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51 条记录 (耗时 0.031 秒)

    DICHTE-MEßGERÄT
    33.
    发明公开
    DICHTE-MEßGERÄT 审中-公开
    密度测量装置

    公开(公告)号：EP3080560A1

    公开(公告)日：2016-10-19

    申请号：EP14793095.2

    申请日：2014-11-03

    申请人： Endress+Hauser Flowtec AG

    发明人： HUBER, Christof ,  KUMAR, Vivek ,  SCHWER, Tobias ,  MONTSKO, Philipp

    IPC分类号： G01F1/84 ,  G01N9/00 ,  G01N11/16

    CPC分类号： G01F1/8472 ,  G01F1/8468 ,  G01N9/002 ,  G01N11/02 ,  G01N11/16 ,  G01N2009/006

    摘要： The invention relates to a density measuring device which is used to measure a density, ρ, of a flowable medium and comprises measuring-device electronics (ME) and a measuring transducer (MW) electrically connected to the measuring-device electronics. The measuring transducer comprises a measuring tube (10), a vibration exciter (41) for exciting and maintaining vibrations, and a vibration sensor (51) for sensing vibrations of the at least one measuring tube. The measuring device electronics are designed to adjust, by means of a vibration measurement signal (s
    1 ) and an exciter signal (e
    1 ), a driving force that causes useful vibrations, namely vibrations having a specified useful frequency, f
    N , of the measuring tube, in such a way that a phase shift angle, φ
    Ν , by which a velocity response, V
    N , of the measuring tube is phase-shifted with respect to a useful force component, F
    N , of the driving force is less than -20° and greater than -80° during a specified phase control interval, and/or the useful frequency has a frequency value that is more than 1.00001-times but less than 1.001-times a frequency value of an instantaneous resonance frequency of the measuring tube. Furthermore, the measuring device electronics are designed both to determine at least one frequency measured value, X
    f , representing the useful frequency for said phase control interval on the basis of the vibration measurement signal (s
    1 ) present during the phase control interval and to generate a density measured value, X
    ρ , representing the density, ρ, by using the frequency measured value, X
    f .

    MESSWANDLER VOM VIBRATIONSTYP SOWIE MESSGERÄT MIT EINEM SOLCHEN MESSWANDLER
    34.
    发明公开
    MESSWANDLER VOM VIBRATIONSTYP SOWIE MESSGERÄT MIT EINEM SOLCHEN MESSWANDLER 审中-公开
    MESSWANDLER从振动式和测量设备与此类MESSWANDLER

    公开(公告)号：EP2457067A1

    公开(公告)日：2012-05-30

    申请号：EP10726082.0

    申请日：2010-06-22

    申请人： Endress+Hauser Flowtec AG

    发明人： SCHÜTZE, Christian ,  HUBER, Christof ,  KUMAR, Vivek

    IPC分类号： G01F1/84

    CPC分类号： G01F1/8477 ,  G01F1/8409 ,  G01F1/8431

    摘要： The invention relates to a transducer, in particular also for the use in a Coriolis mass-flow measuring device, comprising at least one measuring tube (10), which is at least temporarily vibrating during operation, for guiding flowing medium, and a sensor array (50) serving to detect vibrations of the measuring tube (10). The measuring tube extends between a first measuring tube end on the inlet side and a second measuring tube end on the outlet side, having a vibration length (L
    10 ) and performing vibrations about a pivoting axis that is parallel or coincident to an virtual connecting axis which imaginarily connects the two ends of the measuring tube, for example in a bending vibration mode. The sensor array generates a first primary transducer signal representing vibrations of the measuring tube (10) by means of a first vibration sensor (51) disposed on the measuring tube (10), and generates a second primary transducer signal representing vibrations of the measuring tube (10) by means of a second vibration sensor (52) disposed on the measuring tube (10) at a distance from the first vibration sensor (51), wherein the length of an area extending between the first and second vibration sensor of the first measuring tube (10) defines a measuring length (L
    50 ) of the transducer. In a transducer according to the invention, the vibration sensors of the sensor array are placed in the transducer in such a way that a sensitivity (S
    IST ) of the transducer, with respect to a theoretical sensitivity at a measuring length (L
    10 = L
    50 ) that maximally corresponds to the vibration length, as well as a signal amplitude (A
    IST ) of the primary signals, effectively obtained during operation and with respect to a theoretically maximal possible signal amplitude (A
    MAX ) at the location of a maximal vibration amplitude, meet the condition (I).

