Abstract: The present invention aims at providing a process for producing a dried composite semipermeable membrane having extremely small amount of content of unreacted components, outstanding water permeability and salt-blocking rate even after drying treatment, and outstanding contamination resistance and durability.

Abstract: An image data processing apparatus that restricts the output or transfer of image data stored in a folder comprising a box to another box. In order to improve the maintenance of confidentiality, the image data processing apparatus includes multiple folders or boxes 141, 142, non-volatile storage means 141 that stores image data and attribute information that prescribes the handling of the image data in one of the folders, and control means 17 that controls the handling of the image data based on the attribute information when an instruction to process image data stored in a folder 141, 142 is received from the user.

Abstract: The present invention separates a video stream from compressed multiplexed data using a transport decoding section (3) while receiving digital broadcast using an antenna (1), expands the video stream, and reproduces original video data and original audio data. At this time, when a mobile digital television (100) is open, the original video data is outputted to a main screen video output section (9). On the other hand, when the mobile digital television (100) is closed, the video stream is stored in a temporary storage section (11) and only an I picture is extracted from the video stream, decoded, and outputted to a sub-screen video output section (10).

Abstract: The present invention aims at providing a composite semipermeable membrane excellent in water permeability and salt-blocking rate, and including an extremely small amount of unreacted polyfunctional amine components in the membrane, and at providing a process for producing the composite semipermeable membrane. A composite semipermeable membrane having a skin layer formed on the surface of a porous support, the skin layer comprising a polyamide resin obtained by interfacial polymerization of a polyfunctional amine component and a polyfunctional acid halide component, wherein the content of an unreacted polyfunctional amine component is 200 mg/m2 or less after formation of the skin layer and before a membrane washing treatment, and the content of the unreacted polyfunctional amine component after the membrane washing treatment is 20 mg/m2 or less.

Abstract: A digital data receiver apparatus includes: a view suspend detector that detects a suspend instruction by a user of suspending audio output and video output; and a controller that, when the view suspend detector detects a suspend instruction, controls a data receiver, a demultiplexer, an audio decoder, an audio output unit, a video decoder and a video output unit so that power supplying to or operation of each of these units is stopped in at least two steps. Thereby, power supplying to or operation of the respective units can be stopped step by step after the detection of the view stop instruction. As a result, if the user requests to start viewing within a short time after the view stop request, the viewing can be resumed in a short time period.

Abstract: When an image is formed, a document including an original image and an original additional image is read to provide document image data, the additional image being visualized when the document is reproduced. Original image data in correspondence to the original image is extracted from the document image data, and output image data is created based on the extracted original image data. Then, printing is performed based on the created output image data.

Abstract: A receiver receives information necessary for receive processing of a data channel via a corresponding control channel and executes the receive processing of the data channel based on the information received via the control channel. In the receiver, whether the control channel of a receive frame F1 has an error is monitored. And if there is an error, the data channel before demodulation of this receive frame is stored, and if the control channel of a retransmission frame F2, which is received subsequently, is normal, the stored data channel and the data channel of the retransmission frame are demodulated using the normal control channel information (parameters) of this retransmission frame, the demodulation results are synthesized, and decoding processing is performed based on the synthesized data.

Abstract: Power of scattered light separated from an optical transmission path is monitored, part of the excitation light is separated and power thereof is monitored, power of reflected light which passes in a direction opposite to a direction in which signal light passes through the optical transmission path is monitored, and, when monitored power of an excitation light reaches a predetermined determination value, whether or not any loss point occurs is determined, based on a ratio between the monitored power of the scattered light and the monitored power of the reflected light.

Abstract: An image data processing apparatus that restricts the output or transfer of image data stored in a folder comprising a box to another box. In order to improve the maintenance of confidentiality, the image data processing apparatus includes multiple folders or boxes 141, 142, non-volatile storage means 141 that stores image data and attribute information that prescribes the handling of the image data in one of the folders, and control means 17 that controls the handling of the image data based on the attribute information when an instruction to process image data stored in a folder 141, 142 is received from the user.

Abstract: The invention provides a process for producing an optical semiconductor device, which comprises: (1) forming a resin layer on one or more optical semiconductor elements each mounted on a conductor; and (2) press-molding the resin layer formed in step (1).

