Abstract: A motor system and a method of operating an electric motor that includes monitoring a voltage of power supplied to the motor by a mircrocontroller located in the motor; storing energy within the motor; detecting if the voltage drops below a nonzero threshold; and if the voltage drops below the threshold, immediately operating the microcontroller with the stored energy to store a state of the motor in non-volatile memory located within the motor, and ceasing operation of the motor. This motor operation may be employed with multiple motors in vehicles where voltage drop may occur during an engine start of a vehicle stop/start event.

Abstract: A motor system and a method of operating an electric motor that includes monitoring a voltage of power supplied to the motor by a mircrocontroller located in the motor; storing energy within the motor; detecting if the voltage drops below a nonzero threshold; and if the voltage drops below the threshold, immediately operating the microcontroller with the stored energy to store a state of the motor in non-volatile memory located within the motor, and ceasing operation of the motor. This motor operation may be employed with multiple motors in vehicles where voltage drop may occur during an engine start of a vehicle stop/start event.

Abstract: A vehicle is provided which includes a closure member such as a powered window or a moon roof or sunroof that may be controlled in an auto close mode. The closure member may be controlled with anti-pinch control to provide a plurality of thresholds that are selected based on the presence of an occupant in close proximity to the vehicle, such as in the vehicle, so that an unsupervised control of the closure member provides a lower anti-pinch threshold than a supervised control of the closure member.

Abstract: A control system for controlling a position of a window and method thereof are provided. The control system includes a cover at least partially adapted to have a trough, the cover having a interior side and an exterior side, and a first proximity sensor adjacent to the interior side that is configured to detect an object within the first portion of the trough. The control system further includes a second proximity sensor adjacent to the interior side that is configured to detect the object within the second portion of the trough, and a processor in communication with the sensors, and configured to communicate a control signal to the window as a function of the detection of the sensors, wherein the control signal is based upon a most recent detection of the sensors when both sensors are activated within a first time period.

Abstract: A control system for controlling a position of a window and method thereof are provided. The control system includes a cover at least partially adapted to have a trough, the cover having a interior side and an exterior side, and a first proximity sensor adjacent to the interior side that is configured to detect an object within the first portion of the trough. The control system further includes a second proximity sensor adjacent to the interior side that is configured to detect the object within the second portion of the trough, and a processor in communication with the sensors, and configured to communicate a control signal to the window as a function of the detection of the sensors, wherein the control signal is based upon a most recent detection of the sensors when both sensors are activated within a first time period.

Abstract: A vehicle is provided which includes a closure member such as a powered window or a moon roof or sunroof that may be controlled in an auto close mode. The closure member may be controlled with anti-pinch control to provide a plurality of thresholds that are selected based on the presence of an occupant in close proximity to the vehicle, such as in the vehicle, so that an unsupervised control of the closure member provides a lower anti-pinch threshold than a supervised control of the closure member.