Abstract: A communication terminal captures an image of a device having a local area wireless communication function, displays the image on a screen, and performs local area wireless communications with the device while further displaying data stored in the device on the screen.

Abstract: Mobile terminals and a communication method using the same in which a mobile terminal includes a display unit to display image information processed in the mobile terminal; a conversion unit to convert an image signal corresponding to the image information output from the display unit into an electric signal; and an electrical output unit to output the electric signal converted by the conversion unit. Further, a mobile terminal includes an electrical reception unit to receive an electric signal for image information; a conversion unit to convert the electric signal received by the electrical reception unit into an image signal; and a display unit to display image information corresponding to the image signal converted by the conversion unit.

Abstract: A display apparatus and a control method thereof are provided. The display apparatus includes: a display unit which displays an image; a user input unit which receives a user input; and a controller which controls the display unit to display a plurality of first icons corresponding to a plurality of content items selected by the user input and at least one function which commonly corresponds to the plurality of content items, and performs the function selected by a user input.

Abstract: An electronic device and data control method are provided. The electronic device includes a connector which is connected to an external storage medium storing media data therein; an identification unit which identifies a storage identifier (ID) of the external storage medium connected to the connector; and a controller which performs a media function corresponding to the media data stored in the external storage medium whose storage ID is identified by the identification unit.

Abstract: An image processing apparatus and image processing method are provided. The image processing apparatus includes a video processor which processes and displays an image; a receiver which receives a key signal of a color; and a controller which controls the video processor to display contents corresponding to the color when receiving the key signal of the color.

Abstract: A display apparatus and a displaying method of the same, the display apparatus including a content output unit which outputs at least one content; a display unit; a video processor which processes and outputs a list image of the contents to the display unit; and a controller which controls the video processor to change a display effect of the list image according to frequency of use of the contents.

Abstract: Disclosed are a display apparatus and a control method of the same. The display apparatus with a display unit includes: a broadcasting receiving unit which receives a broadcasting signal; a display unit; a broadcasting receiving unit which receives a broadcasting signal; and a controller which controls the display unit to display the broadcasting signal and at least one window for executing a selected application, wherein, if the application is selected to be executed while the broadcasting signal is displayed on the display unit, the broadcasting signal and the at least one window are displayed on different display areas of the display unit so that the display of the broadcasting signal and the at least one window are not overlapped.

Abstract: Disclosed herein are a surface acoustic wave linear motor that can be driven in opposite directions along a predetermined path, a package including the surface acoustic wave linear motor, and a lens actuator that is capable of performing an optical zoom function by adopting the surface acoustic wave linear motor package. The surface acoustic wave linear motor includes a substrate, through which a surface acoustic wave progresses, a movable part constructed such that the movable part can perform a translating movement in the opposite direction to the progressing direction of the surface acoustic wave, and electrodes for supplying the substrate with power to generate the surface acoustic wave in the substrate. According to the present invention, the surface acoustic wave linear motor is capable of performing a translating movement without the provision of an additional mechanism, unlike the conventional actuator using the rotary motor, the gear, and the lead screw.

Abstract: A method for displaying an information window and a display apparatus thereof are provided. A display apparatus includes a network interface which receives time-varying information from an external source, an On Screen Display (OSD) generating unit which generates an information window to show the information, a signal processing unit which processes an image signal to be ready to display, a display unit which displays the processed image with the generated information window on a screen, and a control unit which controls the OSD generating unit, the signal processing unit, and the display unit for the processed image and the generated information window are displayed together.

Abstract: Disclosed herein are a surface acoustic wave linear motor that can be driven in opposite directions along a predetermined path, a package including the surface acoustic wave linear motor, and a lens actuator that is capable of performing an optical zoom function by adopting the surface acoustic wave linear motor package. The surface acoustic wave linear motor includes a substrate, through which a surface acoustic wave progresses, a movable part constructed such that the movable part can perform a translating movement in the opposite direction to the progressing direction of the surface acoustic wave, and electrodes for supplying the substrate with power to generate the surface acoustic wave in the substrate. According to the present invention, the surface acoustic wave linear motor is capable of performing a translating movement without the provision of an additional mechanism, unlike the conventional actuator using the rotary motor, the gear, and the lead screw.

