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    • 81. 发明申请
    • Vibrating sensor
    • 振动传感器
    • US20070234811A1
    • 2007-10-11
    • US11730200
    • 2007-03-30
    • Josef FehrenbachMartin Mellert
    • Josef FehrenbachMartin Mellert
    • G01H11/00
    • G01H11/06
    • The invention relates to a vibrating sensor with a diaphragm (2) that can be set into vibration; and with a transformer device (4) for setting the diaphragm (2) into vibration and/or for tapping a vibration S in the diaphragm; and with a vibrating body (3) and/or a diaphragm (2) in the form of a vibrating body, for transmitting the vibrations (S) of the diaphragm (2) to an ambient space (7) and/or for transmitting the vibrations (S) from an ambient space (7) to the diaphragm (2). The transformer device (4) exhibits a coil (8) and a bolt (6), such that the bolt (6) is connected to the diaphragm (2) in order to transmit the vibrations (S) to or from the diaphragm (2), and the coil (8) and the bolt (6) are positioned to so interact that a vibration (S) in the bolt (6) induces a flow of current in the coil (8) and/or a flow of current in the coil induces a magnetic field (B) and brings about a vibration in the bolt (6).
    • 本发明涉及一种振动传感器,其具有能够被设定为振动的隔膜(2); 以及用于将隔膜(2)设置成振动和/或用于敲击隔膜中的振动S的变压器装置(4) 并且具有振动体形式的振动体(3)和/或隔膜(2),用于将隔膜(2)的振动(S)传递到环境空间(7)和/或用于将振动体 从环境空间(7)到隔膜(2)的振动(S)。 变压器装置(4)具有线圈(8)和螺栓(6),使得螺栓(6)连接到隔膜(2),以将振动(S)传递到隔膜(2) ),并且线圈(8)和螺栓(6)被定位成相互作用,使得螺栓(6)中的振动(S)引起线圈(8)中的电流流动和/或线圈 线圈引起磁场(B)并且在螺栓(6)中产生振动。
    • 87. 发明授权
    • Two-wire RADAR sensor with intermittently operating circuitry components
    • 双线RADAR传感器具有间歇操作电路元件
    • US06014100A
    • 2000-01-11
    • US31992
    • 1998-02-27
    • Josef FehrenbachKarl Griesbaum
    • Josef FehrenbachKarl Griesbaum
    • G01F23/284G01S7/03G01S13/88G01S13/32
    • G01F23/284G01S13/88G01S7/03
    • An improved RADAR sensor for measuring the level of material utilizes conventional medium- or high-power microwave transmitter and microwave receiver devices, while utilizing only the relatively small amount of current supplied by a conventional low current two-wire process control loop. A transmit/receive unit and a control unit are operated intermittently to generate readings, and are set to a current-saving or even currentless standby mode between these periods of active measurement. During the inactive standby period, circuit components such as capacitors collect and store power to be used for the comparably high-power requirement during the active measurement cycles. The inactive standby periods are preferably long compared to the duration of the measurement periods. This permits operation with power entirely supplied from a common two-wire 4-20 mA process control loop.
    • 用于测量材料水平的改进​​的RADAR传感器利用传统的中等或大功率微波发射器和微波接收器装置,同时仅利用由传统的低电流二线制过程控制回路提供的相对较少量的电流。 发射/接收单元和控制单元间歇地操作以产生读数,并且在这些有效测量周期之间被设置为节电或甚至无电流待机模式。 在非活动待机期间,诸如电容器的电路部件收集并存储用于在有效测量周期期间相对较高功率需求的功率。 非活动待机周期优选地与测量周期的持续时间相比长。 这允许从通用双线4-20mA过程控制回路完全提供的电力进行操作。
    • 88. 发明授权
    • Vibration sensor
    • 振动传感器
    • US08316715B2
    • 2012-11-27
    • US12628755
    • 2009-12-01
    • Joern JacobHolger GruhlerJosef FehrenbachMartin MellertFrank Becherer
    • Joern JacobHolger GruhlerJosef FehrenbachMartin MellertFrank Becherer
    • G01N29/24G01M7/02
    • G01H11/02
    • The invention is a vibration sensor with a carrying element capable of being set into vibration; a conversion device having a field coil to set and/or tap the carrying element into vibration; an anchor mounted in the field coil; and, a vibration element to transmit the vibrations from the carrying element into/from a surrounding space. The anchor is designed as two parts, having a permanent magnet and a coil core connected to the field coil, with an air gap arranged therebetween and lying in the area of the axial extension of the field coil. The permanent magnet is connected to the carrying element to transmit vibrations; and, the field coil and the permanent magnet are arranged to interact in such a way that any vibration of the permanent magnet induces current flow in the field coil and/or induces vibration of the permanent magnet in the field coil.
    • 本发明是具有能够被设定为振动的承载元件的振动传感器。 具有用于将所述携带元件设置和/或敲击振动的场线圈的转换装置; 锚固件安装在励磁线圈中; 以及用于将来自承载元件的振动传递到周围空间的振动元件。 锚固件被设计为两部分,其具有连接到励磁线圈的永磁体和线圈芯,其间布置有气隙并位于励磁线圈的轴向延伸的区域中。 永磁体连接到承载元件以传递振动; 并且,励磁线圈和永磁体被布置成使得永磁体的任何振动在励磁线圈中感应电流和/或引起励磁线圈中的永磁体的振动。
    • 89. 发明申请
    • VIBRATION SENSOR
    • 振动传感器
    • US20100175476A1
    • 2010-07-15
    • US12628755
    • 2009-12-01
    • Joern JacobHolger GruhlerJosef FehrenbachMartin MellertFrank Becherer
    • Joern JacobHolger GruhlerJosef FehrenbachMartin MellertFrank Becherer
    • G01H11/02H02K35/04H02K35/02
    • G01H11/02
    • The invention is a vibration sensor with a carrying element capable of being set into vibration; a conversion device having a field coil to set and/or tap the carrying element into vibration; an anchor mounted in the field coil; and, a vibration element to transmit the vibrations from the carrying element into/from a surrounding space. The anchor is designed as two parts, having a permanent magnet and a coil core connected to the field coil, with an air gap arranged therebetween and lying in the area of the axial extension of the field coil. The permanent magnet is connected to the carrying element to transmit vibrations;and, the field coil and the permanent magnet are arranged to interact in such a way that any vibration of the permanent magnet induces current flow in the field coil and/or induces vibration of the permanent magnet in the field coil.
    • 本发明是具有能够被设定为振动的承载元件的振动传感器。 具有用于将所述承载元件设置和/或敲击振动的励磁线圈的转换装置; 锚固件安装在励磁线圈中; 以及用于将来自承载元件的振动传递到周围空间的振动元件。 锚固件被设计为两部分,其具有连接到励磁线圈的永磁体和线圈芯,其间布置有气隙并位于励磁线圈的轴向延伸的区域中。 永磁体连接到承载元件以传递振动; 并且,励磁线圈和永磁体被布置成使得永磁体的任何振动在励磁线圈中感应电流和/或引起励磁线圈中的永磁体的振动。