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    • 1. 发明授权
    • Process and device for ascertaining whether two successive shafts are in alignment
    • 确定两个相继的轴是否对准的过程和装置
    • US06476914B1
    • 2002-11-05
    • US09315157
    • 1999-05-20
    • Roland HoelzlHeinrich LysenMichael Hermann
    • Roland HoelzlHeinrich LysenMichael Hermann
    • G01B1100
    • G01B11/26
    • The effectiveness of a method for checking for exact alignment of two successive shafts, axles or the like is improved by the fact the no measures with respect to linearization or temperature compensation are necessary any longer by using a light-sensitive array as the light-sensitive sensor. The effects of outside light and reflections can be suppressed. The cross section and the quality of a detected laser beam can be checked especially by visual inspection. Production of the corresponding device for executing this process is facilitated. By using matched beam splitters and reflectors as well as light sources of different colors the number of optoelectronic sensors necessary can be significantly reduced.
    • 通过使用光敏阵列作为光敏元件,不再需要对于线性化或温度补偿的任何措施都不必要的事实来改善用于检查两个相继的轴,轴等的精确对准的方法的有效性 传感器。 可以抑制外部光和反射的影响。 可以通过目视检查来检查检测到的激光束的横截面和质量。 促进执行该处理的相应设备的生产。 通过使用匹配的分束器和反射器以及不同颜色的光源,可以显着地减少所需的光电传感器的数量。
    • 2. 发明申请
    • Method and device for the non-destructive and contactless detection of flaws in a test piece moved relative to a probe
    • 用于非破坏性和非接触式检测相对于探针移动的试件中的缺陷的方法和装置
    • US20070080681A1
    • 2007-04-12
    • US10595899
    • 2005-07-18
    • Roland HoelzlMichael Hermann
    • Roland HoelzlMichael Hermann
    • G01N27/82
    • G01N29/46G01N27/90G01N29/043G01N29/11G01N29/2412G01N29/27G01N29/42G01N29/449
    • Method for nondestructive and contact-free detection of faults in a test specimen which is moved relative to a probe that detects a periodic electrical signal having a carrier oscillation whose amplitude and/or phase is/are modulated by any fault in the test specimen. The probe signal is filtered and sampled by a triggerablie A/D converter stage to obtain a demodulated digital measurement signal which is filtered using a digital frequency-selective adjustable second filter unit to obtain a useful signal which is evaluated to detect a fault in the test specimen. The A/D converter stage is triggered at a fraction of the frequency of the carrier oscillation selected as a function of the fault frequency obtained as the quotient of the relative speed between the test specimen and the probe and the effective width of the probe, and the frequency-selective second filter unit is adjusted as a function of the fault frequency.
    • 用于无损和无接触地检测测试样本中的故障的方法,所述测试样本相对于探测器移动,所述探测器检测到具有载波振荡的周期性电信号,所述载波振荡的幅度和/或相位由所述测试样本中的任何故障调制。 探头信号由触发器A / D转换器级进行滤波和采样,以获得解调的数字测量信号,其使用数字频率选择性可调第二滤波器单元进行滤波,以获得用于检测测试中的故障的有用信号 标本。 所选择的载波振荡频率的一小部分被触发,作为以测试样本和探针之间的相对速度与探头的有效宽度的商值获得的故障频率的函数,以及探针的有效宽度 频率选择性第二滤波器单元作为故障频率的函数被调整。
    • 5. 发明授权
    • Method and apparatus for the non-destructive and contactless detection of faults in a test piece which is moved relative to a probe
    • 用于非破坏性和非接触式检测相对于探针移动的测试件中的故障的方法和装置
    • US07423424B2
    • 2008-09-09
    • US10595899
    • 2005-07-18
    • Roland HoelzlMichael Hermann
    • Roland HoelzlMichael Hermann
    • G01N27/82G01N27/90
    • G01N29/46G01N27/90G01N29/043G01N29/11G01N29/2412G01N29/27G01N29/42G01N29/449
    • Method for nondestructive and contact-free detection of faults in a test specimen which is moved relative to a probe that detects a periodic electrical signal having a carrier oscillation whose amplitude and/or phase is/are modulated by any fault in the test specimen. The probe signal is filtered and sampled by a triggerable A/D converter stage to obtain a demodulated digital measurement signal which is filtered using a digital frequency-selective adjustable second filter unit to obtain a useful signal which is evaluated to detect a fault in the test specimen. The A/D converter stage is triggered at a fraction of the frequency of the carrier oscillation selected as a function of the fault frequency obtained as the quotient of the relative speed between the test specimen and the probe and the effective width of the probe, and the frequency-selective second filter unit is adjusted as a function of the fault frequency.
