Abstract: A vehicle-mounted camera and a mobile body that improve the quality of a captured image are provided. The vehicle-mounted camera includes a lens arranged closest to a subject side and a housing that supports the lens. The lens is at least partially subjected to a surface treatment that changes its water-contact characteristics, or the housing has at least a shape to change its water-contact characteristics or is at least subjected to a surface treatment that changes the water-contact characteristics.

Abstract: An image processing device, an image processing method, and an image display system allow a driver to obtain a sense of direction and a sense of distance with wide-angle image captured by a car-mounted camera. An image processing device (40) for superimposing predetermined information on image captured by a camera (12) that attaches to a vehicle (100) and is capable of wide-angle capturing in a travelling direction of the vehicle (100) includes a controller (14) that performs control to superimpose information upon detecting, in a state of outputting image captured by the camera (12), input indicating a predetermined position in the image, the information relating to a distance between the vehicle (100) and the position indicated in the image captured by the camera (12).

Abstract: An optical unit (13) includes an optical system (16), a lens barrel (15), and a securing portion (21). The optical system (16) includes a plurality of optical elements (22 to 26). The lens barrel (15) has an object side opening smaller than an outermost periphery of the optical element (22) closest to an object side in the optical system (16). The lens barrel (15) has an imaging side opening equal to or larger than an outermost periphery of the optical element (26) closest to an imaging side in the optical system (16). The lens barrel (15) accommodates the optical system (16). The securing portion (21), at the imaging side opening, secures the optical system (16) inserted from the imaging side opening and accommodated in the lens barrel (15).

Abstract: In order to output an image correction parameter that allows the visibility of a combined image of an area surrounding a moving object to be improved, an image correction parameter output apparatus (22) includes a memory (24) configured to store a group of correction parameters of a plurality of patterns for correcting a plurality of images of an area surrounding a moving object (15) captured with partially overlapped with each other by associating the group with the control information of the moving object (15), a control information acquisition unit (23) configured to acquire the control information of the moving object (15), and an output unit (25) configured to output a group of correction parameters corresponding to the acquired control information.

Abstract: In order to output an image correction parameter that allows the visibility of a combined image of an area surrounding a moving object to be improved, an image correction parameter output apparatus (22) includes a memory (24) configured to store a group of correction parameters of a plurality of patterns for correcting a plurality of images of an area surrounding a moving object (15) captured with partially overlapped with each other by associating the group with the control information of the moving object (15), a control information acquisition unit (23) configured to acquire the control information of the moving object (15), and an output unit (25) configured to output a group of correction parameters corresponding to the acquired control information.

Abstract: An optical unit (13) includes an optical system (16), a lens barrel (15), and a securing portion (21). The optical system (16) includes a plurality of optical elements (22 to 26). The lens barrel (15) has an object side opening smaller than an outermost periphery of the optical element (22) closest to an object side in the optical system (16). The lens barrel (15) has an imaging side opening equal to or larger than an outermost periphery of the optical element (26) closest to an imaging side in the optical system (16). The lens barrel (15) accommodates the optical system (16). The securing portion (21), at the imaging side opening, secures the optical system (16) inserted from the imaging side opening and accommodated in the lens barrel (15).

Abstract: An image processing device, an image processing method, and an image display system allow a driver to obtain a sense of direction and a sense of distance with wide-angle image captured by a car-mounted camera. An image processing device (40) for superimposing predetermined information on image captured by a camera (12) that attaches to a vehicle (100) and is capable of wide-angle capturing in a travelling direction of the vehicle (100) includes a controller (14) that performs control to superimpose information upon detecting, in a state of outputting image captured by the camera (12), input indicating a predetermined position in the image, the information relating to a distance between the vehicle (100) and the position indicated in the image captured by the camera (12).

Abstract: An imaging module includes a front case which is configured to mount a lens unit on a subject side, a rear case which is mounted to the front case and configured to seal an imaging substrate in an interior space between the rear case and the front case, and a bracket mounted to the rear case. The rear case is mounted to the front case with first screws which is screwed into screw fastening holes and first screw fastening through-holes, and the bracket is mounted to the rear case with second screws, which are screwed into the first screw fastening through-holes and second screw fastening through-holes and have a diameter larger than that of the first screws.

Abstract: An imaging module includes a front case which is configured to mount a lens unit on a subject side, a rear case which is mounted to the front case and configured to seal an imaging substrate in an interior space between the rear case and the front case, and a bracket mounted to the rear case. The rear case is mounted to the front case with first screws which is screwed into screw fastening holes and first screw fastening through-holes, and the bracket is mounted to the rear case with second screws, which are screwed into the first screw fastening through-holes and second screw fastening through-holes and have a diameter larger than that of the first screws.