Programme Control TRIZ Cases

Assigning functionalities to categories with stored default parameter values automates reconfiguration, reducing manual errors and complexity.

A control system evaluates potential load combinations to balance generation and demand.

An external server generates device-specific web pages accessible through a browser-based operating program.

A machining status display apparatus superimposes stability lobe diagrams with cutting efficiency and tool life data on a single screen.

Modified relay feedback test compensates for crossover frequency shifts to ensure specified gain or phase margins.

Inertial sensor modules attached to plant organs measure movement directly, avoiding camera complexity and occlusion issues.

A 3-D virtual semiconductor fabrication environment generates local masks from design data to model pattern dependent effects.

A redundancy control system generates signature data using distinct algorithms to verify computational integrity during transmission.

Extending robot motion beyond the base unit eliminates conveyor complexity and boosts production capacity.

Generates operational user interfaces by extracting geometrical and relationship data from building information modeling objects to create interactive widgets.

Electronic speed control monitors throttle signal transmission state and switches to a communication interface when abnormalities occur.

An automated model builder uses statistical analysis to generate or update manufacturing process parameters without manual intervention.

A flight control system uses redundant bidirectional digital links to maintain data integrity between processing units.

An influence model updates operation levels of actuators along a predetermined trajectory to refine supervisory control parameters.

A built-in self test table monitors thermal processing systems by comparing measured dynamic responses against predicted model outputs.

Continuous velocity adjustment minimizes abrupt accelerations and high jerk characteristics, reducing time-consuming delays and potential workpiece damage.

A machine tool measures blank hole positions to calculate optimized coordinates for final cutting operations.

Watchdog monitoring skips unnecessary CRC checks during boot, reducing energy consumption and start-up time.

A master controller separates operation reference data into position and orientation components for intuitive manipulator control.

Automates replacement field device configuration using stored parameter templates to eliminate manual entry errors and reduce maintenance downtime.

A job management system segments additive manufacturing tasks and assigns distinct portions to multiple printers for concurrent execution.

Selective port association line display reduces model complexity while maintaining connection point identification.

Dual optical deflection redirects light paths for a single camera, eliminating multiple cameras and reducing bonding head travel distance.

A vehicular communication system compares scheduled and real-time bus data to verify expected communication states.

A numerical control device transmits simultaneous commands to all connected IO units for rapid alarm data retrieval.

Local processing replaces third-party servers to enable customized notification prioritization and secure data storage.

An integrity measurement comparator evaluates endpoint states against trusted reference values to authorize network access.

Movement mapping module suspends command actions at user space margins to prevent operator disorientation during telerobot control.

Artificial muscles actuate dielectric fluid to change surface topology, resolving the conflict between fixed spoilers and variable wind conditions.

Execution contexts map graphical code portions to specific processing targets, resolving load balancing bottlenecks across distributed hardware.

Automated routing algorithms place modules on substrates to resolve integration complexity and expense constraints.

A coating and developing apparatus control system manages substrate transfer paths to the inspection module.

A wireless field device maintains data transmission and diagnostics by switching to a secondary power source when the primary battery is removed.

Segmenting detection from identification via Bayesian networks resolves the trade-off between speed and accuracy in rocket systems.

An antenna driving apparatus uses a protective diode to prevent reverse current flow from the circuit back to the power source.

Intermediate controllers reduce wiring complexity and signal errors while enabling precise fault localization in Jacquard control systems.

An adapter retrieves field device data wirelessly to establish rapid field bus connections.

A laser head reflector directs a visible beam to mark reference positions, resolving verification difficulties caused by remote welding distances.

Current sensors detect flow between modules to verify functionality, resolving the trade-off between fault detection reliability and circuit complexity.

A portable articulated arm coordinate measuring machine integrates a self-contained operating environment with internal processing and display capabilities.

A medical-robotic device plans autonomous movements and visually presents trajectories for operator influence.

A robotic device scans aircraft structures to identify defects and generates precise tool paths for automated repair operations.

A dedicated negative-sequence regulator adjusts inverter impedance to balance grid voltages and prevent equipment overload during unbalanced conditions.

Autoparallelization partitions control programs into pipeline stages to reduce scan cycle time while maintaining data dependency integrity.

RFID-equipped fans read serial numbers offline to assign unique addresses, eliminating manual sequencing during installation.

Detect laser machining head position deviations via radiation interaction, eliminating complex reference components and collision risks.