Abstract: Provided is a resin composition for use in producing a resin film by solution casting, the resin composition including a methacrylic polymer that has excellent heat resistance and that allows for a high evaporation rate of a solvent when the solvent is evaporated from a cast layer in solution casting. The resin composition for use in film production by solution casting includes a methacrylic polymer (a), and the methacrylic polymer (a) is a copolymer including a methyl methacrylate unit and at least one drying-accelerating comonomer unit and has a glass transition temperature of 110° C. or higher.

Abstract: A graft copolymer contains crosslinked (meth)acrylic polymer particles (a) having an average particle size of 150 nm or less and a glass transition temperature of ?10° C. or lower and a non-crosslinked methacrylic polymer component (b) having a weight-average molecular weight of 25×104 or more. At least a part of the non-crosslinked polymer component (b) is grafted to the crosslinked polymer particles (a). The crosslinked polymer particles (a) account for 1 to less than 50 wt % of the total weight of the crosslinked polymer particles (a) and the non-crosslinked polymer component (b).

Abstract: An acrylic resin composition for use in film production by solution casting contains an acrylic polymer containing, as structural units, 30 to 100 wt % of methyl methacrylate units and 0 to 70 wt % of other monomer units copolymerizable with the methyl methacrylate units; and an ionic emulsifier. The content of the ionic emulsifier is from 0.1 to 10 parts by weight per 100 parts by weight of the acrylic polymer.

Abstract: A method includes: detecting that an index value of an event has satisfied a predetermined condition; acquiring an amount of an action related to the event in a time zone corresponding to a time point when the index value has satisfied the condition based on first information that allows identifying an action performed by a target person at each of a plurality of time points; comparing the acquired amount of the action related to the event in the time zone with an amount of an action related to the event in a past time zone; and identifying a cause corresponding to a comparison result based on second information that allows identifying, for a case where a cause for the index value to satisfy the condition has not occurred, a change tendency of an amount of an action related to the event when the cause has occurred.

Abstract: An apparatus receives, via an input device, query input data including a word or a phrase, and acquires search result set data using the query input data. The apparatus acquires, for a value indicating a strength of a relationship between each impression word included in an impression word group and each word included in the query input data, and extracts the first feature word group according to the value indicating the strength of the relationship with each word, from the impression word group. The apparatus displays the search result set data using the first feature word group as an item.

Abstract: Nitrogen gas supplied from the outside of a chamber flows into an annular first buffer to diffuse uniformly along the circumferential direction of a gas ring. The nitrogen gas filled in the first buffer flows into a second buffer with having a volume larger than that of the first buffer to diffuse more uniformly along the circumferential direction of the gas ring. The nitrogen gas filled in the second buffer flows into a labyrinth portion to flow through a bent flow path of the labyrinth portion from the inside toward the outside along the radial direction of the gas ring, so that a flow rate of the nitrogen gas decreases. The nitrogen gas flowing out of the labyrinth portion flows into a discharge flow path, and flows from the outside toward the inside along the radial direction of the gas ring to be discharged from the gas discharge opening.

Abstract: Provided is a resin composition for use in producing a resin film by solution casting, the resin composition including a methacrylic polymer that has excellent heat resistance and that allows for a high evaporation rate of a solvent when the solvent is evaporated from a cast layer in solution casting. The resin composition for use in film production by solution casting includes a methacrylic polymer (a), and the methacrylic polymer (a) is a copolymer including a methyl methacrylate unit and at least one drying-accelerating comonomer unit and has a glass transition temperature of 110° C. or higher.

Abstract: A line-of-sight analysis method, performed by a computer, includes: identifying, when a selection event with respect to a first object out of a plurality of objects is detected, a second object different from the first object, based on a detection status of line-of-sight relative to the objects in a most recent time period of the selection event; and outputting information indicating the identified second object.

Abstract: An apparatus receives, via an input device, query input data including a word or a phrase, and acquires search result set data using the query input data. The apparatus acquires, for a value indicating a strength of a relationship between each impression word included in an impression word group and each word included in the query input data, and extracts the first feature word group according to the value indicating the strength of the relationship with each word, from the impression word group. The apparatus displays the search result set data using the first feature word group as an item.

Abstract: A line-of-sight analysis method, performed by a computer, includes: identifying, when a selection event with respect to a first object out of a plurality of objects is detected, a second object different from the first object, based on a detection status of line-of-sight relative to the objects in a most recent time period of the selection event; and outputting information indicating the identified second object.