Abstract: The present invention relates to a variably focusing mirror for realizing an automatic focusing and optical zooming of a miniature camera module, the mirror comprising a driving part having a supporting board and more than one permanent magnet attached on the supporting board; and a mirror having a coil, a reflective surface of which a curvature is changed by the magnitude and the direction of a current flowing through the coil and a thin film on which the reflective surface is incorporated. The variably focusing mirror according to the present invention can realize a focusing and an optical zooming by adjusting a curvature radius of a reflective surface. Therefore, it can remarkably decrease the volume of a camera module and be used in various applications requiring for a miniature camera module.

Abstract: A video processing apparatus includes: a video receiving unit which receives at least one of a plurality of video contents from a predetermined video supplying source; a video processing unit which processes the video contents to be displayed in a display unit; a communicating unit which receives a watching order information of the video contents from a server; and a control unit which displays an order of the plurality of video contents in the display unit based on the received watching order information.

Abstract: A broadcasting receiving apparatus includes: a receiver which receives a broadcasting signal of one of a plurality of broadcasting channels, the broadcasting channels belonging to at least one of a plurality of channel categories; and a controller which deletes a broadcasting channel having the channel category selected by a user from a memory channel group including memory broadcasting channels among the plurality of the broadcasting channels, and controls the receiver to receive a broadcasting signal of one of the broadcasting channels selected by a user from the memory channel group excluding the broadcasting channel.

Abstract: A broadcast receiving apparatus and method for setting favorite programs are provided. The broadcast receiving apparatus may list a broadcast program currently displayed on a screen in a favorite program table or may delete the broadcast program from the favorite program table using a predetermined key. Therefore, a broadcast program provided at a time slot which a user desires to view may be listed in or deleted from a favorite program table.

Abstract: A scanning device includes a mirror unit formed on a substrate so as to be pivotable centering around one axis for adjusting the direction of reflected light; a support frame formed at one surface of the mirror unit for preventing dynamic deflection of the mirror unit and supporting the mirror unit; and a driving unit provided on the substrate and driving the mirror unit. Thus, a dynamic deflection phenomenon does not occur when the mirror unit is pivoted centering around the pivoting axis. Accordingly, stable operation is possible and the angle of rotation of the mirror unit can be accurately adjusted, so that the scanning device can be effectively used in a high-speed precision scanning system.

Abstract: A TV program searching apparatus includes: an image receiving unit that receives an image having additional information from an external device; an additional information reading unit that reads the additional information from the image received from the image receiving unit; and a TV program searching unit that searches for a TV program related to the additional information using the additional information read by the additional information reading unit.

Abstract: Disclosed herein is a raster scanning display system. The raster scanning display system includes a micro mirror and a galvanic mirror. The micro mirror rotates in two horizontal directions and forms a horizontal beam by reflecting input light. The galvanic mirror rotates in two vertical directions and forms a two-dimensional scan region by reflecting the horizontal beam.

Abstract: A varifocal mirror and a camera module comprising the same are disclosed. The varifocal mirror comprises a substrate, a thin film having a circumference supported by the substrate and a variable radius of curvature, and a reflective plane attached to the thin film to reflect light. The reflective plane has a radius of curvature varying in response to variation in the radius of curvature of the thin film. The camera module embodies focus and optical zoom functions via actuation of the varifocal mirror instead of using an electromagnetic actuator, a step motor and the like when adjusting positions of lens units, significantly reducing a volume of the overall system. With this structure, the camera module can be applied to various portable digital assistances requiring a minimized camera module, such as PDAs, mobile phones and the like.

Abstract: A lens driving device includes a substrate which generates surface acoustic waves on its surface and a movable unit which is coupled to an optical lens and executes translation above the substrate using the surface acoustic waves. The lens driving device can implement translation of the lens without a separate mechanism, unlike the conventional driving devices using motors and screws, thereby satisfying the recent trend towards miniaturization and lightness to be used in a variety of industrial fields that use optical lenses.

Abstract: An electromagnetic scanning micro-mirror is provided with a magnetic field generator for supplying a magnetic field, a mirror plate having a reflective plane and a frame structure attached to a rear surface of the reflective plane, a substrate to surround the mirror plate, a pair of torsion bars to connect the mirror plate to the substrate, and a magnetic substance provided at the rear surface of the reflective plane of the mirror plate and adapted to generate a drive force by interacting with the magnetic field supplied from the magnetic field generator, wherein the mirror plate performs a rotation operation about the torsion bars, which define the rotating axis of the mirror plate, by use of the drive force generated from the magnetic substance.