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    • 5. 发明申请
    • Clog Detection in a Flow Control System
    • 流量控制系统中的堵塞检测
    • US20140039374A1
    • 2014-02-06
    • US13565953
    • 2012-08-03
    • Cesario P. Dos SantosAndrew D. Johnson
    • Cesario P. Dos SantosAndrew D. Johnson
    • A61F9/00A61M1/00
    • A61B3/16A61F9/00781
    • Disclosed herein are an apparatus, a system, and a method to monitor drainage from a first region of a patient to a second region. The apparatus comprises pressure sensors configured to measure the pressures of the first and second regions, a flow system to regulate drainage of fluid from the first region to the second region, a memory having a stored pressure drop across the flow system; and a processor associated with the memory and configured to compare the first pressure, the second pressure, and the stored pressure drop threshold and selectively generate control signals based on the comparisons. In some instances, the apparatus further comprises an alarm, and the processor is configured to generate the control signals that trip the alarm when a pressure drop exceeds the stored pressure drop threshold.
    • 本文公开了一种监测从患者的第一区域到第二区域的引流的装置,系统和方法。 该装置包括被配置成测量第一和第二区域的压力的压力传感器,用于调节流体从第一区域到第二区域的排水的流动系统;存储器,其跨过流动系统具有存储的压降; 以及与所述存储器相关联并且被配置为比较所述第一压力,所述第二压力和所存储的压降阈值并且基于所述比较选择性地生成控制信号的处理器。 在一些情况下,该装置还包括报警器,并且处理器被配置为产生当压力降超过存储的压降阈值时跳闸报警的控制信号。
    • 9. 发明申请
    • Balanced Scorecard Method for Determining an Impact on a Business Service Caused by Degraded Operation of an IT System Component
    • 用于确定IT系统组件降级操作对业务服务的影响的平衡记分卡方法
    • US20090240510A1
    • 2009-09-24
    • US12050339
    • 2008-03-18
    • Lloyd B. HopkinsColin GriffithsAndrew D. JohnsonJonathan D. MilesPaul BosomworthGrant Glading
    • Lloyd B. HopkinsColin GriffithsAndrew D. JohnsonJonathan D. MilesPaul BosomworthGrant Glading
    • G06Q10/00
    • G06Q10/06
    • A “balanced scorecard” method is disclosed for determining degrees of impact on business service elements (BSE's) caused by degradations of configuration items (CI's) in an underlying IT system. The formulas are used by an Impact Calculation Engine (ICE) of a Business Services Management (BSM) system. They provide enhanced accuracy by accounting for “service aspects” of alerts (using categories such as performance, availability, security, end user, capacity, and financial) and/or degrees of CI degradation (in some embodiments using OSI Standards). The method eliminates manual assignment of degrees of impact. Preferred embodiments convert alerts to a common alert format, determine a separate degree of impact for each service aspect, and use default formulas when custom formulas are not provided. Some embodiments use a service subscription wizard to at least partly automate the assignment of CI-to-BSE relationships. Different balanced scorecards can apply to the same BSE at different times, dates, usage levels, etc.
    • 公开了一种“平衡记分卡”方法,用于确定由底层IT系统中配置项(CI)的降级引起的对业务服务元素(BSE)的影响程度。 公式由业务服务管理(BSM)系统的影响计算引擎(ICE)使用。 它们通过考虑警报的“服务方面”(使用诸如性能,可用性,安全性,最终用户,容量和财务等)和/或CI降级程度(在使用OSI标准的一些实施例中)来提供更高的准确性。 该方法消除了手动分配影响程度。 优选实施例将警报转换为公共警报格式,确定对每个服务方面的单独影响程度,并且在不提供自定义公式时使用默认公式。 一些实施例使用服务订阅向导来至少部分地自动化CI到BSE关系的分配。 不同的平衡记分卡可以在不同的时间,日期,使用等级等适用于同一BSE。