Abstract: A timepiece module includes a digital display screen, an antenna device and a metallic component. The antenna device includes an antenna pattern relevant to communication and an antenna component connected to and extending from the antenna pattern. In a plan view, the antenna pattern has a curved shape and overlaps the digital display screen. The antenna device is disposed such that either one side or other side on a virtual line does not overlap the metallic component. The virtual line is an extending direction in which the antenna component, which extends from the antenna pattern, extends.

Abstract: An object of the present invention is to generate and reconstruct a 3D model and an image by depth data that includes depths of different types. An image processing apparatus (2) includes: an obtaining unit (7) configured to obtain depth data including multiple input depths of different types, the input depths indicating a three-dimensional shape of an imaging target; and a 3D model generation unit (9) configured to generate a 3D model with reference to at least one of the multiple input depths of different types included in the depth data obtained by the obtaining unit.

Abstract: An image data device includes an intermediate viewpoint image data generation unit configured to refer to at least one of multiple input image data for representing images from multiple viewpoints different from each other and generate intermediate viewpoint image data for indicating images corresponding to the viewpoints included in multiple intermediate viewpoints regularly arranged in at least one dimension direction in a straight line or curved line coordinate system of one or more dimensions.

Abstract: An image processing device (2, 11, 21, 31) includes: an acquisition unit (4) configured to acquire multiple pieces of partial 3D model data that partially indicate a three-dimensional shape of a display target, the multiple pieces of partial 3D model data being associated with an order in a prescribed sequence; and a generation unit (6) configured to update the reference model with reference to the multiple pieces of partial 3D model data according to the order associated with the multiple pieces of partial 3D model data.

Abstract: Provided is a technique in which a three-dimensional video with no missing region can be generated even immediately after video capturing is started in an apparatus that captures an imaging object and generates a three-dimensional video of the imaging object. A video generating apparatus (1) includes a depth information obtaining unit (5) configured to obtain depth information indicating a three-dimensional shape of the display target, and a three-dimensional video generating unit (7) configured to generate the three-dimensional video with reference to the depth information and an initial reference model, which is prepared in advance before a process for generating the three-dimensional video is started and which indicates entirety of the three-dimensional shape of the display target.

Abstract: An imaging adjustment information derivation apparatus (3) includes an imaging adjustment information derivation unit (9) that derives imaging adjustment information relating to adjustment of imaging conditions of an imaging apparatus by referring to target imaging information and captured image information.

Abstract: A problem to be addressed by disclosure is, without using a specific device such as an eye-tracking device, to extract from a bird's-eye image a region of interest of a subject person as a region of interest image as viewed through the eyes of the subject person. Provided is a region of interest image generating device, which extracts, from at least one bird's-eye image, camera parameters, and spatial position information which includes information of the heights of objects in the at least one bird's-eye image, a region of interest in the at least one bird's-eye image as a region of interest image as viewed from a different viewpoint.

Abstract: Provided are a polycarbonate/ABS-based thermoplastic resin composition excellent in hydrolysis resistance and impact resistance and a molded article thereof. A thermoplastic resin composition includes: polycarbonate (A); a graft copolymer (B) produced by graft copolymerization of a rubbery polymer at least with a styrene-based monomer and an acrylonitrile-based monomer and containing a metal element; a styrene-acrylonitrile based copolymer (C); and an unsaturated dicarboxylic anhydride-based copolymer (D), wherein a content of (D) is 2 to 25 mass %.