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    • 62. 发明申请
    • PROVISIONAL BONE PLATE
    • 临时骨板
    • US20090171398A1
    • 2009-07-02
    • US12402167
    • 2009-03-11
    • Mark PhillipsMark BryantBradley T. DurcholzKrishnakant K. Merchant
    • Mark PhillipsMark BryantBradley T. DurcholzKrishnakant K. Merchant
    • A61B17/70
    • A61B17/8061A61B2090/037A61B2090/061A61B2090/0814
    • A provisional bone plate formed of an implantable plastic and having a length corresponding to the longest bone plate in a particular family of bone plates. The provisional bone plate includes a head contoured to match the head of a particular bone as well as a shaft for placement adjacent the bone shaft. The provisional bone plate includes a plurality of circumferential notches surrounding the elongate body or shaft of the bone plate. The circumferential notches are substantially transverse to a longitudinal axis of the bone plate and define frangible portions of the bone plate which can be removed from the distal end thereof to alter the length of the provisional periarticular bone plate to correspond to the length of the various bone plates in a family of bone plates. The provisional bone plate is constructed of a biologically suitable plastic, is radiographic, and melts at a temperature less than 200° Fahrenheit.
    • 由可植入塑料形成的临时骨板,其长度对应于特定骨板族中最长的骨板。 临时骨板包括与特定骨头的头部匹配的头部以及用于邻近骨轴放置的轴。 临时骨板包括围绕骨板的细长主体或轴的多个圆周凹口。 周缘切口基本上横向于骨板的纵向轴线并且限定骨板的易碎部分,其可以从其远端移除,以改变临时性关节周围骨板的长度以对应于各种骨的长度 在一块骨板的板块。 临时骨板由生物合适的塑料构成,放射照相,并在低于200华氏度的温度下熔化。
    • 63. 发明申请
    • Distributed user-profile data structure
    • 分布式用户简档数据结构
    • US20070239722A1
    • 2007-10-11
    • US11393381
    • 2006-03-30
    • Mark Phillips
    • Mark Phillips
    • G06F17/30
    • H04L67/306G06F16/9535
    • Various embodiments of the present invention are directed to a distributed user-profile data structure that describes a portable-electronic-content-rendering-device user, the user's various electronic devices, the user's downloaded content, and other information that is exchanged, in initial steps of various information-exchange and transaction protocols. The distributed user-profile data structures that represent embodiments of the present invention may include a header, general user information, device information, credit card information, account information, virtual-store information, and information about one or more different types of downloadable content. Various fundamental unary and binary operations are defined on distributed user-profile data structures. The distributed user-profile data structures that represent embodiments of the present invention find use in many different dynamic, often geographically independent, electronic-device environments, including peer-to-peer interconnection environments, retailing environments, and Internet-based commerce environments.
    • 本发明的各种实施例涉及一种分布式用户简档数据结构,其描述了便携式电子内容呈现设备用户,用户的各种电子设备,用户的下载内容以及在初始中交换的其他信息 各种信息交换和交易协议的步骤。 代表本发明实施例的分布式用户简档数据结构可以包括报头,一般用户信息,设备信息,信用卡信息,帐户信息,虚拟存储信息以及关于一个或多个不同类型的可下载内容的信息。 在分布式用户简档数据结构上定义了各种基本的一元和二进制操作。 代表本发明实施例的分布式用户简档数据结构可用于许多不同的动态,通常在地理上独立的电子设备环境中,包括对等互连环境,零售环境和基于因特网的商业环境。
    • 64. 发明申请
    • Methods and systems for logging into automated content vending systems for content delivery to portable devices
    • 用于登录自动化内容自动售货系统的方法和系统,用于将内容传送到便携式设备
    • US20070228162A1
    • 2007-10-04
    • US11394152
    • 2006-03-30
    • Mark Phillips
    • Mark Phillips
    • G06F7/08
    • G07F17/16G06Q20/18
    • One system embodiment of the present invention is a kiosk for retailing and distributing digitally-encoded content that features a card reader, such as a magnetic-stripe-card swipe reader or a smart-card reader, that allows a user to quickly and easily log into the kiosk using a credit card, retailer-provided identification card, or other card containing electronically readable information that identifies the user to the kiosk. Method embodiments of the present invention include methods for quickly and easily identifying a user and interconnecting with a user's portable device in order to prepare to provide any of a variety of personalized content-delivery services to the customer.
    • 本发明的一个系统实施例是用于零售和分发数字编码内容的信息亭,其特征在于诸如磁条卡刷卡阅读器或智能卡读卡器的读卡器,其允许用户快速且容易地记录 使用信用卡,零售商提供的身份证或包含将用户识别到信息亭的电子可读信息的其他卡进入信息亭。 本发明的方法实施例包括用于快速且容易地识别用户并与用户的便携式设备互连的方法,以便准备向客户提供各种个性化内容传递服务中的任何一种。
    • 70. 发明授权
    • System, method and article of manufacture for transaction processing and monitoring of independent interacts
    • 用于事务处理和独立互动监控的系统,方法和制造
    • US06289393B1
    • 2001-09-11
    • US08706525
    • 1996-09-03
    • Mark PhillipsMichael Blevins
    • Mark PhillipsMichael Blevins
    • G06F900
    • G06F8/24
    • A computer implemented transaction processing system is presented for processing transactions between an application and one or more transaction processors. The system utilizes a first communication link between the application and a transaction processor interoperability component. Then, the system determines which of the one or more transaction processors will process transactions for the application and establishes a communication link between the transaction processor interoperability component and the transaction processor that will process transactions for the application. Then, as the application transmits a transaction from the application to the transaction processor interoperability component, the transaction is formatted by the transaction processor interoperability component which includes invoke logic to provide a transaction processing user interface which is independent from any specific transaction processing program, but provides a consistent user interface to all transaction processing programs. The invoke logic also provides a request/response and conversational style interaction between the transaction monitor clients and the transaction monitors on the server. The database utilized by the transaction processor monitor leverages a service name and service resolver database to map a service name to transaction monitor specific attributes.
    • 呈现计算机实现的事务处理系统,用于处理应用程序与一个或多个事务处理器之间的事务处理。 该系统利用应用程序和事务处理器互操作性组件之间的第一通信链路。 然后,系统确定一个或多个事务处理器中的哪个处理器将处理应用的事务,并且在事务处理器互操作性组件和将处理应用的事务的事务处理器之间建立通信链路。 然后,随着应用程序将交易从应用程序传输到事务处理器互操作性组件,事务由事务处理器互操作性组件格式化,其中包括调用逻辑以提供独立于任何特定事务处理程序的事务处理用户界面,但是 为所有事务处理程序提供一致的用户界面。 调用逻辑还提供事务监视客户机和服务器上的事务监视器之间的请求/响应和会话风格交互。 事务处理器监视器使用的数据库利用服务名称和服务解析器数据库将服务名称映射到特定于事务监视器的属性。