Programme Control TRIZ Cases

A component mounting apparatus adjusts suction nozzle positions using recognition camera images to ensure accurate electronic part pickup.

A dual-arm robot end effector positions workpieces using a restricting member and a moving member, eliminating the need for fixed positioning jigs.

A parameter determination support device estimates circuit constants from operating information during motor test runs.

A dynamic limit value adjusts based on prior torque and current measurements to detect collisions in electrically driven container handling components.

A cloud-hosted control panel assumes local operations during hardware or software failures, eliminating manual reconfiguration and minimizing downtime.

A map interface dynamically adjusts destination indicator visibility based on user interaction and ranking.

Alarm packaging system packages metadata with alerts for tailored delivery, resolving reconciliation delays from identical notifications.

A program generation system infers transformation rules from input-output examples to automate data manipulation tasks.

Scanning conductive foil depth prevents arcing from wrinkles during fastener installation in lightning protection systems.

A design tool generates reusable industrial automation services and templates through data abstraction.

A failure diagnosis system switches between simplified and thorough processing modes based on sensor type and user input.

Electronic control unit detects mechanical events during screen movement to store target positions, eliminating manual adjustment errors.

A conveying system corrects feature point positions to synchronize multi-camera images for accurate 3D object tracking.

A main spindle failure detection device estimates rotation speed decay during inertia operation using a non-linear model.

A dedicated alignment layer extracts the center position of a multi-patterning pattern, resolving displacement errors that degrade overlay control accuracy.

A device selects between rapid traverse and linear interpolation commands to generate optimized NC programs.

A wireless single hop device multiplexes analog current signals from a multi-loop junction box for remote monitoring.

A LIN master controller generates a single control message to simultaneously operate multiple slave devices via broadcast transmission.

Resistor networks and switching multiplexers convey characterization data across shared buses, reducing wiring complexity in fuel metering units.

A detection circuit activates functional units only during active communication phases to conserve power in field devices.

Commissioning process detects wiring errors by comparing stored component lists with user confirmed settings to prevent unsafe testing conditions.

A power control circuit detects foreign objects by measuring voltage differences across a pull-up circuit before supplying supply voltage.

Segmenting safety program parts allows live updates without system restarts, eliminating downtime during modifications.

Automated conversion of master recipes to general formats by removing site-specific segments and adjusting scheduling relationships.

A projector pairs with a remote control device using near-field communication to exchange unique identifiers for secure authorization.

Segmented emulator components bridge physically separated device managers and communication interfaces to resolve distributed control bottlenecks.

Intelligent agents access diverse data sources and present relevant information based on user profiles, eliminating data silos and reducing manual intervention.

A machine tool interference detection system corrects digital models using measured workpiece positions to ensure accurate collision checks.

Central safety management apparatus analyzes cross-source accident precursors to prevent fusion disasters and reduce secondary risks.

A lawn mower uses spaced primary pulses to detect position within a cutting area.

Segmented sensors and data aggregation resolve the trade-off between measurement precision and metering system complexity.

A multi-level controller system uses a surrogate computing element to generate control software for power generation units.

A robot vision system isolates target objects using variance image masking to extract features from source images.

A position controller calculates variable friction compensation using sliding torque normalization and amplification ratios.

Hardware address decoding circuits gate data channels via beat signals to enable parallel control of multiple acquisition cards.

Distributed obstacle sensors and gate actuators maintain collision prevention distances, resolving interference risks in automated assembly.

Real-time feedback loops automatically tune voltage regulator parameters, eliminating manual optimization time while maintaining precise output.

Electronic sticky notes link directly to process control objects via hyperlinks.

A controller loads distinct sampling schemes to adjust data retrieval rates based on the vehicle's current operational state.

Dynamic speed adjustment compensates for wind drift and evaporative losses, ensuring uniform water distribution without disrupting the irrigation schedule.

An embedded historian configuration component automatically discovers and configures industrial controllers via direct network interfaces.

Adaptive diagnostic tool identifies machine type via universal interface to resolve training complexity across multiple power machines.

An integrated motor and resolver design intercepts magnetic flux with sensing coils to produce position, velocity, and acceleration measurements.

A 3D printer ejects build material to form parts and interconnecting members in a single continuous process.