Abstract: The present application relates to an electronic device and a non-transitory storage medium. The electronic device of the embodiments includes a display processing unit and a voice operation processing unit. The display processing unit is configured to display on the display unit a first operation image including presentation of an operation item for operation input; if a predetermined condition is satisfied in the presentation of the first operation image, a second operation image is displayed on the display, the second operation image being an operation image in which text information corresponding to the operation item in the first operation image is highlighted. In the presentation of the second operation image, the voice operation processing unit is configured to receive the voice operation input corresponding to the text information highlighted in the second operation image as an operation on the video apparatus.

Abstract: The present application relates to an electronic device and a non-transitory storage medium. The electronic device of the embodiments includes a display processing unit and a voice operation processing unit. The display processing unit is configured to display on the display unit a first operation image including presentation of an operation item for operation input; if a predetermined condition is satisfied in the presentation of the first operation image, a second operation image is displayed on the display, the second operation image being an operation image in which text information corresponding to the operation item in the first operation image is highlighted. In the presentation of the second operation image, the voice operation processing unit is configured to receive the voice operation input corresponding to the text information highlighted in the second operation image as an operation on the video apparatus.

Abstract: According to one embodiment, a genre classification unit is provided to classify a plurality of programs based on genres with reference to program information. Further, a day classification unit is provided to classify the classified programs based on broadcast days. A display form controller sorts program information description cells of the programs classified based on days into display areas based on days on a display device. When a program information description cell of a display area of a specified day is scrolled, the display form controller controls data so as to display program information description cells of display areas of days other than the specified day in a still state.

Abstract: According to one embodiment, a genre classification unit is provided to classify a plurality of programs based on genres with reference to program information. Further, a day classification unit is provided to classify the classified programs based on broadcast days. A display form controller sorts program information description cells of the programs classified based on days into display areas based on days on a display device. When a program information description cell of a display area of a specified day is scrolled, the display form controller controls data so as to display program information description cells of display areas of days other than the specified day in a still state.

Abstract: A development apparatus has a holder which horizontally holds a substrate, a nozzle which supplies a developer to a resist film on the substrate held by the holder, a liquid flow suppressing member whose size in a two-dimensional plane viewing field is equal to or larger than that of the substrate and which has a mesh having many openings and hydrophilic properties with respect to the developer and transmits the developer supplied from the nozzle through the openings of the mesh to form a liquid film of the developer between the mesh and the substrate, and a moving mechanism which movably supports this liquid flow suppressing member, sets the mesh to face the resist film on the substrate and brings the mesh into contact with a surface of the liquid film of the developer or immerges the mesh in the liquid film.

Abstract: A developing treatment apparatus for performing a developing treatment for a substrate, includes a substrate holding member for holding the substrate; an outer peripheral plate surrounding an outer peripheral portion of the substrate to form a gap between the plate and the outer peripheral portion of the substrate; and gas blowout ports for forming a gas flow which flows on a rear face of the substrate from a central portion side of the substrate to the outer peripheral portion side of the substrate, and passes by a lower end portion side of the gap.

Abstract: A development apparatus has a holder which horizontally holds a substrate, a nozzle which supplies a developer to a resist film on the substrate held by the holder, a liquid flow suppressing member whose size in a two-dimensional plane viewing field is equal to or larger than that of the substrate and which has a mesh having many openings and hydrophilic properties with respect to the developer and transmits the developer supplied from the nozzle through the openings of the mesh to form a liquid film of the developer between the mesh and the substrate, and a moving mechanism which movably supports this liquid flow suppressing member, sets the mesh to face the resist film on the substrate and brings the mesh into contact with a surface of the liquid film of the developer or immerges the mesh in the liquid film.

Abstract: In the present invention, an outer peripheral plate is provided in a manner to surround a held substrate. A small gap exists between the outer peripheral plate and the outer peripheral portion of the substrate. Gas blowout ports are formed on the upper surface of an inner cup on the rear face side of the substrate. During cleaning of the substrate by a cleaning solution supplied onto the substrate, a gas is blown out from the gas blowout ports to form a gas flow that flows from the rear face side of the substrate and passes by the lower side of the gap outward to the outer peripheral plate side. The liquid such as the cleaning solution leaking through the gap is swept outward by the gas flow and flows along the rear face of the outer peripheral plate to be drained. According to the present invention, the liquid can be prevented from running around to the rear face side of the substrate during developing treatment.

Abstract: There is disclosed a data reproducing apparatus which reproduces AV digital data. A CPU of the data reproducing apparatus compares an object data pattern prepared from digital data which is a reproduction object with a data pattern for determining included in data for determining stored in a database. The CPU determines that the object data pattern is a reproduction prohibition object data pattern according to a comparison result when both the patterns are identical or similar to each other. The CPU executes reproduction processing including processing to remove data corresponding to the reproduction prohibition object data pattern with respect to the AV digital data.

Abstract: The present invention is a developing method for performing developing treatment for a substrate, having the steps of moving a developing solution supply nozzle from one end of the substrate to the other end along a horizontal direction and a predetermined direction above the rotating substrate, and supplying a developing solution to the substrate from the aforementioned developing solution supply nozzle during the movement, and when the developing solution supply nozzle moves from one end of the substrate to the other end, a rotational speed of the substrate is changed. According to the present invention, the amount of the developing solution supplied to the center area of the substrate is decreased, and thereby evenness of the developing solution within the substrate surface can be improved.

