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    • 1. 发明授权
    • Output interface for a raster object memory in a method, system and program
    • 在方法,系统和程序中的栅格对象存储器的输出接口
    • US06651116B1
    • 2003-11-18
    • US09571051
    • 2000-05-15
    • Steven G. LudwigStephen D. HannaHoward C. Jackson
    • Steven G. LudwigStephen D. HannaHoward C. Jackson
    • G06F1300
    • G06F13/1663
    • An output interface allows a user circuit to access data for multiple objects in an interleaved fashion. Status information is provided to guarantee data availability before each transfer sequence is started. An identifier is provided for each object. Each identifier, after data transfer has ended, may be subsequently reused to identify a different object. The interface provides the ability to retrieve all data in an object or to cancel the object before reaching the end and discarding the unretrieved data. The objects are provided to the appropriate processing mechanisms within the printer to implement a printing task. These objects correspond to images and text to be printed on a page. Object data is temporarily stored in limited data memory of the memory system and object headers are stored in header memory before transfer via the output interface. Each object to be printed has an object header and may, or may not, have associated object data.
    • 输出接口允许用户电路以交错的方式访问多个对象的数据。 提供状态信息以保证每个传输顺序开始前的数据可用性。 为每个对象提供一个标识符。 数据传输结束后的每个标识符可以随后重新用于识别不同的对象。 该接口提供检索对象中的所有数据或在到达结束之前取消对象并丢弃未解析的数据的能力。 这些对象被提供给打印机内的适当的处理机构以实现打印任务。 这些对象对应于要打印在页面上的图像和文本。 对象数据临时存储在存储器系统的有限数据存储器中,并且在通过输出接口传送之前,对象头部存储在头部存储器中。 要打印的每个对象都有一个对象头,并且可以具有或不具有关联的对象数据。
    • 2. 发明授权
    • Compressed data transmission over a plurality of transmission paths
    • 在多个传输路径上的压缩数据传输
    • US06981069B2
    • 2005-12-27
    • US09891032
    • 2001-06-25
    • Stephen D. HannaHoward C. Jackson
    • Stephen D. HannaHoward C. Jackson
    • G06F3/12G06F3/00
    • G06F3/1212G06F3/1206G06F3/1236G06F3/1247G06F3/1285
    • A method and apparatus for data transmission transmits both compressed and noncompressed data over each of a plurality of transmission paths. A data identification pattern is used to request a type of data from a memory having a plurality of data types stored within it. A handshaking control module is provided to select the correct type of data from the memory and place it on the output of the memory. The requested data type is then transmitted to a data decompression module via an interface. The data transmission can occur on any one of a plurality of data transmission paths when the data being transmitted is either Linework or Linework control data. When the data decompression module receives the data, it is then routed to any one of a plurality of data decompression systems based upon the results of the evaluation of the data identification pattern. The routing of the received data is wholly dependent upon the data identification pattern and independent of which transmission path the data was received on.
    • 用于数据传输的方法和装置在多个传输路径中的每一个上传送压缩和非压缩数据。 数据识别模式用于从存储有多个数据类型的存储器请求一种类型的数据。 提供握手控制模块以从存储器中选择正确类型的数据并将其放置在存储器的输出端上。 然后通过接口将所请求的数据类型发送到数据解压缩模块。 当要发送的数据是线路作业或线路作业控制数据时,数据传输可以发生在多个数据传输路径中的任何一个上。 当数据解压缩模块接收到数据时,根据数据识别模式的评估结果将其传送到多个数据解压缩系统中的任一个。 所接收的数据的路由完全取决于数据识别模式,并且独立于接收数据的传输路径。
    • 3. 发明授权
    • Input interface for a raster object memory in a method, system and program
    • 在方法,系统和程序中的栅格对象存储器的输入接口
    • US06906823B1
    • 2005-06-14
    • US09571000
    • 2000-05-15
    • Howard C. JacksonDaniel J. Collins, Jr.Charles H. Morris, III
    • Howard C. JacksonDaniel J. Collins, Jr.Charles H. Morris, III
    • G06F3/12G06F15/00
    • G06F3/1284G06F3/1213G06F3/1222G06F3/1244
    • A memory system is enabled to access data for multiple objects in an interleaved fashion. Object data is retrieved from a system bus via an input interface, is temporarily stored in a limited data memory of the memory system and object headers are stored in a header memory. Each object to be printed has an object header and may, or may not, have associated object data. A “skip” function is provided to terminate a transfer function if object data is not ready. The memory system is enabled to retrieve all data in an object or cancel the object before the endo f data is reached. An identifier is associated with each data object and is subsequently reused after the original data object is transferred or cancelled. A plurality of request levels are assigned each data request to indicate the urgency of a data request, enabling multiple memory systems to operate from a single data transfer function.
    • 存储器系统能够以交错方式访问多个对象的数据。 通过输入接口从系统总线检索对象数据,临时存储在存储器系统的受限数据存储器中,并且将对象标题存储在标题存储器中。 要打印的每个对象都有一个对象头,并且可以具有或不具有关联的对象数据。 如果对象数据尚未就绪,则提供“跳过”功能来终止传输函数。 内存系统能够检索对象中的所有数据,或者在达到内容数据之前取消对象。 标识符与每个数据对象相关联,并且在原始数据对象被传送或取消之后随后重新使用。 为每个数据请求分配多个请求级别以指示数据请求的紧急性,使多个存储器系统能够从单个数据传输功能操作。