    MEßSYSTEM FÜR IN EINER ROHRLEITUNG STRÖMENDE MEDIEN
    35.
    发明公开
    MEßSYSTEM FÜR IN EINER ROHRLEITUNG STRÖMENDE MEDIEN 有权
    测量系统在管道浇筑MEDIA

    公开(公告)号：EP2417425A1

    公开(公告)日：2012-02-15

    申请号：EP10709478.1

    申请日：2010-03-11

    申请人： Endress+Hauser Flowtec AG

    发明人： ANKLIN-IMHOF, Martin ,  BITTO, Ennio ,  HUBER, Christof ,  KIRST, Michael ,  RIEDER, Alfred

    IPC分类号： G01F1/84

    CPC分类号： G01F1/8495 ,  G01F1/8409 ,  G01F1/8413 ,  G01F1/8431 ,  G01F1/8436 ,  G01F15/024 ,  G01N11/16

    摘要： The invention relates to a measuring system which comprises a vibration transducer through which, when operated, a medium flows, for producing vibration signals that depend on a viscosity of the flowing medium and/or on a Reynolds number of the flowing medium, and to an electronic transducer system which is electrically coupled to the transducer for controlling the transducer and for evaluating vibration signals supplied by the transducer. The transducer comprises a splitter (20
    1 ) on the inlet side which has four interspaced flow openings (20
    1A , 20
    1B , 20
    1C , 20
    1D ), a splitter (20
    2 ) on the outlet side which has four interspaced flow openings (20
    2A , 20
    2B , 20
    2C , 20
    2D ), four straight measuring tubes (18
    1 , 18
    2 , 18
    3 , 18
    4 ) for guiding the flowing medium which tubes are connected to the splitters (20
    1 , 20
    2 ) to give a system of tubes with fluidically parallel flow paths, and an electro-mechanical exciter arrangement (4) for exciting and maintaining mechanical vibrations of the measuring tubes (18
    1 , 18
    2 ). The measuring tube end on the inlet side of each of the four measuring tubes leads to a flow opening (20
    1A ) of the splitter (20
    1 ) on the inlet side and the second measuring tube on the outlet side leads to a flow opening (20
    2A ) of the splitter (20
    2 ) on the outlet end, a first measuring tube end on the inlet side of a third measuring tube (18
    3 ) leads to a third flow opening (20
    1C ) of the first splitter (20
    1 ) and a second measuring tube end on the outlet side leads to a third flow opening (20
    2C ) of the second splitter (20
    2 ) and a first measuring tube end on the inlet side of a fourth measuring tube (18
    4 ) leads to a fourth flow opening (20
    1D ) of the first splitter (20
    1 ) and a second measuring tube end on the outlet side leads to a fourth flow opening (20
    2D ) of the second splitter (20
    2 ). The electronic transducer system feeds electrical excitation power to the exciter arrangement by means of an electrical driver signal supplied to the exciter arrangement, while the exciter arrangement converts electrical excitation power, at least proportionally, to torsional vibrations of the first measuring tube (18
    1 ) and to torsional vibrations of the second measuring tube (18
    2 ) which are diametrically opposed to the torsional vibrations of the first measuring tube (18
    1 ), and to torsional vibrations of the third measuring tube (18
    3 ) and to torsional vibrations of the fourth measuring tube (18
    4 ) which are diametrically opposed to the torsional vibrations of the third measuring tube (18
    3 ).

    IN-LINE-MESSGERÄT
    36.
    发明公开
    IN-LINE-MESSGERÄT 审中-公开

    公开(公告)号：EP2335033A1

    公开(公告)日：2011-06-22

    申请号：EP09783144.0

    申请日：2009-09-18

    申请人： Endress+Hauser Flowtec AG

    发明人： KUTTLER, Daniel ,  HUBER, Christof ,  RIEDER, Alfred ,  ZHU, Hao

    IPC分类号： G01F1/84 ,  G01F1/74

    CPC分类号： G01F1/74 ,  G01F1/8418 ,  G01F1/8431 ,  G01F1/8436 ,  G01F1/849

    摘要： The invention relates to an in-line measuring device, in particular in the form of a Coriolis mass-flow/density measuring device and/or Coriolis mass-flow/viscosity measuring device, comprising a probe (10) of the vibrating type, with at least one measuring tube (110) which at least temporarily vibrates when in operation, for at least temporarily guiding a two or multi-phase free-flowing medium, for example after charging with gas bubbles or solid particles, with an energiser device (116) acting on the measuring tube (110), of generating vibrations in the at least one measuring tube (110) and a sensor arrangement (117, 118) for recording vibrations of the at least one measuring tube, providing at least one measured signal (s
    1 , s
    2 ) representing the vibrations of the measuring tube. The in-line measuring device further comprises a measuring device electronic circuit (20), electrically coupled to the probe, providing at least one energiser signal (i
    exc ) driving the energiser arrangement and which at least temporarily determines a first type of damping value (XD
    I ), representing a change in the damping opposing the vibrations of the measuring tube within a given time period
    ΔT
    M .

