Abstract: A method and apparatus for displaying an image on a communication device are provided. The communication device is formed of a housing (305) having a plurality of surfaces and includes an electronically controlled display (310) coupled to one of the surfaces. The housing further includes a reflecting device (345) for reflecting an image from the display (310) onto another, non-electronic, display (320) located on another surface of the housing. The image is thus viewable on both surfaces of the housing.

Abstract: A method and apparatus for displaying an image on a communication device are provided. The communication device is formed of a housing (305) having a plurality of surfaces and includes an electronically controlled display (310) coupled to one of the surfaces. The housing further includes a reflecting device (345) for reflecting an image from the display (310) onto another, non-electronic, display (320) located on another surface of the housing. The image is thus viewable on both surfaces of the housing.

Abstract: An electronic device having a housing with a shroud locator socket. There is a retractable elongate radio frequency radiating element passing through an aperture of the shroud locator socket, the retractable elongate radio frequency radiating element being electrically connected to an electrical circuit located in the housing and being movable from a fully retracted position when substantially located in the housing to a fully extended position when substantially protruding outside the housing. An end cap is located on a free end of the retractable elongate radio frequency radiating element and there is a shroud having transverse ribs that are transverse to a longitudinal axis (X) of the retractable elongate radio frequency radiating element. The shroud covers a protected length (L) of the retractable elongate radio frequency radiating element proximal to the end cap.

Abstract: An electronic device having a housing with a shroud locator socket. There is a retractable elongate radio frequency radiating element passing through an aperture of the shroud locator socket, the retractable elongate radio frequency radiating element being electrically connected to an electrical circuit located in the housing and being movable from a fully retracted position when substantially located in the housing to a fully extended position when substantially protruding outside the housing. An end cap is located on a free end of the retractable elongate radio frequency radiating element and there is a shroud having transverse ribs that are transverse to a longitudinal axis (X) of the retractable elongate radio frequency radiating element. The shroud covers a protected length (L) of the retractable elongate radio frequency radiating element proximal to the end cap.