Analogue Computers For Vehicles TRIZ Cases

Dynamic thrust adjustment reduces minimal control speed by scaling engine power to aircraft weight, enabling smaller stabilizers.

A fuel optimizing system adjusts combustion ratios using real-time data.

A vehicle emission monitoring device converts OBD fuel consumption data into carbon dioxide emissions using established statistical relationships.

Dynamic exhaust gas recirculation and combustion phasing adjustments reduce catalyst light-off time while managing emissions trade-offs.

Server compares broadcast and mobile traffic sources to extract difference data, transmitting only essential updates to reduce volume and avoid excess fees.

A hybrid control unit extends fuel cut operations across wider transmission ranges using motor reaction torque to smooth engine restarts.

A control module monitors ignition fuse state to disable fuel injectors when the fuse blows.

A control circuit calculates the shortest path between injection angles to adjust start timing efficiently.

A visual fuel predictor system calculates remaining flight fuel and displays graphical indicators to aid pilot decision making.

X-Band forward-looking radar creates real-time terrain models that enable radio altimeters to compute precise vertical height above the runway threshold.

Placing a pressure sensor closer to the nozzle hole detects actual injection state fluctuations, resolving time lag issues in defective injection detection.

A crowdsourcing system uses Road Speed Capacity metrics to determine traffic intensity from cellular data.

A traffic disturbance reporting quality check method compares statistical frequency distributions of reported conditions against reference observations.

Dual control channels calculate command values and compare failure levels to select the healthier channel for continuous engine operation.

A monitoring system injects artificial traffic objects into air traffic management data paths to verify processing integrity.

A smart charging controller manages bidirectional power flow between electric vehicle batteries and the grid using grid tie inverters.

A calculating unit determines modeled heat output for an exhaust gas probe heating element to detect operational deviations.

A position keeping system maintains precise spacing intervals between commercial aircraft using flight plan data and autopilot feedback loops.

Continuous engine parameter monitoring validates thrust reverser opening, reducing false alarms and untimely speed adjustments.

A controller predicts future engine performance to proactively limit operation before regulatory thresholds are exceeded.

A hybrid vehicle controller manages combustion engine operation to maintain fuel quality and prevent internal corrosion.

A hill start assist system compares engine rotational speed gradient and accelerator pedal travel against threshold values to manage brake force release.

A vehicle control unit switches between power modes to manage solenoid valve drive signals during refueling operations.

A vehicle control device merges external map information with real-time sensor data to enhance autonomous driving accuracy.

A reaction force varying device adjusts accelerator pedal feedback magnitude based on position thresholds to manage driver input.

Segmented torque calculation modules regulate engine speed through fast and slow response paths, resolving accuracy and complexity trade-offs.

Temperature sensors provide signals that adjust torque estimates, reducing measurement errors from twenty to four Newton meters.

A control device computes substitute air mass flow values using pressure and temperature data when sensor readings become unreliable.

A vehicle processor aggregates brake and accelerator press data into an index value to estimate traffic conditions.

Transforms mission data into a time-distance domain, creating distance envelopes that resolve computational complexity while handling dynamic threats.

A GPS-enabled navigation device adjusts notification frequency based on whether the current travel path is familiar or unfamiliar.

Controller module activates engine cutoff when stationary state and driver presence are detected simultaneously.