Abstract: The coat liquid 34 is applied all over the under surface 2b of the insulation sheet 2. At this time, the coat liquid 31 is also applied into the apertures 7. Excessive coat liquid 35 is absorbed by the absorption sheet 32 places over the upper surface 2a of the insulation sheet 2. As a result, the preferable amount of the coat liquid 34 is coated over the under surface 2b and the aperture side walls 7b defining the apertures 7. When the coat liquid 34 is dried and hardened the slide facilitating layer 20 and the charge prevention layer 70 are formed on the under surface 2b and the aperture side walls 7b.

Abstract: A film 33 is adhered using an adhesive layer 32 to the lower surface of an insulation sheet 31 that contacts the peripheral surface of atoner bearing roller. Apertures 34 are formed through the insulation sheet 31, the adhesive layer 32 and the film 33. An indentation portion 37 is formed around each aperture 34 in an upper surface 39 of the insulation sheet 31. Because the insulation sheet 31 and the film 33 are not attached into an integral unit using baking, the resultant member will not warp by differences in thermal expansion of the insulation sheet 31 and the film 33, as would occur if the two were baked together. Because the film 33 is extremely hard and smooth, toner will not pierce into the film 33 .

Abstract: The present invention is a developing method for performing developing treatment for a substrate, having the steps of moving a developing solution supply nozzle from one end of the substrate to the other end along a horizontal direction and a predetermined direction above the rotating substrate, and supplying a developing solution to the substrate from the aforementioned developing solution supply nozzle during the movement, and when the developing solution supply nozzle moves from one end of the substrate to the other end, a rotational speed of the substrate is changed. According to the present invention, the amount of the developing solution supplied to the center area of the substrate is decreased, and thereby evenness of the developing solution within the substrate surface can be improved.

Abstract: A sub-picture packet is encoded using a packet header containing a time stamp, sub-picture data containing compressed pixel data, one or more display control sequences, and a sub-picture unit header. The time stamp indicates the playback start time of the sub-picture packet. The display control sequence defines the order of display of the sub-picture data. The sub-picture unit header indicates the size of the sub-picture packet and the location of the display control sequence. The encoded sub-picture packet is decoded, and displayed based on the display control sequence.

Abstract: A method and system in which a section of a previously encoded digital bit stream is replaced with another section of encoded video. In order to remove a section of encoded video, it is necessary to determine the beginning and ending points of the encoded video in the digitally encoded bit stream. The addresses of the beginning and ending points of the encoded data cannot be simply looked up but are calculated by summing the bits consumed by each picture, the number of bits of the sequence header of each picture, the number of bits of each Group of Pictures (GOP) header, and all stuff bits. In order to encode the video which is to be inserted in place of the removed video, a process is performed which prevents decoding artifacts from appearing. This is accomplished by determining the last P-picture before the edit point and using it as a reference frame for frames after the edit point.

Abstract: An aperture electrode assembly having an insulating sheet, made of polyimide, in which a plurality of apertures having a diameter of 80 &mgr;m are formed in a line. A control electrode, made of copper leaf having a thickness of 8 &mgr;m, surrounds each of the apertures on the insulating sheet. A coating layer containing carbon particles as a conductive material is formed so as to cover both the control electrodes and the surface of the insulating sheet. As the material of the coating layer, the coating liquid is prepared by mixing the carbon particles in an insulating binder made of an organic synthetic resin, preferably, of polyimide resin. The coating liquid is applied onto the insulating sheet and the control electrodes, and baked at a temperature lower than 300° C., preferably between 200° C. and 280° C., for several minutes. A back coating layer is provided to the back surface of the insulating sheet.

Abstract: A table of a management region on the disc contains a disc identifier that represents the type of the data recording format of the disc, a number-of-disc-sides identifier that represents whether the disc is a single-sided disc or a double-sided disc, and a disc side identifier that represents whether the reproducing disc is side A or side B of a double-sided disc. A disc identifier 4 that represents the type of the data recording format of the file is recorded in a file (n) table including management information of the file. A reproducing apparatus reads the disc identifiers from the PVD table and the file (n) table and determines whether or not the disc and the file are reproducible. In addition, the reproducing apparatus reads the number-of-disc-sides identifier 2 from the PVD table and determines whether or not the disc is a double-sided disc or a single-sided disc. When the disc is a double-sided disc, the reproducing apparatus determines whether the reproducing side is side A or side B.

Abstract: In a super density optical disk for storing video data, wherein video data is compressed to packs defined in MPEG and trains of the packs are stored in a video object unit. The video object unit includes a navigation pack which is placed at the head of the pack train. In a data cell, a plurality of video object units, each being reproduced within a predetermined period, are arranged and a cell playback information table describes a cell playback information which defines a playback order of the cells. The navigation pack has an area storing playback information for reproducing each video object unit and search information for indicating the relationship with other video object units. The data cells and the cell playback information table are stored in the optical disk.

Abstract: A table a management region on the disc contains a disc identifier that represents the type of the data recording format of the disc, a number-of-disc-sides identifier that represents whether the disc is a single-sided disc or a double-sided disc, and a disc side identifier that represents whether the reproducing disc is side A or side B of a double-sided disc. A disc identifier that represents the type of the data recording format of the file is recorded in a file (n) table including management information of the file. A reproducing apparatus reads the disc identifiers the PVD table and the file (n) table and determines whether or not the disc and the file are reproducible. In addition, the reproducing apparatus reads the number-of-disc-sides identifier from the PVD table and determines whether or not the disc is a double-sided disc or a single-sided disc. When the disc is a double-sided disc, the reproducing apparatus determines whether the reproducing side is side A or side B.

Abstract: A bit train of a plurality of continuous pixels is compressed according to a new run-length compression scheme. In this run-length compression scheme, the run information of one unit of compression includes run-length information indicating the continuous number of the same pixel data blocks, or the number of pixels followed, and pixel data having a two-bit configuration for discriminating three or more colors of the pixels.