Analogue Computers For Vehicles TRIZ Cases

A control algorithm adjusts fuel flow and propeller pitch to optimize engine performance.

A navigation device receives traffic condition data from a content managing server through a wireless communication device.

Exhaust pressure pulse measurement and segmentation identify cylinder-specific misfires and cam timing causes without complex mechanical sensors.

A fuel tank isolation valve coordinates vapor recovery between the tank and canister in hybrid vehicles.

Retarded piston positioning during idle-stop restarts reduces air-fuel ratio errors and hydrocarbon emissions caused by inaccurate cylinder condition estimates.

A computing system converts voice communication data into text data for transmission between vehicles and control centers.

A back-propagating system calculates capture sets to prevent vehicle collisions at intersections.

A vehicle control system reduces contact speed and transmission torque between driving power transmission members.

A processing unit determines a rectangular runway zone insensitive to multipath GPS signals to verify aircraft position integrity during ground movement.

A vehicle speed monitoring system calculates current speed ranges relative to limits and communicates differentiated visual, audio, or haptic alerts based on operator preferences.

An inhibiting device prevents spark plug fouling by accumulating deactivation time across engine stops and restarting operations.

Synchronizing vehicle movements via a distributed computing system reduces urban traffic congestion while incentivizing independent clean-powered vehicle use.

Dynamic pitch limiting prevents excessive thrust during high-side failures while maintaining stable altitude control.

A fuel injector test method measures rail pressure differences to determine delivered fuel quantity.

Segmented control modules manage supplemental torque inputs via datalink to resolve coordination complexity while maintaining real-time adaptability across multiple manufacturers.

Segmenting continuous knock sensor signals into buffered data blocks reduces computing device loading and eliminates frequent processing interruptions.

Anticipates vehicle launch via traffic detection to prevent start delays, improving fuel economy without sacrificing immediate drive capability.

Staggered air pump start timings reduce inrush current demand while synchronized valve openings eliminate strange operation sounds.

An integrated airport operations monitoring system consolidates flight and gate data into a single platform for real-time management.

An onboard display system presents instrument procedures via an overlay panel, resolving cluttered chart review and limited screen space constraints.

A control apparatus calculates target throttle valve opening using a pressure ratio equivalent value derived from engine torque metrics.

A control unit adjusts detection regions based on atmospheric pressure to identify engine abnormalities accurately.

A vehicle-mounted infrared receiver detects stop signals from traffic lights and triggers the onboard brake system to decelerate automatically.

A 3D compass overlays a terrain model to resolve disorientation from 2D heading data.

An electronic control unit adjusts sensor signal amplification power to prevent output saturation during engine operation.

A combustion engine exhaust leak detection method evaluates pressure pulsations to identify leaks without additional sensors.

A controller adjusts engine speed based on torque comparisons to optimize fuel efficiency in mobile machinery.

A cold-start control system estimates exhaust heat to generate a torque request that maintains engine output.

Airport moving map system filters traffic data by speed and position, resolving the contradiction between complete information and display usability.

Derives indicated mean effective pressure from crankshaft speed data to detect misfires without installing physical pressure sensors in each cylinder.

Automated highway transit uses variable gauge rail wheels to resolve traffic capacity versus land use contradictions.

Mobile vehicles filter speed and location data before transmission to reduce channel usage.

A knock control device calculates a background level using a variable filter coefficient to detect engine vibration signals.

A pressure sensor measures fuel vapor purge system pressure at two distinct times to identify blockages between the sensor and the fuel tank.

Acquires three-dimensional object information to determine the number of objects present in a surveillance area.

A centralized engine control module determines and stores the engine state variable for multiple software components.

A diagnostic method monitors SCR system readiness using absolute time periods derived from engine operating parameters.

Processor generates 3D image data sets highlighting raised surface features on airport taxiways.

Dynamic IP allocation reduces network configuration complexity while maintaining high-speed data exchange efficiency.

A Bluetooth sensor detects mobile devices using interlaced inquiry scan routines to identify unique identifiers across multiple roadway locations.

A dynamic routing system directs personal rapid transit vehicles to suitable evacuation points during emergencies.

A knock sensor signal processing apparatus applies compensation coefficients to A/D converted values during successive engine intervals.

Wide-beam radar inversion enables simultaneous multi-aircraft guidance without scanning phases, eliminating stalling risks during approach.

A tailored arrivals allocation system generates four-dimensional trajectory predictions using integrated flight plans and real-time status data.

A mobile computing device system determines preferred gas stations by comparing user-specific refueling preferences with nearby station data.

A vehicle system automatically enters economy mode when fuel drops below a threshold to extend operating range.

An inverter circuit redirects motor power to the grid during trolley operation.

Required Interval Management categories define spacing tolerance and performance levels for airborne operations.