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    • 2. 发明申请
    • SYSTEM FOR DYNAMIC SEGMENTATION USING MIXED DATA MODEL
    • 使用混合数据模型进行动态分段的系统
    • WO1993017381A1
    • 1993-09-02
    • PCT/US1993001833
    • 1993-02-26
    • INTERGRAPH CORPORATION
    • INTERGRAPH CORPORATIONGERULL, Douglas, B.GLENN, David, M.
    • G06F05/00
    • G06F17/30607Y10S707/919Y10S707/954Y10S707/955Y10S707/99933Y10S707/99942
    • A system performs dynamic segmentation analysis of attributes of a linear network, when the attributes are stored in a computer readable relational database. An embodiment of the system has an arrangement for converting data in the relational database to resulting computer readable data in object-oriented form. It also has an arrangement for analyzing the resulting data in object-oriented form and providing an output of the analysis. The Search Screen includes the class (111) of the linear features with distributed attributes (116) from which a selection may be made. The attribute conditions (112) and connection (113) and Attribute (117) are used to filter the linear feature data. The conditions (114) may be edited by the edit option buttons (115). The search may be saved (117) to a file.
    • 当属性存储在计算机可读关系数据库中时,系统对线性网络的属性进行动态分段分析。 该系统的实施例具有用于将关系数据库中的数据转换为面向对象形式的计算机可读数据的布置。 它还具有用于以面向对象的形式分析所得到的数据并提供分析的输出的安排。 搜索屏幕包括具有可从中进行选择的分布属性(116)的线性特征的类(111)。 属性条件(112)和连接(113)和属性(117)用于过滤线性特征数据。 条件(114)可以由编辑选项按钮(115)编辑。 可以将搜索保存(117)到文件。
    • 3. 发明申请
    • HIGH-AVAILABILITY SUPER SERVER
    • 高可用性超级服务器
    • WO1997030399A1
    • 1997-08-21
    • PCT/US1997002571
    • 1997-02-19
    • INTERGRAPH CORPORATION
    • INTERGRAPH CORPORATIONMcKINNEY, Arthur, C.McCARVER, Charles, H., Jr.SAMIEE, Vahid
    • G06F15/16
    • G06F12/0813G06F12/0822G06F12/0831G06F13/4022G06F13/4077G06F15/173H03K19/00361H03K19/018521
    • The present invention provides a high-availability parallel processing server that is a multi-processor computer with a segmented memory architecture. The processors are grouped into processor clusters, with each cluster consisting of up to four processors in a preferred embodiment. Each cluster of processors has dedicated memory buses for communicating with each of the memory segments. The invention is designed to be able to maintain coherent interaction between all processors and memory segments within a preferred embodiment. A preferred embodiment uses Intel Pentium-Pro processors. The present invention comprises a plurality of processor segments (a cluster of one or more CPU's) memory segments (separate regions of memory), and memory communication buses (pathways to communicate with the memory segment). Each processor segment has a dedicated communication bus for interacting with each memory segment, allowing different processors parallel access to different memory segments while working in parallel. The processors, in preferred embodiment, may further include an internal cache and flags associated with the cache to allow multi-processor cache coherency in external write-back cache.
    • 本发明提供了一种具有分段存储架构的多处理器计算机的高可用性并行处理服务器。 处理器被分组为处理器集群,在优选实施例中,每个集群由多达四个处理器组成。 每个处理器集群具有用于与每个存储器段通信的专用存储器总线。 本发明被设计为能够在优选实施例中保持所有处理器和存储器段之间的相干交互。 优选实施例使用Intel Pentium-Pro处理器。 本发明包括多个处理器段(一个或多个CPU的集群)存储器段(存储器的独立区域)和存储器通信总线(与存储器段通信的路径)。 每个处理器段具有用于与每个存储器段进行交互的专用通信总线,允许不同处理器并行工作时并行访问不同的存储器段。 在优选实施例中,处理器还可以包括与高速缓存相关联的内部高速缓存和标志,以允许外部回写高速缓存中的多处理器高速缓存一致性。
    • 7. 发明申请
    • CLAMPING MECHANISM FOR USE ON A ROTATABLE PLOTTER DRUM
    • 夹紧机构用于可旋转的喷枪
    • WO1994021988A1
    • 1994-09-29
    • PCT/US1994003000
    • 1994-03-16
    • INTERGRAPH CORPORATION
    • INTERGRAPH CORPORATIONBOSY, Brian
    • G01D15/28
    • H04N1/0813B41F27/1212G01D9/38G01D15/28G03B27/60H04N1/08H04N1/0839
    • A mechanism for clamping a flexible metal printing plate to the circumferential surface of a rotatable plotter drum is provided. The clamping mechanism includes a mounting member affixed to the drum's surface. The mounting member has a passage aligned radially with respect to the drum. A slidable member extends through the passage and past the drum's axis of rotation. The slidable member has, at one end, a head and, at the other end, a weight. The clamp head is disposed further from the axis of rotation than the mounting member and adjacent the drum surface so as to permit clamping between the head and the drum surface. The slidable member is disposed so that its center of mass is opposite the drum's axis of rotation from the head. A mechanism, such as a compressed spring mounted between the weight and the mounting member, is provided for urging the slidable member so as to force the head towards the drum surface. An actuator having two modes is also provided. In the first mode, it forces the slidable member so as to move the head away from the drum surface and, in its second mode, it permits the head to be urged towards the drum surface by the urging means. The clamping mechanism is also provided with a mechanism for turning the slidable member, so that every time the actuator goes into the second mode the clamp head is turned 90 DEG from the previous time the actuator went into the second mode.