    摘要翻译： 本发明涉及一种在线测量装置，尤其是以科里奥利质量流量/密度测量装置和/或科里奥利质量流量/粘度测量装置的形式，包括振动型探头（10）和 至少一个测量管（110），其在操作时至少暂时振动，以便例如在用气泡或固体颗粒充气之后用增力装置（116）至少暂时引导两相或多相自由流动介质 ）作用于所述测量管（110）上，在所述至少一个测量管（110）中产生振动;以及传感器装置（117,118），用于记录所述至少一个测量管的振动，提供至少一个测量信号 s 1，s 2）表示测量管的振动。 所述在线测量装置还包括测量装置电子电路（20），所述测量装置电子电路（20）电耦合到所述探针，提供驱动所述激励器装置的至少一个激励信号（i exc），并且所述至少一个激励信号至少暂时确定第一类型的衰减值 XD I），表示在给定时间段ΔTM内与测量管的振动相反的阻尼变化。

    MEßWANDLER VOM VIBRATIONSTYP
    37.
    发明公开
    MEßWANDLER VOM VIBRATIONSTYP 有权
    MEßWANDLERVOM VIBRATIONSTYP

    公开(公告)号：EP1963793A1

    公开(公告)日：2008-09-03

    申请号：EP06819845.6

    申请日：2006-11-29

    申请人： Endress + Hauser Flowtec AG

    发明人： ANKLIN-IMHOF, Martin ,  SCHÜTZE, Christian ,  BITTO, Ennio ,  HUBER, Christof ,  MUNDSCHIN, Dieter ,  LAMBRIGGER, Michael

    IPC分类号： G01F1/84

    CPC分类号： G01F1/8477 ,  G01F1/8409 ,  G01F1/8413 ,  G01F1/8418 ,  G01F1/8472

    摘要： The invention relates to a measuring transducer comprising a housing and an inner part arranged in the housing. The inner part comprises at least one curved measuring tube (10) which vibrates at least intermittently during operation and is used to guide the medium, and a counter-oscillator (20) which is fixed to the measuring tube (10) on the inlet side in such a way as to form a coupling region (11#), and on the outlet side in such a way as to form a coupling region (12#). The inner part is held in a vibrating manner in the converter housing at least by means of two connection tubular pieces (11, 12) which enable the measuring tube (10) to communicate with the tubular line during operation, and which are oriented in relation to each other and to an imaginary longitudinal axis (L) of the measuring transducer, such that the inner part can oscillate about the longitudinal axis (L) during operation. Furthermore, the measuring tube (10) and counter-oscillator (20) are embodied and oriented in relation to each other in such a way that both a centre of mass M10 of the measuring tube, located at a certain distance from the imaginary longitudinal axis (L), and a centre of mass M20 of the counter-oscillator (20), located at a certain distance from the imaginary longitudinal axis, lie in a common region of the measuring transducer which is defined by the imaginary longitudinal axis (L) and the measuring tube (10), and in such a way that the centre of mass M10 of the measuring tube (10) is located further away from the longitudinal axis (L) than the centre of mass M20 of the counter-oscillator (20).

    摘要翻译： 本发明涉及一种测量换能器，包括壳体和设置在壳体中的内部部件。 内部部分包括至少一个弯曲测量管（10），其在操作期间至少间歇地振动并用于引导介质;以及反相振荡器（20），其在入口侧固定到测量管（10） 以形成耦合区域（11＃）的方式，并且在出口侧以形成耦合区域（12＃）的方式。 至少借助于两个连接的管状件（11,12），内部件以振动的方式保持在转换器外壳中，这两个连接管件使得测量管（10）能够在操作期间与管状管线连通， 相对于测量换能器的假想纵向轴线（L），使得内部部件可以在操作期间围绕纵向轴线（L）摆动。 反相振荡器由两个板形成，所述板中的第一个布置在测量管的左侧，第二个在其右侧。