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    • 41. 发明授权
    • SMP clusters with remote resource managers for distributing work to
other clusters while reducing bus traffic to a minimum
    • SMP集群与远程资源管理器,用于将工作分配到其他集群,同时将总线流量降至最低
    • US6038651A
    • 2000-03-14
    • US46430
    • 1998-03-23
    • Gary Alan VanHubenMichael A. BlakePak-kin Mak
    • Gary Alan VanHubenMichael A. BlakePak-kin Mak
    • G06F12/06G06F9/50G06F12/08G06F15/17G06F15/16
    • G06F9/505G06F12/0817
    • A remote resource management system for managing resources in a symmetrical multiprocessing comprising a plurality of clusters of symmetric multiprocessors having interfaces between cluster nodes of the symmetric multiprocessor system. Each cluster of the system has a local interface and interface controller. There are one or more remote storage controllers each having its local interface controller, and a local-to-remote data bus. The remote resource manager manages the interface between two clusters of symmetric multiprocessors each of which clusters has a plurality of processors, a shared cache memory, a plurality of I/O adapters and a main memory accessible from the cluster. This remote resource manager manages resources with a remote storage controller to distribute work to a remote controller acting as an agent to perform a desired operation without requiring knowledge of a requester who initiated the work request. Said work is transferred only when a remote requester is available for processing of the work, without a need for constant communication between the clusters of symmetric multiprocessors.
    • 一种用于管理对称多处理中的资源的远程资源管理系统,包括多个对称多处理器群集,所述对称多处理器群集在所述对称多处理器系统的群集节点之间具有接口。 系统的每个集群都有一个本地接口和接口控制器。 有一个或多个远程存储控制器各自具有其本地接口控制器和本地到远程的数据总线。 远程资源管理器管理两个对称多处理器群集之间的接口,每个群集具有多个处理器,共享高速缓存存储器,多个I / O适配器和可从群集访问的主存储器。 该远程资源管理器使用远程存储控制器管理资源,以将作业分发到作为代理的远程控制器来执行所需操作,而不需要知道启动工作请求的请求者。 所述工作仅在远程请求者可用于处理工作时被传送,而不需要对称多处理器的群集之间的恒定通信。
    • 49. 发明授权
    • Vehicle seat latch
    • 车座锁
    • US07431371B2
    • 2008-10-07
    • US11386525
    • 2006-03-22
    • Michael P. MillerBrian P. BaibakBrent C. EverettCraig S. SmithMichael A. Blake
    • Michael P. MillerBrian P. BaibakBrent C. EverettCraig S. SmithMichael A. Blake
    • B60N2/08
    • B60N2/01583B60N2205/20
    • A vehicle seat latch (24) includes a latch member (40) and a blocking member (70) that each have associated first and second blocking surfaces (80, 82 and 88, 90) for holding the latch member in a latched position with the blocking member in a blocking position. The first blocking surfaces (80 and 88) of the latch member and blocking member have a pressure angle between 4.6 and 6.6 degrees while the second blocking surfaces (82 and 90) have a zero degree pressure angle and are slightly spaced from each other. A deformable blocking portion (84) of the blocking member (70) defines its first blocking surface (88) and is deformed by excessive loading so that the zero degree pressure angle second blocking surfaces (82 and 90) then contact each other to hold the latch member in its latched position.
    • 车辆座椅闩锁(24)包括闩锁构件(40)和阻挡构件(70),每个阻挡构件具有相关联的第一和第二阻挡表面(80,82和88,90),用于将闩锁构件保持在闩锁位置, 阻挡构件处于阻挡位置。 闩锁构件和阻挡构件的第一阻挡表面(80和88)具有在4.6和6.6度之间的压力角,而第二阻挡表面(82和90)具有零压力角并且彼此稍微间隔开。 阻挡构件(70)的可变形阻挡部分(84)限定其第一阻挡表面(88)并且由于过大的载荷而变形,使得零压力角第二阻挡表面(82和90)然后彼此接触以保持 闩锁构件处于其锁定位置。