Abstract: A fascia member (200) for an electronic device (700) includes a thin, flexible membrane (201) coupled to a rigid skeletal member (202). The thin, flexible membrane (201) includes a transparency region (203) and a deflectable key region (204). The thin, flexible membrane (201) may thus serve as a major front face for the electronic device (700) with no break lines between display and keypad. Printing on one side of the thin, flexible membrane (201) provides alphanumeric indicia (207) and graphical designs for the electronic device (700).

Abstract: Headphones can be configured such that back surfaces of the speaker housings can be coupled to form a loop enabling users to wear the headphones around their necks when the speakers are not in use. In various embodiments, faces of the respective speaker housings may comprise asymmetrical, complementary surfaces. In such embodiments, the users can distinguish between the speakers intended to correspond with respective right and left stereo channels by tactile feel. In some embodiments, the interlocking of the housing structures can be achieved by magnetic force to maintain the coupling when the speakers are not in use but can be decoupled by the user without undue effort. In some embodiments, the speaker housings are configured to constrain the housings to a specific orientation when mated.

Abstract: A fascia member (200) for a wireless telecommunication device (700) or other electronic device includes a thin, flexible membrane (201) having a transparent, reinforcing member (212) coupled thereto. The thin, flexible membrane (201) includes a transparency region (203) and a deflectable key region (204). The thin, flexible membrane (201) may thus serve as a major front face for the wireless telecommunication device (700) with no break lines between display and keypad. Printing on one side of the thin, flexible membrane (201) provides alphanumeric indicia (207) and graphical designs for the wireless telecommunication device (700). Printing may also be applied to the transparent, reinforcing member (212).

Abstract: A device (50) with modal lighting includes a translucent layer (74); a first light source (60) operative to project light (94) through the translucent layer (74); and a second light source (65b) operative to project light (93) through the translucent layer (74). The first light source (60) prevents light (91) projected from the second light source (65b) from entering a portion (74a) of the translucent layer. A method (250) for modal lighting in a device includes projecting light by a first light source through a translucent layer (260); projecting light by a second light source through the translucent layer (270); and preventing, by the first light source light, projected by the second light source from entering a portion of the translucent layer (280).

Abstract: A fascia member (200) for a wireless telecommunication device (700) or other electronic device includes a thin, flexible membrane (201) having a transparent, reinforcing member (212) coupled thereto. The thin, flexible membrane (201) includes a transparency region (203) and a deflectable key region (204). The thin, flexible membrane (201) may thus serve as a major front face for the wireless telecommunication device (700) with no break lines between display and keypad. Printing on one side of the thin, flexible membrane (201) provides alphanumeric indicia (207) and graphical designs for the wireless telecommunication device (700). Printing may also be applied to the transparent, reinforcing member (212).

Abstract: A fascia member (200) for an electronic device (700) includes a thin, flexible membrane (201) coupled to a rigid skeletal member (202). The thin, flexible membrane (201) includes a transparency region (203) and a deflectable key region (204). The thin, flexible membrane (201) may thus serve as a major front face for the electronic device (700) with no break lines between display and keypad. Printing on one side of the thin, flexible membrane (201) provides alphanumeric indicia (207) and graphical designs for the electronic device (700).

Abstract: A device (50) with modal lighting includes a translucent layer (74); a first light source (60) operative to project light (94) through the translucent layer (74); and a second light source (65b) operative to project light (93) through the translucent layer (74). The first light source (60) prevents light (91) projected from the second light source (65b) from entering a portion (74a) of the translucent layer. A method (250) for modal lighting in a device includes projecting light by a first light source through a translucent layer (260); projecting light by a second light source through the translucent layer (270); and preventing, by the first light source light, projected by the second light source from entering a portion of the translucent layer (280).