    • 用于无损和无接触地检测测试样本中的故障的方法,所述测试样本相对于探测器移动,所述探测器检测到具有载波振荡的周期性电信号,所述载波振荡的幅度和/或相位由所述测试样本中的任何故障调制。 探针信号由可触发的A / D转换器级进行滤波和采样,以获得解调的数字测量信号,其使用数字频率选择性可调第二滤波器单元进行滤波,以获得用于检测测试中的故障的有用信号 标本。 所选择的载波振荡频率的一小部分被触发,作为以测试样本和探针之间的相对速度与探头的有效宽度的商值获得的故障频率的函数,以及探针的有效宽度 频率选择性第二滤波器单元作为故障频率的函数被调整。
    • 6. 发明授权
    • Device and process for detecting particles in a flowing liquid
    • 用于检测流动液体中的颗粒的装置和方法
    • US08354836B2
    • 2013-01-15
    • US11958001
    • 2007-12-17
    • Edwin BeckerThomas KnoellRoland Hoelzl
    • Edwin BeckerThomas KnoellRoland Hoelzl
    • G01N27/72G01R33/12
    • G01N15/1031G01N33/2858G01N2015/1062G01N2015/1075
    • A device for detecting electrically conductive particles in a liquid flowing in a pipe section, with a transmitter coil surrounding the pipe section for inducing eddy currents in the particles, at least one first inductive receiver coil surrounding the pipe section and a second inductive receiver coil which is spaced axially to the first receiver coil and which surrounds the pipe section, the first and the second receiver coils being located in the region of the transmitter coil and being subtractively connected, in order to output a difference signal according to the eddy currents induced by the transmitter coil, and the transmitter coil forming the primary side and the receiver coils forming the secondary side of a transformer arrangement. An evaluation unit evaluates the difference signal in order to detect passage of electrically conductive particles in the pipe section.
    • 一种用于检测在管段中流动的液体中的导电颗粒的装置,其中围绕管段的发射器线圈用于在颗粒中感应涡流,围绕管段的至少一个第一感应接收器线圈和第二感应接收器线圈, 与第一接收器线圈轴向间隔并且围绕管部分,第一和第二接收器线圈位于发射器线圈的区域中并被减法地连接,以便根据由第一接收器线圈引起的涡流输出差分信号 发射器线圈和形成初级侧的发射器线圈和形成变压器布置的次级侧的接收器线圈。 评估单元评估差异信号,以便检测管段中导电颗粒的通过。
    • 8. 发明授权
    • Device and process for detecting particles in a flowing liquid
    • 用于检测流动液体中的颗粒的装置和方法
    • US07956601B2
    • 2011-06-07
    • US11958073
    • 2007-12-17
    • Edwin BeckerThomas KnoellRoland Hoelzl
    • Edwin BeckerThomas KnoellRoland Hoelzl
    • G01N27/74G01N15/06G01R33/12
    • G01N33/2858G01N15/0656
    • A process and device for detecting electrically conductive particles in a liquid flowing in a pipe section, the liquid being exposed to periodic alternating electromagnetic fields by a transmitter coil which induces eddy currents in the particles, a probe made as a coil arrangement and which has an effective width producing a periodic electrical signal based on the eddy currents. The signal ha a carrier oscillation with an amplitude and/or phase which is modulated by particles passing across the effective width of the coil arrangement, the probe signal being filtered by a frequency-selective first filter unit, the filtered signal being sampled by a triggerable A/D converter stage to obtain a demodulated digital measurement signal, the digital measurement signal being filtered by a digital, frequency-selective adjustable second filter unit to obtain a useful signal, and the useful signal being evaluated to detect passage of electrically conductive particles in the pipe section.
    • 一种用于检测在管段中流动的液体中的导电颗粒的过程和装置,该液体通过发射器线圈暴露于周期性交变电磁场,该发射器线圈在颗粒中引起涡流,制成为线圈装置的探针, 有效宽度产生基于涡流的周期性电信号。 该信号具有振幅和/或相位的载波振荡,该幅度和/或相位由通过线圈装置的有效宽度的粒子调制,探测信号被频率选择性第一滤波器单元滤波,滤波后的信号由可触发的 A / D转换器级,以获得解调的数字测量信号,数字测量信号由数字频率选择性可调第二滤波器单元滤波以获得有用信号,并且评估有用信号以检测导电颗粒的通过 管段。