Abstract:
A broadcast receiver and a method of processing data are disclosed. The broadcast receiver includes a signal receiving unit, a RS frame decoder, a decoding unit, a text-to-speech (TTS) module, a voice output unit, and a control unit. The signal receiving unit receives broadcast signal multiplexed mobile broadcast service data including text information and main broadcast service data. The RS frame decoder performs decoding on the RS frame, thereby correcting errors occurred in the corresponding mobile broadcast service data. The decoding unit decodes the text information included in the error-corrected mobile broadcast service data. The text-to-speech (TTS) module converts the text information to a voice signal. The voice output unit outputs the converted voice signal. The control unit controls the voice output unit.
Abstract:
A broadcast receiver and a method of processing data are disclosed. The broadcast receiver includes a broadcasting module, at least one function module, and a controller. The broadcasting module receives and processes mobile broadcast signal. The function module outputs at least one of a video output and an audio output. The controller controls output of at least one of video output and audio output corresponding to each of the broadcasting module and the function module, when a mode shift occurs between the broadcasting module and at least one the function module.
Abstract:
A broadcast receiver, and a method of processing data are disclosed. The broadcast receiver includes a receiving unit, a RS frame decoder, a decoding unit, and an output unit. The receiving unit receives a broadcast signal multiplexed mobile broadcast service data including a first information associated with safety/security and main broadcast service data. The RS frame decoder performs CRC-decoding and RS-decoding on the RS frame, thereby correcting errors occurred in the corresponding mobile broadcast service data. The decoding unit extracts the first information from the error-corrected mobile broadcast service data, thereby decoding the extracted data with at least one of an audio decoder, a video decoder, and a data decoder. The output unit outputs the first information decoded by the decoder in a form of at least one of a text, a voice message, and an image.
Abstract:
A broadcast receiving system capable of receiving mobile broadcast data and a method for processing broadcast signals are disclosed. The broadcast receiving system includes a first receiving unit, a second receiving unit, a known sequence detector, a equalizer, and a display unit. The first receiving unit receives a first broadcast signal including first mobile broadcast service data and first main broadcast service data. The second receiving unit receives a second broadcast signal including second mobile broadcast service data and second main broadcast service data. The known sequence detector detects at least one of known data included in the received first broadcast signal and known data included in the received second broadcast signal. The channel equalizer uses the detected known data, thereby channel-equalizing the received first and second mobile broadcast service data corresponding to the detected known data. The display unit provides any one of first video data and second video data included in the channel-equalized first and second mobile broadcast service data to a user.
Abstract:
An improved heat pump including a first tube branched from a tube connected between a solution pump and a rectifier, for making a pressure-elevated strong solution introduced into a solution cooled absorber and the rectifier respectively by a constant amount, wherein heat-exchanged strong solution in the rectifier joins with a strong solution introduced into the solution cooled absorber, a second tube for making the heat-exchanged strong solution introduced from the absorber through the first tube introduced into a distributing plate at the upper portion of an analyzer; a third tube for introducing a refrigerant vapor generated by heat exchanging the strong solution introduced from the first tube to a GAX absorber/regenerator with weak solution of high temperature dropped from the distributing plate placed at the upper portion of the absorber, into a regenerator, and a fourth tube for heat-exchanging a portion of refrigerant introduced from an evaporator to the absorber with the refrigerant vapor introduced from the rectifier to a condenser and for guiding the heat-exchanged refrigerant vapor to the lower portion of the GAX absorber/regenerator in order to obtain high concentrated refrigerant vapor.
Abstract:
A graphical user interface is generated at a mobile communication terminal having a first touch screen of a first size, the graphical user interface including one or more touch screen input options. The generated graphical user interface is transmitted from the mobile communication terminal and to a vehicle communication terminal having a second touch screen of a second size. An indication of touch screen input received at the second touch screen of the vehicle communication terminal is received at the mobile communication terminal and from the vehicle communication terminal. A function corresponding to the touch screen input received at the second touch screen of the vehicle communication terminal is executed at the mobile communication terminal.
Abstract:
A method of changing channels of a first device in a wireless network, which includes a first coordinator and at least one device, comprises searching whether another channel other than a first channel which is currently used in the wireless network is available, changing the first channel to a second channel among at least one or more available channels as a result of the searching step, and transmitting data to a second device or receiving data from the second device through the second channel.
Abstract:
Methods for allocating predetermined output display spaces to devices and allowing the devices to freely display desired information in the respective allocated spaces so as to easily control the devices is disclosed. That is, one of the methods for outputting information collected through a report request (S41, S42) on a display of a platform device in order to request basic device capability information of devices and allowing a user to directly control a selected device through a key passing-through method is disclosed.
Abstract:
An apparatus and method for processing digital broadcast signal are provided. The method for processing a broadcast signal includes forming a data group having mobile broadcast service data, where forming the data group includes mapping the mobile broadcast service data into corresponding locations of the data group, adding known data sequences and signaling data into the data group, inserting place holder bytes for MPEG header and non-systematic Reed-Solomon (RS) parity, and de-interleaving data of the data group having the mobile broadcast service data, known data sequences, signaling data and place holder bytes, and formatting mobile broadcast service data packets including the de-interleaved data of the data group, where formatting the mobile broadcast service data packets includes removing place holder bytes for the non-systematic RS parity, and replacing place holder bytes for the MPEG header with the MPEG header.
Abstract:
A method is provided for checking whether information on a request for a mode change is received for a prescribed channel time such that a device configuring a network enters a power save mode when not performing data transmission/reception and a modem enters an awake state from a sleep state for the prescribed channel time. The prescribed channel time is determined to correspond to a time for transmitting a beacon. The modem of a device in a power save mode enters an awake state for a channel time period for broadcasting a beacon and then checks whether information on a power management mode change is received. If the information is not received, a sleep state is reentered. If the power management mode change information is received, power is managed by performing data transmission/reception by switching to a normal mode.