Analogue Computers For Vehicles TRIZ Cases

A flight diversion management system uses modular forecasting to coordinate real-time operational data across airline and air traffic control networks.

A carriage system uses running status reporting to generate congestion information for dynamic route selection.

Navigation system filters planned routes within a predefined distance of a selected path, resolving operator confusion from overlapping UAV trajectories.

Controller monitors engine status to purge alternate fuel before shutdown, preventing viscosity-induced congealment that blocks restart.

A vehicle sensor registration system aligns object-locating sensors using covariance matrices and Kalman filters to maintain coordinate consistency.

A system determines control policies for a fleet of vehicles to optimize their distribution and trajectories within a region.

Segmented audio processing filters key terms to extract traffic incidents, reducing device complexity while maintaining real-time reliability.

A robotic driving system processes location and sensor data to autonomously obey traffic rules.

A multivariable airspace complexity model selects and modifies traffic variables to optimize sector capacity.

An engine alternates between effective displacements while a motor generator adds or subtracts torque to meet load demands, reducing pumping losses.

Intermediary interfaces relay challenge-response signals between vehicle and key fob, bypassing relay attacks that exploit passive entry systems.

Processor adjusts engine power output using pedal position data to resolve fuel efficiency versus maximum power trade-offs.

A turbo speed sensor diagnostic method compares actual readings against dynamic thresholds derived from engine operating parameters.

A process determines injection device parameters by calculating mean velocity differences from test pulses.

A gas turbine controller adjusts exhaust temperature to maintain peak power output.

A vehicle control unit reduces drive power when accelerator and brake signals conflict, then restores output during sensor uncertainty.

A UML model extends software architecture to represent physical component interfaces using across and through variables.

A torque limit module adjusts engine output during accelerator pedal actuation.

A vehicle running control system adjusts target inter-vehicle distance based on preceding vehicle turning detection.

A fuel injector with an internal adsorbent selectively removes alcohol from blended fuel to enable reliable engine ignition.

A smart cooling pump diagnosis method calculates inner liner layer average temperature using enthalpy balance equations and heat exchange models.

A turbocharged engine knock control system limits boost output using cylinder-specific octane scalars to manage combustion stability.

Comparing maximum vibration intensity before and after spark timing retard distinguishes preignition from knocking to prevent engine damage.

A monitoring system forecasts fuel economy using odometer and acquisition data to enhance fleet management accuracy.

A computer-based airline operations control system simulates aircraft failure responses to provide stable operating solutions.

A control model predicts EGR cooler effectiveness using temperature data and operational history to stabilize heat exchange performance.

Controller sets origin torque at engine stop to resolve lateral steering angle differences during restart.

A controller adjusts oil circulation through an in-wheel motor cooling circuit using variable valves to manage thermal loads.

Periodic microprocessor activation measures relative signals to maintain absolute motor shaft position tracking without continuous power consumption.

Segmented valve control reduces engine power consumption during stops while preventing oxygen entry that increases emissions.

A tiered traffic management system assigns routes based on user classification to optimize travel disutility.

Parallel high-speed landing way with exit ramps reduces runway use time by 50% and increases capacity by 25-35% without new construction.

Standardized TPEG-PTI encoding resolves terminal compatibility issues by delivering accurate bus arrival times.

Segmented navigation display renders self-assessed and contracted limits to resolve visualization gaps in flight trajectory adherence.

An exhaust gas recirculation system adjusts flow rates to manage inlet fluid composition.

A control unit predicts drive unit stop duration using operating variables to manage automatic shutdown initiation.

Electronic digital governor replaces analog knobs with a display screen and single button for precise parameter adjustment.

Evolutionary algorithms infer aircraft intent from radar trajectories without special equipment, enabling accurate conflict detection.

Electronic controller manages valve devices to deliver mixed primary and alternate fuels based on real-time vehicle data.

Retarding ignition timing and exhaust cam phaser position reduces hydrocarbon emissions during cold starts while maintaining engine starting speed.

Switch controller selects optimal aircraft antenna based on gain patterns to maintain signal continuity during orientation changes.

An automated taxi guidance system filters relevant paths based on aircraft location and heading.

Control unit evaluates engine speed standard deviation to detect pre-ignition, eliminating complex spark plug circuits and reducing mechanical loads.

A runway guidance system provides visual and aural alerts to pilots using transceiver data.

A cruise control governor uses multiple goal droop curves to anticipate terrain changes and adjust fuel commands before speed deviations occur.

A turbocharger system anticipates vehicle launch by opening the throttle valve and retarding spark timing to pre-spin the exhaust turbine.

An EGR controller adjusts valve opening via feedback correction to regulate recirculated exhaust gas quantity.

A bird-view image fusion system calculates pixel weighting values to merge overlapping camera feeds into a seamless composite.

Filtering and integrating accelerometer signals isolates combustion data, resolving low load detection issues caused by signal noise.