Computer Control TRIZ Cases

A mobile operating device determines distance to automation components using a transponder-modulated carrier signal.

A numerical control device corrects tool-direction vectors within predefined tolerances to ensure smooth motion paths.

A monitoring system integrates carbon dioxide sensors with alarm infrastructure to detect gas appliance usage and control HVAC components.

A machine tool corrects workpiece orientation using inherent position detectors and a contact probe.

Spectral graph analysis detects cliques in interaction graphs, resolving the trade-off between autonomous operation and large-scale control efficiency.

A movable heat sink contacts an electronic device to conduct heat away during ejection.

A graphical interface uses selectable icons to define business process logic, eliminating manual coding errors and reducing development time.

Segmented baselines prevent overwrites and enable recovery of previous configurations across multiple technicians.

Role-based algorithms process visitor identification to execute automated access actions while managing system complexity through predefined rule sets.

Segmented hierarchical models reduce data processing overhead while maintaining comprehensive monitoring across enterprise systems.

A numerical controller modifies command execution timing to overlap tool axis orientation with feed axis positioning.

Automated collection of operational context within industrial applications accelerates issue resolution by providing detailed information to assisting entities.

Segmented power monitoring displays visual indicia to resolve productivity versus energy trade-offs.

A rule-based display system dynamically generates screens by matching conditions against stored rules.

A profile generator calculates ST-curve motion profiles with continuous jerk references to produce smooth trajectories.

A substrate processing system calculates deposition conditions using surface and arrangement state data to control film thickness.

A Runtime Application Package bundles runtime media and ancillary services into a single deployable unit.

A numerical control device transforms interpolation commands from non-machine coordinate systems to machine coordinate systems.

Calculating a single interaction distance and defining an extraction vector avoids collisions while reducing calculation time compared to gradient methods.

Signal processing circuit combines positional data from dual encoders to generate multi-rotation information without external power.

Standard interfaces enable third-party modules that resolve the trade-off between automation capability and workflow adaptability.

A machine tool display unit visualizes simulated movement paths to enable operator selection of interference-free trajectories.

Processor-based modification management system reduces manual tracking efforts by automatically comparing instruction files and generating records.

An adaptive process control system uses an OPC-UA intermediary layer to enable flexible integration with diverse programmable logic controllers.

A 3D map display system generates spatial awareness using stereo vision and visual odometry data.

A broadband gateway tracks and optimizes energy consumption across connected home network devices.

A wind farm control system identifies turbines for mechanical upgrades by comparing load sensor data against defined baseline threshold values.

Interpreter framework processes configured data structures to provide modified operation programs without interrupting the running process.

Generic process system libraries reduce configuration time by reusing graphic and strategy data across similar systems.

A synchronous controller calculates a gradient for changing the multiplying factor to adjust slave axis motion smoothly.

A sensor device uses bidirectional signal lines to transmit trigger signals between microcomputers and sensor sections for continuous torque detection.

A display element manager API discovers and controls front panel features across heterogeneous set-top boxes.

Automated document generation reduces manual effort and inconsistencies in process control systems by using template-based updates.

A protocol abstraction layer generates generic control logic applications that automatically create network interface views for Lon and BACnet protocols.

A handheld device generates artificial text variants from ambiguous reduced keyboard inputs for user selection.

Mobile platform with sensor fusion achieves precise positioning accuracy without fixed gantry infrastructure.

Time stamping protocols enable flexible motion control over open networks by replacing rigid time slotting with dynamic data structures and synchronized clocks.

Delay module shifts signal phase to extend transmission distance while bypassing complex decoding processes.

Standardized identification codes streamline avionic parameter management and secure data transmission across complex aircraft systems.

Secondary processor bus mastering executes real-time algorithms independently, reducing design complexity and latency in hardware-in-the-loop testing.

A precision shaft alignment system uses laser measurement data to guide automatic concentric positioning of rotating components.

A system management controller generates virtual thermal inputs from remote temperature sensor data to manage chassis cooling.

A reverse power relay manages excess energy from alternative sources by storing it locally in a rechargeable device.

A state change management system standardizes event information from diverse manufacturing machines for efficient data handling.

A self-powered utility meter generates electrical energy from flowing utility pressure to operate electronic measurement components.

A servo controller corrects positional deviation using frequency-filtered error signals to maintain shaft synchronization.

A hypervisor-based process control apparatus compares operational traces against defined models to verify system normality.

An extra-corporeal ventricular assist device controller integrates rechargeable battery modules directly into the housing to eliminate external power cables.

A cloud learning system gathers sensor data to form adaptive control algorithms for electrochromic windows.