Analogue Computers For Vehicles TRIZ Cases

A driver assistance system combines haptic and visual feedback to guide accelerator pedal release points.

Smart sensors measure runway vibrations during aircraft landings to evaluate physical conditions in real time.

A trajectory prediction module calculates aircraft paths using radar data and flight plans to support air traffic control operations.

A rotation adjusting unit delays pinion rotation start timing until engagement with the ring gear is confirmed.

A vehicle platooning system groups multiple vehicles into coordinated formations using secure communication links to optimize travel routes.

A particulate matter sensor control device terminates heater operation based on a reference amount to restore electrical conduction.

A dual-tuned vibration damper uses concentric masses and resilient couplings to attenuate mechanical oscillations across distinct frequency bands.

A predictive model estimates preceding vehicle velocity using platoon data and the Intelligent Driver Model to enable proactive speed adjustments.

A variable displacement engine manages cylinder activation using vehicle acceleration sensors to detect vibration.

A system controller updates acceleration probability distributions using real-time velocity and position data to calculate route fuel estimates.

Retarding spark timing during controller-initiated starts reduces driveline torque disturbances while maintaining fuel conservation benefits.

A control system measures current rise duration in fuel injectors to detect electrical faults before injection begins.

Virtual trip lines segment geographic areas to trigger anonymous GPS reports, resolving the conflict between continuous location tracking and driver privacy.

A vehicle control unit locks engine restarts using hood opening and front object detection signals.

A programmable ignition control unit detects rotational position to advance timing and maintain capacitor charge.

Automatic drive control sets driving torque to zero when the gear lever reaches neutral position.

A hub unit multiplexes analog sensor outputs into a single conditioned signal for remote processing.

Dynamically adjusts engine thrust using flight management data to meet community noise limits while optimizing fuel efficiency.

A diesel engine control system adjusts injection timing and pressure in response to fuel sulfur levels, preventing injector fouling and maintaining power.

Airborne computer determines maximum allowable climb altitude to enable lower minimum descent altitudes at terrain-challenged airports.

A platoon travel control system calculates charges for surrounding vehicles to enable user-defined lead vehicle selection.

A torque control apparatus linearly sets transient periods to stabilize engine operation during idle and part load transitions.

A fuel pump control apparatus monitors current and voltage to detect operational faults without external hardware.

A display system renders a three-dimensional view with landing information superimposed on navigation and control data.

A differential pressure sensor monitors exhaust gas flow to detect tailpipe immersion in water.

A system monitors mobile platform position against satellite boundary coordinates to predict entry and exit events.

Dynamic speed estimation fills data gaps from static limits, resolving routing accuracy versus system complexity trade-offs.

A computer system segments continuous GPS trajectories into discrete stop events to identify frequent vehicle locations.

A control system dynamically converts normal roadways into dedicated commuter lanes using movable markers and flashing lights to increase capacity.

Segmenting vehicle groups and using representative mediators reduces communication load on lead vehicles while maintaining stable inter-vehicle distances.

An electronic evaluation circuit detects ionization signals and pressure changes before ignition, preventing engine damage from unburned fuel deposits.

Segmenting sequential logic into a low leakage storage area reduces standby current while maintaining quick resume speed for mobile devices.

A vehicle controller restricts engine torque based on driver face direction and accelerator pedal position.

A turbine combustion control system adjusts pilot fuel supply to stabilize the combustor.

A vehicle on-board unit broadcasts identifiers and receives neighboring signals to determine communication congestion conditions.

A 3D flythrough traffic map integrates real-time weather data for interactive route visualization.

An output control device limits internal combustion engine power based on battery state of charge to optimize fuel efficiency.

A gas sensor detection method monitors oxygen signals while varying engine control parameters to identify wrong assembly states.

Segmenting schema changes from bulk migration eliminates row-chaining and non-locality during datatype conversion.

A bidirectional interface connects to a central control unit in portable power tools, enabling external data retrieval and ignition timing adjustments.

Moving carriers exchange identification codes to determine relative positions, resolving GPS positioning errors and collision risks.

A friction clutch couples engine crankshafts to enable variable displacement operation.

Dynamic track assignment manages train block assembly by reallocating classification tracks based on real-time car availability.

A fuel injection control apparatus adjusts preliminary sub injection based on exhaust gas parameters to manage combustion states.

A railyard management system calculates train latency using GPS position tracking and motion sensing mechanisms.