Electrical Control TRIZ Cases

A particulate filter system freezes pre-shutdown soot mass during cold starts to correct differential pressure readings.

A fuel optimization controller adjusts engine parameters to handle variable fuel blends and improve combustion efficiency.

A motor vehicle window lift controller adjusts drive speed and force setpoints to manage motion dynamics.

Dual magnetism sensitive sections cancel temperature fluctuations through sum and difference calculations, ensuring accurate stroke detection.

Multistaged adaptation processes exhaust probe signals to manage catalyst oxygen fill levels, preventing conversion window departure.

An electronically controlled cam mechanism replaces mechanical components to resolve regulatory compliance complexity in evaporative emission systems.

Dual throttles resolve the idle control versus high load power trade-off by dynamically adjusting a split ratio to regulate engine air flow.

A fuel injection drive unit switches between high and low voltage sources to control coil current.

A method extracts operating parameters from alternator voltage signals by analyzing crankshaft angle intervals to simplify sensor requirements.

Auxiliary injection fuel ignites before main fuel to stabilize ignition timing, reducing combustion noise and misfires.

An air release valve discharges supplied air to raise exhaust gas temperature.

A dual fuel injector displaces accumulated liquid fuel with gas during mode switching to restore regular operation.

Sliding mode control manages coupled variable geometry turbocharger and exhaust gas recirculation dynamics to resolve transient response accuracy trade-offs.

A controller terminates combustion and detects cylinder wall vibrations to determine internal pressure levels.

A method for analyzing exhaust gas sensor deviation from reference values using specified thresholds to distinguish tolerable corrections.

A controller adjusts the throttle valve position to maintain minimum compressor mass flow and prevent turbocharger surge.

A purge control device calculates target quantities to desorb fuel vapor from a canister using accumulated consumption data.

A turbocharger control method calculates compressor power and turbine flow to adjust wastegate position for precise boost pressure.

A diesel engine reference governor corrects target values using an nth-order function model to predict future state quantities.

An egg-shaped nozzle admits combustion gases into an annular venturi passage to promote air-fuel mixing.

A controller adjusts air intake and learns reduction amounts to optimize EGR valve opening.

A monitoring system uses particle concentration thresholds to estimate filter life, avoiding premature replacement caused by static pressure drop indicators.

A particle analysis system categorizes lubricant debris by physical and chemical properties to predict engine failure mechanisms.

A dual-pathway EGR system supplies high-temperature and low-temperature exhaust gas to maintain lean combustion stability.

A flow guiding element directs exhaust gas through a particle sensor housing to increase the pressure gradient across the measurement channel.

A closed-loop control method determines optimized fuel injection profiles by iteratively adjusting parameters based on real-time combustion feedback.

An engine actuator adjusts exhaust gas recirculation and late intake valve closing schedules based on fuel composition changes.

Acoustic sensors detect intake and bleed pressure waveforms in a crankcase system to enable reliable diagnostics.

A purge valve calculation unit adjusts opening degree using tank pressure coefficients to secure appropriate gas flow rates.

Dynamic sampling windows track current derivatives to resolve timing stability errors caused by energy addition during detection.

Segmented cylinder firing reduces fuel consumption during low-load operations while maintaining engine power output through precise skip fire control.

A spark-ignition engine adjusts fuel injection and ignition timing to switch between spray-guide and wall-guide combustion modes.

A breather line assessment device uses a pump to generate controlled pressure changes for precise abnormality detection.

Processor-based engine control adjusts EGR volumetric efficiency using exhaust back-pressure data.

An asynchronous starting system actuates a fuel pump control valve upon crankshaft rotation to maintain injection pressure before synchronous camshaft control begins.

A combustion index value interpolates between engine operating maps to stabilize dual-fuel engine operation.

Pulse the canister vent solenoid to generate pressure pulsations that dislodge debris, preventing false leak detections during diagnostics.

An electronic control unit calculates final fuel injection quantities by correcting basic values against estimated vehicle speed and acceleration data.

A permanent magnet motor integrates a Hall effect direction sensor to detect rotor rotation.

Cetane improvers reduce ignition delay in high RON gasoline, enabling higher engine speeds while maintaining stable low temperature combustion.

A dual fuel delivery system manages engine idle operation through selective injector activation.

An abnormality determination unit estimates intake air resistance using pressure and flow sensors to detect breather line faults.

Lambda trajectory control minimizes torque disturbances during lean NOx trap regeneration cycles.

A trim adjuster modifies the compressor inlet cross-section to control gas flow during engine operation.

Multi-fuel compression ignition engines resolve low volumetric energy content of compressed natural gas by switching to diesel for higher power outputs.

A compressor unit replaces the throttle valve to actively manage air mass flow into an internal combustion engine cylinder.

Engine control system monitors fuel injector current amplitude to detect mechanical opening events and adjust injection signal duration.

Adjusting exhaust gas recirculation and bypass valves regulates air flow in two-stage turbochargers.

A pneumatic booster system tailors compressed air injection to improve engine torque output.