Abstract: Provided is an image processing system that improves time-series stability while maintaining spatial accuracy. An image processing system including at least one processor inputs first through n-th input frames (n is a natural number equal to or greater than 2) to a machine learning model and acquires each of first through n-th estimated frames (26).

Abstract: At least one processor acquires n?1th movement information, which is information indicating a magnitude and a direction of movement of each pixel between an n?1th frame to be processed (22_n?1) and an nth frame to be processed (22_n), and acquires n?1th auxiliary information by setting the pixel values of one or more pixels of the n?1th cumulative feature information (46_n?1) to pixels at positions moved according to a pseudorandom number, based on the n?1th movement information.

Abstract: A chamber apparatus for a laser includes a chamber, a first optical path tube, a window, a resonance vessel, and a nozzle tube. In the chamber, a pair of discharge electrodes are disposed. The first optical path tube communicates with the chamber. The window is configured such that light is incident thereon from a region between the discharge electrodes via an interior of the first optical path tube. The nozzle tube is configured to cause the interior of the first optical path tube to communicate with the resonance vessel.

Abstract: An image processing system (1) including at least one processor, wherein the at least one processor is configured to: acquire an input frame (22) based on a processing target frame (20) that shows, from a predetermined viewpoint (C), a virtual space (VS) in which one or more game objects (O) represented by three-dimensional data are arranged and has a predetermined initial pixel count, the input frame having an input pixel count equal to or greater than an initial pixel count; acquire virtual space information (27) that is information about the virtual space (VS) available for determining a pixel value of each pixel in the input frame (22); and acquire an estimated frame (24) having an estimated pixel count greater than the input pixel count based on the input frame (22), the virtual space information (27), and a machine learning model (200).

Abstract: An image processing system includes at least one processor configured to: acquire each of first to Nth (N is greater than or equal to 3) input frames having an input pixel count equal to or greater than a predetermined initial pixel count, corresponding to first to Nth processing target frames having the predetermined initial pixel count; acquire each of first to ith (i is greater than or equal to 1 and less than or equal to N?2) estimated frames having an estimated pixel count greater than the initial pixel count, based on the first to ith input frames and a first machine learning model; and acquire each of i+1th to jth (j is a natural number greater than or equal to i+2 and less than or equal to N) estimated frames based on the i+1th to jth input frames and a second machine learning model

Abstract: Techniques include acquiring 1st to Nth input frames (N is a natural number equal to or greater than 2) having a prescribed input pixel number. The techniques further include acquiring, based on each of the input frames, 1st to Nth intermediate frames by generating an intermediate frame for each input frame which corresponds to the input frame and which includes an intermediate pixel number equal to or greater than the input pixel number. The techniques further include inputting each of the intermediate frames to a machine learning model. The techniques further include acquiring 1st to Nth estimation frames including an estimated pixel number equal to or greater than the intermediate pixel number which is greater than the input pixel number.

Abstract: In a vibration wave radiating device, when a distance between a connection portion and a reflecting plane portion in a direction orthogonal to the reflecting plane portion is TD, an angle defined by a virtual line parallel to the reflecting plane portion and a back surface of a vibrating portion in a longitudinal section is ?, a shortest distance between a peripheral edge of the back surface at an end of the vibrating portion opposite to the connection portion and a peripheral edge of the reflecting plane portion is L, and a wavelength of a vibration wave emitted from the vibrating portion is ?, a relationship indicated by 0.78??L?1.19? or 1.5??L?2.14? is satisfied when TD=0 and 35°???55°.

Abstract: The present invention aims to provide an amino group-containing copolymer having excellent soil release properties and a method for producing a soil release agent using the same. The present invention relates to an amino group-containing copolymer containing a structural unit (a) derived from an amino group-containing monomer, a structural unit (b) derived from a monomer having a polyalkylene glycol chain, a structural unit (c) derived from a hydrophobic monomer, and a structural unit (d) derived from an unsaturated carboxylic acid monomer.

Abstract: The present invention aims to provide an ester bond-containing polycarboxylic acid (salt) having a higher biodegradability and a higher alkaline degradation change rate, a method for producing the same, and a detergent composition containing the ester bond-containing polycarboxylic acid (salt). The present invention relates to an ester bond-containing polycarboxylic acid or a salt thereof, containing: an ester group-derived structural unit in a main chain; and a carboxylic acid or a salt thereof in a side chain, the carboxylic acid or the salt thereof being attached to a ? position or a ? position of a carbonyl carbon of the ester group.

Abstract: A rubber-made gasket that can be attached to a surface of an attachment-receiving object having an attachment hole, the rubber-made gasket having: a housing section having an opening to be closely attached to the attachment-receiving object; and a protrusion that is directly or indirectly continuous with an end portion of the housing section, and has a main surface to face a surface of the attachment-receiving object, the protrusion having: a strip-like trunk portion extending from the end portion in a radially-outer-side direction X of the housing section; and a strip-like branch portion extending from the trunk portion in a direction different from a radial direction X of the housing section, the protrusion being able to be inserted into the attachment hole.

