Abstract:
Provided are a method and an accessory apparatus for receiving and reproducing DMB data. The DMB accessory apparatus receives DMB data, converts data formats of the received DMB data into multimedia data formats which can be reproduced by a typical mobile terminal, and transmits the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.
Abstract:
Provided are a method and an accessory apparatus for receiving and reproducing DMB data. The DMB accessory apparatus receives DMB data, converts data formats of the received DMB data into multimedia data formats which can be reproduced by a typical mobile terminal, and transmits the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.
Abstract:
An image offset adjustment apparatus for an LCD projector which is constructed to enable the adjustment of an image offset. The LCD projector includes a light source for emitting light, mirrors, and an LCD installed in front of the mirrors so that an image generated in the LCD is enlarged and projected on a screen. The image offset adjustment apparatus includes a projection lens section including a plurality of projection lenses having their respective LCDs at different circumferential positions to have different image offsets; a lens housing for housing the respective projection lenses adjacent to one another in a circumferential direction; rotation means for rotating the lens housing; and a controller for controlling the rotation means so that the lens housing can be controllably rotated to select one of the projection lenses and one of the image offsets as desired by a user.
Abstract:
An image offset adjustment apparatus for an LCD projector which is constructed to enable the adjustment of an image offset. The LCD projector includes a light source for emitting light, mirrors, and an LCD installed in front of the mirrors so that an image generated in the LCD is enlarged and projected on a screen. The image offset adjustment apparatus includes a projection lens section including a plurality of projection lenses having their respective LCDs at different circumferential positions to have different image offsets; a lens housing for housing the respective projection lenses adjacent to one another in a circumferential direction; rotation means for rotating the lens housing; and a controller for controlling the rotation means so that the lens housing can be controllably rotated to select one of the projection lenses and one of the image offsets as desired by a user.
Abstract:
A method for handover in a mobile terminal includes detecting whether a manual instruction for handover of the mobile terminal from a first communication network to another communication network is inputted by a user. After detecting the manual instruction, a registration is made with a second communication network when the mobile terminal moves into a coverage area of the second communication network. A detection is made, after the registration, as to whether the handover of the mobile terminal is possible, and a handover process is started.
Abstract:
A mobile station (MS) for performing a handoff using position information including a global positioning system (GPS) module for receiving one or more GPS signals; and a controller for calculating a position of the MS by enabling the GPS module if a handoff condition occurs and transmitting the calculated position information to a base station (BS).
Abstract:
In one embodiment, the semiconductor device includes at least one active fin protruding from a substrate, a first gate electrode crossing the active fin, and a first impurity region formed on the active fin at a first side of the first gate electrode. At least a portion of the first impurity region is formed in a first epitaxial layer portion on the active fin. A second impurity region is formed on the active fin at a second side of the first gate electrode. The second impurity region has at least a portion not formed in an epitaxial layer.
Abstract:
A method and an apparatus for enlarging a message in a mobile communication system is provided. Selection of a font size change menu is monitored during message writing or reading. If the font size change menu is selected, a pop-up window or a magnifier window is invoked and a message is enlarged in the pop-up or magnifier window.
Abstract:
Provided is a solid puzzle block (1). The solid puzzle block has a connecting groove (13 and 33) open from the top to the bottom of a side surface (11 and 31) of its main body to allow cross-connecting of two blocks, and a connecting peg (14) and connecting hole (15) formed at either end of the connecting groove (13) on the side surface (11 and 31) to allow side-connecting of two blocks. In order to impart a firm cross-connection, a plurality of embossings (12) are formed on the left and right surfaces of the connecting groove (13 and 33) and the contact portions (42) of the upper and lower surfaces (40 and 41) contacting the connecting groove (13 and 33). At an end surface (16 and 36) between the left and right surfaces of the connecting groove (13 and 33) is fixed a connector (17), to which an operating unit (21) located inside the main body is connected electrically. Although the firmly connecting block is not of an assorted variety, it can arouse enjoyment and curiosity in users of all ages.
Abstract:
A cellular telephone which is separable into a main device and a remote device having a call service function, and a method for controlling communication between the two devices. The main device of the cellular telephone includes a first radio circuit for communicating with a cell site and a second radio circuit for communicating with the remote device. The remote can be separated from the main device and includes a radio circuit for communicating with the second radio circuit of the main device. In one aspect, a separable cellular telephone comprises: a main device having a first radio circuit for communicating with a cell site and a second radio circuit; and a remote device having a radio circuit for communicating with the second radio circuit of the main device, wherein upon receipt of an incoming call from the cell cite, the main device transmits call receipt information to the remote device and the remote device processes the incoming call.