Abstract: A system and method of determining an orientation of a spinning object at a known GPS location comprises radially deploying antennae around a plurality of axes of measurement of the spinning object; determining a spin axis of a first end of the spinning object; measuring, using a frequency domain correlation, a roll angle corresponding to the spin axis in relation to a first plane of the GPS location; repeating the measuring process for multiple planes of the GPS location; and generating the orientation of the spinning object by combining all roll angle measurements. The method further comprises determining a sensing vector orthogonal to the spin axis; identifying at least two known GPS locations corresponding to the spinning object; and rotating the sensing vector about the spin axis until two of the known GPS locations become visible or are in the plane of the sensing vector and the spin axis.

Abstract: A connector module for connecting a portable electronic device to a power source and a network on-board a mobile platform, for example an aircraft. The connector module is adapted to be integrated into an interior compartment of the aircraft, either adjacent to or disposed within a seat of the aircraft. The connector module provides a networking port disposed within a housing that is adapted to couple the portable electronic device to the aircraft network. A power port is also disposed within the housing of the connector module and is adapted to receive a DC power cable of the portable electronic device for providing power to the portable electronic device. Several embodiments of the connector module provide various configurations for integrating the connector module into the compartment of the aircraft and/or into the seat of the aircraft.

Abstract: A connector module for connecting a portable electronic device to a power source and a network on-board a mobile platform, for example an aircraft. The connector module is adapted to be integrated into an interior compartment of the aircraft, either adjacent to or disposed within a seat of the aircraft. The connector module provides a networking port disposed within a housing that is adapted to couple the portable electronic device to the aircraft network. A power port is also disposed within the housing of the connector module and is adapted to receive a DC power cable of the portable electronic device for providing power to the portable electronic device. Several embodiments of the connector module provide various configurations for integrating the connector module into the compartment of the aircraft and/or into the seat of the aircraft.

Abstract: An apparatus is provided for supporting a display device. A bracket includes first and second substantially parallel arms arranged to receive sides of a display device therebetween for attachment thereto. A first cross member is interposed between the first and second arms, and a second cross member is interposed between the first and second arms and extends from the first cross member. The second cross member is arranged to receive a back plane of the display device for attachment thereto. A housing is removably fastened to the bracket. The housing is arranged to surround the bracket and define a window, and the visual display area of a display device attachable to the bracket is viewable within the window.