Abstract:
A status expression system and method operating the same are provided for presenting a state of the mobile phone by means of a character agent. A status expression system of the present invention includes a memory for storing a plurality of character quotients, information on at least one state transition model, and resources for presenting the character; a character controller for updating the character quotients according to events occurred in the mobile phone, determining a state by analyzing the character quotients and referring to the state transition model, and formatting the state using the resources assigned for the state of the character; and a display for presenting the character with the resources in the state.
Abstract:
An apparatus and method is provided for idle mode screen image presentation device, such as a mobile phone. The screen image presentation apparatus includes a memory for storing a character house including variable and selectable background and function items for executing functions of the mobile phone, a controller for presenting the character house in a given mode, such as an idle mode of the mobile phone, and providing information, when one of the function items is selected, on a function represented by the selected function item, and a display which displays the character house and contents under the control of the controller.
Abstract:
Disclosed is a camera control method for a portable terminal, by which a lens unit of a camera of the portable terminal can be automatically drawn into or out of the portable terminal when a call is received in a camera mode of the portable terminal. The method comprises the steps of: determining if a call is received in the camera mode in which a lens unit of the portable terminal has been drawn out of the portable terminal; controlling the lens unit to be automatically drawn into the portable terminal while reporting call reception when the call is received; shifting the portable terminal into a communication mode and performing communication when a communication key is input; shifting the portable terminal into an initial camera mode when the initial camera mode is selected after the communication is performed and shifting the portable terminal into a previous camera mode when the previous camera mode is selected after the communication is performed; and interrupting call reception and controlling the lens unit to be automatically drawn out of the portable terminal while maintaining the camera mode when a cancel key is selected.
Abstract:
A device and method for using a rotating key on a mobile terminal is provided. The mobile terminal includes a plurality of dome switches which can detect a contact signal when pressed and a plurality of contact surfaces which can detect the position of the rotating key in each direction of rotation. The device and method comprises a folder opening/closing sensor for detecting whether a folder of the mobile terminal is opened or closed; first and second display sections for displaying menus or data according to the operation of the rotating key; and a control section for controlling the mobile terminal to display a menu or data selected by the operation of the rotating key on the first display section or the second display section according to an output from the folder opening/closing sensor.
Abstract:
A batch rights objects (ROs) acquisition method and system is provided to enable a mobile terminal to acquire multiple rights objects in a batch processing manner. A rights object acquisition method according to an embodiment of the present invention includes transmitting a rights object request message requesting one or more rights objects of content objects from a mobile terminal to a rights issuer; creating, at the rights issuer, a rights object response message containing at least one of rights objects indicated by the rights object request message and at least one signature in response to the rights object request message; and transmitting the rights object response message from the rights issuer to the mobile terminal.
Abstract:
A method and system for displaying digital broadcast signals are disclosed. The method displays a broadcast signal, transmitted from a portable terminal having a digital broadcast receiver, on an external device having a decoding unit. When the external device transmits a digital broadcast playback request and selected channel information, the portable terminal controls the digital broadcast receiver to select a broadcast channel according to the selected channel information, demultiplexes a broadcast signal of the selected broadcast channel, and transmits the demodulated broadcast signal. The external device classifies the demodulated broadcast signal as audio, video, and broadcast information, decodes the classified signals and plays them back. When a communication event is generated while the portable terminal demodulates and transmits the broadcast signals of the selected broadcast channel, the communication event is transmitted to the external device and a wireless communication route is established to process the communication event.
Abstract:
A fast channel switching method and apparatus for a digital broadcast receiver having a single tuner are disclosed. The fast channel switching method includes setting an ongoing service channel and at least one standby service channel, buffering broadcast data received through the ongoing and standby service channels, outputting the buffered broadcast data of the ongoing service channel, determining whether the ongoing service channel is switched to one of the standby service channels, outputting, if the ongoing service channel is switched to one of the standby service channels, the buffered broadcast data of the switched standby service channel and resetting the ongoing and standby service channels.
Abstract:
A device and method for demultiplexing in a digital broadcasting receiver for processing packet data configured by a packet header and a payload. A buffer buffers input packet data. Processors are parallel connected to the buffer. A packet header processor checks a packet header, identifies presence of adaptation information, and generates a control signal according to the presence of the adaptation information. An adaptation information processor processes the adaptation information of buffered payload data under control of the packet header processor. A packetized elementary stream (PES) header processor processes a PES header of the buffered payload data under the control of the packet header processor. A data processor generates an audio or video elementary stream (ES) from audio or video data of the buffered payload data under control of the PES header processor, and outputs the generated audio or video ES to an associated decoder.
Abstract:
Disclosed is a camera control method for a portable terminal, by which a lens unit of a camera of the portable terminal can be automatically drawn into or out of the portable terminal when a call is received in a camera mode of the portable terminal. The method comprises the steps of: determining if a call is received in the camera mode in which a lens unit of the portable terminal has been drawn out of the portable terminal; controlling the lens unit to be automatically drawn into the portable terminal while reporting call reception when the call is received; shifting the portable terminal into a communication mode and performing communication when a communication key is input; shifting the portable terminal into an initial camera mode when the initial camera mode is selected after the communication is performed and shifting the portable terminal into a previous camera mode when the previous camera mode is selected after the communication is performed; and interrupting call reception and controlling the lens unit to be automatically drawn out of the portable terminal while maintaining the camera mode when a cancel key is selected.
Abstract:
Disclosed is a method and system for sharing a DRM file between portable terminals. The method includes selecting a DRM file stored in a memory by a transmitting terminal, extracting license information from the DRM file by the transmitting terminal, transmitting the license information to a receiving terminal by the transmitting terminal, checking if the receiving terminal acquires a license by the transmitting terminal, externally receiving the DRM file corresponding to the license by the receiving terminal, and reproducing the DRM file in synchronization with the receiving terminal by the transmitting terminal.