Abstract: The present invention provides the packed soy sauce-containing liquid seasoning, containing the following (A), (B), (C), and (D): (A) sodium ?2.7 to 5.1% by mass (B) potassium ?0.8 to 4% by mass (C) proline 0.28 to 1% by mass (D) isoleucine ?0.2 to 1% by mass.

Abstract: A vertical alignment mode liquid crystal display comprising: a liquid crystal cell; a first polarizer; a second polarizer; a first optical film arranged between the first polarizer and the liquid crystal cell; and a second optical film arranged between the liquid crystal cell and the second optical film, wherein the first and the second optical films each are a resin film having an optically biaxial property, the first and the second optical films meet: Formula (1) Ro1>Ro2; Formula (2) Rth1<Rth2; Formula (3) DSPRo1<DSPRo2; and Formula (4) DSPRth1<DSPRth, wherein Ro1 and Ro2 represent in-plane retardation values of the first and the second optical films, respectively, Rth1 and Rth2 represent retardation values in the thickness direction of the first and the second optical films, respectively, and DSPRo1, DSPRo2, DSPRth1 and DSPRth2 represent wavelength dispersion properties of Ro1, Ro2; Rth1 and Rth2, respectively.

Abstract: According to one embodiment, an electronic apparatus includes a grouping module, an attribute determination module, a grouping attribute setting module, a group selection module, and a video generating module. The grouping module classifies contents, to which time information is added, into groups based on the time information. The attribute determination module determines attributes of each of the contents by analyzing features of the contents. The grouping attribute setting module sets, with respect to each of the groups, selected attributes as grouping attributes for the group, the selected attributes being selected from the attributes of the contents in the group under a predetermined condition. The group selection module selects, from the groups, at least one group for which the grouping attribute agreeing with or relating to an input search key are set. The video generating module generates video data by using the contents in the selected groups.

Abstract: According to the invention, a video reproducing apparatus includes: a reading module configured to read out video information and caption information, the video information including control information; a video processing module configured to generate a display image to be displayed on a screen, the display image having an image corresponding to the control information; a caption processing module configured to generate a subpicture based on the caption information, the subpicture including a caption image for a caption and a mask image for masking the image corresponding to the control information when the subpicture is superimposed on the display image; a video synthesizing module configured to generate an overlapped display image by superimposing the subpicture; and a video signal outputting module configured to output the overlapped display image to a control signal extracting apparatus that extracts a control signal from the masked image corresponding to the control information.

Abstract: According to one embodiment, an electronic apparatus includes a grouping module, an attribute determination module, a grouping attribute setting module, a group selection module, and a video generating module. The grouping module classifies contents, to which time information is added, into groups based on the time information. The attribute determination module determines attributes of each of the contents by analyzing features of the contents. The grouping attribute setting module sets, with respect to each of the groups, selected attributes as grouping attributes for the group, the selected attributes being selected from the attributes of the contents in the group under a predetermined condition. The group selection module selects, from the groups, at least one group for which the grouping attribute agreeing with or relating to an input search key are set. The video generating module generates video data by using the contents in the selected groups.

Abstract: An image processing apparatus includes: a storage module configured to store a plurality of pieces of comment data; an analyzing module configured to analyze an expression of a person contained in image data; a generating module configured to select a target comment data from among the comment data stored in the storage module based on the expression of the person analyzed by the analyzing module, and to generate voice data using the target comment data; and an output module configured to output reproduction data to be used for displaying the image data together with the voice data generated by the generating module.

Abstract: According to the invention, a video reproducing apparatus includes: a reading module configured to read out video information and caption information, the video information including control information; a video processing module configured to generate a display image to be displayed on a screen, the display image having an image corresponding to the control information; a caption processing module configured to generate a subpicture based on the caption information, the subpicture including a caption image for a caption and a mask image for masking the image corresponding to the control information when the subpicture is superimposed on the display image; a video synthesizing module configured to generate an overlapped display image by superimposing the subpicture; and a video signal outputting module configured to output the overlapped display image to a control signal extracting apparatus that extracts a control signal from the masked image corresponding to the control information.

Abstract: According to one embodiment, an information storage medium includes a first area which stores playback control information used to control playback of contents, and a second area which stores a region flag indicating whether to enable or disable playback control based on a region code held in a player.

Abstract: A DVD player includes a DVD player body that outputs a first image to a main display device, and a remote controller having a sub-display device. Herein, the DVD player body includes image data conversion unit that reduces the data amount of the first image and that converts the reduced first image into a second image for the sub-display device. The remote controller causes the sub-display device to display the second image transmitted from the DVD player body.

Abstract: According to one embodiment, there is provided an optical disk apparatus including a scanning unit which scans light reflected from an optical disk to output a scan signal, a management unit which manages which object is currently brought into focus in a plurality of objects on a screen based on the scan signal scanned by the scanning unit and a given operation signal, and a processing unit which generates a signal for informing a user of the object brought into focus.

Abstract: A level conversion circuit for converting a first signal at a lower power source side into a second signal at a higher power source side, which is higher than the lower power source, includes first and second transistors provided at a ground side and controlled by the first signal and an inverted signal there of; third and fourth transistors gates and drains of which are cross-connected, provided at the higher power source side and connected to the first and second transistors respectively; and an initialization circuit for, at a higher power voltage rise time, reducing (or raising), along a current path, a level of either a first node located between the first and third transistors, or a second node located between the second and fourth transistors, to a ground voltage (or to a voltage of the higher power source).

Abstract: A level conversion circuit for converting a first signal at a lower power source side into a second signal at a higher power source side, which is higher than the lower power source, comprises: first and second transistors (N4, N6), provided at a ground side and controlled by the first signal and an inverted signal there of; third and fourth transistors (P3, P4) gates and drains of which are cross-connected, provided at the higher power source side and connected to the first and second transistors respectively; and an initialization circuit (20) for, at a higher power voltage rise time, reducing (or raising), along a current path, a level of either a first node located between the first and third transistors, or a second node located between the second and fourth transistors, to a ground voltage (or to a voltage of the higher power source).