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    • 1. 发明授权
    • Scalable infiniband interconnect performance and diagnostic tool
    • 可扩展的infiniband互连性能和诊断工具
    • US09240940B2
    • 2016-01-19
    • US13843919
    • 2013-03-15
    • John Baron
    • John Baron
    • H04L12/26H04L12/24
    • H04L43/50H04L41/0645H04L41/0677H04L41/12
    • In accordance with some implementations, a method for evaluating large scale computer systems based on performance is disclosed. A large scale, distributed memory computer system receives topology data, wherein the topology data describes the connections between the plurality of switches and lists the nodes associated with each switch. Based on the received topology data, the system performs a data transfer test for each of the pair of switches. The test includes transferring data between a plurality of nodes and determining a respective overall test result value reflecting overall performance of a respective pair of switches for a plurality of component tests. The system determines that the pair of switches meets minimum performance standards by comparing the overall test result value against an acceptable test value. If the overall test result value does not meet the minimum performance standards, the system reports the respective pair of switches as underperforming.
    • 根据一些实施方式,公开了一种基于性能来评估大规模计算机系统的方法。 大规模分布式存储器计算机系统接收拓扑数据,其中拓扑数据描述多个交换机之间的连接,并列出与每个交换机相关联的节点。 基于接收到的拓扑数据,系统对每对开关进行数据传输测试。 测试包括在多个节点之间传送数据,并且确定反映用于多个组件测试的相应的一对开关的整体性能的相应的总体测试结果值。 系统通过将总体测试结果值与可接受的测试值进行比较来确定该对开关满足最低性能标准。 如果总体测试结果值不符合最低性能标准,则系统会将相应的开关对报告为表现不佳。
    • 7. 发明授权
    • Bubble detector
    • 气泡检测器
    • US4312341A
    • 1982-01-26
    • US103040
    • 1979-12-13
    • Nick ZissimopoulosJohn Baron
    • Nick ZissimopoulosJohn Baron
    • A61M5/36A61M5/16
    • A61M5/365A61M5/14232Y10S128/13
    • In a flow metering apparatus a bubble detector for detecting bubble formation in tubing subject to deformation from internal fluid pressure includes a light source and a light detector. The light detector is positioned on the opposite side of the tubing from the light source such that the light transmitted through the tubing to the detector is dependent on the presence of fluid in the tubing and on the shape of the lumen of the tubing. A control circuit responsive to the output of the detector interrupts operation of the metering apparatus when the light transmitted through the tubing falls below a predetermined minimum level. False interruptions resulting from deformation of the tubing by pressure changes in the fluid are prevented by forming members which engage the wall of the tubing adjacent the light source and light detector.
    • 在流量计量装置中,用于检测经受来自内部流体压力变形的管道中的气泡形成的气泡检测器包括光源和光检测器。 光检测器位于与光源的管道的相对侧上,使得通过管道传输到检测器的光依赖于管道中的流体和管道的内腔的形状。 响应于检测器的输出的控制电路在透过管道的光线下降到预定的最低水平以下时中断了计量装置的操作。 通过形成与邻近光源和光检测器的管道壁接合的构件来防止由流体中的压力变化引起的管道变形引起的假中断。
    • 8. 发明授权
    • Mixing apparatus
    • 混合装置
    • US4231666A
    • 1980-11-04
    • US18102
    • 1979-03-07
    • John Baron
    • John Baron
    • B01F7/26A21C1/02B01F5/00B01F7/00B01F7/10B29B7/00B29B7/34B29B7/58B29B7/80B29B9/00B01F5/06
    • B01F7/00766B01F13/1016B01F7/10B01F2005/0008B01F7/00633
    • A mixing device of the type having a housing of generally cylindrical construction, having an end wall with concentric arrays of axially extending mixing elements thereon, a rotor being rotatable within the housing and having on the face thereof further axially extending mixing elements in a plurality of annular concentric arrays, the mixing elements of the rotor and housing interfitting with one another. The mixing elements themselves are each defined by inner and outer part-cylindrical surfaces and by further straight surfaces forming the sides of grooves, the axes of the grooves being disposed along different tangents to an inner pitch circle which is concentric with the part-cylindrical surfaces. This provides a much better mixing effect and produces a certain reverse pumping within the mixer. These features enable the mixing elements to be made shorter with the possibility of the rotors and end walls of the housing being formed by moulding.
    • 该类型的混合装置具有大致圆柱形结构的壳体,其具有在其上的轴向延伸的混合元件的同心圆柱体的端壁,转子可在壳体内旋转,并且在其表面上还具有轴向延伸的多个 环形同心圆柱体,转子和壳体的混合元件相互配合。 混合元件本身各自由内部和外部部分圆柱形表面以及形成凹槽侧面的另外的直线表面限定,凹槽的轴线沿着与圆柱形表面同心的内部节圆的不同切线设置 。 这提供了更好的混合效果并且在混合器内产生一定的反向泵送。 这些特征使得可以通过模制来形成壳体的转子和端壁的可能性使得混合元件更短。
    • 9. 发明申请
    • Three point mounting arrangement for a power system
    • 电力系统的三点安装方式
    • US20090321607A1
    • 2009-12-31
    • US12216120
    • 2008-06-30
    • Peter John BaronMartin Regis Habel
    • Peter John BaronMartin Regis Habel
    • F16F15/023F16M13/00
    • F16F15/022F16M5/00
    • A mounting system for supporting a power system is disclosed. The mounting system may have a support structure including a first end spaced from a second end of the support structure. The mounting system may further have a first mounting assembly attached near the first end of the support structure. The first mounting assembly may have a first mounting support and a second mounting support for supporting the support structure, each of the first mounting support and the second mounting support attached to the support structure offset to a side of a longitudinal axis. The mounting system may also have a second mounting assembly attached near the second end of the support structure. The second mounting assembly may have a third mounting support attached to the support structure below the longitudinal axis for supporting the support structure. The second mounting assembly may have at least one shock absorber mounted near the third mounting support.
    • 公开了一种用于支撑电力系统的安装系统。 安装系统可以具有包括与支撑结构的第二端间隔开的第一端的支撑结构。 安装系统还可以具有附接在支撑结构的第一端附近的第一安装组件。 第一安装组件可以具有第一安装支撑件和用于支撑支撑结构的第二安装支撑件,第一安装支撑件和附接到支撑结构的第二安装支撑件中的每一个偏移到纵向轴线的一侧。 安装系统还可以具有附接在支撑结构的第二端附近的第二安装组件。 第二安装组件可以具有第三安装支撑件,该第三安装支撑件在纵向轴线下方附接到支撑结构,用于支撑支撑结构。 第二安装组件可以具有安装在第三安装支架附近的至少一个减震器。