Programme Control TRIZ Cases

A monitoring device reads data from accessory devices to detect faults and separate processor systems.

Master and adjusting units offset interference signals and align transfer functions, eliminating output overshoot while maintaining rapid response speed.

A numerical controller restarts look-ahead processing based on specific machine state conditions.

A distributed manufacturing system selects production nodes based on destination location to enable localized product fabrication.

Barrel-shaped threaded grinding wheel corrects radial, lateral, and helical positions to reduce tooth profile errors.

Encrypted state thumbprints detect unauthorized modifications in distributed systems while minimizing bandwidth consumption.

A software configurable intrinsic barrier device uses a processor to isolate communication channels between IO modules and field devices.

Portable computer wirelessly controls vehicle actuators to adjust device interfaces, eliminating manual coupling delays and safety risks.

A motor control center communication system uses wireless links between controllers and local modules to replace physical wiring.

Adaptive control algorithms adjust equivalent source impedance to resolve instability in medium voltage DC systems without complex passive filters.

A ship power system uses a digital twin for remote diagnostics, reducing maintenance costs by eliminating physical shutdowns.

A single-workstation automated manufacturing system uses robotic arms to produce custom-fit garments without human interaction.

Smart connectors merge power and data transmission on single conductors, reducing wiring harness complexity and easing machine assembly.

A subsystem health check predictive model correlates sensor data with bare silicon substrate measurements to estimate plasma chamber etch rate uniformity.

A removable boot memory module stores machine parameters to simplify drive controller commissioning.

A safety network design uses dual data buses to separate safety and non-safety traffic, reducing wiring complexity.

Virtual copy of plant environment eliminates travel time while standardizing maintenance procedures across distributed sites.

A proximity sensor transmits encoded and interference signals to generate a unique interfered signal for accurate distance measurement.

Automated drive position adjustment eliminates manual operator adjustments, reducing errors and improving paving quality while lowering fuel consumption.

Simulating motor response determines the moving state to select correction amounts that reduce tracking errors caused by friction changes.

A servo-driven nut seat reciprocates to define a backlash period, enabling automatic displacement calculation without external optical detectors.

A mobile apparatus control device adjusts movement trajectories to navigate around or displace obstacles based on object classification.

A control device uses mobile client devices with participant profiles to enable remote monitoring and authorization of industrial processes.

Slack variables extend search ranges beyond predefined limits to resolve trade-offs between control reliability and solution flexibility.

Integrates job shop scheduling with discrete event simulation to model stochastic parameters, reducing operational costs from infeasible schedules.

A decoder employs a shunt regulator and field effect transistor to stabilize current flow, resolving voltage drop issues that cause false command recognition.

Segmented memory areas managed by a control unit prevent read-write conflicts, ensuring data integrity during simultaneous motor vehicle system operations.

Self-organized wireless zone controllers manage building environments through direct smart node communication.

A robot simulation apparatus creates a virtual space to arrange workpiece models in appropriate postures and positions.

Local memory cards store movement programs to eliminate computer dependency and reduce energy consumption.

Direct I/O kernel communication eliminates middleware latency to enhance simulation accuracy and reliability.

A testing arrangement measures force progression during vehicle component coupling to verify connection status.

A controller estimates motor inertia using sine-wave torque commands and averaged feedback signals.

A reconfigurable susceptometer measures Hall voltage and in-plane resistance using aligned electrode arrays.

Automated contact surface detection during virtual coupling resolves prototype testing inefficiencies.

A tool path generation device calculates machining conditions based on chatter vibration affecting values to determine optimal feed directions and rates.

A universal steering wheel control interface detects vehicle bus types and translates digital signals for aftermarket stereo integration.

Computational correction of cooling capacity parameters across load cycles balances copper loss and lifecycle aging to optimize operational costs.

A profile measuring instrument moves a stylus tip along an imaginary cone lateral face to scan workpiece surfaces autonomously.

A capacity estimation module processes aggregated energy data to determine node storage limits.

Non-critical loads modulate active and reactive current output using droop control to act as virtual generators.

A closed-front operating device uses a transparent plate and capacitive film to enable touch control, preventing dirt ingress into the internal mechanism.

Integrating computation modules with photovoltaic arrays eliminates electrical infrastructure costs while reducing energy transmission losses.

Direct motors on the terminal body reduce moving inertia and improve precision by filtering trajectory data across redundant axes.

An encrypted whitelist file containing hash key values verifies executable authenticity on industrial controllers.

Modular transformation of energy coefficients resolves IPMVP limitations by distinguishing operational measure effects from ambient temperature variations.

Parallel signal processing units convert high voltage to stable low voltage, eliminating multi-type signal conversion errors in switch control systems.