Automatic Initiations TRIZ Cases

Brake lamp failure triggers adaptive TTC thresholds for warnings and automatic braking, giving following vehicles more reaction time.

Cyclic AVH state control shifts between active, standby, sleep, and off to avoid repeated button presses while restoring hold automatically.

Brake-pedal input and vehicle status are combined to enable automatic vehicle hold without a dedicated console button, reducing false triggers.

When safety-critical tractor or trailer components lose functionality, trailer brake deceleration helps maintain safe speed and braking stability.

Signal loss triggers mechanical and electrical brakes together, giving autonomous vehicles an independent emergency stop path.

An external wireless stop actuator cuts engine power and applies brakes to halt autonomous vehicles when errant behavior is detected.

Biased wheel braking helps a vehicle follow its target route in narrow parking spaces while cutting turning radius and parking time.

Automatic uneven-ground detection disables stop holding on icy or rough roads to prevent wheel lock, slip-down, and noise-prone manual override.

Road-surface imaging lets the vehicle switch driver assistance feature cascades for rain or snow, reducing driver intervention and improving safety.

RF-linked hand and power control units eliminate hard-wiring, enable in-motion brake tuning, and improve trailer compatibility.

Low-frequency brake checks update control maps from estimated vs actual braking behavior, helping maintain braking when pad wear reduces performance.

Coordinated brake timing and force based on each vehicle's loaded weight helps prevent jackknife without a fixed coupler.

Load-based solenoid valve closing steepens under heavy braking to preserve response while limiting collision noise and evaluation errors.

A brief test brake gauges rider readiness before autonomous motorcycle braking, helping balance emergency response with control safety.

Front-first brake force distribution in automatic emergency deceleration helps motorcycles keep posture stability while preserving braking efficiency.

Road-slope and gear-based scenario detection adjusts brake thresholds for auto hold to prevent uphill rollback and avoid frequent triggering.