Abstract: A multi-prism mechanism includes: an exposure motherboard; and a laser controlling and launching unit; wherein a multi-prism unit, a lens, an angle-switching reflecting mirror, a light detecting reflecting mirror, a light detecting device, three acousto-optical driving controllers, a laser driving control panel, a plurality of support posts and a plurality of reflecting mirrors are provided on the exposure motherboard; the laser controlling and launching unit is mounted on the support posts through nuts, in such a manner that the laser controlling and launching unit is installed on the exposure motherboard in a folded form; wherein the lens comprises a light inputting face and a light outputting face, the laser controlling and launching unit comprises three laser generator sets in parallel, the laser generator set comprises an acousto-optical regulator, a light valve, a directing lens, an optical zooming lens, a laser reflecting mirror and a spotting reflecting mirror.

Abstract: A movable pressing and light-shielding mechanism for digital stereo image printing comprises a base (1), multiple gantries (2), a photosensitive platform (3) and an exposure system device (4); wherein the base (1) has a groove inside which the photosensitive platform (3) is provided. The number of the gantries (2) is two. The two gantries (2) are provided in parallel and fixed on the base (1) and a slideway (22) is provided between the two gantries (2). A screw is provided in the slideway (22). One end of the screw is connected with a second motor (12). The motor (12) is connected with the exposure system device (4). A top end face of the exposure system device (4) is connected with the screw. A laser scan line opening is provided on a bottom surface of the exposure system equipment (4).

Abstract: A multi-prism mechanism includes: an exposure motherboard; and a laser controlling and launching unit; wherein a multi-prism unit, a lens, an angle-switching reflecting mirror, a light detecting reflecting mirror, a light detecting device, three acousto-optical driving controllers, a laser driving control panel, a plurality of support posts and a plurality of reflecting mirrors are provided on the exposure motherboard; the laser controlling and launching unit is mounted on the support posts through nuts, in such a manner that the laser controlling and launching unit is installed on the exposure motherboard in a folded form; wherein the lens comprises a light inputting face and a light outputting face, the laser controlling and launching unit comprises three laser generator sets in parallel, the laser generator set comprises an acousto-optical regulator, a light valve, a directing lens, an optical zooming lens, a laser reflecting mirror and a spotting reflecting mirror.

Abstract: A movable pressing and light-shielding mechanism for digital stereo image printing comprises a base (1), multiple gantries (2), a photosensitive platform (3) and an exposure system device (4); wherein the base (1) has a groove inside which the photosensitive platform (3) is provided. The number of the gantries (2) is two. The two gantries (2) are provided in parallel and fixed on the base (1) and a slideway (22) is provided between the two gantries (2). A screw is provided in the slideway (22). One end of the screw is connected with a second motor (12). The motor (12) is connected with the exposure system device (4). A top end face of the exposure system device (4) is connected with the screw. A laser scan line opening is provided on a bottom surface of the exposure system equipment (4).

Abstract: A digital stereo imaging photosensitive device for a grating and a photosensitive material, includes: a photosensitive platform (8), connected with a base via a platform moving mechanism; a compressing mechanism (7) mounted on the photosensitive platform, wherein a grating (5) is positioned on the compressing mechanism; a LCD displayer (2) suspending above the photosensitive platform; and a lens suspending above the photosensitive platform via a lens moving mechanism, wherein the lens is under the LCD displayer. And a method for digital stereo projection is also provided.

Abstract: A photosensing device for digital stereo spliced picture projection imaging comprises a base (16), a front (43) and a back (25) wall plates located on the base (16), an light sensing platform (24) located slidably on the base (16), an exposure head (1) located above the front (43) and the back (25) wall plates, a longitudinal moving mechanism for moving the exposure head (1), a lateral moving mechanism for connecting the longitudinal moving mechanism with the front (43) and the back (25) wall plates, a pushing equipment located on the light sensing platform (24), a paper feeder located on a side of the light sensing platform (24), and a paper discharging mechanism located on the other side of the light sensing platform (24). The invention improves the resolution and the quality of the digital stereo image effectively. The device has an advantage of automatic process operation.

