Abstract: This invention provides a corrected image generating apparatus and the like for generating a corrected image by correcting a deflection due to the vibration of a camera in a raw image obtained by the camera which obtains the raw images of plural frames successively by scanning an object field of vision repeatedly in a scanning direction intersecting the arrangement direction of plural light receiving sensors composing the one-dimensional image pickup device in which the plural light receiving sensors are arranged one-dimensionally, in order to generate an image whose deflection is corrected. By obtaining a motion vector of each of short strips extending in the arrangement direction of the light receiving sensors of the one-dimensional image pickup device, the respective short strips are moved to obtain a corrected image.

Abstract: This invention provides a corrected image generating apparatus and the like for generating a corrected image by correcting a deflection due to the vibration of a camera in a raw image obtained by the camera which obtains the raw images of plural frames successively by scanning an object field of vision repeatedly in a scanning direction intersecting the arrangement direction of plural light receiving sensors composing the one-dimensional image pickup device in which the plural light receiving sensors are arranged one-dimensionally, in order to generate an image whose deflection is corrected. By obtaining a motion vector of each of short strips extending in the arrangement direction of the light receiving sensors of the one-dimensional image pickup device, the respective short strips are moved to obtain a corrected image.

Abstract: An infrared imaging apparatus is used for carrying out shading correction of picture data obtained as a result of an image-taking process using a camera head including an optical system, a plurality of detector elements and a container for accommodating the detector elements. The apparatus includes a first correction unit for creating corrected-sensitivity picture data by correction of shading components caused by the optical system to produce uniform scene components included in the picture data obtained as a result of an image-taking process of a uniform scene; a storage unit for storing a housing response profile for correcting a housing-shading component caused by infrared rays radiated by the optical system and the container for each of the detector elements; and a second correction unit for creating corrected-housing-shading picture data by correction of housing-shading components based on the corrected-sensitivity picture data and the housing response profile for each of the detector elements.

Abstract: An infrared imaging device includes a board which is movable inside the infrared imaging device, plural kinds of magnification lenses, and plural kinds of infrared light radiation parts which radiate infrared lights having respective radiation temperatures, wherein the lenses and the infrared light radiation parts are situated on the board.

Abstract: An infrared imaging device includes a board which is movable inside the infrared imaging device, plural kinds of magnification lenses, and plural kinds of infrared light radiation parts which radiate infrared lights having respective radiation temperatures, wherein the lenses and the infrared light radiation parts are situated on the board.

Abstract: An infrared imaging apparatus is used for carrying out shading correction of picture data obtained as a result of an image-taking process using a camera head including an optical system, a plurality of detector elements and a container for accommodating the detector elements. The apparatus includes a first correction unit for creating corrected-sensitivity picture data by correction of shading components caused by the optical system to produce uniform scene components included in the picture data obtained as a result of an image-taking process of a uniform scene; a storage unit for storing a housing response profile for correcting a housing-shading component caused by infrared rays radiated by the optical system and the container for each of the detector elements; and a second correction unit for creating corrected-housing-shading picture data by correction of housing-shading components based on the corrected-sensitivity picture data and the housing response profile for each of the detector elements.

Abstract: An air inlet 16 is formed in a rear surface side vertical wall section 10b, or a single surface of an apparatus main body 10, and an air stream path that extends from the air inlet 16 of the rear surface side vertical wall section 10b to air outlets 14a and 14b formed upwardly aslant in an inclined surface section 13 that is also the single surface provided in the opposite direction. In this air stream path are arranged an air-cooling absorber 17, an air-cooling condenser 19 and fans 15a and 15b provided with their fan axes arranged upwardly aslant in correspondence with the air outlets 14a and 14b. With this arrangement, the air-cooling absorption type refrigerating apparatus is made to have an integrated air intake space and a reduced installation area, and an air stream path extending from the air inlet to the air outlets is made to have a reduced draft loss to allow the flow velocity distribution of the air stream of the heat exchange section to be uniformed.