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    • 2. 发明授权
    • Temperature determination of an away-facing surface of an object
    • 对象面向表面的温度测定
    • US07708461B2
    • 2010-05-04
    • US11663153
    • 2005-09-16
    • Hans-Gerd BrummelUwe LinnertKlaus NewerlaMichael Willsch
    • Hans-Gerd BrummelUwe LinnertKlaus NewerlaMichael Willsch
    • G01K11/24
    • G01K7/42G01K11/24
    • A method for determining the temperature of an away-facing surface of an object, wherein at least one ultrasonic pulse is transmitted through a surface of the object facing a transmitter/receiver unit into said object; the at least one ultrasonic pulse is reflected at least partially in the direction of the transmitter/receiver unit on the surface of the object facing away from the transmitter/receiver unit; and the reflected part of the at least one transmitted ultrasonic pulse is received by the transmitter/receiver unit. At least one temperature value for the object surface facing the transmitter/receiver unit is also determined; at least one value is determined for the propagation time of the at least one ultrasonic pulse through the object, and at least one temperature value for the object surface facing away from the transmitter/receiver unit is determined by the at least one temperature value for the object surface facing the transmitter/receiver unit and the at least one propagation time value.
    • 一种用于确定物体朝向表面的温度的方法,其中至少一个超声波脉冲通过面向发射器/接收器单元的物体的表面传输到所述物体中; 所述至少一个超声波脉冲至少部分地在所述物体的表面上远离所述发射机/接收机单元的所述发射机/接收机单元的方向上反射; 并且所述至少一个发送的超声脉冲的反射部分由发射机/接收机单元接收。 还确定面向发射机/接收机单元的物体表面的至少一个温度值; 确定至少一个超声脉冲通过物体的传播时间的值,并且面对远离发射器/接收器单元的物体表面的至少一个温度值由该至少一个超声波脉冲的至少一个温度值确定 物体表面面向发射器/接收器单元和至少一个传播时间值。
    • 4. 发明申请
    • Termperature Determination of an Away-Facing Surface of an Object
    • 对象面向表面的温度测定
    • US20080107150A1
    • 2008-05-08
    • US11663153
    • 2005-09-16
    • Hans-Gerd BrummelUwe LinnertKlaus NewerlaMichael Willsch
    • Hans-Gerd BrummelUwe LinnertKlaus NewerlaMichael Willsch
    • G01K11/24
    • G01K7/42G01K11/24
    • A method for determining the temperature of an away-facing surface of an object, wherein at least one ultrasonic pulse is transmitted through a surface of the object facing a transmitter/receiver unit into said object; the at least one ultrasonic pulse is reflected at least partially in the direction of the transmitter/receiver unit on the surface of the object facing away from the transmitter/receiver unit; and the reflected part of the at least one transmitted ultrasonic pulse is received by the transmitter/receiver unit. At least one temperature value for the object surface facing the transmitter/receiver unit is also determined; at least one value is determined for the propagation time of the at least one ultrasonic pulse through the object, and at least one temperature value for the object surface facing away from the transmitter/receiver unit is determined by the at least one temperature value for the object surface facing the transmitter/receiver unit and the at least one propagation time value.
    • 一种用于确定物体朝向表面的温度的方法,其中至少一个超声波脉冲通过面向发射器/接收器单元的物体的表面传输到所述物体中; 所述至少一个超声波脉冲至少部分地在所述物体的表面上远离所述发射机/接收机单元的所述发射机/接收机单元的方向上反射; 并且所述至少一个发送的超声脉冲的反射部分由发射机/接收机单元接收。 还确定面向发射机/接收机单元的物体表面的至少一个温度值; 确定至少一个超声脉冲通过物体的传播时间的值,并且面对远离发射器/接收器单元的物体表面的至少一个温度值由该至少一个超声波脉冲的至少一个温度值确定 物体表面面向发射器/接收器单元和至少一个传播时间值。
    • 5. 发明授权
    • Magnetoelastic torque sensor
    • 磁力矩传感器
    • US09234811B2
    • 2016-01-12
    • US14115911
    • 2012-04-11
    • Hans-Gerd BrummelUwe LinnertCarl Udo MaierJochen OstermaierUwe Pfeifer
    • Hans-Gerd BrummelUwe LinnertCarl Udo MaierJochen OstermaierUwe Pfeifer
    • G01L3/10G01L3/02
    • G01L3/105G01L3/102
    • A magnetoelastic torque sensor (1) has an emission coil (7) for generating a magnetic field in an object (3), the torque of which is to be determined. The emission coil is axially oriented (A) and has an axial emission coil end surface (15) which can be guided towards the object (3). At least two reception coils (9, 33, 43) at a distance from the emission coil and having, respectively, a receiving coil end surface (17) which can be guided towards the object (3) to capture a response signal induced in the object (3) by the magnetic field of the emission coil (7, 31, 41). At least the receiver coil end surface (17) of one of the receiver coils protrudes beyond the emission coil end surface (15) to a selected distance from the object (3).
    • 磁弹性扭矩传感器(1)具有用于在物体(3)中产生磁场的发射线圈(7),其扭矩将被确定。 发射线圈是轴向定向的(A)并且具有轴向发射线圈端面(15),其可被引向物体(3)。 至少两个接收线圈(9,33,43)距离发射线圈一段距离,并且分别具有可以被引导到物体(3)的接收线圈端面(17),以捕获在该发射线圈 物体(3)通过发射线圈(7,31,41)的磁场。 至少接收器线圈的接收器线圈端面(17)突出超过发射线圈端面(15)到与物体(3)的选定距离。
    • 7. 发明申请
    • MAGNETOELASTIC TORQUE SENSOR
    • MAGNETOELASTIC TORQUE传感器
    • US20140102220A1
    • 2014-04-17
    • US14115911
    • 2012-04-11
    • Hans-Gerd BrummelUwe LinnertCarl Udo MaierJochen OstermaierUwe Pfeifer
    • Hans-Gerd BrummelUwe LinnertCarl Udo MaierJochen OstermaierUwe Pfeifer
    • G01L3/10
    • G01L3/105G01L3/102
    • A magnetoelastic torque sensor (1) has an emission coil (7) for generating a magnetic field in an object (3), the torque of which is to be determined. The emission coil is axially oriented (A) and has an axial emission coil end surface (15) which can be guided towards the object (3). At least two reception coils (9, 33, 43) at a distance from the emission coil and having, respectively, a receiving coil end surface (17) which can be guided towards the object (3) to capture a response signal induced in the object (3) by the magnetic field of the emission coil (7, 31, 41). At least the receiver coil end surface (17) of one of the receiver coils protrudes beyond the emission coil end surface (15) to a selected distance from the object (3).
    • 磁弹性扭矩传感器(1)具有用于在物体(3)中产生磁场的发射线圈(7),其扭矩将被确定。 发射线圈是轴向定向的(A)并且具有轴向发射线圈端面(15),其可被引向物体(3)。 至少两个接收线圈(9,33,43)距离发射线圈一段距离,并且分别具有可以被引导到物体(3)的接收线圈端面(17),以捕获在该发射线圈 物体(3)通过发射线圈(7,31,41)的磁场。 至少接收器线圈的接收器线圈端面(17)突出超过发射线圈端面(15)到与物体(3)的选定距离。