearable biometric data drives real-time lighting, audio, and tactile adjustments to keep group sensory experiences safe and consistent.

In-situ fluid sensing detects contamination early, enabling alerts or shutdown before water ingress damages gears and bearings.

Context-aware AR overlays combine federated plant data with wearable views to speed maintenance and guide users to equipment issues.

A unified semantic model turns function-based device specs into KNX, BACnet, and ZigBee configurations, cutting manual mapping errors.

Rotation pulse timing lets a blind cord drive stop at the wound-up position without mechanical abutments, reducing torque stress and cord wear.

When controller memory rises, server functions are limited while machine control keeps running, preventing FA system shutdowns.

Raised 3D barcode features enable reading from either side while improving contrast and surface aesthetics through additive manufacturing.

A fabric controller runs FPGA kernels across a network without processor intervention, cutting programming latency and pooling FPGA resources.

Alternating measurement and operating modes let one radiometric signal path verify another, improving SIL2 safety with lower power and hardware load.

Impedance-based detection and comparator analysis separate true sensor states from short or broken communication channels.

Low-expansion holding elements isolate the scale from machine tool thermal growth, preserving accurate position measurement and calibration.

Digitized measurement and CAD alignment adapt aerofoil blade repairs, cutting manual work while restoring missing material and nominal geometry.

Periodic monitoring of field device settings detects and shares remote parameter changes automatically, improving maintenance coordination.