Abstract: A thermal processor and method for using the same which is particularly useful for developing a sheet of imaging material, such as photothermographic film. The thermal processor includes means for transporting the imaging material through the apparatus. The thermal processor also includes means for heating the imaging material to develop the image in the imaging material. The thermal processor also includes a fog reduction system which removes a gaseous by-product emitted from the imaging material which may cause fogging of the image as the image is developed on the imaging material.

Abstract: Apparatus and method for refurbishing damaged belting. The apparatus includes a frame with a conveyor system. A mechanism is attached to the frame for removing a desired amount of the belting surface as the belting moves relative to the frame on the conveyor system.

Abstract: An apparatus for cooling a radiator of a vehicle carrying a snowplow. The apparatus includes an air flow directing mechanism located adjacent the plow, capable of directing air flow at the radiator when the plow blade is in a riding position.

Abstract: An optical scanner assembly for exposing an image on a photosensitive film. The photosensitive film is positioned on the internal surface of a drum. The optical scanner assembly includes a laser assembly for producing a laser beam representative of the image to be exposed on the photosensitive film, a scanner, and a long, flexible lens curved to the shape of the photosensitive film positioned on the internal surface of the drum, wherein the lens is positioned between the scanner and the film. The scanner operates to scan the laser beam through the lens across the surface of the photosensitive film in an image-wise pattern.

Abstract: A printing system prints an image on a printing surface of a printing medium with a print head array having multiple columns of print heads, such as electro-mechanical actuator impact or non-impact print heads, ink-jet print heads, or bubble jet print heads, having varying positions in a vertical dimension in the print head array for printing in a corresponding printable column area of the image. The printing medium is moved relative to the print head array in the vertical dimension to cause selected non-contiguous portions of a defined printable segment along a horizontal dimension to be printed in each printable column area by the print heads having varying positions in the vertical dimension. Further movement in the vertical dimension causes selected non-contiguous portions of multiple defined printable segments to be printed.