Abstract: The invention provides an optical semiconductor device which comprises: an optical semiconductor element; a first resin layer encapsulating the optical semiconductor element and comprising a first resin and light-scattering particles; and one or more resin layers sequentially encapsulating the first resin layer and each comprising a resin having a lower refractive index than the first resin. In an embodiment where the optical semiconductor device has a plurality of resin layers over the first resin layer, the plurality of resin layers are disposed such that the refractive indexes of the constituting resins sequentially decrease toward the outermost resin layer.

Abstract: An image reading apparatus, comprises an image reader to read images of a document; a rotation processor to conduct a rotation processing for image data obtained through reading by the image reader in accordance with inclination of the document; a memory in which image data subjected to rotation processing by the rotation processor are stored; and an external inputting device to input arbitrary rotation angles. When the rotation angles are inputted from the external inputting device, the image data obtained through reading by the image reader are subjected to the rotation processing in accordance with the inputted rotation angle and are stored in the memory.

Abstract: A scattered light separated from the optical transmission path is monitored, a part of the excitation light is separated and is monitored, a reflected light which passes in a direction opposite to the direction in which the signal light passes through the optical transmission path is monitored, and, when the power of the excitation light monitored reaches a predetermined determination value, it is determined whether or not any loss point occurs based on a ratio between the power of the scattered light monitored and the power of the reflected light monitored.

Abstract: A tacky dust cleaner has an expanded pressure-sensitive adhesive layer, the expanded pressure-sensitive adhesive layer being constituted of a pressure-sensitive adhesive containing (A) an acrylic polymer containing an isocyanate group-reactive functional group, (B) a polyisocyanate based compound, (C) thermally expandable microspheres, and (D) an amine based compound containing plural hydroxyl groups.

Abstract: An image reading apparatus includes: a document holder on which a document is placed; a document positioning member, wherein the document is positioned on the document holder according to the document positioning member; an image reading device for reading an image of the document positioned on the document holder; and a correcting device for correcting an inclination of the image read by the image reading device according to an inclination of the document positioning member. The inclination of the document positioning member is an inclination on the document holder for a primary scanning direction.

Abstract: An image reading apparatus includes: a document holder on which a document is placed; a document positioning member, wherein the document is positioned on the document holder according to the document positioning member; an image reading device for reading an image of the document positioned on the document holder; and a correcting device for correcting an inclination of the image read by the image reading device according to an inclination of the document positioning member. The inclination of the document positioning member is an inclination on the document holder for a primary scanning direction.

Abstract: The present invention provides:1. A basidiomycete fungus-derived cytochrome P450 gene;2. A vector comprising the cytochrome P450 of 1;3. A transformant which is characterized in that the cytochrome P450 gene of 1 is introduced in a host cell;4. A method for producing a cytochrome P450 comprising the steps of:incubating the transformant of 3; and the like.

Abstract: In a method for reproducing multimedia data recorded over plural optical disks using an optical disk library unit having at least one optical disk drive, during reading and reproduction of the multimedia data recorded in one of the optical disks, multimedia data from the optical disk is prefetched by an amount larger than the amount equivalent to the time required for exchange of the optical disks. The prefetched data is temporarily stored, and when the optical disk is exchanged for the next optical disk, the temporarily stored data is read and reproduced.

Abstract: In a method for reproducing multimedia data recorded over plural optical disks, using an optical disk library unit having at least two, first and second, optical disk drives, multimedia data recorded in one of the optical disks is read and reproduced in the first optical disk drive and, during the reading and reproduction, the next optical disk is mounted in the second optical disk drive. Reading and reproduction of multimedia data recorded in the next optical disk mounted in the second optical disk drive are started immediately after the reading of the multimedia data recorded in the optical disk in the first optical disk drive is completed. Therefore, it is possible to continuously reproduce the multimedia data without interruption due to exchange of the optical disks.

Abstract: A method for reproducing multimedia data in response to plural requests for reproduction using an optical disk library unit having at least one optical disk drive. When a new request for reproduction of multimedia data is given to the optical disk library unit during reproduction of multimedia data recorded over plural optical disks, the new request for reproduction is refused if an optical disk having the multimedia data requested by the new request is the same of one of the plural optical disks having the multimedia data being reproduced.