    • 提供了一种用于将柔性金属印刷板夹紧到可旋转绘图机滚筒的圆周表面上的机构。 夹紧机构包括固定在滚筒表面上的安装件。 安装构件具有相对于滚筒径向对准的通道。 滑动构件延伸穿过通道并经过滚筒的旋转轴线。 滑动构件的一端具有头部,另一端具有重量。 夹头设置为比安装构件更远离旋转轴线并且邻近鼓表面,以允许夹头与鼓表面之间的夹紧。 可滑动构件设置成使得其质心与鼓的头部旋转轴线相反。 提供了一种诸如安装在重物和安装构件之间的压缩弹簧的机构,用于推动可滑动构件以将头朝向鼓表面。 还提供了具有两种模式的致动器。 在第一模式中,其迫使可滑动构件将头部从鼓表面移开,并且在其第二模式中,允许头部被推动装置推向鼓表面。 夹紧机构还设置有用于转动可滑动构件的机构,使得每次致动器进入第二模式时,夹具头从前一次执行器进入第二模式转动90度。
    • 8. 发明申请
    • 3D INPUT SYSTEM FOR CAD SYSTEMS
    • CAD系统的3D输入系统
    • WO1994019737A1
    • 1994-09-01
    • PCT/US1994002104
    • 1994-02-14
    • INTERGRAPH CORPORATION
    • INTERGRAPH CORPORATIONBROWN, Robert, Julian
    • G06F03/033
    • G06F3/04845G06T17/00Y10S715/964
    • A system for supplying input data establishing the location of data points in a model space represented in a view on a two-dimensional display is provided in one embodiment. The embodiment has a pointing device (such as a mouse) for establishing the location of a cursor on the display, and also an arrangement for establishing in the model space primary and secondary orientation planes of which one is currently active at any given time. The embodiment also has an arrangement for providing an initial value (called the "start point") of a tentative point in the model space. A dynamic arrangement establishes a current point in a construction plane, parallel to the active plane, in which the tentative point is located, in the location attributable to the position of the cursor on the display of the view. On command a tentative selection arrangement copies the current point data to the tentative point data and toggles the active plane from one to the other of the primary and secondary planes. On command, typically when the user is satisfied with the location of the tentative point, a final selection arrangement provides input point data using the data of the tentative point.
    • 在一个实施例中提供了一种用于提供在二维显示器上的视图中表示的模型空间中建立数据点的位置的输入数据的系统。 该实施例具有用于在显示器上建立光标的位置的指示设备(例如鼠标),以及用于在模型空间中建立在任何给定时间当前处于活动状态的主和第二定向平面的布置。 该实施例还具有用于在模型空间中提供临时点的初始值(称为“起始点”)的布置。 动态布置在构造平面中平行于临时点所在的活动平面的位置在归因于光标在视图显示器上的位置的位置处建立。 根据命令,临时选择布置将当前点数据复制到临时点数据,并将活动平面从主平面和辅助平面中的一个切换到另一个平面。 根据命令,通常当用户对暂定点的位置满意时,最终选择装置使用暂定点的数据提供输入点数据。
    • 10. 发明申请
    • HARDWARE-ACCELERATED PHOTOREAL RENDERING
    • 硬件加速照相渲染
    • WO1998006067A1
    • 1998-02-12
    • PCT/US1997013563
    • 1997-08-01
    • INTERGRAPH CORPORATION
    • INTERGRAPH CORPORATIONSMITH, George, Randolph, Jr.SMITH, Karin, P.STRADLEY, David, John
    • G06T15/00
    • G06T15/10
    • A rendering apparatus provides, with respect to a defined viewer location and a defined viewport, a desired rendering of objects defined by object data having an object data format, in a three-dimensional object space. The apparatus may have a graphics accelerator for transforming object data into image data determined with respect to the defined viewer location and the defined viewport. The apparatus also may have a rendering processor for first converting at least one parameter characterizing the desired rendering into parameter data in object data format, feeding the parameter data to the graphics accelerator, and then converting resulting image data as to the at least one parameter to a further processed result pertinent to the desired rendering.
    • 渲染装置针对定义的观看者位置和定义的视口,在三维对象空间中提供由具有对象数据格式的对象数据定义的对象的期望呈现。 该装置可以具有图形加速器,用于将对象数据转换成关于定义的观看者位置和定义的视口确定的图像数据。 该装置还可以具有渲染处理器,用于首先将表征所需渲染的至少一个参数转换为对象数据格式的参数数据,将参数数据馈送到图形加速器,然后将所生成的图像数据转换为至少一个参数,转换为 与所需渲染相关的进一步处理结果。