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    • 3. 发明授权
    • Solenoid device
    • 电磁阀装置
    • US5323134A
    • 1994-06-21
    • US33803
    • 1993-03-18
    • David PattersonAlbert Patterson
    • David PattersonAlbert Patterson
    • H01F7/124H01F7/08
    • H01F7/124
    • A solenoid comprising a first coil positioned within a frame from which a magnetizable armature, having a coil end and a free end, extends, the coil end of the armature having a section of non-magnetizable material secured to it, and a second coil, which coil is energizable in a manner independent from that of the first coil, the second coil being secured to the other end of the non-magnetizable material so as to move with the armature from a position adjacent the first coil when the armature is in extended position to a position spaced therefrom when the armature is in retracted position, whereby when the first coil is energized to move the armature along its throw into retracted position, the second coil is simultaneously energized so as produce a repulsive magnetic force with respect to that of the first coil. Magnetizable bridge devices are secured to the frame and automatically movable, upon energization of the coil and movement of the armature along its throw to retracted position, to become seatably positioned within the space between the coils over an end of the first coil in contact with the armature to provide across the coil end of the armature a magnetically conductive path for the magnetic field which will hold the armature firmly in retracted position, and, upon de-energization of the coils and return of the armature to its extended position, to become automatically moved from its seated position to a position and become clear of the space between the first and second coils.
    • 一种螺线管,包括位于框架内的第一线圈,具有线圈端和自由端的可磁化电枢从该框架延伸,所述电枢的线圈端具有固定到其上的不可磁化材料的一部分,以及第二线圈, 所述线圈以与第一线圈独立的方式通电,第二线圈固定到不可磁化材料的另一端,以便当电枢延伸时从第一线圈附近的位置与电枢一起移动 当电枢处于缩回位置时,位置到与其间隔开的位置,由此当第一线圈通电以使电枢沿着其投掷移动到缩回位置时,第二线圈被同时通电,从而相对于第二线圈产生排斥磁力 第一个线圈。 可磁化桥接装置被固定到框架上,并且可以在线圈激励和电枢沿着其投掷到缩回位置的运动时自动移动,以便在与第一线圈接触的第一线圈的端部之间位于线圈之间的空间内被可靠地定位 衔铁以提供横跨电枢的线圈端的磁导电路径,其将使衔铁牢固地保持在缩回位置,并且在线圈断电和电枢返回到其延伸位置时自动变为自动 从其就座位置移动到一个位置,并且变得远离第一和第二线圈之间的空间。
    • 5. 发明申请
    • ARTIFICIAL INTELLIGENCE-ASSISTED MEDICAL REFERENCE SYSTEM AND METHOD
    • 人工智能辅助医学参考系和方法
    • US20120209625A1
    • 2012-08-16
    • US13265830
    • 2010-04-21
    • John M. ArmstrongRamona R. LeibnitzVladimir DobryninDavid Patterson
    • John M. ArmstrongRamona R. LeibnitzVladimir DobryninDavid Patterson
    • G06Q50/22G06Q50/24
    • G06Q50/22G06F19/326G06Q10/10G16H50/20
    • Computer-implemented methods, systems, and computer-readable storage mediums are provided for use with a clinical decision support system for identifying and providing information regarding associations between patient attributes and one or more Adverse Events (AEs). In one example, a process includes processing database information comprising AEs and one or more patient attributes for associations between AEs and patient attributes and identifying at least one association between one or more AEs and one or more patient attributes. The association(s) may be discovered through an association rule discovery process to determine one or more association rules, where each association rule satisfies a confidence, support, and/or other threshold. The exemplary process further provides information or alerts to a user based on the identified or discovered association(s). The information may further be used to weight and reprioritize search results for AEs based on drug (prescription or otherwise) safety or efficacy information.
    • 计算机实现的方法,系统和计算机可读存储介质被提供用于临床决策支持系统,用于识别和提供关于患者属性与一个或多个不利事件(AE)之间的关联的信息。 在一个示例中,过程包括处理包括AE的数据库信息和用于AE和患者属性之间的关联的一个或多个患者属性,并且识别一个或多个AE与一个或多个患者属性之间的至少一个关联。 可以通过关联规则发现过程来发现关联,以确定一个或多个关联规则,其中每个关联规则满足置信度,支持和/或其他阈值。 示例性过程还基于所识别或发现的关联向用户提供信息或警报。 该信息可以进一步用于基于药物(处方或其他方式)安全性或功效信息来重量和重新确定AE的搜索结果的优先级。
    • 10. 发明申请
    • Distributed storage cluster architecture
    • 分布式存储集群架构
    • US20050246393A1
    • 2005-11-03
    • US11173754
    • 2005-06-30
    • Joshua CoatesPatrick BozemanDavid Patterson
    • Joshua CoatesPatrick BozemanDavid Patterson
    • G06F3/06G06F7/00G06F17/30H04L29/06
    • G06F17/30194G06F3/0607G06F3/0643G06F3/067G06F17/30233H04L29/06H04L63/0823H04L63/12H04L67/1097H04L67/42
    • A network storage system includes a virtual file system (“VFS”) that manages the files of the network storage system, and a storage center that stores the files. The VFS and the storage center are separated, such that a client accesses the VFS to conduct file system operations and the client accesses the storage center to upload/download files. The client accesses the network storage system through one or more storage ports. The storage center includes a plurality of distributed object storage managers (DOSMs) and a storage cluster that includes a plurality of intelligent storage nodes. The network storage system includes additional storage centers at geographically disparate locations. The network storage system uses a multi-cast protocol to maintain file information at the DOSMs regarding files stored in the intelligent storage nodes, including files stored in disparate storage centers.
    • 网络存储系统包括管理网络存储系统的文件的虚拟文件系统(“VFS”)和存储文件的存储中心。 VFS和存储中心分开,客户端访问VFS进行文件系统操作,客户端访问存储中心上传/下载文件。 客户端通过一个或多个存储端口访问网络存储系统。 存储中心包括多个分布式对象存储管理器(DOSM)和包括多个智能存储节点的存储集群。 网络存储系统在地理位置不同的地方包括额外的存储中心。 网络存储系统使用多播协议来维护DOSM中关于存储在智能存储节点中的文件的文件信息,包括存储在不同存储中心的文件。