Abstract:
A system and method configured to control the movement of a seat (12) comprising a seat base (20), a seat back (18), a drive assembly (34) configured to move the seat back relative to the seat base, an optical sensor (44a) configured to detect an object in a path of movement of at least one of the seat back and seat base and a control circuit (78) configured to control the movement of the seat back relative to the seat base in response to a signal from the optical sensor.
Abstract:
The present vehicle vision system enhances visibility internally and externally with respect to the vehicle. A vision system is provided which is configured to switch between a plurality of modes. The system further includes a far-field effect which alters the focal length of the display in the vision system so as to reduce driver eye strain during operation. The vision system may be incorporated into various locations throughout the vehicle (e.g., the vehicle overhead console).
Abstract:
A roof assembly for a vehicle is disclosed and includes a display device supported at the roof assembly. The display device is selectively movable between a use position and a stowed position. The roof assembly also includes a user interface associated with the display device, a light source supported at the roof assembly that is configured to illuminate the user interface and a switch for activating the light source when the display device is selectively moved from the stowed position. Another roof assembly for a vehicle is disclosed that includes a vehicle component that is at least partially supported at a transparent roof panel. A method of manufacturing a perimeter trim member for a vehicle is disclosed and includes designing the perimeter trim member as a plurality of sections and molding the plurality of sections as a single sheet of material.
Abstract:
A touchless method for registering commands from a display (e.g. reconfigurable display) may include any of various components. The method may use a light sensor in front of or behind the display to detect light reflected by a user's finger approaching a control option displayed on the display. Light used to display images may be provided at a frequency and/or time that can be identified by a processor connected to the light sensor, or can possess some other unique property (e.g. color) which may be distinguished by the processor.
Abstract:
A roof assembly for a vehicle is disclosed and includes a display device supported at the roof assembly. The display device is selectively movable between a use position and a stowed position. The roof assembly also includes a user interface associated with the display device, a light source supported at the roof assembly that is configured to illuminate the user interface and a switch for activating the light source when the display device is selectively moved from the stowed position. Another roof assembly for a vehicle is disclosed that includes a vehicle component that is at least partially supported at a transparent roof panel. A method of manufacturing a perimeter trim member for a vehicle is disclosed and includes designing the perimeter trim member as a plurality of sections and molding the plurality of sections as a single sheet of material.
Abstract:
A system for communicating home security data between a vehicle having a vehicle element and a home comprising an interface coupled to the vehicle element configured to establish a communication link with a home security system and a processing circuit configured to receive home security data from the home security system.
Abstract:
A touchless method for registering commands from a display (e.g. reconfigurable display) may include any of various components. The method may use a light sensor in front of or behind the display to detect light reflected by a user's finger approaching a control option displayed on the display. Light used to display images may be provided at a frequency and/or time that can be identified by a processor connected to the light sensor, or can possess some other unique property (e.g. color) which may be distinguished by the processor.
Abstract:
A system includes a processing system and an interface for receiving a source signal from an audio source. The system further includes a first interface for sending a first audio signal to a first audio output device; and a second interface for sending a second audio signal to a second audio output device. The processing system is configured to conduct a processing task on the source signal to create a processed signal and to send the processed signal to the first interface, the second interface, or to the first and second interfaces prior to the transmission of the first audio signal and the second audio signal from the first and second interfaces.
Abstract:
The present vehicle vision system enhances visibility internally and externally with respect to the vehicle. A vision system is provided which is configured to switch between a plurality of modes. The system further includes a far-field effect which alters the focal length of the display in the vision system so as to reduce driver eye strain during operation. The vision system may be incorporated into various locations throughout the vehicle (e.g., the vehicle overhead console).
Abstract:
The present rear seat entertainment system provides a second display and interface in the front section of a motor vehicle for control of a media player with a rear mounted first display. The second display shows still menu data and media player mode data from the media player for real time updates on the status of the first display in the rear section of the vehicle according to adjustments made by the second user interface. The entertainment system includes a portable controller with the second display incorporated therein.