Abstract: A measurement condition that enables accurate shape measurement can be set easily. An image analysis device includes an image analyzer 83 configured to detect, in a case of capturing an image of light projected onto an object to be measured, an improper image for shape measurement of the object to be measured, on the basis of design information on the object to be measured, and a measurement condition, and an output unit 88 configured to output detection result information that is information based on a detection result of the image analyzer 83.

Abstract: An imaging section images a subject to generate an image. A display displays an image. A measuring section measures the size of the subject on the basis of the image. A recording section associates calibration data of a measuring endoscope apparatus including a value obtained when the measuring section measures the size of the calibrator on the basis of an image obtained when the imaging section has imaged the calibrator, and calibration data of the calibrator including a value obtained when the calibrator is measured by a higher-rank measuring instrument of a traceability system, and a value obtained when the measuring section measures the size of a measurement object different from the calibrator on the basis of an image of the measurement object, with the image of the measurement object image and records the associated data on a recording medium.

Abstract: An image converter receives image data of an object and performs a kind of image conversion on the image data to generate converted image data for display. A measurement section measures at least one spatial characteristic of the object based on: the converted image data, and optical data, which relates to optical characteristics of an optical system through which the image data of the object has been obtained, and which is made to correspond to the kind of image conversion performed by the image converter. Alternatively, a measurement section measures at least one spatial characteristic of the object by relating, based on the kind of image conversion, coordinates of the converted image data to coordinates of the image data of the object before the image conversion, and by measuring the at least one spatial characteristic based on the coordinates of the image data of the object before the image conversion.

Abstract: The present invention is an endoscope device in which a portion of the optical system can be changed using an optical adaptor, provided with: an image pickup member for capturing an image that is input from an optical system that incorporates a reference scope or user scope, and an optical adaptor; a first recording medium that records a first information that includes at least distortion parameters of the reference scope which indicate the optical properties of the reference scope; a second recording medium that records a second information that includes at least distortion parameters of the user scope which indicate the optical properties of the user scope; and a distortion correcting member that corrects distortion in the image captured by the image pickup member when the user scope and the optical adaptor are combined, based on the first information which is read out from the first recording medium and the second information which is read out from the second recording medium.

Abstract: A nondestructive testing apparatus includes a display section and a storage section which stores predetermined executable functions. Each of the predetermined functions is initially set to one of a permitted state and a disabled state, and one of a display state and a non-display state on the display section. In an initial state, at least one of the predetermined functions is set to the disabled state and the non-display state. The nondestructive testing apparatus can receive permission information which unlocks at least one of the predetermined functions initially set to the disabled state so as to be set to the permitted state, and unlocks at least one of the predetermined functions initially set in the non-display state so as to be in the display state. The apparatus displays an operation icon only with respect to all of the predetermined functions set to the display state.

Abstract: An endoscope apparatus includes: a display device that displays a first image and a second image, the first image and the second image being contained in image data of a subject captured by an imaging unit of an endoscope apparatus; a designation section that designates a first position on the first image in accordance with an instruction input through an input device; a position calculation section that calculates a second position on the second image, the second position corresponding to the first position on the first image; a display control section that, when the first position is designated, performs a control of displaying a mark at the first position, subsequently displaying a mark at a third position which is different from the first and second positions, and subsequently displaying a mark at the second position; and a measurement section that performs measurement relating to the subject based on the first and second positions.

Abstract: An endoscopic image reproducing apparatus has an image pickup section that picks up an image of an object, an image generating unit that generates image data based on an image signal, an acceleration measuring section that measures accelerations of the image pickup section, a moving image file generating section that generates a moving image file including the image data and the acceleration data, a reading section that reads the image data and the acceleration data from the moving image file, a calculating section that calculates a position and a direction of the image pickup section at a certain time of a moving image based on an acceleration, an associating section that associates the position and direction of the image pickup section with the image data at that time, and an insertion path calculating section that calculates an insertion path based on the position of the image pickup section.

Abstract: An imaging section images a subject to generate an image. A display displays an image. A measuring section measures the size of the subject on the basis of the image. A recording section associates calibration data of a measuring endoscope apparatus including a value obtained when the measuring section measures the size of the calibrator on the basis of an image obtained when the imaging section has imaged the calibrator, and calibration data of the calibrator including a value obtained when the calibrator is measured by a higher-rank measuring instrument of a traceability system, and a value obtained when the measuring section measures the size of a measurement object different from the calibrator on the basis of an image of the measurement object, with the image of the measurement object image and records the associated data on a recording medium.

Abstract: An endoscope apparatus includes: an imaging portion imaging a subject to generate image data; a designation portion designating a position in an image based on the image data; an image processing portion processing the image data such that an enlarged image obtained by enlarging an image in a second region including the designated position overlaps a first region including the designated position designated by the designation portion; a display portion displaying the enlarged image and the image of the subject based on the image data processed by the image processing portion and displays a cursor at the designated position on the enlarged image; and a measurement processing portion performing measurement on the basis of a measurement position indicated by the cursor by using the image data generated by the imaging portion. The enlarged image displayed on the display portion moves according to movement of the cursor.

Abstract: An endoscope apparatus includes: an endoscope that generates an image of an object; a display portion that displays the image and a cursor that designates a position on an image based on the image; a characteristic quantity calculating portion that calculates, based on the image, a characteristic quantity of the image on the basis of the position designated by the cursor; and a control portion that controls movement of the cursor in accordance with the characteristic quantity.

