Abstract: A configuration of an electronic device (400) is managed by obtaining (1005) stakeholder attributes of a component resident in the electronic device from stakeholder requirements (FIGS. 7, 8) of one or more stakeholders and correlating (1020) the respective stakeholder attributes as well as available sets of values of attributes of the component to determine (1025) a set of selected values of the attributes, and establishing (1030) at least a portion of a new configuration of the electronic device using the set of selected values of the attributes of the component. When the stakeholder requirements cannot be met with an existing application in the electronic device, the application may be formed (1200) from components of existing applications.

Abstract: An electronic device (130) uses a record (122) which defines capabilities desired for the electronic device. The requirements of one or more stakeholders are entrusted using stakeholder priority certificates (136). Signatures in the stakeholder priority certificates are authenticated by a device (130). A processor compares components (140) of the electronic device against the received record (122) and the trusted stakeholder requirements to determine operation characteristics of the electronic device (130). The processor can execute a conflict resolution process (133) to resolve conflicts among stakeholder requirements such as arbitrating among at least two of the stakeholders. The processor can resolve conflicts among the stakeholder requirements using a predetermined priority sequence (135).

Abstract: A drive mechanism (101) for a portable electronic device (102), such as a mobile telephone or personal digital assistant, includes at least one wheel (113) engaging at least one track (103). In one embodiment, two tracks (103,104) are coupled to a first housing (105), while a pair of wheels (113,114) are coupled to a shaft (106) which is coupled to a second housing (107) by way of a shaft retaining member (111). The wheels (113,114), which may include wheel teeth (224,225) disposed about the perimeter (226,227) of the wheels that engage track teeth (112), pass along the tracks (103,104) to cause the first housing (105) to slide open or closed relative to the second housing (107). A preloaded tensioning device (108), which in one embodiment comprises to oppositely wound coiled springs disposed concentrically about the shaft (106) bias the first housing (105) and the second housing (107) towards an open position.

Abstract: A method (80) and system (90) of customizing multiple user interfaces mapped to functions can include receiving (82) a new user interface component, determining (85) if the new user interface component is received as a result of a user request or a service provider input, and setting (86) the new user interface component as a default user interface component when the new user interface component is received as the result of a user request or a service provider input. The method can further register (84) the new user interface component or components using a user interface manager. The method can also display (88) a representation of other available user interface schemes on the new user interface component. The method can display a representation of additional functionality and enable a transition to the additional functionality by selection of the representation of the additional functionality in the new user interface component.

Abstract: When a wireless two-way communications device that has a plurality of user interfaces (and where at least two of these interfaces comprise different interface modalities) receives (101, 201) non-user input regarding an operational constraint (such as, but not limited to, an environmentally-sourced or an internally-sourced operational constraint), an automatic determination (102, 202) will follow regarding a plurality of differing user interface operational configurations as will comply with the operational constraint. One or more of these operational configurations are then presented (103, 203) to a user of the device in order to prompt provision of a user instruction regarding use of such operational configurations. Upon receiving (104, 204) a corresponding instruction from the user, the corresponding operational configuration is used (105, 205) to thereby accommodate the operational constraint in a manner that is relatively satisfactory to the user.

Abstract: An adapter for a modular wireless communication device. The adapter can include a lanyard, a cradle coupled to the lanyard, the cradle configured to support a short range wireless communication module, the cradle including an audio plug configured to provide a connection to the short range wireless communication module when the short range wireless communication module is coupled to the cradle, a microphone coupled to the lanyard and the audio plug, and a speaker coupled to the lanyard and the audio plug.

Abstract: A method and apparatus are for finding a rendering of a work that a user desires to have presented. The method includes performing an internal search within a preferred storage device for one or more acceptable digital renderings of the work, performing a user network search for one or more acceptable digital renderings in one or more devices of a user wireless network (125) that includes the preferred presentation device and the preferred storage device, when the internal search is continued to a next search level, and performing a remote search for one or more acceptable digital renderings in one or more devices of a remote network (150), when the user network search is continued to a next search level. A user wireless device (115) may perform the method.

Abstract: Source script (250, 260, 270) on multiple user portals is collaboratively manipulated by exchanging metadata (210) among the plurality of user portals to represent chosen segments of the source script. The metadata (210) contains properties (230-241) for the chosen segments of the source script. A common copy (250, 260, 270) of source script possessed among the plurality of user portals is initially identified. The source script, therefore, does not need to be transmitted among user portals during the collaboration because only the metadata for the common source script needs to be exchanged.

Abstract: The present invention provides a mechanism (300, 400) and method (500) for rotating at least a first and second housing elements (120, 220) of a device (100) with respect to one another. The first and second housing elements (120, 240) have a common axis of rotation (190), which is substantially perpendicular to a front surface of the device (100). The mechanism (300, 400) includes a wheel (310, 410) having a rounded outer edge (312, 412), which engages a rounded surface (144) of a first housing element (220), which extends at least partly around the axis of rotation (190). The wheel (310, 410) is coupled to the second housing element (120) at a center point (316, 416) about which the wheel (310, 410) is adapted to rotate. The wheel (310, 410) further includes a contact point (318, 418) offset from a center point (316, 416).

Abstract: A punch for punching a workpiece. The punch includes a base and a workpiece support coupled to the base and arranged to support the workpiece in a substantially upright position. A punch member is coupled to the workpiece support and is movable between a ready position and a punch position. A lever arm is movable through an angle greater than or equal to about 60 degrees to move the punch member between the ready position and the punch position and a linkage interconnecting the lever arm and the punch member.

Abstract: A wireless communication device (100) and method of operation thereof are provided. The wireless communication device includes a first housing portion (102) and a second housing portion (106). The second housing portion (106) is rotatably coupled to the first housing portion (102). The wireless communication device (100) is adapted to provide a simultaneous translational and rotational motion between the second housing portion (106) and the first housing portion (102).

Abstract: An audio headset (100) including one or two earphone pods (110, 120) each having an audio transducer, wherein a lanyard (130) interconnects a pair of pods. A wireless receiver is disposed in one of the earphone pods, wherein the wireless receiver includes an audio signal output coupled to at least one of the audio transducers. An analog audio jack having an audio signal output is also coupled to one of the audio transducers.

Abstract: An adapter for a modular wireless communication device. The adapter can include a lanyard, a cradle coupled to the lanyard, the cradle configured to support a short range wireless communication module, the cradle including an audio plug configured to provide a connection to the short range wireless communication module when the short range wireless communication module is coupled to the cradle, a microphone coupled to the lanyard and the audio plug, and a speaker coupled to the lanyard and the audio plug.