Abstract: Nitrogen gas supplied from the outside of a chamber flows into an annular first buffer to diffuse uniformly along the circumferential direction of a gas ring. The nitrogen gas filled in the first buffer flows into a second buffer with having a volume larger than that of the first buffer to diffuse more uniformly along the circumferential direction of the gas ring. The nitrogen gas filled in the second buffer flows into a labyrinth portion to flow through a bent flow path of the labyrinth portion from the inside toward the outside along the radial direction of the gas ring, so that a flow rate of the nitrogen gas decreases. The nitrogen gas flowing out of the labyrinth portion flows into a discharge flow path, and flows from the outside toward the inside along the radial direction of the gas ring to be discharged from the gas discharge opening.

Abstract: A gaze detection apparatus includes a light source which illuminates a user's eye, an imaging unit which generates an image by capturing the image of a user's face, and a processor adapted to: estimate a distance between the imaging unit and the user's face; calculate the ratio of the distance between the imaging unit and the user's face to a separation distance between the imaging unit and the light source and determine, based on the ratio, whether a bright pupil phenomenon occurs; detect from the captured image a corneal reflection image of the light source and a center of the user's pupil when determining that the bright pupil phenomenon does not occur; and detect the user's gaze direction or gaze position based on a positional relationship between the center of the user's pupil and the corneal reflection image when determining that the bright pupil phenomenon does not occur.

Abstract: A determining unit determines which one of a plurality of divided areas in color distribution a value of an input image single falls within. The plurality of divided areas are defined for each of R, G, and B color components, and the determining unit determines, for each color component, which one of the plurality of divided areas the value of the input image signal falls within. An image correcting unit reads correction coefficients corresponding to the determined divided area for each color component from a correction coefficient storing unit in which correction coefficients are registered for each of the color components and each of the divided areas. The image correcting unit calculates each of R, G, and B output values of an output image signal using the correction coefficients of the individual color components read from the correction coefficient storing unit.

Abstract: An imaging device includes: a radiation unit configured to radiate light with a peak of a specific wavelength; a light receiver configured to have first sensitivity to a first wavelength longer than the specific wavelength, the first sensitivity being lower than second sensitivity to a second wavelength shorter than the specific wavelength; and a filter configured to block the second wavelength.

Abstract: A memory unit stores as conversion information which is derived based on a correction coefficient which provides, in a predetermined allowable range from a minimum value, a sum of a norm of a difference between a color difference of a correction target color and a target color which is a target of correction of the correction target color and a correction color obtained by correcting the correction target color using the correction coefficient, and a norm of the correction coefficient to which a predetermined weight coefficient is applied. A color correcting unit converts a color of each pixel of an image captured by an image capturing unit based on the conversion information.

Abstract: A gaze detection apparatus includes a light source which illuminates a user's eye, an imaging unit which generates an image by capturing the image of a user's face, and a processor adapted to: estimate a distance between the imaging unit and the user's face; calculate the ratio of the distance between the imaging unit and the user's face to a separation distance between the imaging unit and the light source and determine, based on the ratio, whether a bright pupil phenomenon occurs; detect from the captured image a corneal reflection image of the light source and a center of the user's pupil when determining that the bright pupil phenomenon does not occur; and detect the user's gaze direction or gaze position based on a positional relationship between the center of the user's pupil and the corneal reflection image when determining that the bright pupil phenomenon does not occur.

Abstract: A gaze detection apparatus includes: a first imaging unit which has a first angle of view and generates a first image; a second imaging unit which has a second angle of view narrower than the first angle of view, and generates a second image; a face detection unit which detects from the first image a face region; a coordinate conversion unit which identifies on the second image a first region corresponding to the face region or to an eye peripheral region containing the user's eye; a Purkinje image detection unit which detects a corneal reflection image of a light source and the center of the user's pupil from within an eye region, identified based on the first region; and a gaze detection unit which detects the user's gaze direction or gaze position based on a positional relationship between the center of the pupil and the corneal reflection image.

Abstract: A manufacturing method for a magnetic recording medium includes forming a magnetic layer on a base material, forming a recording layer having a textured pattern of the magnetic layer by forming a recessed portion that passes through the magnetic layer, depositing an oxidizing material or a nitriding material on the inner surface of the recessed portion while leaving a space in the recessed portion, packing the space with an oxide material or a nitride material by oxidizing or nitriding the deposited material, and planarizing by removing excess oxide material or nitride material on the recording layer.

Abstract: A thermally assisted magnetic recording method includes the following steps. The recording layer of a magnetic recording medium is irradiated with a laser beam to produce a locally heated region. This heated region is moved by causing the recording layer and the laser beam to move relative to each other. To record desired information, a recording magnetic field is applied to the heated region of the recording layer. The laser beam has a cross section elongated in the direction in which the heated region is moved.

Abstract: A magnetic recording medium formed on a substrate. The magnetic recording medium includes a data region including a plurality of magnetic dots arranged at predetermined positions on the substrate, for recording information; and a servo region for specifying the positions of the magnetic dots, the servo region including a plurality of magnetic segments arranged at predetermined positions on the substrate, each of the magnetic segments being smaller than each of the magnetic dots.