Abstract: An imaging device comprising a photographing lens, an imaging element; a first interpolation device, a second interpolation device, a focusing confirmation image generation device configured to at least generate a first image and a second image respectively from the pixel values of the first and second interpolation pixels calculated by the first and second interpolation device and generating a focusing confirmation image based on the first and second images, and a display device configured to display the focusing confirmation image generated by the focusing confirmation image generation device.

Abstract: An image processing device comprising: an image acquisition device; a parallax acquisition device; a first data transform device; an operation processing device; and a second data transform device transforming third frequency component data and fourth frequency component data respectively corresponding to the third image and the fourth image calculated by the operation processing device into data on a real space and for respectively selecting pixels at positions corresponding to the target pixels as one pixel of the third image and one pixel of the fourth image.

Abstract: An image processing method according to the present invention acquires a first image and second image that are picked up through a single image-taking optical system, that are images after a pupil division, and that have a parallax to each other, and then performs a filtering process for each pixel of the first and second images, using first and second transform filters that correspond to the parallax for the pixel and that are of first and second transform filter groups to be respectively applied to the first and second images for the transform into third and fourth images in which the parallax amount and blur amount of the first and second images have been altered.

Abstract: A generation section generates a first display image based on an image signal output from an image pick-up device, and generates a second display image for use in focus verification based on a first and second image. A correction section corrects gradation of the second display image according to gradation correction information determined based on at least one of a spatial frequency characteristic in the second display image or maxima values in a histogram of pixel values in the second display image.

Abstract: An image processing method includes: acquiring a first image and second image with a parallax, calculating a parallax indicating a shift amount of a corresponding pixel of the second image with respect to each pixel of the first image, deciding an image processing coefficient to perform edge emphasis or edge correction based on the parallax with respect to every image processing target pixel of the first image and the second image, and performing image processing on the first image and the second image using the image processing coefficient.

Abstract: Provided are an image processing device, an imaging device, and an image processing method which can perform focusing control using an intuitive operation. First and second images based on image signals that are output from an imaging element including first and second pixel groups on which an object image that passes through first and second regions of an imaging lens and is pupil-divided is formed are combined and displayed on a display unit having a touch panel. It is detected whether an operation of selecting the first or the second image on the display image is performed. It is detected whether a moving operation in a direction intersecting a division direction is performed. When the selection operation and the moving operation are sequentially detected, control is performed such that a focus lens is moved in an optical axis direction of the focus lens in response to the moving operation.

Abstract: An image capture element includes phase difference pixel groups (first and second pixel groups) corresponding to first and second images with a phase difference according to a focus shift, includes a third pixel group corresponding to a normal third image, outputs a first image and a second image with Bayer arrays from the first and second pixel groups, and outputs a third image with the same color array as a RAW image from the third pixel group. A color split image is generated based on the first and second images acquired from the image capture element, a color image for display is generated based on the third image, and the color split image is synthesized with part of the generated color image for display to thereby display a live-view image in which the split image is synthesized.

Abstract: A sensitivity acquisition section that acquires sensitivity to light incident through the first region of pixels in a pupil division direction of the first pixel group, and acquires sensitivity to light incident through the second region of pixels in the pupil division direction of the second pixel group; a correction section that derives linearly approximated sensitivity correction coefficients for each of the first image and the second image based on the sensitivities, and corrects the brightness of the first and second images based on the derived sensitivity correction coefficients; and a generation section that generates a first display image based on an image signal output from the image pick-up device, and generates a second display image for use in focus verification based on the first and second images corrected by the correction section.

Abstract: An imaging device comprising an imaging optical system, a lens movement mechanism, an imaging element, a first interpolation device, a second interpolation devices, a photographic image generation device, a split image generation device using a first image formed by the outputs of the first phase difference pixels and the first interpolation pixels and a second image formed by the outputs of the second phase difference pixels and the second interpolation pixels to generate a split image, and a display device displaying the photographic image generated by the photographic image generation device, the display device displaying the split image generated by the split image generation device in a display area of the photographic image.

Abstract: The present invention includes an image acquisition device configured to acquiring multiple viewpoint images that are generated by pupil-division imaging and that are different in viewpoint, a parallax calculation device 40a for calculating a first parallax amount between viewpoint images for the multiple viewpoint images, a memory 48 in which parallax correction information indicating the relationship between the first parallax amount and the deviation amount in the parallax direction for the corresponding object images, which is a deviation amount between viewpoint images for the multiple viewpoint images and is caused by the pupil-division imaging, is stored, and a parallax correction device 40b for calculating a second parallax amount, which is an amount resulting from correcting the first parallax amount to the deviation amount in the parallax direction for the object images, based on the first parallax amount and the parallax correction information stored in the memory 48.

