Abstract: An implantable medical lead may include an electrode at a distal portion of the lead that is configured to monitor or provide therapy to a target site. The lead may include a visible indicator that is visible to the naked eye of a clinician at a medial portion of the lead that is configured to indicate when the electrodes of the lead are longitudinally and radially aligned properly to monitor or treat the target site. A clinician may insert the lead into the patient using an introducer sheath inserted to a predetermined depth into the patient and subsequently aligning the distal portion of the lead by orienting the indicator at an entry port of the introducer sheath.

Abstract: An apparatus can include a display, a facial interface, and a connector between the display and the facial interface. The facial interface can at least translate or rotate relative to the display via the connector.

Abstract: Themes provide the mobile phone with changeable characteristics pertaining to the appearance and sound presented by the mobile phone. A theme profile associated with the mobile phone contains data pertaining to which theme to apply to the mobile phone and when to transition to another theme as well as where theme content data is located. The mobile phone then waits for a triggering event to occur. When such a triggering event occurs, it causes a transition from the currently active theme to another theme. A new theme based on an associated triggering event is applied to the mobile phone changing its look and feel.

Abstract: A conveyor system, and method of controlling the conveyor system, includes providing a conveying surface, at least one motor propelling the conveying surface and a plurality of lower-level controllers. At least one of the lower-level controllers adapted to control the at least one motor. An upper-level controller is provided in communication with the plurality of lower-level controllers. The upper-level controller is adapted to send communications to the lower-level controllers for controlling the at least one motor. A communications bus is provided that carries the communications between the upper-level controller and the lower-level controllers. The upper-level controller is adapted to automatically assign each lower-level controller a unique communications address. The unique communications address enables the upper-level controller to send messages over the communications bus to individual ones of the lower-level controllers.

Abstract: Methods for acquiring service for a wireless terminal can include the steps of camping on a control channel and receiving a request for an operation to be performed by the wireless terminal that is performed by the wireless terminal mutually exclusive of camping on the control channel. Control channel information associated with the control channel on which the wireless terminal was camped is stored and the requested operation is performed. The stored control channel information is used to acquire service for the wireless terminal. Related wireless terminals and systems are disclosed.

Abstract: A method of controlling a mobile terminal allows it to search for possibly higher priority service providers in response to receiving an indication that more than the default number of service providers is available in a given service area, without dropping its current radio channel. When only the standard number of service providers is available in a given area, the mobile terminal uses standard frequency bands and corresponding radio channel allocations during scanning operations. When more than the standard number of service providers is available, the mobile terminal uses received information defining the non-standard spectrum allocation supporting the available service providers in its scanning operations. In a wireless communication system operating in accordance with TIA/EIA-136 standards, the mobile terminal may scan its current hyperband, alternate hyperband, or both the current and the alternate hyperbands (e.g., 800 MHz and 1900 MHz hyperbands), for higher priority service providers.

Abstract: A conveyor system, and method of controlling the conveyor system, includes providing a conveying surface, at least one motor propelling the conveying surface and a plurality of lower-level controllers. At least one of the lower-level controllers adapted to control the at least one motor. An upper-level controller is provided in communication with the plurality of lower-level controllers. The upper-level controller is adapted to send communications to the lower-level controllers for controlling the at least one motor. A communications bus is provided that carries the communications between the upper-level controller and the lower-level controllers. The upper-level controller is adapted to automatically assign each lower-level controller a unique communications address. The unique communications address enables the upper-level controller to send messages over the communications bus to individual ones of the lower-level controllers.

Abstract: Methods and systems are provided for a wireless terminal to select a control channel from a plurality of channels provided on a plurality of respective operating frequencies in which a first group of the operating frequencies are first scanned to locate a control channel that satisfies a first set of selection criteria. During this scan, channels are identified that fail to satisfy the first set of selection criteria but that have an increased probability of satisfying a second set of selection criteria. If a channel that satisfies the first set of selection criteria is not located during the first scan, the wireless terminal determines an order in which a second group of operating frequencies are to be scanned based on the identified channels, and then scans the second group of operating frequencies in the determined order to locate a control channel that satisfies the second set of selection criteria.

Abstract: A method of controlling a mobile terminal allows it to search for possibly higher priority service providers in response to receiving an indication that more than the default number of service providers is available in a given service area, without dropping its current radio channel. When only the standard number of service providers is available in a given area, the mobile terminal uses standard frequency bands and corresponding radio channel allocations during scanning operations. When more than the standard number of service providers is available, the mobile terminal uses received information defining the non-standard spectrum allocation supporting the available service providers in its scanning operations. In a wireless communication system operating in accordance with TIA/EIA-136 standards, the mobile terminal may scan its current hyperband, alternate hyperband, or both the current and the alternate hyperbands (e.g., 800 MHz and 1900 MHz hyperbands), for higher priority service providers.

Abstract: Disclosed herein is the method of operating a cellular mobile station to identify a suitable cellular control channel for entering a camping state with a highest priority cellular service provider, based on data stored in the cellular mobile station, that is preferred to a current cellular control channel the mobile station is camping on. The method comprising the steps of: (a) measuring received signal strength of a plurality of available cellular control channels; (b) attempting to lock onto the available cellular control channels having highest signal strength; (c) determining if a locked onto cellular control channel is a highest priority cellular control channel and, if so, then camping on that cellular control channel, and otherwise returning to camping on the current control channel; and (d) periodically interrupting any of steps (a)-(c) to receive control data from the current cellular control channel and then returning to the interrupted step.

Abstract: In connection with paging displacement operation, a mobile station delays entry into sleep mode in order to read a specified number of subsequent alternate (i.e., every other) additional paging channel slots to receive a paging message. During the paging channel slots located between those designated for reading paging displacement related paging messages, the mobile station makes more efficient use of limited battery supplied energy resources by making any requisite signal strength measurements.