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    • 54. 发明公开
    • SYSTEM FOR BINDING DOCUMENT PARTS AND EDITORS IN A COMPUTER-HUMAN INTERFACE
    • SYSTEM FOR约束力的文件部位及编辑们人机界面机
    • EP0748478A1
    • 1996-12-18
    • EP95912737.0
    • 1995-03-02
    • APPLE COMPUTER, INC.
    • CELIK, Tantek
    • G06F17G06F9
    • G06F17/24G06F9/451G06F17/22G06F17/2229G06F17/2264
    • A computer-human interface employs parts as the basic structural elements of documents. At the time a part is opened, an editor is bound to the part in a manner which makes most efficient use of programs available on the computer. The binding system first determines whether the preferred editor for the part is available on the computer. If so, that editor is bound to the part and launched, if it is not already running. If the preferred editor is not available, the system attempts to locate the most suitable handler for the part, based upon various characteristics of the part's contents, such as their category and kind. If a suitable editor or other handler is available on the computer, it is bound to the part and launched. If necessary, the part is translated from one kind into another kind for which an editor is available. If no editor suitable for the part can be located within the computer's available programs, a handler of last resort is bound to the part as its editor. A handler of this type is a generic tool which allows the part to be presented to the user, without offering all of the functions that are normally associated with an editor for manipulating the part's particular type of contents.
    • 58. 发明公开
    • System and method for document processing
    • 用于文件处理的系统和方法
    • EP0538059A3
    • 1994-10-19
    • EP92309480.9
    • 1992-10-16
    • Ricoh Company, Ltd
    • Motoyama, TetsuroKim, ChanLuu, Nolan N.
    • G06F3/12
    • G06F17/2264G06F3/1296G06F17/2247G06F17/227
    • A document processing system controls the printing of documents represented in page description language form. Documents are represented by a page description language which is structured so that definition and declaratory commands are positioned only at the beginning of each distinct document segment. Each document has prologue sections, which contain definition and declaratory commands, and content portions which contain the specific tokens or commands for defining specific images. The definition and declaratory commands in the prologue sections of the document are arranged in a hierarchical tree so that each definition and declaratory command has a scope corresponding to the portion of the hierarchical tree subtended by that command. A structure processor handles resource declaration and definitions, dictionary generation, context declarations and references to data external to the document. A content processor processes the tokens using the definitions and declarations set up by the structure processor, and an imaging driver module translates the document into commands suitable for any of several types of printers, as well as for communication by telephone line to a remote device. On feature of the document processing system is the ability to query a remote device to determine whether it has the resources required for processing a document transmitted in a high level encoded form. It then either transmits the document in rasterized bit map form if the required resources are not available, or transmits the document in a higher level encoded form if the required resources are available.
    • 文件处理系统控制以页面描述语言形式表示的文档的打印。 文档由页面描述语言表示,其结构使得定义和声明命令仅位于每个不同文档段的开头。 每个文档都有序言部分,其中包含定义和声明命令,以及包含用于定义特定图像的特定令牌或命令的内容部分。 文档的序言部分中的定义和声明命令被排列在分层树中,以便每个定义和声明命令具有与该命令对准的分层树部分对应的范围。 结构处理器处理资源声明和定义,字典生成,上下文声明和对文档外部数据的引用。 内容处理器使用由结构处理器设置的定义和声明来处理令牌,并且成像驱动器模块将文档转换成适合于几种类型的打印机中的任何一种的命令,以及用于通过电话线通信到远程设备。 文档处理系统的特征是能够查询远程设备以确定其是否具有处理以高级编码形式发送的文档所需的资源。 然后,如果所需资源不可用,则以光栅化位图形式发送文档,如果所需资源可用,则以较高级编码形式传输文档。