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    • 1. 发明申请
    • VIBRATION LIMIT SWITCH SYSTEM
    • 振动限位开关系统
    • US20130313084A1
    • 2013-11-28
    • US13670793
    • 2012-11-07
    • Martin MellertJoern JacobHolger Gruhler
    • Martin MellertJoern JacobHolger Gruhler
    • H01H3/16H01H11/00
    • H01H3/16G01F23/2967H01H11/00Y10T29/42
    • A vibration limit switch system and related method is provided with a piezoelectric transmitting- and/or receiving unit, in operable connection with a membrane that can be put in oscillation, and a mechanical oscillation arrangement that is coupled to the membrane, whereby the piezoelectric transmitting- and/or receiving unit is adhered directly, or via an adaptation layer by an adhesive layer, to the membrane 4. In this improvement, the adhesive layer between the membrane and the transmitting-and/or receiving unit or the adaptation layer has a thickness in an edge area R which thickness is elevated in comparison to a central area Z. This thickness is arranged in differing geometries and amounts to further improve performance.
    • 振动限位开关系统及相关方法设置有压电传动和/或接收单元,其可与能够摆动的膜可操作地连接,以及耦合到膜的机械振荡装置,由此压电传动 - 和/或接受单元直接粘附或通过粘合剂层的适应层粘附到膜4.在该改进中,膜与发射 - 和/或接收单元或适配层之间的粘合剂层具有 在与中心区域Z相比厚度增加的边缘区域R中的厚度。该厚度被布置成不同的几何形状和数量,以进一步提高性能。
    • 2. 发明申请
    • FILLING-LEVEL MEASURING DEVICE
    • 填充水平测量装置
    • US20120160025A1
    • 2012-06-28
    • US13245336
    • 2011-09-26
    • JOERN JACOB
    • JOERN JACOB
    • G01F23/26
    • G01F23/164
    • Filling-level measurement device with a housing and a measurement cell arranged inside the housing, wherein the measurement cell comprises an essentially cylindrical measurement cell body, which comprises a membrane arranged crosswise relative to a longitudinal axis of the measurement cell body, wherein the measurement cell is mounted in the housing by a circumferential sealing element, which is arranged between the measurement cell body and the housing, wherein the sealing element is arranged in axial direction of the measurement cell in such a way that a measurement signal emitted by the measurement cell is independent from a compression of the sealing element.
    • 一种具有壳体和测量单元的填充水平测量装置,其布置在壳体内部,其中测量单元包括基本上圆柱形的测量单元主体,其包括相对于测量单元主体的纵向轴线横向布置的膜,其中测量单元 通过周向密封元件安装在壳体中,圆周密封元件布置在测量单元体和壳体之间,其中密封元件沿测量单元的轴向布置成使得测量单元发射的测量信号为 独立于密封元件的压缩。
    • 3. 发明授权
    • Method and system for detection and compensation of a rapid temperature change on a pressure measurement cell
    • 用于检测和补偿压力测量单元上的快速温度变化的方法和系统
    • US08099249B2
    • 2012-01-17
    • US12564420
    • 2009-09-22
    • Joern JacobHolger Gruhler
    • Joern JacobHolger Gruhler
    • G01F17/00
    • G01L9/0075G01L9/125
    • The invention is a method and system for detection and compensation of a rapid change in temperature on a pressure measurement cell, in which a measurement signal proportional to the deflection of a diaphragm is generated by means of a sensor. A reference signal proportional to the deflection of the diaphragm is generated by a second sensor; and, measured values are generated by a microprocessor from the measurement signal while the respective reference values are generated from the reference signal. The reference values are compared with the expected values from a tolerance band, and either a pressure-induced deflection of the diaphragm is detected when there is a correspondence, and the measured values are output as measured values for the measured pressure; or, if there is not a correspondence, a deflection of the diaphragm due to a rapid change in temperature is detected, the measured values are corrected and output.
