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    • 3. 发明授权
    • Method of printing multi-color image
    • 打印多色图像的方法
    • US06793322B1
    • 2004-09-21
    • US10438598
    • 2003-05-15
    • Dale F. McIntyreLoretta E. AllenDavid L. Patton
    • Dale F. McIntyreLoretta E. AllenDavid L. Patton
    • B41J221
    • H04N1/60H04N1/6097
    • A method of printing a multi-color image on a particular surface, using a digital image file having a discrete number of pixels that collectively represent the multi-color image, comprises: determining a relatively large area of the multi-color image that is represented by less than the total number of pixels, but which pixels each have a common printing color component; forming an outline of the determined relatively large image area on the particular surface the multi-colored image is to be printed; providing a colored receiver layer within the formed outline that is the same color as the common color component, but which color has a selected low color value; applying a non-colored receiver to an area on the particular surface that is outside the formed outline on the particular surface, to provide a non-colored receiver layer on the particular surface in addition to the colored receiver layer on the particular surface; modifying the digital image file by subtracting the selected low color value from the pixels representing the relatively large area, to provide a printing file for printing the multicolor image; and printing the multi-color image on the colored and non-colored receiver layers, using the printing file, to make a print of the multicolor image on the particular surface.
    • 使用具有共同表示多色图像的离散数量的像素的数字图像文件在特定表面上打印多色图像的方法包括:确定表示的多色图像的相对较大的区域 小于总像素数,但每个像素具有共同的打印色彩分量; 在特定表面上形成所确定的相对大的图像区域的轮廓,所述多色图像将被打印; 在所形成的轮廓内提供与公共颜色分量相同的颜色,但是哪种颜色具有选择的低颜色值的着色接收层; 将非着色接收器施加到特定表面上在特定表面上形成的轮廓外部的区域,以在特定表面上除了着色接收层之外在特定表面上提供非着色接收层; 通过从表示相对大的区域的像素中减去所选择的低色值来修改数字图像文件,以提供用于打印多色图像的打印文件; 并使用打印文件在彩色和非彩色接收层上打印多色图像,以在特定表面上打印多色图像。
    • 9. 发明授权
    • Orienting projector
    • 定向投影机
    • US5803565A
    • 1998-09-08
    • US775321
    • 1996-12-31
    • Dale F. McIntyreDaniel M. PaganoDavid L. PattonEdward Weissberger
    • Dale F. McIntyreDaniel M. PaganoDavid L. PattonEdward Weissberger
    • G03B27/32G03B21/00G03B23/00G03B23/12G03B21/14
    • G03B23/00G03B23/12G03B2206/004
    • A film projector for use with frames of processed photographic film having frame-associated image orientation data. The film projector has a light source that emits a collimated beam and a film holder that is disposed to hold individual frames of film in the beam. The film holder is pivotable between a first and second orthogonal orientations. An optical projection system receives the beam from the film holder. The optical system propagates and focuses at least a portion of the beam on a viewing plane external to the projector. A sensor is disposed to read the frame-associated image orientation data. The sensor produces a signal responsive to the image configuration information. A controller receives the signal from the sensor. A repositioner is connected to the film holder. The repositioner is operatively connected to the controller to move the film holder between the orientations responsive to the controller.
    • 一种用于与具有帧相关联的图像取向数据的经处理的照相胶片的框架一起使用的胶片投影仪。 该投影仪具有发出准直光束的光源和设置成将各个胶片框保持在光束中的胶片保持器。 胶片保持器可在第一和第二正交取向之间枢转。 光学投影系统从胶片保持器接收光束。 光学系统在投影仪外部的观察平面上传播并聚焦至少一部分光束。 传感器被设置为读取帧相关联的图像取向数据。 传感器响应于图像配置信息产生信号。 控制器从传感器接收信号。 重新定位器连接到电影持有人。 重新定位器可操作地连接到控制器,以在响应于控制器的取向之间移动胶片保持器。