Computer Control TRIZ Cases

Local controllers level load and source power via energy storage sensors, removing reliance on centralized coordination networks prone to failure.

A manufacturing process management system associates engineering requirements with production operations to track design changes.

A failure classifying device correlates constituent parts with countermeasure data to specify failure causes in machine mechanism units.

A sensor registry system assigns quality ratings to devices based on their communication protocols and encoding schemes.

Server transmits pre-stored security parameters to enable automatic device pairing without manual intervention.

Movable fastening element on data carrier interacts with receiving unit to create form-fitting connection.

A smart laundry machine communicates with external terminals through a server mediator to enable remote operation without hardware modifications.

Control system transfers applications between server and gateway to maintain device operation during connection failures.

A stepping motor control device measures back electromotive voltage to detect out-of-step conditions.

A closed-loop system maps familiar device interactions to control unfamiliar processor-enabled devices through real-time signal processing.

Actuators and sensors use communication apparatus to establish a wireless network for bidirectional data transmission.

Virtual trackers assign simplified geometry to persons detected by time-of-flight sensors, reducing evaluation effort while maintaining measurement precision.

Converts control data into distinct formats at runtime to enable seamless exchange between operating devices with different software versions.

Wireless working modules replace complex cabling to enable virtual functional linking of external components.

A parameter determination support device estimates induction motor slip constants using Q-phase voltage commands and speed data.

Segmented marking units on shaft doors paired with car door sensors resolve installation complexity while maintaining measurement precision.

Portable robot controller acquires user-defined screens and switches to standard views, resolving fixed menu limitations.

A numerical controller predicts machining time by accumulating deviation data from actual operations to correct reference calculations.

A controller limits torque command fluctuations to synchronize spindle and feed axes during machining operations.

Automated module configuration conversion copies compatible parameters between electronic control unit software versions.

Articulated arms on a tracked crawler dynamically adjust the vehicle profile to navigate narrow passages and climb obstacles while maintaining stability.

A glass sheet cutting device integrates a three-dimensional defect inspector to scan substrates and guide cutter positioning for precise substrate separation.

A universal broadband control panel manages aircraft antenna transmissions via dedicated switch positions.

Telescoping shaft and dynamic balance control resolve the stability-versus-posture contradiction for natural telepresence perspective.

Dual interferometers synthesize position data to cancel resonance modes, maintaining high bandwidth control for large substrate stages.

Merging dual-computer systems into a single multicore platform with shared memory reduces device complexity while maintaining functional versatility.

Dynamic load paths modulate firing temperatures to extend HRSG pressure parts life while maintaining combustion stability and emissions compliance.

A programmable tool assembly integrates a microprocessor and wireless interface for versatile manual or machine operation.

Standardized assays predict immunogenicity risks by compiling anonymized data, resolving inconsistent ADA detection across diverse therapeutic drugs.

Numerical controller calculates axis-dependent translational and rotational compensation amounts for five-axis machining tools.

A mobile device creates and stores step-by-step visual instructions for machine changeovers, reducing operator downtime during beverage processing.

A portable field maintenance tool powers and communicates with field devices using a single composite signal.

A centralized data collection management device automates measurement settings and execution across multiple machine tools.

Hierarchical node controllers automatically switch loads between phases to rectify power system imbalances, reducing energy losses and component wear.

A numerical control device synchronizes main spindle and feed shaft movements to optimize tapping operations across varying tool diameters.

A controller adjusts thermal resistance and capacity between components to optimize heat transfer paths.

Sequencing manufacturing batches by output data correlates specific tool subsets with yield loss patterns, reducing analysis time and cost.

Service registry decouples vendor-specific protocols from control engineers, reducing integration complexity while maintaining system versatility.

A wind park manager system correlates machine and IT events to identify root causes.

A numerical controller calculates a synthesis speed combining linear and rotary distances to drive multi-axis machining positions accurately.

A small motor controller determines rotor position using a sensor detection zone with distinct sides to identify feature approach direction.

Waveguide channels in electronic housings enable wireless communication, eliminating costly wiring and signal blocking by metal battery enclosures.

A system controller uses fuzzy overlapping summary bins to process event data and categorize users without direct identity information.

A just-in-time dispatching system assigns semiconductor lots to tools using predictive models that forecast expected arrival times.

A system records device parameter data from Foundation Fieldbus devices to generate visual representations for operational monitoring.

A wireless puck device delivers customized vibration and light alerts, resolving noise disruption in quiet environments while maintaining reliable notification.

Redundancy control mechanism guides users through successive steps to determine electronic scale profiles.

An automated method calculates inspection paths using design data and optical characteristics to cover three-dimensional objects.

Equipment model object encapsulates state machine logic to reduce debugging costs and enhance system flexibility in complex industrial automation environments.