Computer Control TRIZ Cases

A computerized method defines offset and scallop surfaces to calculate tool paths for CNC milling machines.

A power distribution management apparatus stores electrical connection information and searches facilities to display system details at varying scales.

A sensor mat activates spray nozzles via pressure switches to apply chemicals directly to animal hooves.

Elongation sensors on a suspended platform detect human mass to prevent accidents by automatically disengaging nearby machinery.

A dynamic line contact method adjusts dresser position to modify worm gear tool geometry with high precision.

A hierarchical power control system manages energy storage across microgrid cells using an integrated controller and converters.

A global clock system coordinates asynchronous scanning loops across control elements, eliminating redundant transmissions and reducing jitter.

A foot control device uses dynamic function assignment to map actuation positions to specific operations via a calibration mode.

Segmenting the IO channel into distinct functional blocks reduces design complexity while enabling rapid implementation across wide voltage ranges.

Automated dispensing system uses scan verification to unlock storage bins, preventing human errors in drug selection and ensuring patient safety.

A physics-based thermal model predicts building energy consumption by accounting for solar radiation, convection, and conduction exchanges.

Segmenting tool paths by engagement function enables dynamic feedrate determination for NC milling.

An automated guided vehicle retrieves items from storage locations during transit, eliminating manual worker fatigue and reducing delivery time.

Operating system chronologically associates tasks with resources based on data packet destination addresses.

Signature matching algorithm verifies compatibility between measuring transducer and sensor, preventing unauthorized component access in process automation.

A capacitive touch controller identifies intended key presses using spatial hand position data to distinguish valid inputs from accidental touches.

Sensors attached to each circuit detect current and voltage anomalies, allowing the control unit to log fault data and enable remote circuit resetting.

Arbitrator manages update registration requests between display and device controllers to synchronize operating state data without OS overhead or deadlocks.

Preprocessing units hold past command values to prevent compensation filters from amplifying small variations that cause mechanical vibrations.

Automated charting of voicemail option trees reduces caller navigation time while maintaining comprehensive service coverage.

A control system acquires current time and environment state to determine running time for target adjustments.

A gas turbine control system uses reactive current and voltage signals to identify transient grid events.

Multiplexed signal transmission reduces wiring complexity and enables easy analysis of interlock conditions in semiconductor manufacturing.

A virtual elevator group aggregates data from multiple physical groups into a single monitoring interface.

An autonomous mobile robot switches between slit light and infrared irradiation based on self-location to optimize space usage.

A rotary encoder paired with a microcontroller outputs audio segments to enable one-handed menu navigation without visual reference.

A cloud-based control entity orchestrates energy grid elements using operational policies to manage distributed resources.

A hexapod robot performs automated welding and material removal on railway car side frames and bolsters.

Feed-forward device uses disturbance force correction table to compensate for vibrations in lithographic stage positioning.

A numerical control device dynamically adjusts motor acceleration based on real-time inertia ratios and load conditions.

Interface unit disconnects and tests input circuits to maintain SIL 3 integrity while reducing device complexity.

Linux-based active redundancy with continuous data traffic flow maintains system integrity and fault tolerance for uninterrupted subsea production operations.

A runtime generator implements parameterizable automaton circuits within programmable integrated circuitry.

Applying a water-soluble protective film agent eliminates resist film forming and ashing apparatuses, reducing processing complexity and cost.

Orientation sensors feed processor data into virtual sectors, enabling automatic device shutdown to conserve energy and reduce detectability.

Dynamic polling intervals reduce communication bandwidth usage while maintaining responsive control over energy distribution systems.

Segmented neural networks process distinct production and equipment data streams, resolving accuracy complexity trade-offs in manufacturing yield.

A home appliance converts diagnostic data into modulated sound signals for remote transmission.

A process device harnesses kinetic energy from fluid disruptions to generate electrical power for autonomous field operation.

Integrated piezoelectric transducers measure consumable mass and adjust position in-situ, eliminating bulky external hardware to reduce downtime.

A position control apparatus subtracts displacement deviation from the command signal to correct movable body positioning errors.

Independent processing units execute commands in parallel to reduce cycle time and simplify data creation.

Optical detection systems monitor reference nodal points on machine tool axes to track structural displacements in real time.

Composite variable duration soundtrack system with multiple sound layers configured to play concurrently through a timeline.

A processing component evaluates HMI instructions within part programs to generate dynamic dialog masks on machine tool displays.

A portable terminal cover integrates a solar charging unit, input keys, and display screen within its folder structure.

A power management system monitors electrical outlets in data centers using nested monitoring circuits within cabinet distribution units.