Computer Control TRIZ Cases

A grinding machine uses a microscope and CCD camera to measure vertical distance based on image sharpness.

Bioimpedance spectroscopy and albumin kinetics determine fluid distribution between body compartments for precise hydration state assessment.

A DC to DC converter control system dynamically adjusts output current based on actual speed deviations from a constant rated rotational speed.

A touchscreen call input device integrates a protruding pushbutton to enable tactile actuation for accessibility compliance.

A technician control system aggregates scheduling configuration options and configures a scheduling application to prioritize client goals.

An adjustable baffle opens a bypass path to reduce rack air pressure and prevent warmed exhaust backflow into computing devices with weak fans.

Control assembly compares measured electrical power against reference values to adjust voltage and maintain mechanical power during variable loading.

A projecting terminal power supply uses a keyed cable housing to conceal exposed wiring and prevent incompatible device connections.

A power distribution control system coordinates local routers and assets to negotiate energy transfer times and quantities.

A positioning control system adjusts loop gain via a modifier to track steerable mirror commands.

Dynamic path modification compensates for kerf lag and taper errors during high-speed cutting of double contour workpieces.

A processing unit calculates instantaneous and expected efficiencies to determine the optimal number of parallel centrifugal pumps for operation.

An intermediary interface adapter resolves the contradiction between multi-version compatibility and system complexity by enabling seamless runtime updates.

A state-chart modeling system structures human-machine interface objects and transitions to capture detailed user interaction data.

Motor torque analysis identifies anchor position changes to eliminate sensor failures in harsh marine environments.

A semiconductor process management system establishes mutual influence models between recipes and measured values to detect out-of-spec conditions.

A thermal manager adjusts cooling fan speeds based on real-time temperature data to maintain precise airflow velocities across system components.

Controller maps thermal sensors to multiple fan zones, activating specific fans to reduce power consumption while maintaining cooling effectiveness.

A medical device holding apparatus uses a determination unit to detect simultaneous operation of multiple members for safe arm movement.

A PLC computation unit alters CAM table phases and displacements to fine-tune dependent shaft operations.

A control system translates host instructions into device-specific command batches for electromechanical medical devices.

A control device operating program dynamically modifies data object assignments between processing modules during runtime.

Prioritized cloud data transmission reduces onboard memory requirements while maintaining reliable access to critical operational information.

A redundant device unit segments industrial control links to distinguish shared and unshared faults through active-passive diagnostic handshakes.

Segmenting controller engines by language isolates data manipulations, reducing management complexity while maintaining system-wide reliability.

A power management controller identifies output power occupied in consumption power to calculate environment additive value accurately.

A complex programmable logic device reads and stores platform controller hub temperature data for hardware monitor access.

Distributed voltage controllers coordinate via communication networks to maintain proper voltage limits, eliminating high-speed central infrastructure costs.

Segmented independent generator switchgear prevents hydraulic fracturing blackouts by isolating primary and backup power paths.

An adaptive machining system aligns actual surface geometry with design intent through automated parameter adjustments.

Segmenting backplane access into allocated time slots eliminates token exchange delays while preventing signal collisions among multiple CPU modules.

Electronic sensors measure spray component ratios, temperature, and pressure in real-time to prevent defects caused by manual measurement inaccuracies.

A numerical controller adjusts machining conditions based on tool path features for precise control.