Abstract: An image converter receives image data of an object and performs a kind of image conversion on the image data to generate converted image data for display. A measurement section measures at least one spatial characteristic of the object based on: the converted image data, and optical data, which relates to optical characteristics of an optical system through which the image data of the object has been obtained, and which is made to correspond to the kind of image conversion performed by the image converter. Alternatively, a measurement section measures at least one spatial characteristic of the object by relating, based on the kind of image conversion, coordinates of the converted image data to coordinates of the image data of the object before the image conversion, and by measuring the at least one spatial characteristic based on the coordinates of the image data of the object before the image conversion.

Abstract: An image converter receives image data of an object and performs a kind of image conversion on the image data to generate converted image data for display. A measurement section measures at least one spatial characteristic of the object based on: the converted image data, and optical data, which relates to optical characteristics of an optical system through which the image data of the object has been obtained, and which is made to correspond to the kind of image conversion performed by the image converter. Alternatively, a measurement section measures at least one spatial characteristic of the object by relating, based on the kind of image conversion, coordinates of the converted image data to coordinates of the image data of the object before the image conversion, and by measuring the at least one spatial characteristic based on the coordinates of the image data of the object before the image conversion.

Abstract: An endoscopic image reproducing apparatus has an image pickup section that picks up an image of an object, an image generating unit that generates image data based on an image signal, an acceleration measuring section that measures accelerations of the image pickup section, a moving image file generating section that generates a moving image file including the image data and the acceleration data, a reading section that reads the image data and the acceleration data from the moving image file, a calculating section that calculates a position and a direction of the image pickup section at a certain time of a moving image based on an acceleration, an associating section that associates the position and direction of the image pickup section with the image data at that time, and an insertion path calculating section that calculates an insertion path based on the position of the image pickup section.

Abstract: A nondestructive testing apparatus includes a display section and a storage section which stores predetermined executable functions. Each of the predetermined functions is initially set to one of a permitted state and a disabled state, and one of a display state and a non-display state on the display section. In an initial state, at least one of the predetermined functions is set to the disabled state and the non-display state. The nondestructive testing apparatus can receive permission information which unlocks at least one of the predetermined functions initially set to the disabled state so as to be set to the permitted state, and unlocks at least one of the predetermined functions initially set in the non-display state so as to be in the display state. The apparatus displays an operation icon only with respect to all of the predetermined functions set to the display state.

Abstract: An endoscope apparatus includes: a display device that displays a first image and a second image, the first image and the second image being contained in image data of a subject captured by an imaging unit of an endoscope apparatus; a designation section that designates a first position on the first image in accordance with an instruction input through an input device; a position calculation section that calculates a second position on the second image, the second position corresponding to the first position on the first image; a display control section that, when the first position is designated, performs a control of displaying a mark at the first position, subsequently displaying a mark at a third position which is different from the first and second positions, and subsequently displaying a mark at the second position; and a measurement section that performs measurement relating to the subject based on the first and second positions.

Abstract: An endoscope apparatus includes: an imaging portion imaging a subject to generate image data; a designation portion designating a position in an image based on the image data; an image processing portion processing the image data such that an enlarged image obtained by enlarging an image in a second region including the designated position overlaps a first region including the designated position designated by the designation portion; a display portion displaying the enlarged image and the image of the subject based on the image data processed by the image processing portion and displays a cursor at the designated position on the enlarged image; and a measurement processing portion performing measurement on the basis of a measurement position indicated by the cursor by using the image data generated by the imaging portion. The enlarged image displayed on the display portion moves according to movement of the cursor.

Abstract: An endoscope apparatus includes: an endoscope that generates an image of an object; a display portion that displays the image and a cursor that designates a position on an image based on the image; a characteristic quantity calculating portion that calculates, based on the image, a characteristic quantity of the image on the basis of the position designated by the cursor; and a control portion that controls movement of the cursor in accordance with the characteristic quantity.

Abstract: The present invention is an endoscope device in which a portion of the optical system can be changed using an optical adaptor, provided with: an image pickup member for capturing an image that is input from an optical system that incorporates a reference scope or user scope, and an optical adaptor; a first recording medium that records a first information that includes at least distortion parameters of the reference scope which indicate the optical properties of the reference scope; a second recording medium that records a second information that includes at least distortion parameters of the user scope which indicate the optical properties of the user scope; and a distortion correcting member that corrects distortion in the image captured by the image pickup member when the user scope and the optical adaptor are combined, based on the first information which is read out from the first recording medium and the second information which is read out from the second recording medium.

Abstract: An image converter receives image data of an object and performs a kind of image conversion on the image data to generate converted image data for display. A measurement section measures at least one spatial characteristic of the object based on: the converted image data, and optical data, which relates to optical characteristics of an optical system through which the image data of the object has been obtained, and which is made to correspond to the kind of image conversion performed by the image converter. Alternatively, a measurement section measures at least one spatial characteristic of the object by relating, based on the kind of image conversion, coordinates of the converted image data to coordinates of the image data of the object before the image conversion, and by measuring the at least one spatial characteristic based on the coordinates of the image data of the object before the image conversion.

Abstract: An endoscope apparatus captures a subject, samples data at predetermined pixel spacing as an original image, and specifies a feature point in an original image, thereby performing a measurement. When a measurement point is specified in an enlarged image in an enlarged image generating process on the original image obtained by capturing an object to be measured, and when the specified point is to be long moved on the screen, it is moved with pixel spacing of the original image. When the feature point is specified in more detail, it is moved with pixel spacing finer than the pixel spacing of the original image, thereby efficiently performing an operation in a short time. Furthermore, by switching the above-mentioned settings, a measurement point can be more easily specified in a short time.