Computer Control TRIZ Cases

A segmented data sheet system simplifies industrial device configuration by separating base and option information into distinct electronic files.

Internet-based component retrieval and automated integration reduce programming time and expertise requirements for machine tool control systems.

A communication module integrates a dedicated safety unit to separate process data from safety signals within industrial fieldbus networks.

A tool path generation method calculates distances from correction points to nearby machining locations and extracts data within a preset range.

A laser tracker measures stationary reference points to define a cabin coordinate system, eliminating frequent recalibration across multiple treatment cells.

A sensor device buffers measurement data in an intermediate store to decouple acquisition from permanent storage.

A control apparatus detects instruction data errors and filters redundant commands to prevent unintended state transitions.

A building control device routes requests to an external cloud server for extended processing and storage capabilities.

A home automation system detects user location using Wi-Fi signal strength fingerprints from mobile devices to trigger automated scenes.

A numerical controller selectively stops program execution after macro or subroutine calls to verify coordinates and variable values.

Control unit monitors elapsed step time against allocated limits to generate alarm messages for operator intervention.

A PLC generates compressed shape data by combining one-dimensional sensor readings with drive positional information.

Automated image recognition verifies cutting tool mounting against NC program requirements, eliminating human errors and ensuring precise machining.

Time-division multiplexing merges control and data signals into one channel, reducing board area and component costs while maintaining real-time reliability.

Automated boxing travel verification using axial force measurement on the stretching rod.

Automation controller enables peripheral devices as wireless repeaters to manage communication traffic, improving system reliability and energy visibility.

A co-processor manages air mover speeds to maintain cooling when the main processor fails, preventing overheating.

A controller drives an inverter cooling fan based on internal temperature and DC-link voltage thresholds.

A numerical controller alters axis attributes to perform reconfiguration independently across multiple paths.

Movable workstations and autonomous trucks reconfigure production paths to resolve rigidity in fixed conveyor systems.

A control system modifies NC path support points to optimize surface finish accuracy.

A user management system enforces single primary write access across site controllers while granting secondary users read-only permissions.

Adaptive relative voltage and frequency scaling reduces inter-power-domain sink-source current mismatch for efficient charge recycling.

Engineering systems embed origin data in output files to track dependencies and prevent inconsistencies during automated data propagation.

A phantom unit virtualizes industrial equipment to enable simultaneous process ownership and resource sharing.

Offsetting the detection grating spatial frequency resolves the trade-off between measurement precision and device complexity in machine tools.

A numerical controller analyzes machining programs to detect non-cutting blocks and shifts peripheral equipment to a power saving state.

Casing orientation signals replace soiled buttons, letting operators watch the load instead of controls.

A servo calibration method monitors motor control power to detect limit positions without external sensors.

A bus subscriber uses a sensor circuit to monitor power supply voltage and control a switch, ensuring stable electrical connection.

A general purpose engine enumerates device element properties for browser-based configuration.

Centralized virtual machines resolve software version conflicts and installation delays for automation system maintenance.

Voice processing unit detects speech information to pre-update detected states, eliminating response delay in assistance systems.

Segmenting centralized control into distributed intelligent receptacles eliminates single points of failure while reducing power consumption.

A wireless remote monitoring system uses voice recognition and smart outlets for portable home control.

A digital twin registry maps physical devices to virtual representations within a controller process image area.

A shape measuring apparatus synthesizes path, push correction, and locus deviation vectors to drive probe movement.

A position control device corrects torque command values using an identification model based on angular acceleration and rotation angle.

Virtual controller instances enable real-time code swapping without downtime, resolving the trade-off between adaptability and device complexity.

Scanning device codes registers users for specific appliance events, bypassing complex manual configuration menus that increase system setup complexity.

Virtual controller instances automatically redistribute workloads based on processing capacity, eliminating manual configuration and reducing system complexity.

A machine tool controller connects to an external data processing device via a telecommunication line to execute cooperative processing signals.

A call detecting unit routes floor calls between terminals and group controls, maintaining transport capacity during elevator modernization.

A numerical control unit calculates a safe stop position separated from interference to prevent collisions during manual machine tool movement.

A machine tool uses numerical control to dynamically compensate the cutting edge radius during corner chamfering operations.

A power management system adjusts adapter output voltage via feedback to match real-time load demand.

An air mover control system adjusts fan speeds to maintain thermal stability in information handling resources.

A programmable electrical control device integrates a microprocessor and wireless data connection to manage power supply switching cycles.

Independent side and top scanning systems correlate workpiece edge data to generate precise machining references for cover material.

Wireless sensors detect portable device position to dynamically update the user interface, resolving interface clutter and manual intervention bottlenecks.