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    • 13. 发明授权
    • Patch codes for color calibration job identification encoding
    • 彩色校准作业识别编码的补码
    • US06972867B1
    • 2005-12-06
    • US09710106
    • 2000-11-10
    • Dennis L. VenableThyagarajan Balasubramanian
    • Dennis L. VenableThyagarajan Balasubramanian
    • B41J29/46B41J2/525G01J3/52H04N1/23H04N1/60G06K15/00H04N1/46
    • H04N1/6033H04N2201/3269
    • A color calibration job identification system and method are provided, wherein the job identification data is encoded on a printed page, in a patch code, along with color targets, according to a protocol and format approximately identical to a format of the color targets. The patch code comprises a first portion, including a start code, and a second portion, including job identification data. The first portion of the patch code is comprised of two or more small color patches, each having a predefined color. The second portion of the patch code is comprised of two or more small color patches wherein each of the patches is comprised of a color selected from a plurality of colors, wherein each of the colors is indicative of a unique datum value, preferably an octal digit. The system provides a means for determining correct functioning of a printer and a means for determining an orientation of a printed page in a scanning device.
    • 提供了一种颜色校准作业识别系统和方法,其中根据与彩色目标的格式大致相同的协议和格式,将作业识别数据与打印页面,拼图代码以及颜色目标一起编码。 补丁码包括包括起始码的第一部分和包括作业识别数据的第二部分。 补丁代码的第一部分由两个或更多个小颜色补丁组成,每个都有一个预定义的颜色。 补丁代码的第二部分由两个或更多个小的色块组成,其中每个补丁由选自多种颜色的颜色组成,其中每种颜色表示唯一的基准值,优选地是八进制数 。 该系统提供用于确定打印机的正确功能的装置和用于确定扫描装置中的打印页面的方位的装置。
    • 14. 发明授权
    • Locating the position and orientation of multiple objects with a smart platen
    • 使用智能压板来定位多个对象的位置和方向
    • US06738154B1
    • 2004-05-18
    • US08785109
    • 1997-01-21
    • Dennis L. Venable
    • Dennis L. Venable
    • G06F1500
    • H04N1/3872G06K9/32
    • The present invention is an intelligent scanning system for processing a digital input image to automatically characterize a plurality of objects therein. The system then employs the characterizations as the basis for rudimentary image editing operations so as to produce a digital document. In the digital document, the objects may be derotated, shifted, cropped or otherwise aligned in a predetermined fashion in accordance with a template. The scanning apparatus of the present invention not only enables the scanning of a plurality of objects, but does so in an intelligent manner so as to enable further processing and manipulation of the images associated with the objects to create an output document.
    • 本发明是用于处理数字输入图像以自动表征其中的多个对象的智能扫描系统。 然后,该系统采用表征作为基本图像编辑操作的基础,以便产生数字文档。 在数字文档中,可以根据模板以预定方式对对象进行解旋转,移位,裁剪或以其他方式对准。 本发明的扫描装置不仅能够扫描多个对象,而且能够以智能的方式进行扫描,以便能够进一步处理和操纵与对象相关联的图像以创建输出文档。
    • 16. 发明授权
    • Pipelined image processing system for a single application environment
    • 用于单个应用环境的流水线图像处理系统
    • US5557795A
    • 1996-09-17
    • US076678
    • 1993-06-15
    • Dennis L. Venable
    • Dennis L. Venable
    • G06F9/46G06F15/78G06T1/20G06F9/455
    • G06F15/8053
    • A control system for pipelined image processing emulates a multi-tasking environment using a single tasking application. A number of predefined image processing tasks are provided in a library. When a host application needs a processed image from an image source, the host application creates a pipeline of initialized instantiations of one or more of the tasks from the library. When the host application invokes the pipeline, the first data request for the heater of the image travels upstream in a first channel. The processed image header is returned down the first channel. Then a data request for scanlines of image data is sent upstream in a second data channel. The data request ripples upstreamwardly to the upstream-most instantiation of one of the tasks from the task library. The upstream-most instantiation of a task obtains a scan line from an image data source and returns it downstreamwardly to the host application in the second channel. Each instantiation of a task from the task library further operates on the image data. Once all of the scanlines have been processed, the memory allocations and data structures created during initialization are released to free up that memory.
    • 用于流水线图像处理的控制系统使用单个任务应用来模拟多任务环境。 在库中提供了许多预定义的图像处理任务。 当主机应用程序需要来自图像源的处理后的图像时,主机应用程序将从库中创建一个或多个任务的初始化实例化流水线。 当主机应用程序调用流水线时,图像加热器的第一个数据请求在第一个通道中向上游传播。 经处理的图像头部返回第一个通道。 然后在第二数据信道中向上游发送图像数据的扫描线的数据请求。 数据请求在上游波动到来自任务库的任务之一的上游实例化。 任务的上游实例从图像数据源获取扫描线,并将其在下游返回到第二个通道中的主机应用程序。 来自任务库的任务的每个实例化进一步对图像数据进行操作。 一旦处理了所有扫描线,就会释放在初始化期间创建的内存分配和数据结构,以释放该内存。
    • 20. 发明授权
    • Relevance based print integrity verification
    • 基于相关性的打印完整性验证
    • US08687239B2
    • 2014-04-01
    • US13160725
    • 2011-06-15
    • Reiner EschbachMichael C. LacagninaScott MayneDennis L. Venable
    • Reiner EschbachMichael C. LacagninaScott MayneDennis L. Venable
    • H04N1/40
    • H04N1/6027
    • A relevance based print integrity method includes comparing current raster image data that define a document to be printed with golden raster image data that define a previous version of said document with a known (perfect) quality. A plurality of differences between said current raster image data and said golden raster image data are calculated, and each of the differences is processed to determine a relevance value of the difference and to assign the relevance value to the difference. The method includes generating and storing a list of the differences, wherein the list is ordered in terms of the relevance value assigned to each difference. The difference list is presented to a user textually or graphically and/or is used to control or interrupt printing operations.
    • 基于相关性的打印完整性方法包括将定义要打印的文档的当前光栅图像数据与已知(完美)质量定义所述文档的先前版本的黄金光栅图像数据进行比较。 计算所述当前光栅图像数据和所述黄金光栅图像数据之间的多个差异,并且处理每个差异以确定所述差异的相关性值,并将所述相关性值分配给所述差异。 该方法包括生成和存储差异列表,其中列表根据分配给每个差异的相关性值进行排序。 区别列表以文字或图形方式呈现给用户,和/或用于控制或中断打印操作。