Abstract: Mobile device software is managed by providing an interface between a plurality of software module handlers and a plurality of software modules. The interface is invoked responsive to a software module event such as the installation, removal, activation or modification of a software module. The interface identifies the software module and a corresponding attribute list associated with the software module event. The attribute list specifies one or more actions to be taken by at least one of the software module handlers that enable the identified software module to provide one or more functions when invoked. The attribute list is provided to each software module handler identified in the list and each action specified in the list is taken by the corresponding software module handler. This way, the interface reliably manages the different software modules without being aware of the particular functions provided by the modules or the specific actions taken by the handlers.

Abstract: A method/apparatus is provided that detects impairment in a received signal and employs the structure in the receiver that is designed for that purpose. Preferably, the method/apparatus detects the interferer modulation and employs the structure in the receiver that is designed for that purpose. The detection is preferably performed using a quality measure, e.g., the residual errors after channel estimation or SNR (signal-to-noise-ratio) estimates after channel estimation. Preferably, hypothesis tests, threshold schemes, or schemes where the threshold is adapted according to one of the measures are used. The receiver selects between an interference rejection method and a conventional receiver or selects between an interference rejection method and a less powerful interference rejection method, or a combination thereof.

Abstract: In a method of link quality control for communication links between a plurality of mobile terminals and a node in a radio communication system, providing (S0) at least one data block for transmission between said node and at least one of said mobile terminals, providing (S1) at least two measurement reports comprising measurements of the quality for a plurality of potential burst constellations on which to transmit said at least one data block, jointly selecting (S2) a respective burst constellation for each said at least one data block based at least on said measurement reports, jointly selecting (S3) a respective modulation and coding scheme for each said data block based at least on said measurement reports. Subsequently, scheduling (S4) bursts for transmission on at least one available channel based at least on said jointly selected modulation and coding scheme and said jointly selected burst constellation.

Abstract: An antenna device for a portable radio communication device adapted for receiving radio signals comprises an internal radiating element (10) comprising at least one feeding portion (21, 22) connected to a receiver circuit (40). The radiating element (10) comprises an electrical impedance (30) that is controllable in dependence on the desired frequency range of the received signals, wherein the feeding portion (21, 22) is connected to a feeding input (40a, 40b) on the receiver circuit and the control input of the controllable electrical impedance (30) is connected to an output (40c) on the receiver circuit (40) intended for the control of the VCO resonance frequency of the receiver circuit.

Abstract: Signal properties of a signal section (106) comprising a training sequence are compared with corresponding signal properties of other signal sections (108, 110). At a too large discrepancy, co-sequence interference is concluded to be present. The used signal property can preferably be a signal-to-noise ratio measure or a signal statistics measure. If the existence of co-sequence interference (102) is concluded, measures can be taken to avoid such interference and to mitigate the effects of the interference. A method for mitigating effects of co-sequence interference in channel estimation comprises a joint detection and estimation procedure performed under constrictions assuming presence of co-sequence interference.

Abstract: A method and apparatus for providing location information for subscribers connected to a packet-switched mobile access network in connection with emergency calls made over a multimedia service network. An emergency request is received at the multimedia service network from a subscriber (A) containing the calling number of the subscriber. In response thereto, a media gateway control function in the multimedia service network sends a location query including said calling number to a mobile positioning centre in the mobile access network, which then can retrieve location information for the subscriber. After receiving location information from the mobile positioning centre, the media gateway control function selects an emergency centre and sends a location indication for the subscriber thereto in a circuit-switched control message for initiating an emergency call, according to prevailing standards.

Abstract: A soft top is provided for a cabriolet. The soft top includes, but is not limited to, a monofilament warp thread and a monofilament weft thread. The soft top also includes, but is not limited to, a filling material substantially filling the interstices between the monofilament warp thread and the monofilament weft thread to form a substantially translucent fabric.

Abstract: A method and apparatus for obtaining location information for subscribers connected to an IP access network (300), in order to enable supply of such location information in connection with emergency calls directed to a multimedia service network (302). A request is received (3:1) at the multimedia service network from a subscriber (A) containing an IP address currently assigned to the subscriber. In response thereto, the multimedia service network sends a location query (3:2) including said IP address to the IP access network, which then can retrieve (3:3, 3:4) location information for the subscriber based on the IP address, by determining at which point of access in the IP access network the IP address is currently used. The IP access network then submits (3:5) the obtained location information to the multimedia service network in response to the location query.

Abstract: An important objective for third generation mobile communications systems is to provide IP services, and a very important part of these services will be the conversational voice. The conversational voice service includes three distinct information flows: session control, the voice media, and the media control messages. In a preferred embodiment, based on the specific characteristics for each information flow, each information flow is allocated its own bearer with a Quality of Service (QOS) tailored to its particular characteristics. In a second embodiment, the session control and media control messages are supported with a single bearer with a QoS that suits both types of control messages. Both embodiments provide an IP conversational voice service with increased radio resource efficiency and QoS.

