Programme Control TRIZ Cases

A distributed HVAC system updates device parameters through an interface and active subnet controller to enable flexible configuration.

Continuous in-service testing eliminates offline maintenance windows while reducing power consumption through 3.3 volt operation.

Strategic sacrificial objects provide dynamic heating to maintain temperature uniformity across the build bed.

A setup system adjusts feeder operation conditions using stored component container information.

Mobile robots deliver objects to fixed manipulators, which distribute items to other transporters, optimizing warehouse throughput.

A robotic rehabilitation system adjusts stiffness coefficients online to guide patient movements along reference trajectories.

Computer-implemented method automatically creates ASME and ISO compliant tolerance schemes for 3D model features, eliminating manual calculation errors.

Gateway reencoding segments the network, enabling independent control of up to 768 feeders while reducing system complexity.

A network control program manages display data transmission across multiple controller operation modes.

Calculating settling time and error values detects performance degradation to enable preventive maintenance and ensure LEED compliance.

A multiple input-multiple output state machine coordinates harvester settings to achieve optimal operational performance.

An operation plan creation unit generates data of operation plans using initial setting data and actual performance information.

An on-premise cloud agent collects and compresses industrial data before uploading it to a cloud platform.

An integrated measurement system calculates scaling errors from arc trajectories to correct thermal displacement without requiring multiple instruments.

A coordinate measuring machine controller adjusts probe movement paths using movable control points linked to scanning trajectories.

A CAD engine estimates minimum stock geometry and suggests alternative material cross-sections to guide virtual feature adjustments.

A controller system allocates power capacity to server racks based on real-time load estimates and service level agreements.

Automated imaging detects wear and arcing in brush holders, preventing unexpected downtime.

Segmented interfaces simplify certification by isolating intrinsically safe sensor connections from standard data processing links.

A trace processor filters memory access operations via an inter-processor bus to capture program flow data.

An automated validation, estimation, and editing engine selects processing techniques based on anomaly duration to optimize energy data streams.

A computing device processes calendar data to update location automation settings for occupant schedules.

A welding robot teaching system automatically adjusts wire length and position to match a predetermined target for accurate path definition.

Dividing the display region into areas sized by metric count prevents small clusters from becoming invisible while keeping large clusters readable.

Computer method derives input product attributes from output design and manufacturing operations to eliminate manual 2D drawing generation.

A video flame detector assembly captures visual smoke and flame data to trigger a relay module that modulates electric current in the range heating element.

A controller switches between active and low-power states to monitor device connections.

A terminal device visualizes pixel data from a field device to enable remote operation without local drivers.

A data control part buffers and relays information between application modules and existing software components.

An automated displacement system aligns and sorts elongated food products, reducing manual labor intensity and minimizing product damage during handling.

A hierarchical project navigator displays connection trees for selected technological objects to visualize movement signal flows.

Wireless remote control isolates operators from electrical hazards by managing cutting tool blades through microprocessor signals.

A vehicle starter control unit dynamically switches current limitation to bypass mode after a set time.

Segmenting strata into main bodies and removable inserts reduces modification time while maintaining molding precision.

Decomposes safe visualization into base elements and overlays them at runtime, reducing storage requirements from terabytes to manageable levels.

Active data lock prevents uncontrolled memory access in safety controllers, ensuring only validated data reaches higher-order devices.

A tool abnormality determination system corrects monitoring ranges using load data from previous cycles to adapt to mechanical efficiency changes.

Dynamic display adjustments correct higher order visual aberrations by modifying transparency and brightness based on real-time user feedback.

A robot control system separates hand grasp planning from arm motion planning to execute stable object handling.

Acoustic sensors detect chip accumulation to predict washing timing, eliminating fixed schedules and reducing downtime.

A thermal convection sensor detects human presence using heater and temperature elements to reduce power consumption.

A dialogue system reads machine tool sensor and image data to generate objective improvement proposals for machining operations.

A system generates machine-specific component data for pick and place operations using automated mapping of identifiers to shape parameters.

Optical calibration compensates for mechanical errors to improve system accuracy without complex assembly.

Server correlates environmental sensing results with external data to assign logical room identifiers, resolving manual configuration errors.

A hierarchical distributed control architecture coordinates grid-connected electrical devices to autonomously adjust power consumption based on frequency thresholds.

Real-time impedance calculation replaces static estimates, enabling precise component sizing that reduces device cost while maintaining system reliability.