Computer Control TRIZ Cases

Stability system predicts unstable states by analyzing terrain characteristics to generate restriction signals for commanded movements.

Interpretive EDL scripts compile into vendor-specific configuration languages to define process control system components.

A controller assigns elevator cars to destination requests based on a dynamic criterion that updates as modernization progresses.

A power distribution unit adjusts outlet cutoff timing based on device shutdown requirements.

A variable precision thermal sensor switches between high and low power operational modes based on temperature thresholds.

A robot controller switches to compliant control mode to adjust target point positions automatically.

Standardized XML definitions enable flexible workflow processing without special-purpose programs, resolving interface limitations across the enterprise.

A field device history information generation and management section stores software download history to enable version tracking.

A method for automatically generating data points in a SCADA system by configuring control strategies and variables.

Mapping industrial objects to depth layers by parameter values creates a 3D view that segregates critical equipment states from background data.

Computing server determines injection molding parameters from product information to eliminate human error and variability in manufacturing precision.

A sequence-control programming apparatus combines selected ladder logic commands into a single system-compatible program.

Elevator controller generates automated check programs from stored configuration data to guide commissioning sequences.

A numerical controller monitors drive unit temperature to determine optimal machining start times.

A numerical controller inserts curved movement paths into corner sections to manage inward turning errors during acceleration.

A power management system dynamically reallocates energy between computing resources and cooling fans based on real-time thermal states.

An external single shot output section sends control and erasure signals to programmable logic controllers.

An HTML netlist with embedded JavaScript executes on any browser to replace proprietary software, reducing deployment costs for industrial automation.

A system propagates designated control results to related entities based on predefined relationships.

Phase-differing pulse trains drive stepper motors for precise web alignment, eliminating the need for expensive high-frequency drivers.

Floor detection devices compare actual exits with authorized destinations to reduce unauthorized elevator usage.

Segmenting the controller with a message broker reduces processing overhead while maintaining real-time control responsiveness.

Robust optimization calculates voltage set points using tolerance ranges to handle active power variations without iterative calculations.

Modular IV pole infusion system separates power and control units from the pump device to distribute weight along the vertical shaft.

Assigning sensors to path intersections maximizes coverage while minimizing device count.

Inverting diagnosis data eliminates comparator costs while detecting transmission errors.

Electronic device control apparatus accumulates operational status data to generate associated control information.

A movement monitoring system adjusts time intervals for elevator car parameters based on detected acceleration to optimize measurement precision.

A calculation method determines correction values for rotational axes to adjust tool position and posture errors in machine tools.

A wafer alignment system uses arc-shaped electrical contacts to measure resistance differences for precise positioning.

A numerical controller generates machining cycle commands from existing NC programs to simplify editing workflows.

Detecting unbinding notifications removes associated smart scenes, eliminating manual deletion steps.

Classification of operation history into usage modes improves life span estimation accuracy for hydraulic shovel components.

A controller measures component energy consumption and transition times to automate system startup and shutdown sequences.

Segmenting a side airbag into a secondary chamber absorbs oblique impact energy, preventing head ejection without increasing static volume.

Comparing temperature deltas across shared cooling channels detects pipe blockages and triggers low-power modes to prevent overheating.

Control algorithms guide excavation machines to avoid underground obstacles, reducing repositioning time and preventing equipment damage.

A thin re-coat layer protects the buckling portion of a ferrule-less fiber optic connector.

Control devices propagate section information between adjacent conveyor zones to dynamically adapt zone behavior.

A parameterizable physical layer adapts serial communication modules to specific application requirements.

A method matches measured load data against predefined machine conditions to determine component life consumption parameters efficiently.

Voltage-adaptive control adjusts diffusion pulse width based on battery charge, reducing energy wastage while maintaining reliable operation.

A PLC system uses intermediary communication units to connect remote I/O modules in a ring topology.

Dual-sensor workload classification adjusts voltage and clock frequency based on delta temperature, preventing unnecessary throttling during steady loads.

A master apparatus packet generation unit allocates data areas and associates control commands to generate efficient control packets.

An event processing system applies rules to manufacturing data for real-time defect identification.