Abstract: A communication device may include: a memory configured to store management information in which, for each of a plurality of OIDs of a MIB, the OID and a setting value are associated with each other; and a controller, wherein the controller may be configured to: receive a setting command which conforms to TCP; write the setting value included in the setting command to the management information in association with the OID included in the setting command; and send a response command which conforms to the TCP. In a case where the setting command including a first OID and a first setting value is received, the controller may be configured to: write the first setting value to the management information in association with the first OID after the response command has been sent, and send the response command before the first setting value is written to the management information.

Abstract: There are provided a device and a method that execute light output control that eliminates an occlusion region and does not disturb blinking pattern light of a mobile device. At least one of a light application region or a light output timing of output light of a light output unit is determined on the basis of a data analysis result based on sensor input information and reception information from another device, the light output unit is controlled according to the light application region or the light output timing that has been determined, and a light output process is executed. Specifically, for example, light output control is executed so as to eliminate an occlusion region which no light reaches due to a pillar or the like, and moreover, so as not to disturb blinking pattern light output from the mobile device.

Abstract: The present invention provides a method of manufacturing anode foil for aluminum electrolytic capacitors with high capacitance and decreased leakage current. The method has the following steps: dipping etched aluminum foil into pure water having a temperature of 90° C. or higher so as to form a hydrated film on the foil; attaching organic acid to the surface of the hydrated film; performing main chemical conversion on the aluminum foil with application of formation voltage after the attaching step; performing depolarization on the aluminum foil after the main chemical conversion step; and performing follow-up chemical conversion on the aluminum foil after the main chemical conversion step. The main chemical conversion treatment has two-or-more stages. In the first stage of the treatment, the foil is dipped into a phosphate aqueous solution, and in the last stage, it is dipped into an aqueous solution different from the phosphate aqueous solution.

Abstract: An image processing apparatus includes a selector. A selector selects a desired frame image from among a plurality of frame images forming each of one or at least two moving images. A creator creates a still image based on the frame image selected by the selector. A first reproducer reproduces any one of one or at least two still image created by the creator, in response to a still-image reproduction instruction. A detector detects, from among one or at least two moving images, a specific moving image having a frame image which is a basis for the still image reproduced by the first reproducer when a predetermined operation for the still image reproduced by the first reproducer is accepted. A second reproducer reproduces the specific moving image detected by the detector by using the frame image noticed by the detector as a reference.

Abstract: A drawing apparatus includes a CPU. Target image data is written to a drawing area of an SDRAM, and the CPU performs resolution changing processing in a descending direction on the image data of the drawing area. The result of the resolution changing processing is written to a displaying area of the SDRAM, and an LCD monitor displays a low-resolution image on the basis of the image data of the displaying area on a display surface. On the display surface, a detection surface of a touch panel is laminated. When a touch operation is performed on the touch panel in order to draw and write an image and a character on the image of the display surface, the CPU repetitively detects a position of a touched point via the detection surface, and performs drawing processing dot by dot on the image data of the drawing area on the basis of the detection result.

Abstract: The present invention provides a method of manufacturing anode foil for aluminum electrolytic capacitors with high capacitance and decreased leakage current. The method has the following steps: dipping etched aluminum foil into pure water having a temperature of 90° C. or higher so as to form a hydrated film on the foil; attaching organic acid to the surface of the hydrated film; performing main chemical conversion on the aluminum foil with application of formation voltage after the attaching step; performing depolarization on the aluminum foil after the main chemical conversion step; and performing follow-up chemical conversion on the aluminum foil after the main chemical conversion step. The main chemical conversion treatment has two-or-more stages. In the first stage of the treatment, the foil is dipped into a phosphate aqueous solution, and in the last stage, it is dipped into an aqueous solution different from the phosphate aqueous solution.

Abstract: A drawing apparatus includes a CPU. Target image data is written to a drawing area of an SDRAM, and the CPU performs resolution changing processing in a descending direction on the image data of the drawing area. The result of the resolution changing processing is written to a displaying area of the SDRAM, and an LCD monitor displays a low-resolution image on the basis of the image data of the displaying area on a display surface. On the display surface, a detection surface of a touch panel is laminated. When a touch operation is performed on the touch panel in order to draw and write an image and a character on the image of the display surface, the CPU repetitively detects a position of a touched point via the detection surface, and performs drawing processing dot by dot on the image data of the drawing area on the basis of the detection result.

Abstract: A method for making an anode foil for an aluminum electrolytic capacitor which comprises a first anodizing step of forming an anodized film on the surface of an aluminum foil, an immersion treatment step of immersing this aluminum foil in an aqueous solution containing alkaline metal ions, a step of feeding an electric current to the aluminum foil from a current feeding cell 3 having a current feeding solution 6 and a current feeding electrode 5 connected to the anode of a direct-current power source 7, and a second anodizing step of forming by applying a higher voltage than in the first anodizing step.

Abstract: A method for melt-spinning synthetic fiber, characterized by using a spinning device of which the part to be contacted with polymer in melt is coated with a film of an oxide, nitride or carbide of any of Si, Ti, Zr, Al, W, B, Ta and Ge or with a film of heat-resistant resin.

Abstract: The present invention is an electrolytic capacitor comprising a titanium-deposited aluminum foil used as the cathode. An aluminum foil is subjected to vacuum deposition of titanium with a deposition angle, thereby obtaining an electrolytic capacitor having a larger electrostatic capacitance than the conventional.