    • 本发明是用于检测和补偿压力测量单元上的快速温度变化的方法和系统,其中通过传感器产生与隔膜的偏转成比例的测量信号。 通过第二传感器产生与光阑的偏转成比例的参考信号; 并且由微处理器从测量信号产生测量值,同时从参考信号产生各个参考值。 将参考值与公差带的预期值进行比较,当存在对应关系时,检测振膜的压力引起的偏转,并将测量值作为测量压力的测量值输出; 或者,如果没有对应关系,则检测出由于温度快速变化引起的振动板偏转,校正和输出测量值。
    • 4. 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。
    • 5. 发明授权
    • Measuring device for determining and/or monitoring the amount of contents in a container
    • 用于确定和/或监测容器内容物量的测量装置
    • US08127602B2
    • 2012-03-06
    • US12230546
    • 2008-08-29
    • Holger GruhlerGerd OhmayerMartin MellertJoern Jacob
    • Holger GruhlerGerd OhmayerMartin MellertJoern Jacob
    • G01F23/00
    • G01F23/2967G01F23/296G01F23/2968
    • A fill-measuring device for determining and/or monitoring the fill level of a container, includes: a membrane (1) which can be caused to vibrate; a rigid membrane rim (2) in which the membrane (1) is disposed; a drive device (4) having a drive end face (5) to impel the membrane (1) into vibration, and/or to convert vibrations of the membrane (1) into an electrical signal; and an attaching device (13) for attaching the drive device (4) to the membrane rim (2); wherewith, according to the invention: a part of the attaching device (13) is disposed in a region extending between the membrane (1) and the drive end face (5) of the drive device (4); and at least one pressure transmission element (6) is disposed between the membrane (1) and the drive end face (5) of the drive device (4), in a manner such that the membrane (1) and the drive end face (5) are coupled together for purposes of transmission of vibration.
    • 一种用于确定和/或监测容器的填充水平的填充测量装置,包括:能够引起振动的膜(1); 其中设置有膜(1)的刚性膜缘(2); 驱动装置(4)具有用于推动膜(1)振动的驱动端面(5)和/或将膜(1)的振动转换成电信号; 以及用于将驱动装置(4)附接到膜缘(2)的附接装置(13); 根据本发明,附接装置(13)的一部分设置在延伸在驱动装置(4)的膜(1)和驱动端面(5)之间的区域中; 并且至少一个压力传递元件(6)以这样的方式设置在所述膜(1)和驱动装置(4)的驱动端面(5)之间,使得膜(1)和驱动端面 5)耦合在一起,用于传播振动。
    • 6. 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。
    • 8. 发明申请
    • METHOD AND SYSTEM FOR DETECTION AND COMPENSATION OF A RAPID TEMPERATURE CHANGE ON A PRESSURE MEASUREMENT CELL
    • 用于检测和补偿压力测量单元的快速温度变化的方法和系统
    • US20100125425A1
    • 2010-05-20
    • US12564420
    • 2009-09-22
    • Joern JACOBHolger GRUHLER
    • Joern JACOBHolger GRUHLER
    • G01L19/04G06F19/00
    • G01L9/0075G01L9/125
    • The invention is a method and system for detection and compensation of a rapid change in temperature on a pressure measurement cell, in which a measurement signal proportional to the deflection of a diaphragm is generated by means of a sensor. A reference signal proportional to the deflection of the diaphragm is generated by a second sensor; and, measured values are generated by a microprocessor from the measurement signal while the respective reference values are generated from the reference signal. The reference values are compared with the expected values from a tolerance band, and either a pressure-induced deflection of the diaphragm is detected when there is a correspondence, and the measured values are output as measured values for the measured pressure; or, if there is not a correspondence, a deflection of the diaphragm due to a rapid change in temperature is detected, the measured values are corrected and output.
    • 本发明是用于检测和补偿压力测量单元上的快速温度变化的方法和系统,其中通过传感器产生与隔膜的偏转成比例的测量信号。 通过第二传感器产生与光阑的偏转成比例的参考信号; 并且由微处理器从测量信号产生测量值,同时从参考信号产生各个参考值。 将参考值与公差带的预期值进行比较,当存在对应关系时,检测振膜的压力引起的偏转,并将测量值作为测量压力的测量值输出; 或者,如果没有对应关系,则检测出由于温度快速变化引起的振动板偏转,校正和输出测量值。