Abstract: In a vibration wave radiating device, when a distance between a connection portion and a reflecting plane portion in a direction orthogonal to the reflecting plane portion is TD, an angle defined by a virtual line parallel to the reflecting plane portion and a back surface of a vibrating portion in a longitudinal section is ?, a shortest distance between a peripheral edge of the back surface at an end of the vibrating portion opposite to the connection portion and a peripheral edge of the reflecting plane portion is L, and a wavelength of a vibration wave emitted from the vibrating portion is ?, a relationship indicated by 0.78??L?1.19? or 1.5??L?2.14? is satisfied when TD=0 and 35°???55°.

Abstract: In a vibration wave radiating device, when a distance between a connection portion and a reflecting plane portion in a direction orthogonal to the reflecting plane portion is TD, an angle defined by a virtual line parallel to the reflecting plane portion and a back surface of a vibrating portion in a longitudinal section is ?, a shortest distance between a peripheral edge of the back surface at an end of the vibrating portion opposite to the connection portion and a peripheral edge of the reflecting plane portion is L, and a wavelength of a vibration wave emitted from the vibrating portion is ?, a relationship indicated by 0.78??L?1.19? or 1.5??L?2.14? is satisfied when TD=0 and 35°???55°.

Abstract: A blow-by gas leak diagnostic device includes a first PCV flow path, a second PCV flow path, a fresh air inlet, a pressure measurement unit, a first valve that opens and closes the first PCV flow path, a second valve that opens and closes the second PCV flow path, a third valve that opens and closes the fresh air inlet, a valve control unit, and a leak diagnosis unit. The valve control unit controls an opening degree of the third valve when a downstream side of an intake manifold with respect to a throttle valve has a negative pressure, and the second valve is in a closed state. The leak diagnosis unit diagnoses presence or absence of a leak in the first PCV flow path on the basis of an inner pressure of the first PCV flow path measured by the pressure measurement unit.

Abstract: A blow-by gas leak diagnostic device includes a first PCV flow path, a second PCV flow path, a fresh air inlet, a pressure measurement unit, a first valve that opens and closes the first PCV flow path, a second valve that opens and closes the second PCV flow path, a third valve that opens and closes the fresh air inlet, a valve control unit, and a leak diagnosis unit. The valve control unit controls an opening degree of the third valve when a downstream side of an intake manifold with respect to a throttle valve has a negative pressure, and the second valve is in a closed state. The leak diagnosis unit diagnoses presence or absence of a leak in the first PCV flow path on the basis of an inner pressure of the first PCV flow path measured by the pressure measurement unit.

Abstract: A semi-cylindrical half bearing for a sliding bearing includes at least one axial groove formed on its inner circumferential surface that includes a smooth groove surface formed back away from the inner circumferential surface toward a radially outer side of the half bearing. The groove surface forms a convex curve toward the radially outer side in a cross-section perpendicular to the axial direction of the half bearing, and forms a straight line extending in the axial direction in a cross-section parallel to the axial direction. The half bearing further includes a plurality of axial narrow grooves formed on the groove surface so as to be back away from the groove surface toward the radially outer side, that extend in the axial direction of the half bearing.

Abstract: A semi-cylindrical half bearing for a sliding bearing includes at least one axial groove formed on its inner circumferential surface that includes a smooth groove surface formed back away from the inner circumferential surface toward a radially outer side. The half bearing further includes a plurality of axial narrow grooves and a plurality of circumferential narrow grooves that are formed further back away from the groove surface toward the radially outer side, and extend in circumferential and axial directions, respectively, so as to cross each other. A depth of the axial narrow groove from the groove surface is greater than a depth of the circumferential narrow groove from the groove surface, and a width of the axial narrow groove on the groove surface is greater than a width of the circumferential narrow groove on the groove surface.

Abstract: A stitch structure has a first surface, a second surface, and includes: a first fabric having a first end section; a second fabric having a second end section; a first stitching that extends in a direction substantially parallel to the direction of extension of the first end section; a second stitching that extends in a direction substantially parallel to the direction of extension of the second end section; a third stitching; and a tape-shaped member. Additionally, a first thread and a second thread is arranged in the first stitching and the second stitching, respectively, to repeatedly return across and penetrate the first fabric and the second fabric, in the thickness direction thereof. A decorative thread is arranged in the third stitching to repeatedly span between at least the first thread and the second thread and the tape-shaped member is binding the first fabric and the second fabric.

Abstract: A semi-cylindrical half bearing for a sliding bearing includes at least one axial groove formed on its inner circumferential surface that includes a smooth groove surface formed back away from the inner circumferential surface toward a radially outer side of the half bearing. The groove surface forms a convex curve toward the radially outer side in a cross-section perpendicular to the axial direction of the half bearing, and forms a straight line extending in the axial direction in a cross-section parallel to the axial direction. The half bearing further includes a plurality of axial narrow grooves formed on the groove surface so as to be back away from the groove surface toward the radially outer side, that extend in the axial direction of the half bearing.

Abstract: A semi-cylindrical half bearing for a sliding bearing includes at least one axial groove formed on its inner circumferential surface that includes a smooth groove surface formed back away from the inner circumferential surface toward a radially outer side. The half bearing further includes a plurality of axial narrow grooves and a plurality of circumferential narrow grooves that are formed further back away from the groove surface toward the radially outer side, and extend in circumferential and axial directions, respectively, so as to cross each other. A depth of the axial narrow groove from the groove surface is greater than a depth of the circumferential narrow groove from the groove surface, and a width of the axial narrow groove on the groove surface is greater than a width of the circumferential narrow groove on the groove surface.