Abstract: A device for mounting a grating and a photosensitive material for stereoprojection imaging, includes: an enlarging-printing platform; and an exposure head positioned above the enlarging-printing platform; wherein the enlarging-printing platform is a chamber structure, and has a plurality of suction holes provided on an upper surface thereof and at least one exhaust port provided on a side connected with an exhaust device; the device for mounting the grating and the photosensitive material for stereoprojection imaging further includes a compressing mechanism connected with the upper surface. The device for mounting the grating and the photosensitive material provides a real-time composite device for developing stereopictures. With the mounting device, the grating and photosensitive photographic paper need either being combined beforehand, or being developed with the grating after exposure.

Abstract: A stereopicture shooting bracket, includes: a bracket (10), a base (9) mounted on the base (10), a curved rail mounted on the base (9), a sliding block (2) moving along the curved rail (1), a camera (3) capable of continuous shooting mounted on a top of the sliding block (2), and a driving device for driving the sliding block (2). A circle the curved rail (1) locating locates on a horizontal plane. The stereopicture shooting bracket according to the present invention is capable of shooting pictures of a same object continuously from different angles, so as to overcome the drawback that the focus, metering, and angle of different cameras can not be consistent at the shooting moment.

Abstract: A photosensing device for digital stereo spliced picture projection imaging comprises a base (16), a front (43) and a back (25) wall plates located on the base (16), an light sensing platform (24) located slidably on the base (16), an exposure head (1) located above the front (43) and the back (25) wall plates, a longitudinal moving mechanism for moving the exposure head (1), a lateral moving mechanism for connecting the longitudinal moving mechanism with the front (43) and the back (25) wall plates, a pushing equipment located on the light sensing platform (24), a paper feeder located on a side of the light sensing platform (24), and a paper discharging mechanism located on the other side of the light sensing platform (24). The invention improves the resolution and the quality of the digital stereo image effectively. The device has an advantage of automatic process operation.

Abstract: A stereopicture shooting bracket, includes: a bracket (10), a base (9) mounted on the base (10), a curved rail mounted on the base (9), a sliding block (2) moving along the curved rail (1), a camera (3) capable of continuous shooting mounted on a top of the sliding block (2), and a driving device for driving the sliding block (2). A circle the curved rail (1) locating locates on a horizontal plane. The stereopicture shooting bracket according to the present invention is capable of shooting pictures of a same object continuously from different angles, so as to overcome the drawback that the focus, metering, and angle of different cameras can not be consistent at the shooting moment.

Abstract: An apparatus for moving a stereo imaging lens, includes: a baseplate (1), a LCD displayer (15) for display an image source, a light source device (4) above the LCD displayer (15), and a lens (5) positioned under the LCD displayer (15). A display surface of the LCD displayer (15) is downwardly embedded into a fixing board (3) horizontally mounted on the baseplate (1). The light source device (4) is mounted on the fixing board (3). The lens (5) is embedded in a lens fixing board (10). The lens fixing board (10) is mounted on the baseplate (1) via a sliding device. The present invention further provides a method for digital stereo projection, the image source obtained by digital devices can be processed for stereopictures with the LCD displayer (15) as display device, and thus has high sensitization accuracy.

Abstract: A digital stereo imaging photosensitive device for a grating and a photosensitive material, includes: a photosensitive platform (8), connected with a base via a platform moving mechanism; a compressing mechanism (7) mounted on the photosensitive platform, wherein a grating (5) is positioned on the compressing mechanism; a LCD displayer (2) suspending above the photosensitive platform; and a lens suspending above the photosensitive platform via a lens moving mechanism, wherein the lens is under the LCD displayer. And a method for digital stereo projection. The present invention does not need photosensitive paper after combining the grating and the photosensitive material, is capable of separating the photosensitive material and the grating after projection and sensitization, so that an ordinarily developing device can be used to develop.

Abstract: A device for mounting a grating and a photosensitive material for stereoprojection imaging, includes: an enlarging-printing platform; and an exposure head positioned above the enlarging-printing platform; wherein the enlarging-printing platform is a chamber structure, and has a plurality of suction holes provided on an upper surface thereof and at least one exhaust port provided on a side connected with an exhaust device; the device for mounting the grating and the photosensitive material for stereoprojection imaging further includes a compressing mechanism connected with the upper surface. The device for mounting the grating and the photosensitive material provides a real-time composite device for developing stereopictures. With the mounting device, the grating and photosensitive photographic paper need either being combined beforehand, or being developed with the grating after exposure.