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    • 1. 发明申请
    • System and Method for Separating a Fluid Stream
    • 用于分离流体流的系统和方法
    • US20080272059A1
    • 2008-11-06
    • US12158189
    • 2006-12-19
    • Jill Hui Chiun ChiengFrederick Jan Van Dijk
    • Jill Hui Chiun ChiengFrederick Jan Van Dijk
    • B01D17/032B01D17/12B01D17/025E21B43/34
    • E21B43/34B01D17/00B01D17/0208B01D17/0214B01D17/12
    • A system (1) for separating a fluid stream (2) comprising gas, a light liquid and a heavy liquid, the system comprising a separation vessel (5) that is arranged to define a downwardly extending separation space and comprises a downwardly sloping tube (8), the separation space having an inlet (10) for the fluid stream at a first height, an outlet (20) for heavy liquid at a second height below the first height, an outlet (30) for light liquid at a third height between the first and second heights, an outlet (70) for gas above all outlets for liquid, wherein a further outlet (51, 56) for light liquid is provided at a fourth height between the first and third heights, and wherein at least the outlet at the third height is provided with a control valve (33) that is operative to open and close in dependence of the type of liquid in the pipes at that level, and a method of separating a fluid stream comprising gas, a light liquid and a heavy liquid in such a system, wherein an indication of height of an interface between heavy and light liquid in the separation vessel is obtained and the control valve at the third outlet is operated in dependence on the height of the interface.
    • 1.一种用于分离包含气体,轻液体和重液体的流体流(2)的系统(1),所述系统包括分离容器(5),所述分离容器设置成限定向下延伸的分离空间,并包括向下倾斜的管 8),所述分离空间具有用于在第一高度处的流体流的入口(10),用于在第一高度以下的第二高度处的重液体的出口(20),用于在第三高度处的轻液体的出口(30) 在第一高度和第二高度之间的用于液体的所有出口上方的用于气体的出口(70),其中用于轻液体的另外的出口(51,56)设置在第一和第三高度之间的第四高度处,并且其中至少 在第三高度处的出口设置有控制阀(33),其根据在该水平面上的管道中的液体类型而可操作地打开和关闭;以及分离包含气体,轻液体和 这种系统中的重液体,其中 获得分离容器中的重液体和轻液体之间的界面的高度的指示,并且根据界面的高度操作第三出口处的控制阀。
    • 5. 发明授权
    • Method and apparatus for controlling a compressor and method of cooling a hydrocarbon stream
    • 用于控制压缩机的方法和装置以及冷却烃流的方法
    • US08532830B2
    • 2013-09-10
    • US13056198
    • 2009-07-02
    • Frederick Jan Van Dijk
    • Frederick Jan Van Dijk
    • G05D11/00
    • F04D25/04F04D27/0207F04D27/0269F25J3/0209F25J3/0233F25J3/0238F25J3/0295F25J2205/04F25J2230/24F25J2230/60F25J2240/04F25J2260/20F25J2280/10F25J2280/20
    • Method and apparatus for controlling one or more first compressors (12), through which a compressor feed stream (10) is passed. At least one throttling valve (32) is provided downstream of a compressor recycle line (22), which is provided around the or each first compressor (12) and includes an in-line first recycle valve (24). Sometimes, at least a fraction of the compressor feed stream (10) is selectively allowed to bypass the or each first compressor (12) and the at least one throttling valve, via a bypass line (60). At least one of the throttling valves (32) is automatically controlled using the measurement values of at least one pressure and at least one flow of the group consisting of: the pressure (P1) of the compressor feed stream (10), the flow (F1) of the compressor feed stream (10), the pressure (P2) of the first compressed stream (20) and the flow (F2) of the first compressed stream (20). A first compressor controlled this way may be used in a method of cooling an initial hydrocarbon stream (100).
    • 用于控制一个或多个第一压缩机(12)的方法和装置,压缩机进料流(10)通过该压缩机通过。 至少一个节流阀(32)设置在压缩机循环管线(22)的下游,该压缩机循环管线设置在该第一压缩机(12)周围或每个第一压缩机(12)周围,并包括一个在线的第一再循环阀(24)。 有时,选择性地允许压缩机进料流(10)的至少一部分经由旁路管线(60)绕过或每个第一压缩机(12)和至少一个节流阀。 使用至少一个压力和至少一个组的流量的测量值来自动控制至少一个节流阀(32),所述流量包括:压缩机进料流(10)的压力(P1),流量 F1),压缩机进料流(10)的压力(P2)和第一压缩流(20)的流量(F2)。 以这种方式控制的第一压缩机可以用于冷却初始烃流(100)的方法。
    • 8. 发明授权
    • Intra-luminal ultrasonic instrument
    • 腔内超声波仪器
    • US5406951A
    • 1995-04-18
    • US137578
    • 1993-10-15
    • Harm ten HoffGerard FaberGerrit Jan van Dijk
    • Harm ten HoffGerard FaberGerrit Jan van Dijk
    • A61B8/12B06B1/06
    • A61B8/12A61B8/445A61B8/4461B06B1/067
    • The intra-luminal ultrasonic instrument includes a catheter comprising a body, a flexible rotatable drive shaft within the body, an opalescent tip coupled to the flexible rotatable drive shaft having a distal end and a distal end portion adapted to be introduced into a lumen and a proximal portion, and a transducer mounted in the tip for rotation at a selected rpm, the catheter having a diameter no greater than 3 millimeters, the flexible rotatable drive shaft having a central longitudinal channel containing coaxial cable cooperative with conductors to connect the transducer to a source of energy for energizing the transducer to produce and supply sound waves, and the transducer having a top surface comprising a matching layer of a conductive polymer set upon a piezo plate.
    • 腔内超声波仪器包括导管,其包括主体,主体内的柔性可旋转驱动轴,联接到柔性可旋转驱动轴的乳光末端,其具有远端和适于引入内腔的远端部分, 近端部分和安装在尖端中的换能器,以选定的rpm旋转,导管具有不大于3毫米的直径,柔性可旋转驱动轴具有包含同轴电缆的中心纵向通道,与导体相配合以将换能器连接到 用于激励换能器以产生和提供声波的能量源,以及具有顶表面的换能器,其包括设置在压电板上的导电聚合物的匹配层。