Visteon Global Technolgoies, Inc.

Cindy Marie Rutyna

Paul Raymond Murray

Peter Langer

Arthur M Rutyna

Eve Ann Hadley

The present invention involves a system and method of preheating a vehicle engine during non-use of the vehicle. The method includes receiving a programming input defining a minimum engine coolant temperature of a preheating strategy, initializing the preheating strategy based on the programming input, and sensing an energy source of the vehicle to run the preheating strategy. The method further comprises sensing an engine coolant temperature of the vehicle at a first time period, activating the preheating strategy to heat the engine if the engine coolant temperature is lower than the minimum engine temperature. The method further includes receiving feedback indicating the engine coolant temperature at a subsequent time period and deactivating the preheating strategy if the engine coolant temperature is greater than the maximum temperature at the subsequent time period.

Vehicle compartment and engine preheating system and method

A ventilation system for purging air contained with a vehicle interior is disclosed. The ventilation system includes a blower, a first vent, a second vent, at least one interior temperature sensor, at least one external temperature sensor, a motion sensor for windy days and dusty areas, a humidity sensor, a sunload sensor and a control module. The blower is a conventional vehicle air conditioning blower and is located within the vehicle interior for creating a pressure differential between the interior and exterior of the vehicle. The first vent expels air from the vehicle interior and the second vent draws external air into the vehicle interior. The at least one interior sensor is located within the vehicle interior for determining an interior condition of the vehicle. The at least one external sensor determines an external condition of environment external to the vehicle interior. Finally, the control module is in communication with the blower, first and second vents, interior and exterior sensors for monitoring the internal and exterior sensors and comparing the sensor outputs to predefined thresholds for actuating the blower, first and second vents to exhaust the air contained within the interior of the vehicle and draw in ambient air.

Cabin air purge strategy

A power supply module has an internal energy storage circuit to reduce the number of external wire connections to the power supply module. The power supply module is used to provide pulsed electrical energy to a load. The power supply module includes a semiconductor switch, an oscillator, and an energy storage circuit. The energy storage circuit accumulates energy for providing electrical energy to the oscillator to maintain stable, active operation of the oscillator and to provide a control voltage for the semiconductor switch.

Power supply module having internal energy storage circuit for stable oscillation

A method and apparatus for controlling engine temperature in a closed circuit cooling system of an automobile having an electric water pump , a flow control valve , and electric fan . A powertrain control module electrically coupled to the electric water pump , flow control valve and electric fan interprets inputs from various sensors to adjust the pumping speed of an electric water pump , adjust the rotational speed of an electric fan , and/or adjust the flow rate through a flow control valve to the radiator according to a look up table as a function of fuel economy, emissions, thermal management and electrical load management.

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Plymouth, MI, United States of America

Cindy Marie Rutyna