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    • 11. 发明授权
    • Maintaining correct transaction results when transaction management configurations change
    • 当事务管理配置发生变化时,维护正确的事务处理结果
    • US07860840B2
    • 2010-12-28
    • US10958715
    • 2004-10-05
    • James E. JohnsonWilliam James CarleyMichael R. Clark
    • James E. JohnsonWilliam James CarleyMichael R. Clark
    • G06F7/00G06F17/00
    • G06F11/1474G06F9/466
    • The present invention extends to methods, systems, data structures, and computer program products for maintaining correct transaction results when transaction management configurations change. An intermediate transaction manager is transparently interposed between one or more resource managers and a plurality of transaction managers. The intermediate transaction manager multiplexes and intercepts calls and notifications between the one or more resource managers and the plurality of transaction managers. The intermediate transaction manager is configured to wrap recovery cookies with transaction manager type information and identity information that identify transaction managers. The information can be used to re-attach to the transaction manager to recover the correct outcome of the transaction. The intermediate transaction manager can also intercept recovery-complete calls directed to a specific transaction manager and send the recovery-complete call to each of the plurality of transaction managers. Resource managers can receive, store, and send wrapped recovery cookies.
    • 本发明扩展到方法,系统,数据结构和计算机程序产品,用于在事务管理配置改变时维持正确的事务结果。 中间事务管理器透明地插入在一个或多个资源管理器和多个事务管理器之间。 中间事务管理器复用并拦截一个或多个资源管理器和多个事务管理器之间的呼叫和通知。 中间事务管理器被配置为使用事务管理器类型信息和识别事务管理器的身份信息来包装恢复cookie。 该信息可用于重新附加到事务管理器以恢复事务的正确结果。 中间事务管理器还可以拦截定向到特定事务​​管理器的恢复完成呼叫,并向多个事务管理器中的每一个发送恢复完成呼叫。 资源管理员可以接收,存储和发送包装的恢复cookie。
    • 13. 发明申请
    • TWO-WAY AND MULTI-MASTER SYNCHRONIZATION OVER WEB SYNDICATIONS
    • 两种方式和多重同步在网络上的同步
    • US20080126364A1
    • 2008-05-29
    • US11461351
    • 2006-07-31
    • Moe KhosravyMichael R. ClarkOliver LeeLev NovikThomas Pfenning
    • Moe KhosravyMichael R. ClarkOliver LeeLev NovikThomas Pfenning
    • G06F17/30G06F15/16
    • H04L67/1095H04L67/02H04L67/26
    • Synchronization of a web syndication item over a Really Simple Syndication (RSS) format between a publisher and a subscriber. The publisher creates the web syndication item by including a media content associated therewith. The synchronization metadata is defined to include a first virtual clock value associated with the created web syndication item. The first virtual clock value indicates when the web syndication item was last updated. A request for subscribing the published web syndication item is received from the subscriber. In response to the received request, the published web syndication item is transmitted to a location remote from the publisher and accessible by the subscriber. The first virtual clock value is provided to the subscriber for use by the subscriber to modify the first virtual clock value when the subscriber modifies the media content associated with the web syndication item.
