Abstract: A method of handling images in an image capturing device, said method including the steps of capturing an image, receiving a voice tag and matching the received voice tag with a stored voice tag, said stored voice tag having an instruction associated therewith for handling an image, and handling the image in accordance with the instruction corresponding to the received voice tag.

Abstract: A terminal, system, method, and computer program product are provided that are capable of allocating memory for content storage in the terminal. Content may be stored as either fixed or replaceable content. Storing some content as replaceable content enables a service provider to take advantage of favorable network connections to download content that is not to be viewed by the user until a later date, while not preventing the user from being able to store other content if desired. While replaceable content may be stored in the storage element in the terminal, the replaceable content typically does not reserve memory space. As such, other content items may overwrite the replaceable content if necessary due to insufficient open memory space to store the other content items. If replaceable content has been overwritten by other content, the replaceable content will typically be downloaded again when memory space becomes available.

Abstract: A system for providing broadcast content includes at least one content source for broadcasting content, and at least one terminal. The terminal can receive and consume content for a selected channel x, which is one in a set of ordered channels of broadcast content. The terminal can also change channels from the selected channel x to an adjacent channel x±1 in the set of n ordered channels. In response to changing channels to the adjacent channel x±1, the terminal can receive and consume content for the adjacent channel x±1. The terminal can receive and store content for Y next adjacent channels (x±1)±y, y=1, . . . , Y in buffer memory. Content for the next adjacent channels is stored based upon the direction the channel is changed and in response to changing channels.

Abstract: A mobile terminal for performing operations with respect to broadcast content includes a controller capable of operating a client application. The client application can perform operations including operating in a recording mode. In the recording mode, the client application can record content for a selected channel, and store the recorded channel in a database. In response to changing channels from the selected channel to another channel, the client application can initiate a recording timeout for the selected channel. The client application can reset the recording timeout for the selected channel for each subsequent instance of changing channels back to the selected channel. If the recording timeout expires before being reset for a subsequent instance of changing channels back to the selected channel, however, the client application can cease recording content for the selected channel.

Abstract: A media data format is described, along with devices, methods, computer readable media and a propagating signal in relation to the media data format. The media data format comprises a music data portion defining a music track, and a metadata portion defining metadata associated with said music track. Said metadata comprises a tempo metadata type having a tempo class value indicating a tempo class of the music track.

Abstract: The present invention relates to an image having distinct image areas as part of the image, at least one of the distinct image areas configured to match determined device menu functions for functioning as a functional part of device menu. The present invention also relates to a method for defining a device menu for a device. The method comprises defining distinct image areas in an image and defining at least one the distinct image areas to match determined device menu functions for functioning as a functional part of the device menu. Furthermore, a device menu comprising such an image and a device comprising such a device menu are disclosed.

Abstract: A mobile communications device including a transceiver; a system for playing a game; and a system for downloading game status information through the transceiver and a mobile communications system, and for playing the game based, at least partially, on the downloaded game status information. A method of playing a video game is provided including transmitting game status information between a server and a mobile communications device through a mobile communications system with use of a wireless link; and playing a game on the mobile communications device based, at least partially, on the game status information transmitted to the mobile communications device from the server.

Abstract: A method of handling images in an image capturing device, said method including the steps of capturing an image, receiving a voice tag and matching the received voice tag with a stored voice tag, said stored voice tag having an instruction associated therewith for handling an image, and handling the image in accordance with the instruction corresponding to the received voice tag.

Abstract: A method and apparatus by which a user of two or more client devices (10 11) each hosting a data store (10c 11c) can have the data stores kept synchronized by a server (12) (in some cases operated as a synchronizing service) in a way acceptable to the user even though at least one of the two data stores (10c) includes a data component (such as a field of a record) that is not in the other data store (11c) (or for which a correspondence from the one data store (10c) to the other data store (11c) in respect to the data component has not yet been set, including possibly a null correspondence). Any such so-called problem field is monitored by a sync field scanner (12g) usually hosted by the server, which alerts the user that a data component is a problem field only when the user first provides a value for the data component.

Abstract: A system for maintaining a WAP portal/site including different interrelated pages so as to be able to provide a requested page to a requesting terminal (19) appropriate to the terminal type (i.e. so that it can be displayed or otherwise utilized by the terminal type). The system includes: a site structure database (11) containing the WAP (or XHTML) site structure and metadata; a site management application (SMA) (12) for maintaining the site; a set of templates (14) for respective pages and for different terminal types; a content data store (16) for the different pages, possibly differing for different terminal types; and a content delivery application (CDA) (15) for providing a page requested by a terminal (19) with the page tailored to the terminal type.

Abstract: The invention relates to a method, a system, a camera device, as well as application software in a digital imaging environment, in which the camera device is used in an imaging session to record image material which comprises still or video image and which image material is further stored as one or more image files. According to the invention, for imaging in said imaging session, the camera device is provided with an imaging profile which comprises one or more parameters relating to said imaging session, wherein data included in said one or more parameters is attached or linked to said one or more image files to identify them as being recorded in said imaging session. The invention facilitates the identification of images recoded in different situations and makes it possible to subject the image files to automatic operations.

Abstract: A mobile communication terminal, a service provider device and methods are disclosed wherein a plurality of services from a service provider is supported. According to the invention the storing of service provider settings, which are related to the service provider, in a memory location specific for the service provider is facilitated.

Abstract: A method and apparatus by which a user of two or more client devices (10 11) each hosting a data store (10c 11c) can have the data stores kept synchronized by a server (12) (in some cases operated as a synchronizing service) in a way acceptable to the user even though at least one of the two data stores (10c) includes a data component (such as a field of a record) that is not in the other data store (11c) (or for which a correspondence from the one data store (10c) to the other data store (11c) in respect to the data component has not yet been set, including possibly a null correspondence). Any such so-called problem field is monitored by a sync field scanner (12g) usually hosted by the server, which alerts the user that a data component is a problem field only when the user first provides a value for the data component.