Abstract: A pipe includes a cylindrical tube main body in which electric wires are arranged, and a partition wall extending from an inner wall of the tube main body and partitioning an inner space of the tube main body into a first area and a second area. The partition wall includes: a pair of end convex portions and a concave portion. The end convex portions are edge portions of the partition wall and adjacent to the inner wall of the tube main body. Each of the end convex portions curves so as to protrude in a direction from the first area toward the second area. The concave portion is between the pair of end convex portions and curves so as to be recessed in an opposite direction from the direction in which the end convex portion protrudes. The inner wall of the tube main body includes ribs protruding inward of the tube main body and extending in the axial direction of the tube main body.

Abstract: An image processing device includes: a size acquisition section that acquires a first display size of an output target display device that performs 3D display; a storage section that stores respective parallax amounts adjusted by a user during performing 3D display of 3D display image data respectively on display devices of different types, and stores respective second display sizes of the display devices; a parallax amount computation section that computes a parallax amount for the first display size based on a relationship between the parallax amounts and the second display sizes stored in the storage section; and an output section that outputs to the output target display device the computed parallax amount and the 3D display image data.

Abstract: An imaging device includes a creation device configured to create a first display image, a second display image, and a third display image to be used for assisting the focusing confirmation from first and second images based on first and second image signals outputted from the first and second pixel groups, a display device, and a display control device, where the creation device creates the second display image including first and second display ranges in which the first image is used in the first display range and the second image is used in the second display range, and the creation device creates the third display image in which an image used in at least one of the first and second display ranges is different from the second display image.

Abstract: A shield conductor is provided with electrical wires and a metal pipe that encloses the electrical wires and whose outer peripheral surface is covered with an orange (color other than a metallic color) resin layer. The pipe is routed so that at least a portion passes in proximity to an exhaust pipe of a vehicle. A section of the pipe passing in proximity to the exhaust pipe that faces the exhaust pipe does not have the resin layer and the metallic-colored outer peripheral surface of the section remains exposed.

Abstract: An image processing device includes: a coefficient decision section that, for each of target pixels in a first image and a second image, decides on a parallax conversion coefficient to convert a parallax computed by a parallax computation section into a parallax visually confirmable that the first image and the second image are within the first parallax range in cases determined by a first determination section to be within the first parallax range, and that decides on a parallax conversion coefficient to convert the parallax into a parallax visually confirmable that the first image and the second image are outside the first parallax range in cases determined by the first determination section to be outside the first parallax range; and an image processing section that performs image processing on the target pixels based on the parallax conversion coefficient decided by the coefficient decision section.

Abstract: There is provided an image processing device, includes: an expansion amount decision section that, for each target pixel for image processing in a first image and a second image, decides on an expansion amount of parallax according to parallax; a coefficient decision section that, for each target pixel for image processing in the first image and the second image, decides on a parallax conversion coefficient for converting the parallax into expanded parallax based on the expansion amount decided by the expansion amount decision section; an image processing section that performs processing on the target pixels to expand parallax based on the parallax conversion coefficient decided by the coefficient decision section; a generation section that generates a first display image based on an image signal, and generates a second display image for use in focus verification based on the first image and the second image.

Abstract: There is provided an image processing device, includes: a first display image generation section that generates a first display image; a second display image generation section that generates a second display image for use in focus-checking; an acquisition section that acquires color data of the first display image; a determination section that, based on the color data, determines as a display color for the second display image a color with different color characteristics from color characteristics of the first display image; and a display controller that displays on a display section the first display image generated by the first display image generation section, and displays on the display section the second display image generated by the second display image generation section within a display region of the first display image.

Abstract: An imaging device comprising an image generation unit, a difference-emphasis processing unit, a display unit, a display controller that displays the first display image on the display unit and displays the second display image having been subjected to the difference-emphasis processing by the difference-emphasis processing unit in a displayed area of the first display image, and a calculation unit that calculates a parallax between the first pixel in the first image and the second pixel in the second image corresponding to the first pixel, wherein the difference-emphasis processing unit determines whether the parallax between the first image and the second image is large or small on the basis of the parallax calculated by the calculation unit, and performs the difference-emphasis processing on the basis of a result of determination whether the parallax is large or small.

Abstract: An imaging device comprising a photographing lens, an imaging element; a first interpolation device, a second interpolation device, a focusing confirmation image generation device configured to at least generate a first image and a second image respectively from the pixel values of the first and second interpolation pixels calculated by the first and second interpolation device and generating a focusing confirmation image based on the first and second images, and a display device configured to display the focusing confirmation image generated by the focusing confirmation image generation device.

Abstract: A shield conductor includes: an electrical wire; a tubular shield member that encloses the electrical wire and is configured such that an end portion of a pipe made of metal is fit to an end portion of a tubular accordion member made of metal; a swage ring that is attached at a portion where the end portion of the pipe is fit to the end portion of the tubular accordion member, and constricts the end portion of the pipe and the end portion of the tubular accordion member from outside; a conductor ring that is arranged between the pipe and the tubular accordion member, has an inner circumferential face that faces the pipe and an outer circumferential face that faces the tubular accordion member, and has electrical conductivity; and a plurality of protrusion/recession portions formed on the inner circumferential face and the outer circumferential face.