Analogue Computers For Vehicles TRIZ Cases

A telematics system coordinates vehicle routing with passenger arrival times through a centralized call center to guide drivers and passengers to meeting locations.

A control device manages engine idling stop operations by monitoring start improvement components.

Monitoring coolant temperature differentials detects heater core isolation valve degradation, preventing EGR thermal stress and maintaining emissions quality.

Navigation system calculates flight path angle corrections to compensate for wind-induced ground speed drift, ensuring accurate arrival time predictability.

Color-coded terminal charts reduce pilot cognitive workload by directing attention to essential flight procedure information.

Dynamic braking control adjusts force to minimize runway occupancy time and fuel consumption while preventing overshooting.

Single hydraulic cylinders balance unbalanced headers via oil distribution, reducing mechanical shock loading during transport.

A single fuel pressure sensor monitors pressure changes in a common rail to detect injector malfunctions.

An adaptive positioning method for engine throttle butterflies uses pilot values adjusted by feedback to achieve set positions.

Joint evaluation of pressure and noise signals compensates sensor drift, resolving accuracy trade-offs in engine control systems.

Wayside sensors detect lead railcars to set maximum speeds, resolving stopping precision issues in pushing operations.

A transit tracking system uses station sensors to detect vehicle arrivals and relay data to mobile devices for real-time commuter updates.

An inverse torque calculation module determines desired engine air values using bounded spark and torque parameters.

A gaseous fuel management system uses gas sensors and electronically controlled valves to detect fugitive emissions.

A traffic control system adjusts road tariffs based on real-time congestion levels to influence motorist route choices.

Diagnostic algorithms analyze NOx sensor output to detect offset conditions and response times, preventing ammonia slip from inaccurate urea dosage.

An information receiving terminal calculates distance between user position and content to control output methods for clear display.

Estimates catalytic converter conversion rates by comparing upstream and downstream exhaust gas sensor signals to identify local damage.

Segmenting road links into individual lanes resolves coarse granularity trade-offs, delivering precise travel time updates to drivers.

A control unit processes ionization current signals from spark plugs to measure and correct individual cylinder air-fuel ratios.

Dynamic fuel injection spray angle adjustment reduces cylinder wall impingement and mitigates pre-ignition.

A detection device differentiates disturbance and non-disturbance states to determine rotational speed abnormalities.

A variable valve timing apparatus adjusts the intake valve phase relative to the crankshaft during idle operation.

Spark duration analysis determines exhaust valve position during intake deactivation, resolving detection gaps without additional sensors.

A crank angular speed variation calculator estimates engine load to set optimal ignition timing.

Idling control apparatus prevents unnecessary engine stops during safe vehicle pauses.

A vehicle communication apparatus discriminates between modulated light from traffic signal lamps and preceding vehicle tail lamps to relay valid data.

A start support apparatus calculates the gap between requested and startable driving forces to display force requirements.

A destination prediction matrix selects the most likely trip endpoint using historical driver data patterns.

A powertrain control system limits engine rotational speed increases during negative lash events to manage torque output.

A vehicle drive motor control system gradually decreases maximum drive torque to prompt driver brake actuation.

A theft prevention device uses voltage detection to trigger code authentication between a BCM and engine control unit.

Algorithm adjusts cargo rates to balance storage volume against fuel consumption costs.

Flight management system calculates intermediate waypoint arrival times to maintain precise speed profiles during descent.

Dynamic scheduling merges express and local operations on two-track lines, reducing passenger travel time while avoiding infrastructure construction costs.

A misfire-avoidance control arrangement maintains intake air quantity above a normal combustion threshold by adjusting throttle opening degree.

Vector tiles resolve zoom level mismatch issues by enabling independent rendering of road geometry and traffic congestion states.

Control unit delays start commands until acquiring authentication and speed data, preventing excessive loads from premature ignition attempts.

An integrated ATC manager directs pilots to correct FANS or ATN pages via a unified human machine interface.

A control system selects trim settings to manage redundant effectors in compound aircraft.

A diagnostic cold start emissions control system determines engine-out energy residual to monitor catalyst warm-up status.

Real-time ionization signals guide dynamic ignition adjustments to prevent misfires and extend spark plug life under high dilution conditions.

A programmable control unit defines temporally variable warning regions based on detected lane widths using optical sensors.

An engine control system detects drive cycles to adjust regeneration intervals and lower DOC light-off temperature thresholds.

Dynamic preheat temperature selection based on battery charge and sensor deterioration reduces reactivation period while minimizing electric power consumption.