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    • 2. 发明授权
    • Method and system for administering a concurrent user licensing agreement on a manufacturing/process control information portal server
    • 用于在制造/过程控制信息门户服务器上管理并发用户许可协议的方法和系统
    • US08015299B2
    • 2011-09-06
    • US12685476
    • 2010-01-11
    • Barry OmsheheJanie WestPaul W. Forney
    • Barry OmsheheJanie WestPaul W. Forney
    • G06F15/16
    • G06Q10/06G06F17/30873G06F21/105
    • Disclosed is a server that provides session-persistent concurrent licenses for resources accessed by clients. In one embodiment, rather than requiring a license when the server is initially accessed, a license is not requested until a client seeks access to a licensed resource. In one implementation, scripts for Web pages associated with licensed resources include requests for licenses from a license management facility. Certain resources conditionally request a license based upon the origin of the access request: the license request may be bypassed for access requests from “pre-licensed” applications. Session-based licensing allows equitable assessment of compensation to a service provider for use of the services. The server includes many resources, some of which require a license for access while others do not. The services of premium value are the only ones for which customers are expected to obtain/claim a license.
    • 公开了一种服务器,为客户端访问的资源提供会话持久的并发许可证。 在一个实施例中,当服务器被初始访问时,不是要求许可证,所以在客户端寻求对许可资源的访问之前,不请求许可证。 在一个实现中,与许可资源相关联的网页的脚本包括来自许可证管理设施的许可证的请求。 某些资源有条件地根据访问请求的来源请求许可证:可以绕过来自“预许可”应用程序的访问请求的许可证请求。 基于会话的许可允许公平评估服务提供商对使用服务的赔偿。 服务器包括许多资源,其中一些需要许可才能访问,而其他则不需要。 保费价值服务是客户预期获得/申请许可证的唯一服务。
    • 3. 发明授权
    • Extensible manufacturing/process control information portal server
    • 可扩展制造/过程控制信息门户服务器
    • US07925979B2
    • 2011-04-12
    • US09955473
    • 2001-09-17
    • Paul W. ForneyRashesh ModyDave TranPramod ThazichayilVijay AnandKimson Q. Nguyen
    • Paul W. ForneyRashesh ModyDave TranPramod ThazichayilVijay AnandKimson Q. Nguyen
    • G06F3/00
    • G06Q10/06G06F17/30873G06F21/105
    • A manufacturing/process control system information access provider architecture is disclosed. Manufacturing/process control system data provider flexibility is achieved through a user-configurable manufacturing/process control information portal server that comprises multiple selectable data provides (sources) and/or data types that a particular data provider accommodates. A user configures the portal server to deliver manufacturing/process control information associated with a controlled process environment, such as a food processing plant floor or an oil refinery reactor, to the user via a browser client over the Internet or a corporate intranet. Furthermore, an extensible architecture is provided that enables adding new components to the portal server. Such extensions include new data sources and new data types/handlers. The new architecture enables a user to select particular ones of the available data handlers and then their associated data sources thereby facilitating customizing the configuration of the portal server to the particular needs/interests of the user.
    • 公开了制造/过程控制系统信息接入提供者架构。 制造/过程控制系统数据提供者的灵活性通过用户可配置的制造/过程控制信息门户服务器来实现,该服务器包括特定数据提供商适应的多个可选数据提供(源)和/或数据类型。 用户配置门户服务器以通过因特网或企业内部网经由浏览器客户端向用户提供与受控过程环境相关联的制造/过程控制信息,例如食品加工车间或炼油反应堆。 此外,提供了一种可扩展架构,可以将新组件添加到门户网站服务器。 这样的扩展包括新的数据源和新的数据类型/处理程序。 新架构使得用户能够选择可用的数据处理程序中的特定数据处理程序,然后选择其关联的数据源,从而有助于根据用户的特定需求/兴趣定制门户服务器的配置。
    • 4. 发明申请
    • Flow Assurance Monitoring
    • 流量保证监控
    • US20090240446A1
    • 2009-09-24
    • US12371168
    • 2009-02-13
    • Stanley DeVriesPaul W. Forney
    • Stanley DeVriesPaul W. Forney
    • G01N11/00
    • E21B43/01E21B37/06E21B41/0007E21B47/06
    • In one oil production operation, a fluid conduit transports a fluid from a wellhead to a floating production platform. To prevent an occurrence of formations that obstruct the flow of fluid in the fluid conduit, a forecast is made as to whether a flow assurance curve will intersect an operating curve of the fluid conduit. In the event that the operating curve and the flow assurance curve will intersect, the appropriate personnel may be alerted so that they may attempt to prevent the hydrate forming conditions from occurring in the pipe. Which personnel are alerted may be based on a level of criticality. The level of criticality may be based on an estimated time period remaining until the flow assurance curve and the operating curve will intersect.
