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    • 53. 发明授权
    • Method and system to process resources in a document processing language
    • 以文档处理语言处理资源的方法和系统
    • US5446837A
    • 1995-08-29
    • US119930
    • 1993-09-10
    • Tetsuro MotoyamaYueh-Lin Chang
    • Tetsuro MotoyamaYueh-Lin Chang
    • G06F3/12G06F17/21G06F17/22G06F17/27G06K15/00
    • G06F3/1297G06F17/211G06F17/2264G06F17/227G06F17/27G06K15/00G06K15/1828G06K15/1849G06K2215/0011
    • A method and apparatus for processing resources in a hierarchically structured page description language. The resource must first be defined before it can be used. The definition of a resource is contained in a resource specification. The resource is defined by creating a linked list resource definition data structure which contains a reference to a resource specification and a reference to a subsequent resource definition data structure. Alternatively, the resource can be defined by downloading a predefined resource from non-volatile memory and reference is made to the downloaded resource specification in a AVAILABLE RESOURCE TABLE. It is also possible for default resources of the system to be found in the AVAILABLE RESOURCE TABLE. After a resource is defined, it must be declared. The declaration process uses a resource declaration data structure which has a reference to a defined resource specification and a reference to a subsequent resource declaration data structure.
    • 一种用于以分层结构的页面描述语言处理资源的方法和装置。 必须首先定义资源才能使用。 资源的定义包含在资源规范中。 该资源通过创建链接列表资源定义数据结构来定义,该数据结构包含对资源规范的引用和对后续资源定义数据结构的引用。 或者,可以通过从非易失性存储器下载预定义的资源来定义资源,并且在可用资源表中参考下载的资源规范。 也可以在可用资源表中找到系统的默认资源。 定义资源后,必须声明它。 声明过程使用资源声明数据结构,其中引用了定义的资源规范和对后续资源声明数据结构的引用。
    • 57. 发明授权
    • Printer
    • 打印机
    • US5268993A
    • 1993-12-07
    • US709980
    • 1991-06-04
    • Yoshikazu IkenoueNobuo KameiMotomi KawamuraEiichi YoshidaKatsunori Suzuki
    • Yoshikazu IkenoueNobuo KameiMotomi KawamuraEiichi YoshidaKatsunori Suzuki
    • G06K15/00
    • G06K15/00G06K2215/0011
    • A printer comprising: printing means for forming an image on a paper; setting means for setting independently a plural kind of analytical conditions for printing information; a plurality of store means each for storing a set of setting values which correspond to the analytical conditions of said plural kind of printing information set by said setting means; first selective means for selecting one among said plurality of said store means; a plurality of analytical means each for analyzing inputted printing information in accordance with analytical conditions for printing information stored in the store means selected by said first selective means based on respective inherent protocol; second selective means for selecting analytical means to be used among a plurality of analytical means; and control means for controlling said printing means in accordance with the printing information analyzed by the selected analytical means; wherein said first selective means selects a predetermined store means among said plurality of store means in response to the selection of analytical means by said second selective means. A user can set analytical conditions for printing information for each application conveniently without errors.
    • 一种打印机,包括:用于在纸张上形成图像的打印装置; 用于独立设置用于打印信息的多种分析条件的设置装置; 多个存储装置,用于存储与由所述设置装置设置的所述多种打印信息的分析条件相对应的一组设置值; 用于在所述多个所述存储装置中选择一个的第一选择装置; 多个分析装置,用于根据分析条件分析输入的打印信息,所述分析条件是基于相应的固有协议来打印由所述第一选择装置选择的存储装置中存储的信息; 用于选择在多个分析装置中使用的分析装置的第二选择装置; 以及控制装置,用于根据所选分析装置分析的打印信息控制所述打印装置; 其中所述第一选择装置响应于所述第二选择装置对分析装置的选择,选择所述多个存储装置中的预定存储装置。 用户可以方便地设置分析条件,无错误地为每个应用程序打印信息。
    • 60. 发明授权
    • High speed raster image processor particularly suited for use in an
image management system
    • 特别适用于图像管理系统的高速光栅图像处理器
    • US5113494A
    • 1992-05-12
    • US614047
    • 1990-11-09
    • Juan G. MenendezWilliam P. CaterisanoJohn Ball
    • Juan G. MenendezWilliam P. CaterisanoJohn Ball
    • G06K15/00G06T1/20
    • G06K15/00G06K15/1856G06T1/20G06K2215/0002G06K2215/0008G06K2215/0011G06K2215/0062G06K2215/0071
    • Apparatus for a pipe-lined raster image processor (RIP), that is capable of driving a printing engine at a high rate illustratively for use in an image management system. Specifically, this RIP contains a bus and a number of separate image processing components such as a scaler, a decompressor and various interface circuits. Each of these components is connected to the bus and is capable of undertaking a respective image processing task substantially in parallel with those undertaken by other of these image processing components. In addition, a arbiter is also connected to the bus. The arbiter, typically a microcomputer system, receives a request, from any one of the image processing components (the source component), for service, from another one of the image processing components (the destination component). Then, depending upon the availability of the bus and the destination component, the arbiter defines a data path over the bus between the source and destination components, and thereafter initiates an information (typically data) transfer over the bus and between these components. Once this transfer is complete, the destination component is then able to undertake its respective image processing task substantially independent of the tasks undertaken by both the arbiter and the source component. At this point, both the arbiter and the source component are free to perform other image processing tasks while the destination component is performing its respective task. This pipe-lined operation substantially and advantageously increases the throughput of the RIP.
    • 用于管道光栅图像处理器(RIP)的装置,其能够以高速率驱动打印引擎,用于图像管理系统中。 具体来说,该RIP包含总线和多个单独的图像处理组件,例如缩放器,解压缩器和各种接口电路。 这些部件中的每一个连接到总线,并且能够进行与这些图像处理部件中的其他部件进行的那些基本并行的相应的图像处理任务。 此外,仲裁器也连接到总线。 仲裁器(通常是微型计算机系统)从图像处理部件(目标部件)中的另一个接收来自图像处理部件(源组件)中的任何一个用于服务的请求。 然后,根据总线和目标组件的可用性,仲裁器在源和目标组件之间定义总线上的数据路径,然后通过总线和这些组件之间启动信息(通常是数据)传输。 一旦这个传输完成,目的地组件然后能够承担其相应的图像处理任务,这些任务基本上独立于由仲裁器和源组件执行的任务。 此时,仲裁器和源组件在目标组件正在执行其相应任务时可以自由地执行其他图像处理任务。 该管线操作基本上和有利地增加了RIP的吞吐量。