    • 通过发布商和订阅者之间的真实简单聚合(RSS)格式同步Web聚合项目。 发布者通过包括与其相关联的媒体内容来创建网络联合项目。 同步元数据被定义为包括与创建的网络联合项目相关联的第一虚拟时钟值。 第一个虚拟时钟值表示上一次更新网络联合项目的时间。 从订户接收订阅发布的网络联合项目的请求。 响应于接收到的请求,发布的网络联合项目被发送到远离发布者的位置,并且可由用户访问。 第一虚拟时钟值被提供给订户以供订户使用以在用户修改与web聚合项目相关联的媒体内容时修改第一虚拟时钟值。
    • 15. 发明授权
    • Dead bolt combination lock with integrated re-locking features
    • 死锁组合锁具有集成重锁功能
    • US06094952A
    • 2000-08-01
    • US66601
    • 1998-04-27
    • Michael R. ClarkGreg LainhartCedric Cuenot
    • Michael R. ClarkGreg LainhartCedric Cuenot
    • E05B17/20E05B17/22E05B41/00E05B47/00E05B49/00E05B63/06G07C9/00
    • E05B47/0012E05B17/2092G07C9/00674G07C9/00912E05B17/22E05B2047/0023E05B2047/0052E05B2047/0069E05B2047/0093E05B2047/0097E05B41/00E05B63/06G07C9/0069
    • A dead bolt lock automatically blocks the extended bolt to prevent externally-applied force from thrusting the bolt back into the lock case, and in the event of physical attack the lock responds by prolonging or perpetuating the dead bolt blocking condition. A push-pull lock has a bolt whose motion in both directions is stopped in response to detection of a rise in motor current above a certain level: a cushioning arrangement allows the current-limiting feature to be implemented without risk of damage to the motor, gear teeth or other drive components. A re-locker arrangement includes an angled flange that is part of a motor-supporting bracket; when forcibly pressed, the flange breaks plastic pins to release a spring-biased re-locker wire to block the bolt from being withdrawn, and when the wire is in the dead bolting position an extension of the re-locker wire engages a ridge in the lock's case to prevent the re-locker from being manipulated back to its original position. Either lock can control the position of a bolt works blocking element that selectively engages a lever-driven mechanism that blocks and unblocks the door from being opened. A sensor switch, especially for use on the push-pull lock, tells the lock when the mechanism is in a secured position, so that the lock is automatically re-locked and the user does not have to manually extend the bolt. Finally, the system has a keypad tampering detection and response system, remote enable/disable unit, duress detection and response unit, low-battery sensing arrangement, bolt extension indication feature, adjustable bolt throw feature, and audit trail feature.
    • 螺栓锁自动阻止延长的螺栓,以防止外部施加的力将螺栓推回锁定壳体,并且在物理攻击的情况下,锁定通过延长或延长死栓阻塞状态来响应。 推拉锁具有螺栓,其响应于检测到电动机电流的上升超过一定水平而停止两个方向的运动:缓冲装置允许限流特征被实现,而不会损坏电动机, 齿轮齿或其他驱动部件。 重新装柜装置包括作为电动机支撑支架的一部分的成角度的凸缘; 当强制按压时,法兰破坏塑料销以释放弹簧偏置的重新锁紧线,以阻止螺栓被拉出,并且当电线处于死螺栓位置时,重新锁紧线的延伸部分接合在 锁定的情况下,以防止再锁定器被操纵回到其原始位置。 任一个锁都可以控制一个螺栓工件阻塞元件的位置,该位置选择性地接合一个阻止和解锁门被打开的杠杆驱动机构。 特别是在推拉锁上使用的传感器开关告诉锁定机构处于固定位置时,锁定自动重新锁定,用户不需要手动延长螺栓。 最后,该系统具有键盘篡改检测和响应系统,远程启用/禁用单元,胁迫检测和响应单元,低电池感应布置,螺栓延伸指示功能,可调螺栓投射功能和审计跟踪功能。
    • 18. 发明申请
    • FILE-BACKED IN-MEMORY STRUCTURED STORAGE FOR SERVICE SYNCHRONIZATION
    • FIL-BACKED内存结构化存储服务同步
    • US20120066180A1
    • 2012-03-15
    • US12879462
    • 2010-09-10
    • Aaron K. GreeneMaheshwar JayaramanLev NovikMichael R. Clark
    • Aaron K. GreeneMaheshwar JayaramanLev NovikMichael R. Clark
    • G06F17/30
    • G06F17/30079G06F17/30578
    • Providing synchronization to a local system. Embodiments may include downloading a batch of changes in a heterogeneous batch. The batch of changes is correlated to an anchor affiliated with a synchronization service. The anchor is a reference point indicating time or relative order. The batch of changes and the anchor are serialized to a non-volatile storage medium as a heterogeneous set. After serializing the batch of changes to a non-volatile storage medium as a heterogeneous set, entities in the batch of changes are parsed out into entities in in-memory representations. Similarly, embodiments may receive user input modifying a plurality of data entities, store on a non-volatile storage medium a serialized heterogeneous representation of the modified data entities, and upload the serialized heterogeneous representation to a synchronization service.
    • 为本地系统提供同步。 实施例可以包括在异构批处理中下载一批变化。 该批更改与附属于同步服务的锚相关联。 锚点是指示时间或相对顺序的参考点。 将批次更改和锚点序列化为非易失性存储介质作为异构集。 将批量的更改序列化为非易失性存储介质作为异构集合后,批处理更改中的实体将被分解为存储器内表示中的实体。 类似地,实施例可以接收修改多个数据实体的用户输入,在非易失性存储介质上存储经修改的数据实体的序列化异构表示,并将序列化异构表示上载到同步服务。