    • 在一个油生产操作中,流体导管将流体从井口输送到浮动生产平台。 为了防止妨碍流体导管中的流体流动的结构的发生,预测流动保证曲线是否将与流体导管的操作曲线相交。 在操作曲线和流量保证曲线相交的情况下,可能会向相关人员发出警报,以防止水管形成条件发生在管道中。 警报的人员可能是基于一定程度的关键性。 临界水平可以基于剩余的估计时间,直到流量保证曲线和操作曲线相交。
    • 5. 发明授权
    • Flow assurance monitoring
    • 流量保证监控
    • US07171316B2
    • 2007-01-30
    • US10964825
    • 2004-10-15
    • Stanley DeVriesPaul W. Forney
    • Stanley DeVriesPaul W. Forney
    • G01N11/00
    • E21B43/01E21B37/06E21B41/0007E21B47/06
    • In one oil production operation, a fluid conduit transports a fluid from a wellhead to a floating production platform. To prevent an occurrence of formations that obstruct the flow of fluid in the fluid conduit, a forecast is made as to whether a flow assurance curve will intersect an operating curve of the fluid conduit. In the event that the operating curve and the flow assurance curve will intersect, the appropriate personnel may be alerted so that they may attempt to prevent the hydrate forming conditions from occurring in the pipe. Which personnel are alerted may be based on a level of criticality. The level of criticality may be based on an estimated time period remaining until the flow assurance curve and the operating curve will intersect.
    • 在一个油生产操作中,流体导管将流体从井口输送到浮动生产平台。 为了防止妨碍流体导管中的流体流动的结构的发生,预测流动保证曲线是否将与流体导管的操作曲线相交。 在操作曲线和流量保证曲线相交的情况下,可能会向相关人员发出警报,以防止水管形成条件发生在管道中。 警报的人员可能是基于一定程度的关键性。 临界水平可以基于剩余的估计时间,直到流量保证曲线和操作曲线相交。
    • 6. 发明授权
    • Flow assurance monitoring
    • 流量保证监控
    • US07941285B2
    • 2011-05-10
    • US12371168
    • 2009-02-13
    • Stanley DevriesPaul W. Forney
    • Stanley DevriesPaul W. Forney
    • G01N11/00
    • E21B43/01E21B37/06E21B41/0007E21B47/06
    • In one oil production operation, a fluid conduit transports a fluid from a wellhead to a floating production platform. To prevent an occurrence of formations that obstruct the flow of fluid in the fluid conduit, a forecast is made as to whether a flow assurance curve will intersect an operating curve of the fluid conduit. In the event that the operating curve and the flow assurance curve will intersect, the appropriate personnel may be alerted so that they may attempt to prevent the hydrate forming conditions from occurring in the pipe. Which personnel are alerted may be based on a level of criticality. The level of criticality may be based on an estimated time period remaining until the flow assurance curve and the operating curve will intersect.
    • 在一个油生产操作中,流体导管将流体从井口输送到浮动生产平台。 为了防止妨碍流体导管中的流体流动的结构的发生,预测流动保证曲线是否将与流体导管的操作曲线相交。 在操作曲线和流量保证曲线相交的情况下,可能会向相关人员发出警报,以防止水管形成条件发生在管道中。 警报的人员可能是基于一定程度的关键性。 临界水平可以基于剩余的估计时间,直到流量保证曲线和操作曲线相交。
    • 9. 发明授权
    • Flow assurance monitoring
    • 流量保证监控
    • US07502695B2
    • 2009-03-10
    • US11625144
    • 2007-01-19
    • Stanley DeVriesPaul W. Forney
    • Stanley DeVriesPaul W. Forney
    • G01N11/00
    • E21B43/01E21B37/06E21B41/0007E21B47/06
    • In one oil production operation, a fluid conduit transports a fluid from a well head to a floating production platform. To prevent an occurrence of formations that obstruct the flow of fluid in the fluid conduit, a forecast is made as to whether a flow assurance curve will intersect an operating curve of the fluid conduit. In the event that the operating curve and the flow assurance curve will intersect, the appropriate personnel may be alerted so that they may attempt to prevent the hydrate forming conditions from occurring in the pipe. Which personnel are alerted may be based on a level of criticality. The level of criticality may be based on an estimated time period remaining until the flow assurance curve and the operating curve will intersect.
    • 在一个油生产操作中,流体导管将流体从井口输送到浮动生产平台。 为了防止妨碍流体导管中的流体流动的结构的发生,预测流动保证曲线是否将与流体导管的操作曲线相交。 在操作曲线和流量保证曲线相交的情况下,可能会向相关人员发出警报,以防止水管形成条件发生在管道中。 警报的人员可能是基于一定程度的关键性。 临界水平可以基于剩余的估计时间,直到流量保证曲线和操作曲线相交。
    • 10. 发明申请
    • FLOW ASSURANCE MONITORING
    • 流量保证监测
    • US20110205079A1
    • 2011-08-25
    • US13102243
    • 2011-05-06
    • Stanley DeVriesPaul W. Forney
    • Stanley DeVriesPaul W. Forney
    • G01V3/00
    • E21B43/01E21B37/06E21B41/0007E21B47/06
    • In one oil production operation, a fluid conduit transports a fluid from a wellhead to a floating production platform. To prevent an occurrence of formations that obstruct the flow of fluid in the fluid conduit, a forecast is made as to whether a flow assurance curve will intersect an operating curve of the fluid conduit. In the event that the operating curve and the flow assurance curve will intersect, the appropriate personnel may be alerted so that they may attempt to prevent the hydrate forming conditions from occurring in the pipe. Which personnel are alerted may be based on a level of criticality. The level of criticality may be based on an estimated time period remaining until the flow assurance curve and the operating curve will intersect.
    • 在一个油生产操作中,流体导管将流体从井口输送到浮动生产平台。 为了防止妨碍流体导管中的流体流动的结构的发生,预测流动保证曲线是否将与流体导管的操作曲线相交。 在操作曲线和流量保证曲线相交的情况下,可能会向相关人员发出警报,以防止水管形成条件发生在管道中。 警报的人员可能是基于一定程度的关键性。 临界水平可以基于剩余的估计时间,直到流量保证曲线和操作曲线相交。