Abstract: An application server (204, 300), a first user equipment, UE, (200, 400), a second UE (206, 500) and corresponding methods for use in an Internet protocol multimedia subsystem, IMS, and for streaming media content between the first UE and the second UE using the Rich Communications Services, RCS, standard. The first UE transmits media content to an application server (204, 300) as an RCS file transfer. The application server receives the media content from the first UE as an RCS file transfer and stores the media content in a memory (306). The first UE compiles a message comprising a media content identifier and transmits the compiled message to the second UE using an RCS text based communication. The second UE receives the RCS text based communication from the first UE and transmits a request for the media content to the application server.

Abstract: A method of synchronizing streaming media between a plurality of UEs connected to a communications network, wherein the UEs are involved in a SIP-enabled voice session over said communications network. A timestamp is provided to each of the UEs. Each of the UEs then sends a request for streamed media to an IPTV service, receives streamed media from the IPTV service, and commences playout of the streamed media in dependence upon the timestamp.

Abstract: A method of synchronising streaming media between a plurality of UEs connected to a communications network, wherein the UEs are involved in a SIP-enabled voice session over said communications network. A timestamp is provided to each of the UEs. Each of the UEs then sends a request for streamed media to an IPTV service, receives streamed media from the IPTV service, and commences playout of the streamed media in dependence upon the timestamp.

Abstract: An application server (204, 300), a first user equipment, UE, (200, 400), a second UE (206, 500) and corresponding methods for use in an Internet protocol multimedia subsystem, IMS, and for streaming media content between the first UE and the second UE using the Rich Communications Services, RCS, standard. The first UE transmits media content to an application server (204, 300) as an RCS file transfer. The application server receives the media content from the first UE as an RCS file transfer and stores the media content in a memory (306). The first UE compiles a message comprising a media content identifier and transmits the compiled message to the second UE using an RCS text based communication. The second UE receives the RCS text based communication from the first UE and transmits a request for the media content to the application server.

Abstract: A method in a communication network for providing user traffic statistics on user traffic generated in the communication network is provided, wherein statistics involving a subscribing user being registered to one or more clients one or more other clients is considered. User traffic data being received from a traffic intercepting unit and if any associated data is already stored this data is aggregated with the received data, such that user traffic associated with any client of the subscriber is aggregated. The aggregated and/or received data is then processed on the basis of pre-defined processing criteria, such that updated user traffic statistics on traffic associated with the subscriber is obtained, after which the processed data is stored, such that subsequent distribution of updated traffic statistics can be provided.

Abstract: A method can be executed at a notifier of a communication system for the purpose of handling notifications, at least partly according to a notification scheme. The basis of the method is to provisioning for a differentiated distribution rate to be applied together with the notification scheme when distributing notifications which have been received from a notification source function and which are associated with the subscriber. The provisioning is based on user traffic statistics on traffic involving a registered subscriber, and which has been generated in the communication network, and where the statistics has been acquired from a statistics server and accumulated by the notifier.

Abstract: A wireless electronic arrangement configured to connect to an earphone arrangement may include a signal generator to generate an electric signal to be sent over the earphone arrangement; a measuring arrangement to make at least one measurement of the electric signal to determine a value indicating a current acoustic impedance of the earphone arrangement; a control unit to compare the determined value with a stored value indicating an operational acoustic impedance stored on a memory unit and, based on a result of the comparison, to select an operational mode of the wireless electronic arrangement based on the determined state of the earphone arrangement.

Abstract: The present invention is directed towards a method and a portable communication device (200) for forming a real time output media stream by mixing a first real time media stream with a second media stream. Provision of mixing of media streams provides a number of attractive functions, for instance. This invention concerns how to increase the usage of a mobile VT application and how to be able to handle integrity issues when used in a portable communication device.

Abstract: A portable communication apparatus (1) comprises a first housing portion (2) and a second housing portion (3), a rotary support member (6) rotatably connecting the first housing portion and the second housing portion, an image producing apparatus (7), and an optical input (8) for the image producing apparatus located in the support member. The image producing apparatus (7) is located in the first housing portion (2) or the second housing portion (3) of the portable communication apparatus (1), and an optical arrangement (11) extends an optical path (12) of the image producing apparatus from the first housing portion or the second housing portion to the optical input (8) located in the rotary support member (6).

Abstract: A wireless electronic arrangement configured to connect to an earphone arrangement may include a signal generator to generate an electric signal to be sent over the earphone arrangement; a measuring arrangement to make at least one measurement of the electric signal to determine a value indicating a current acoustic impedance of the earphone arrangement; a control unit to compare the determined value with a stored value indicating an operational acoustic impedance stored on a memory unit and, based on a result of the comparison, to select an operational mode of the wireless electronic arrangement based on the determined state of the earphone arrangement.

Abstract: An assembly may include a touch screen. A first element may be provided to cause the touch screen to vibrate at a predetermined frequency. A first sensor proximate to a first portion of the touch screen may measure vibration in the first portion of the touch screen. A second sensor proximate to a second portion of the touch screen may measure vibration in the second portion of the touch screen. Position sensing logic may determine a position of a contact point on the touch screen based on the measured vibration in the first portion of the touch screen and the measured vibration in the second portion of the touch screen.

Abstract: The present invention is directed towards a method and a portable communication device (200) for forming a real time output media stream by mixing a first real time media stream with a second media stream. Provision of mixing of media streams provides a number of attractive functions, for instance. This invention concerns how to increase the usage of a mobile VT application and how to be able to handle integrity issues when used in a portable communication device.

Abstract: A portable communication apparatus (1) comprises a first housing portion (2) and a second housing portion (3), a rotary support member (6) rotatably connecting the first housing portion and the second housing portion, an image producing apparatus (7), and an optical input (8) for the image producing apparatus located in the support member. The image producing apparatus (7) is located in the first housing portion (2) or the second housing portion (3) of the portable communication apparatus (1), and an optical arrangement (11) extends an optical path (12) of the image producing apparatus from the first housing portion or the second housing portion to the optical input (8) located in the rotary support member (6).