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    • 1. 发明申请
    • SYSTEMS AND METHODS FOR PERFORMING A NESTED JOIN OPERATION
    • 用于执行加工操作的系统和方法
    • US20130232133A1
    • 2013-09-05
    • US13885003
    • 2010-12-03
    • Awny K. Al-OmariQifan ChenMichael J. Hanlon
    • Awny K. Al-OmariQifan ChenMichael J. Hanlon
    • G06F17/30
    • G06F16/24544G06F16/24532G06F16/2456G06F16/24561
    • Systems and methods are provided for performing a nested join operation. Partitioning key values are computed for an outer data source using a partitioning key function used to partition an inner table. A join process is established for each of a plurality of partitions of the inner table (at 204), with a given partition of the inner table representing a plurality of partitioning key values. Each row from the outer data source is routed to a join process according to its associated partitioning key value (at 206). The inner table is probed to return a row from the inner table having the partitioning key value associated with the row from the outer data source (at 208). The row from the outer data source and the row returned from the inner table are joined to form a row in a combined table (at 210).
    • 提供了系统和方法来执行嵌套连接操作。 使用用于分割内部表的分区键功能为外部数据源计算分区键值。 为内表的多个分区(在204)建立连接过程,其中内表的给定分区表示多个分区键值。 根据其相关联的分区键值,来自外部数据源的每一行都被路由到连接进程(在206处)。 内部表被探测以从具有与外部数据源的行相关联的分区键值的内部表返回一行(在208处)。 来自外部数据源的行和从内部表返回的行被连接以组合表中的行(在210)。
    • 8. 发明授权
    • Vehicle window weatherstrip
    • 车窗天气条
    • US5106146A
    • 1992-04-21
    • US692445
    • 1991-04-24
    • Michael J. Hanlon
    • Michael J. Hanlon
    • B60J10/00B60J10/04
    • B60J10/24B60J10/74
    • A vehicle door window weatherstrip is mountable in a vehicle having a frame surrounding at least a portion of an upwardly and dowwardly movable window. The weatherstrip is formed of a one-piece body having a frame mounting portion engageable with the vehicle frame, a movable lip integral with the frame mounting portion and normally extending outward from the frame beyond the exterior of the vehicle window, and a deformable portion integral with the lip and deformable upward upon engagement with the top edge of an upwardly movable window. During such deformation of the deformable portion of the weatherstrip body, the lip moves from the normal outwardly extending position which defines a water channel with the adjacent portion of the vehicle frame when the deformable portion is in a normal un-deformed condition to a downward extending position in substantial registry with the exterior surface of the window. In one embodiment, a hollow channel is formed in the deformable portion of the weatherstrip body. In another embodiment, the deformable portion comprises a solid portion having a window engaging surface formed on one side and a frame engaging surface formed on the other side which is spaced from the vehicle frame in a normal, un-deformed condition. A planar reinforcement strip may be disposed within the lip of the weatherstrip body to provide rigidity to the lip when the lip is in the extended, rain channel forming position.
    • 车辆门窗密封条安装在车辆中,该车辆具有围绕向上和向下运动的窗口的至少一部分的框架。 挡风雨条由具有与车架接合的框架安装部分的一体式主体形成,与框架安装部分一体并且通常从框架向外延伸超过车窗外部的可移动凸缘,以及可变形部分积分 具有唇缘并且在与可向上移动的窗口的顶部边缘接合时向上变形。 在挡风雨挡体的可变形部分的这种变形期间,当可变形部分处于正常未变形状态时,唇缘从正常向外延伸的位置移动,该位置限定了与车架的相邻部分的水通道 位置与窗户的外表面实质注册。 在一个实施例中,在挡风雨挡体的可变形部分中形成中空通道。 在另一个实施例中,可变形部分包括具有形成在一侧上的窗口接合表面的实心部分和形成在另一侧的框架接合表面,该正面部分在正常的未变形状态下与车辆框架间隔开。 平面加强条可以设置在密封条体的唇缘内,以在唇缘处于延伸的雨道形成位置时向唇缘提供刚性。