Abstract: A collapsible curved support track system for a camera slider dolly includes a plurality of curved inner and outer rail segments each having an outer configuration enabling a first set of rollers of the camera slider dolly to smoothly roll thereon. Connectors disposed within adjacent open ends of the inner and outer rail segments enable manual detachable connection between inner rail segments to form a curved inner rail and a curved outer rail. Supports in spaced relation support the inner and outer rails to form a generally parallel curved track. The supports have mounts configured to removably receive a portion of the inner rail or outer rail. A plurality of the mounts are adjustable to enable adjustment of the inner or outer rails associated therewith.

Abstract: A measuring system for a 3D object includes a base, a horizontal scanning device disposed on the base, a first light emitting device, a second light emitting device, an image capture device, and a control device. The first light emitting device, the second light emitting device, and the image capture device are connected to the horizontal scanning device. The control device controls the horizontal scanning device to cause planar motion relative to the base. With the control of the control device, the first light emitting device and the second light emitting device alternate in projecting a light source onto a 3D object. The image capture device includes a double-sided telecentric lens to capture a plurality of images of the 3D object when the light source is projected onto the 3D object.

Abstract: A camera according to the present invention is equipped with an image sensor; an A/D converter that converts analog image-pixel signals read from the image sensor to digital image-pixel signals; an image stabilizer that comprises a coil and a movable member configured to move in a given direction while supporting the image sensor; an image stabilization controller that controls a position of the movable member at given time intervals by sending pulse drive signals through the coil; and a timing adjustment processor that shifts at least one of a rise timing and fall timing of the pulse drive signals from a signal-processing interval associated with an A/D conversion process.

Abstract: A new technique for recording a series of images of a high-speed event (such as, but not limited to: ballistics, explosives, laser induced changes in materials, etc.) is presented. Such technique(s) makes use of a lenslet array to take image picture elements (pixels) and concentrate light from each pixel into a spot that is much smaller than the pixel. This array of spots illuminates a detector region (e.g., film, as one embodiment) which is scanned transverse to the light, creating tracks of exposed regions. Each track is a time history of the light intensity for a single pixel. By appropriately configuring the array of concentrated spots with respect to the scanning direction of the detection material, different tracks fit between pixels and sufficient lengths are possible which can be of interest in several high-speed imaging applications.

Abstract: A pair of rotation plates 10 are provided on an upper surface and a lower surface of a camera body 30. The rotation plates 10 are rotatable with respect to the camera body 30. During panorama imaging, a user holds the pair of rotation plates 10 with their fingers to hold a camera 9. An actual rotation angle of the camera body 30 with respect to the rotation plate 10 is detected by an encoder provided inside the camera. When the actual rotation angle reaches a target rotation angle, an image capturing process of an element image is automatically executed.

Abstract: In order to provide a data processing technique for easily and suitably executing an integrating process for a plurality of image groups obtained successively from different directions against the object to be the base for generating a three-dimensional shape data of an object, while the object SB in a first posture placed on a rotary stage is being rotated, images of the object SB are successively photographed by a photographing device so that a first image group is obtained. The posture of the object SB is changed into a second posture, so that a second image group of the object SB is obtained similarly. Corresponding points Sp1, Sp2, Sp3 and the like of the object SB are specified on a partial first image extracted from the first image group and a partial second image extracted from the second image group. Conversion parameters of the first and second image groups are calculated from the information about the specified plural corresponding points, so that the integrating process is executed.

Abstract: A scanner mechanism having a multi-position lens assembly for capturing images resident on an original includes an electronic camera for capturing the images and providing an image signal therefrom and a base assembly having a camera housing which supports the camera for movement relative to an optical axis in order to define plural fields of view. A lifting cam is mounted for pivotal movement from the base assembly, pivoting at one end thereof in spaced relation to the camera and engaging the camera at the other thereof for movement relative to the base assembly to define the plural fields of view, the lifting cam further having a contour cam surface on one side thereof. A slide is movable in relation to the base assembly and supports at least two lens assemblies in spaced relation relative to the optical axis of the camera.

Abstract: A topological panorama camera has a track or other system upon which a linescan camera can move in one, two or three dimensions while recording the image of an object. The path, speed, acceleration and direction of the linescan camera can be controlled, as can the path, speed, acceleration and direction of the object. Further, the scan rate of the camera and the orientation of the scan can be controlled. These factors allow the user to record an image of an object which change many of the properties of the object. The relative motion of the linescan camera and the object allows a student to create images which change properties of an object from one geometry to another.

Abstract: A panoramic camera has a camera housing rotatable about an axis of rotation that defines a viewpoint which points along a radial optical path that object rays traverse as the camera is rotated about its axis; a lens assembly having an optical path and a front nodal point mounted for rotation with the camera housing with the optical path of the lens offset from the radial optical path; a specular assembly including an object specular member along the radial optical path mounted for rotation with the housing that cooperates with the lens assembly for gathering object rays that traverse the radial optical path and for deviating them along the optical path of the lens assembly in such a way that the front nodal point of the lens subassembly virtually appears to lie on the axis of rotation thereby eliminating image smearing; and has an ambient light responsive controller including an ambient light sensor mounted for rotation with the camera housing for automatically varying the speed of rotation in direct relation