Analogue Computers For Vehicles TRIZ Cases

Specialized models estimate HCCI torque from fuel mass and valve overlap to resolve control accuracy gaps where conventional powertrain systems fail.

Timestamping position data at the transponder compensates for variable communication latency, ensuring accurate toll transaction association.

A hybrid traffic sensing system combines radar and machine vision sensors with overlapping fields of view to select optimal data streams.

Automated piloting aid system controls aircraft lateral and longitudinal motion along airport paths, reducing pilot workload during taxiing operations.

A powertrain control apparatus adjusts hydraulic pressure instruction values to manage lock-up clutch disengagement timing.

A magnetic sensing unit detects vehicle movement by generating signals from earth's magnetic field changes.

A road network analysis system calculates traffic volumes from vehicle probe data to identify change-related roads.

Segmented control modules process internal mode switch signals independently to detect software failures and ensure safe engine starting conditions.

A cold start control module deactivates engine cylinders to manage fuel flow demands during direct injection startup.

Control lines transmit fuel injection signals while supplying energy to intelligent electronic blocks in engine injectors.

An EGPWS generates an unknown airport advisory before landing to inform the flight crew of database limitations.

Vehicles suppress redundant transmissions based on central confidence parameters, reducing service provision costs while maintaining data coverage.

Dynamic exhaust valve timing adjusts crankshaft angles to increase flow temperature.

Airborne system adjusts release point using real-time sensor data from ground stations.

A torque request shaping module calculates driver axle torque based on accelerator position and vehicle speed to prevent engine stall during clutch transitions.

System predicts vehicle trajectories behind obstructions to resolve tracking accuracy versus software complexity trade-offs.

A railroad marshalling control system calculates optimal car placement sequences using real-time location data and track configuration inputs.

Predictive control adjusts cooling airflow based on thermal expansion models, maintaining the blade-casing gap without physical sensors.

A system amalgamates flight messages into a unified trajectory representation using dynamic prioritization logic.

Multiple roadside equipment devices transmit wireless signals to detect vehicle presence and track movement across intersections.

Two parallel two-stroke linear engines create a four-stroke cycle to charge large-capacity batteries.

A driver information system compares detected vehicle parameters against local traffic rules to identify violations and present consequences.

Control unit calculates startup timing for waste heat utilization line circuits to prevent component damage from frozen working media.

Automated system calculates flyable slope from weight and altitude data to reduce manual computation time.

ISG controller prevents idle-stop during parking to resolve fuel efficiency and safety instability trade-offs.

A control unit merges ion current and accelerometer signals to form a composite knock detection variable.

A control strategy optimizes engine speed and torque to minimize total powertrain losses across all subsystems.

Wireless mesh network directs vehicles through dynamic routing to prevent gridlock during mass evacuations.

Radar-based electromagnetic detection replaces optical vision to identify ship deck landmarks, enabling precise autonomous UAV landings in adverse weather.

A runway incursion alerting system processes ownship, traffic, and obstacle data to generate precise detection alerts.

A system analyzes mobile location headings and speeds to determine actual road traffic directions.

An adaptive algorithm estimates engine output torque magnitude to correct transmission pressure control during diesel particulate filter regeneration.

A control device estimates exhaust gas temperature using acquired compression and expansion ratios to support engine management.

System measures intersection-passing time and velocity to calculate economical speed profiles, reducing unnecessary rapid acceleration and exhaust emissions.

Virtual broadcast presentation updates via touch screen signals for real-time traffic data display.

A control apparatus selects flat or pulse electric power modes for motor drive.

Patterned light emitting elements on a landing target instrument provide unique visual identifiers that prevent erroneous recognition across multiple targets.

Segmenting the transponder from the windshield removes driver view obstruction while maintaining reliable RFID communication via a dashboard mount.

A controller quantizes engine power requests to discrete levels while a traction battery absorbs high-frequency demand fluctuations.

Pre-calculated area energy costs replace route-based metrics to resolve the contradiction between high computational load and accurate range determination.

A torque-based control method calculates desired output using a performance graph and relative efficiency factor.

Aircraft taxi monitoring system verifies flight plans against onboard databases to notify pilots of missing clearances.

A control module manages fuel and load targets to synchronize engine speeds during gear transitions.

A control system delivers a prime fuel pulse to SIDI engine cylinders before cranking to ensure adequate fuel wetting for ignition.

Aircraft piloting aid calculates approach distance using current flight parameters to display energy margins on navigation screens.

Individual pulse width calculation compensates for production tolerances and aging, reducing temperature variations that degrade ignition behavior.

A control apparatus manages throttle valve opening rates during engine warm-up to optimize fuel delivery and combustion stability.

Automated aircraft guidance system selects between spacing and waypoint timing modes to resolve separation time bottlenecks.

A hybrid vehicle eco-drive assist apparatus calculates and displays a relative quantity of eco-drive to adjust the graphic indicator position.