Abstract: The capacity and coverage of a packet-based conversational service in a mobile communications system is increased by efficiently provisioning resources for packets that have different length headers transported over the radio interface during the period over which the service is provided. A radio bearer or connection is established between a mobile radio and a radio network to support a packet-based conversational service. The radio bearer or connection is normally configured with radio resources to deliver a particular quality of service assuming that the packet headers will be highly compressed. The length of packets to be transmitted via the radio bearer is checked. Those packets which are longer because of less header compression are detected. Processing is performed to minimize or reduce that impact on system capacity or coverage when the detected packets are transmitted over the radio bearer or connection.

Abstract: The invention relates to a processing method and apparatus, more particularly, to processing a body so as to remove any electrostatic charge and improve inhaler performance in drug delivery to the respiratory tract.

Abstract: The invention relates to a method enabling multiple session description protocol media flows for one packet data protocol context. Therefore an indicator is sent from a P-CSCF to a user equipment indicating that a particular session description protocol media flow can be combined with further session description protocol media flows in a single packet data protocol context.

Abstract: In the present disclosure, a method/apparatus is provided that detects the impairment in the received signal (12) and employs the structure in the receiver (10) that is designed for that purpose. Preferably, the method/apparatus detects the interferer modulation and employs the structure in the receiver (10) that is designed for that purpose. The detection is preferably performed using a quality measure (16), e.g., the residual errors after channel estimation or SNR (signa-to-noise-ratio) estimates after channel estimation. The present invention involves preferably hypothesis tests, threshold schemes, or schemes where the threshold is adapted according to one of the measures. The operations in the receiver is preferably that is selects between a powerful interference rejection method and a conventional receiver or that is selects between a powerful interference rejection method and a less powerful interference rejection method, or a combination thereof.

Abstract: The present invention relates to an arrangement for connecting antennas to ports of a transceiver unit in a base station. By using two circulators and a four port sputter a more flexible small base station is attained. The arrangement provides, at a low extra cost, the capability of adding an auxiliary transceiver unit to the base station.

Abstract: The capacity and coverage of a packet-based conversational service in a mobile communications system is increased by efficiently provisioning resources for packets that have different length headers transported over the radio interface during the period over which the service is provided. A radio bearer or connection is established between a mobile radio and a radio network to support a packet-based conversational service. The radio bearer or connection is normally configured with radio resources to deliver a particular quality of service assuming that the packet headers will be highly compressed. The length of packets to be transmitted via the radio bearer is checked. Those packets which are longer because of less header compression are detected. Processing is performed to minimize or reduce that impact on system capacity or coverage when the detected packets are transmitted over the radio bearer or connection.

Abstract: An important objective for third generation mobile communications systems is to provide IP services, and a very important part of these services will be the conversational voice. The conversational voice service includes three distinct information flows: session control, the voice media, and the media control messages. In a preferred embodiment, based on the specific characteristics for each information flow, each information flow is allocated its own bearer with a Quality of Service (QoS) tailored to its particular characteristics. In a second embodiment, the session control and media control messages are supported with a single bearer with a QoS that suits both types of control messages. Both embodiments provide an IP conversational voice service with increased radio resource efficiency and QoS.

Abstract: Device, system, computer program product, data repository, and a client communication device for processing information items related to one of a bearing, a seal, and a product including one of a bearing and a seal and applications is provided. An information item database includes information items. Each information item is one of journal data item and individual unit data item. Each individual unit data item includes an individual unit identity of an individual unit and at least one of text and image. Each individual data item also includes at least one link linking at least one journal data item related to the individual unit data item to the individual unit data item. Each journal data item includes at least one of text, image, symbol and binary data. The device can be used to trace individual units.

Abstract: A cup holder arrangement (1), intended in particular for a dashboard in a vehicle, has a housing (2) which is provided with an elongate opening (3) and relative to which a cup holder mechanism (4) can be displaced between a storage position and a use position. A cup holder device (7) forming part of the cup holder mechanism (4) is rotatable about a rotation axis line (8) parallel to the longitudinal direction of the housing (2) and located at one end of the opening (3). The cup holder device (7) is arranged so as, in use position, to be located to the side of the opening (3).

Abstract: A method and system for load balancing used in a mobile telecommunications network. The load balancing system includes a mobile services switching center and a first base station controller coupled to the mobile services switching center for managing a first plurality of cells. The load balancing system further includes a second base station controller coupled to the mobile services switching center for managing a second plurality of cells, where one cell of the first plurality of cells is adjacent to one cell of the second plurality of cells. The second base station controller includes a processor responsive to receiving a first load indication message from the first base station controller in order to determine whether to handover at least one ongoing call from the one cell of the second base station controller to the one cell of the first base station controller.

Abstract: A method of treating a finely divided powder is provided including a) forcing the powder through the apertures of a sieve to form agglomerates; and b) spheronizing the agglomerates. The method results in spheronized agglomerates having sufficient strength to withstand processing and packaging operations, but which are sufficiently soft to deagglomerate during delivery via a breath-actuated inhaler.