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    • 1. 发明授权
    • Method for operating a coriolis mass flow rate meter and coriolis mass flow rate meter
    • 操作科里奥利质量流量计和科里奥利质量流量计的方法
    • US09086308B2
    • 2015-07-21
    • US13515931
    • 2009-12-14
    • Thomas BierweilerWolfgang EnsFelix HammacherHenning Lenz
    • Thomas BierweilerWolfgang EnsFelix HammacherHenning Lenz
    • G01F1/84G01F1/74
    • G01F1/8477G01F1/74G01F1/8413G01F1/8431G01F1/8436
    • A method for operating a Coriolis mass flow rate meter and a Coriolis mass flow rate meter including an evaluation device, a measuring tube having a medium flowing therethrough and which is excited so as to perform oscillations, and at least two spaced oscillation pickups spaced apart in the longitudinal direction of the measuring tube to each generate an oscillation signal, wherein a first indicator variable based on the damping of the oscillations of the measuring tube is initially used to detect deposits in the measuring tube and if, based on the first indicator variable, increased damping is established, a second indicator variable is used, which is based on the manifestation of harmonics in the frequency spectrum of an oscillation signal such that reliable detection of deposits and therefore an indication of the state of meters and pipelines in a process engineering installation are advantageously possible.
    • 一种用于操作科里奥利质量流量计和科里奥利质量流量计的方法,其包括评估装置,具有流过其中并被激发以进行振荡的介质的测量管,以及间隔开的至少两个间隔开的振荡拾取器 测量管的纵向方向各自产生振荡信号,其中基于测量管的振荡的阻尼的第一指示器变量最初用于检测测量管中的沉积物,并且如果基于第一指示符变量, 建立增加的阻尼,使用第二指标变量,其基于振荡信号的频谱中的谐波的表现,使得可靠地检测沉积物,并且因此在过程工程设计中指示仪表和管道的状态 有利地是可能的。
    • 2. 发明申请
    • Method for Operating a Coriolis Mass Flow Rate Meter and Coriolis Mass Flow Rate Meter
    • 科里奥利质量流量计和科里奥利质量流量计的操作方法
    • US20130055827A1
    • 2013-03-07
    • US13515931
    • 2009-12-14
    • Thomas BierweilerWolfgang EnsFelix HammacherHenning Lenz
    • Thomas BierweilerWolfgang EnsFelix HammacherHenning Lenz
    • G01F1/78
    • G01F1/8477G01F1/74G01F1/8413G01F1/8431G01F1/8436
    • A method for operating a Coriolis mass flow rate meter and a Coriolis mass flow rate meter including an evaluation device, a measuring tube having a medium flowing therethrough and which is excited so as to perform oscillations, and at least two spaced oscillation pickups spaced apart in the longitudinal direction of the measuring tube to each generate an oscillation signal, wherein a first indicator variable based on the damping of the oscillations of the measuring tube is initially used to detect deposits in the measuring tube and if, based on the first indicator variable, increased damping is established, a second indicator variable is used, which is based on the manifestation of harmonics in the frequency spectrum of an oscillation signal such that reliable detection of deposits and therefore an indication of the state of meters and pipelines in a process engineering installation are advantageously possible.
    • 一种用于操作科里奥利质量流量计和科里奥利质量流量计的方法,其包括评估装置,具有流过其中并被激发以进行振荡的介质的测量管,以及间隔开的至少两个间隔开的振荡拾取器 测量管的纵向方向各自产生振荡信号,其中基于测量管的振荡的阻尼的第一指示器变量最初用于检测测量管中的沉积物,并且如果基于第一指示符变量, 建立增加的阻尼,使用第二指标变量,其基于振荡信号的频谱中的谐波的表现,使得可靠地检测沉积物,并且因此在过程工程设计中指示仪表和管道的状态 有利地是可能的。
    • 6. 发明授权
    • Acoustic pick-up
    • 声学拾音
    • US07559239B2
    • 2009-07-14
    • US10559369
    • 2004-05-28
    • Wolfgang EnsAlf Püttmer
    • Wolfgang EnsAlf Püttmer
    • G01D7/00
    • G01M3/24
    • An acoustic pick-up, particularly an ultrasonic pick-up for acoustically diagnosing machines, for example, for detecting leakage in valves or for diagnosing positions, comprising a piezoelectric measuring element and an electronic circuit that processes the measurement signal into a form that is suited for transmission to an evaluation device. In order that the acoustic pick-up can function without an external auxiliary power supply, means are provided by means of which auxiliary power required for operating the electronic circuit can be generated from the acoustic signal to be picked up.
    • 声学拾取器,特别是用于声学诊断机器的超声波拾取器,例如用于检测阀中的泄漏或用于诊断位置,包括压电测量元件和电子电路,其将测量信号处理为适合的形式 用于传输到评估装置。 为了使声学拾取器能够在没有外部辅助电源的情况下起作用,通过其可以从要拾取的声学信号产生用于操作电子电路所需的辅助功率的装置。
    • 8. 发明申请
    • Diagnostic system and method for a valve
    • 阀的诊断系统和方法
    • US20050126639A1
    • 2005-06-16
    • US10972581
    • 2004-10-26
    • Wolfgang EnsAlf Puettmer
    • Wolfgang EnsAlf Puettmer
    • F16K37/00
    • F16K37/0083Y10T137/8175Y10T137/8242
    • A diagnostic system, for a valve (2), having a sensor (12) that senses structure-borne noise and having a device (14) for evaluating a measurement signal (13) of the structure-borne noise. During a calibration process, a first progression of the measurement signal is sensed for the closed position of the valve (2) and a first value (w1) of a characteristic is determined. To simulate leakage noise, the valve (2) is nearly closed during operation, a second progression of the measurement signal is sensed and a second value (w2) is determined. If the deviation of the second value from the first value is sufficiently large, a diagnosis is possible. A third progression of the measurement signal is sensed for the closed position of the valve as in an installed condition, and a third value (w3) is determined. If the deviation of the third value (w3) from the first value (w1) is too great, and if a diagnosis has been identified as being possible, then the system deduces that the valve leaks.
    • 一种用于阀(2)的诊断系统,其具有感测结构噪声的传感器(12)并具有用于评估结构噪声的测量信号(13)的装置(14)。 在校准过程中,对阀(2)的关闭位置检测测量信号的第一进程,并且确定特性的第一值(w 1)。 为了模拟泄漏噪声,阀(2)在操作期间几乎闭合,感测测量信号的第二进程,并且确定第二值(w 2)。 如果第二值与第一值的偏差足够大,则可以进行诊断。 在安装状态下,对阀的关闭位置检测测量信号的第三进程,并且确定第三值(w 3)。 如果第三值(w 3)与第一值(w 1)的偏差太大,并且如果诊断被确定为可能,则系统推断阀泄漏。