Analogue Computers For Vehicles TRIZ Cases

A sensor detects mid-PTO shaft rotation to allow reverse operation without manual switch actuation.

A GPS-based controller adjusts rotobuck spacing and positioning to create precise irrigation dams across parallel field rows.

Segmented bypass valves manage exhaust flow to prevent high-pressure turbocharger overspeed while maintaining engine responsiveness during transient events.

Dynamic symbol sizing resolves clutter in low visibility airport moving maps.

A portable monitoring device correlates helicopter health status with flight location data for continuous situational awareness.

A vehicle signal cycle estimating device interpolates transition data from road and inter-vehicle communication links.

Electronic controller selects load-control power curves based on torque converter locking signals to minimize power variation during gear shifts.

Ground station eliminates resultant failures by activating deployment devices through dynamic memory thresholds, reducing operational stoppages.

Aircraft noise detection compares lateral speeds from inertial and LOC data to identify signal perturbations.

A diagnostic apparatus monitors airflow valve movement time to detect linkage degradation in internal combustion engines.

Mobile communication terminals form clusters to collect and transmit traffic information, eliminating the need for dedicated probe cars.

A turbocharger control system monitors rotational speed and regulates engine fuel flow to maintain safe operating limits.

A network-centric separation manager calculates probabilistic position zones to monitor aircraft trajectories in real time.

A traffic information system generates dynamic user interfaces using probabilistic models to present route data.

Aircraft control system adjusts speed tolerance range dynamically to manage vertical navigation.

An adaptive desulfation frequency control method adjusts regeneration events based on current sulfur loading and NOx adsorption capacity.

Onboard processing unit calculates a limit trajectory compatible with aircraft performance to guide the approach phase.

Segmented route boxes filter relevant notices to reduce pilot review time and prevent missed updates.

Blind spot sensors calculate real-time traffic density via exponential smoothing to optimize driver workload and tailor vehicle interactions.

A position indicating display unit overlays an own ship depiction on a digital map in response to pilot input or sensor data.

A controller adjusts motor driving signals using a voltage factor derived from battery levels to manage variable valve lift actuation.

Navigation apparatus replaces complex menu operations with a touch screen interface that lets users drag route segments to automatically update guide routes.

Electronic control module manages fuel injector firing patterns to optimize delivery and reduce wear across engine cylinders.

Dynamically adjusts booster assistance force based on torque error signals to eliminate stationary vibrations.

A vehicle sway detection system calculates phase shift between yaw and lateral acceleration signals to identify oscillation patterns.

A dual injection system transitions fuel delivery to prevent misfire during spark timing retardation.

Adapts vertical profiles using dynamic speed adjustments to resolve imprecise flight plans.

Autonomous VTOL aircraft enable continuous pipeline surveillance, eliminating hazardous personnel exposure during leak detection.

Acoustic sensing measures vehicle noise Doppler shifts to classify traffic density, resolving precision complexity trade-offs in chaotic real-world conditions.

A rotation regulating module subtracts motor torque influence from crankshaft fluctuation signals to isolate misfire events.

A traffic incident impact prediction system uses machine learning models to identify spatial-temporal regions and calculate delay from real-time data.

A governor control mechanism adjusts throttle aperture thresholds based on engine temperature to determine load presence.

A control unit adjusts idle stop delay times based on driving patterns to prevent unintended engine shutdowns.

A UxV simulator extracts graphic image parameters from synthetic views to validate commands against reference values.

A control system calculates estimated blowout temperature to determine optimal engine restart timing during idle stop operations.

Direct alcohol injection suppresses knock to enable higher compression ratios, expanding the HCCI design range.

A fault analysis device detects defective cylinders by adapting combustion parameters using angular speed data.

Variable valve timing coordinates intake and exhaust lift adjustments to transition HCCI engines between combustion modes.

A processing unit detects PTO engagement by coupling an electrical relay to a reference voltage upon device activation.

Aircraft state filtering reduces processing power by identifying relevant traffic subsets to predict runway incursions without costly system upgrades.

A route planning system recommends paths based on vehicle type to optimize fuel efficiency.

A variable valve timing controller restricts motor current to prevent coil overheating.

A knock detection unit selects specific frequency regions to identify engine vibration.

A hybrid vehicle control strategy calculates battery power offsets to adjust engine speed commands.

Lookup table correction values stabilize intake air amount against throttle linearity variations.

Flight management system computes variable thrust cutback based on real-time altitude and airspeed data.

A vehicle control device instructs lane changes based on traffic volume and deceleration data.

A convoy travel apparatus divides vehicles into sub-convoys using dedicated leader nodes to manage wireless communication.

A combustion stop delay control arrangement estimates cylinder-inflow EGR gas quantity to manage engine restart timing.