Abstract: A mobile terminal that displays menu information along a trace may include a memory unit to store menu information; a touch screen including a touch panel, the touch screen to display the menu information; and a controller to control the touch screen to display at least a portion of the menu information on a trace according to a dragged input signal corresponding to the trace. A method for displaying menu information on a display includes storing menu information including a menu item and sub-menu items corresponding to the menu item, receiving a dragged input signal on the display, the dragged input signal beginning at a start point, and displaying the sub-menu items on a trace corresponding to the dragged input signal, the menu item arranged at the start point.

Abstract: The gas insulated transmission line includes: a pair of conductors disposed in a length direction; a fixed-side socket and a movable-side socket respectively coupled to one ends of the conductors; and a conductive flexible member interposed between facing end surfaces of the fixed-side socket and the movable-side socket, both ends of the conductive flexible member being closely adhered to the end surfaces of the fixed-side socket and the movable-side socket to keep electric contact therebetween, and the conductive flexible member being expanded or shrunken in an axial direction according to thermal expansion/shrinkage of the pair of conductors. The gas insulated transmission line provides a wide axial contact area while allowing thermal expansion/shrinkage of conductors.

Abstract: Embodiments for processing volume data in an ultrasound diagnostic system are disclosed. A volume data processing device comprises a volume data acquisition unit. The volume data acquisition acquires volume data having a plurality of frames from a periodically moving target object. Each of the frames includes a plurality of pixels. A period setting unit sets a feature point at each of the frames based on values of the pixels included therein and sets a moving period of the target object based on the feature points set at the frames. A volume data reconstructing unit reconstructs the volume data based on the set moving period.

Abstract: The present invention relates to an ultrasound diagnostic device. The ultrasound diagnostic device comprises: a storage unit configured to store a plurality of consecutive image frames based on ultrasound echoes reflected from a target object; an image processing unit configured to form preview images of the image frames, wherein the preview images are stored in the storage unit in association with the corresponding image frames; and a user input unit allowing a user to input a selection instruction for selecting one of the preview images, wherein the image processing unit is further configured to read out an image frame corresponding to the selected preview image from the storage unit in response to the selection instruction.

Abstract: An organic light emitting display device includes an organic light emitting display panel; a bezel frame comprising a lower surface and side walls and receiving the display panel; a bezel receiving the bezel frame; and a connecting system connecting the bezel frame and the bezel.

Abstract: The present invention is directed to an ultrasound system capable of providing a plurality of M-mode images corresponding to M-mode lines without moving a probe. A volume data forming and reconstructing unit of the present invention forms volume data based on the ultrasound echo signals, the volume data forming and reconstructing unit being configured to determine a beat period of the moving object and reconstruct the volume data based on the beat period. A processor forms at least one reference image based on the reconstructed volume data and one or more M-mode images corresponding to one or more M-mode lines set on the reference image and a display unit displays the reference image, the M-mode lines and the M-mode images.

Abstract: Embodiments of the present invention may provide an image processing system and method for calculating the volume of a specific portion in a targeted body. According to an embodiment of the present invention, an image processing system may comprise a volume data receiver, a user interface, a display and a main processor. The volume data receiver may form volume data of a target object based on image data thereof. The user interface may receive reference section information on a reference section of the target object, slice section information on a plurality of slice sections each being perpendicular to the reference section and contour information from a user. The display may form an image of the reference section and images of the slice sections based on the volume data. The main processor may set a reference sectional object and slice sectional objects based on the reference section information and the slice section information, respectively.

Abstract: A portable computer which has a computer main body, includes a common mounting part which is provided on the computer main body and selectively accommodates one of a plurality of external devices, each of which has an external device connector on a position different with another external device; and a plurality of mounting connectors which is provided in the common mounting part and disposed on a different position each other corresponding to the external device connector and connected with the external device connector of one of the plurality of the external devices mounted in the common mounting part. Thus, the portable computer allows a user to mount an external device in a common mounting part easily without checking a position of a connector.

Abstract: The present invention relates to a method for determining substrate specificity of a protease by employing a microorganism cotransformed with a vector expressing the protease and a vector expressing the substrate. The method comprises constructing an expression vector containing a gene for protease; constructing an expression vector containing genes for Golgi recognition signal and transmembrane domain of membrane protein locating at yeast Golgi complex, substrate domain with specific amino acid sequence, and yeast invertase; preparing a transformant by cotransforming suc2 mutant yeast with the two expression vectors; and, determining viability of the transformant in a medium containing a sole carbon source of sucrose. The invented method requires neither isolation/purification of protease nor synthesis of expensive substrate peptide.