COUNTERBALANCE FOR A PLATFORM BALANCE
    1.
    发明申请
    COUNTERBALANCE FOR A PLATFORM BALANCE 审中-公开
    平衡平衡的平衡

    公开(公告)号:WO2007112074A2

    公开(公告)日:2007-10-04

    申请号:PCT/US2007/007389

    申请日:2007-03-23

    CPC classification number: G01M9/062 G01L5/16 G01L5/168

    Abstract: A platform balance (10) includes a first frame support (12) and a second frame support (14) movable relative to the first frame support (12). At least one counter balance assembly (40) is provided to support the static weight of the first frame support (12) and elements connected thereto. The counterbalance assembly (40) includes a beam (42) and a pivot assembly (50) allowing the beam to pivot. A weight (44) is selectively positionable on the beam (42). A compliant assembly is supported by the beam (42) on a portion thereof on a side of the pivot assembly (50) opposite the weight (44). The compliant assembly supports the first frame support (12). The compliant assembly includes a second pivot assembly (58) and a planar motion assembly (60) coupled to the second pivot assembly (58).

    Abstract translation: 平台平台(10)包括可相对于第一框架支撑件(12)移动的第一框架支撑件(12)和第二框架支撑件(14)。 提供至少一个对平衡组件(40)以支撑第一框架支撑件(12)的静态重量和与其连接的元件。 平衡组件(40)包括梁(42)和允许梁枢转的枢轴组件(50)。 重物(44)可选择性地定位在梁(42)上。 柔性组件由梁(42)支撑在枢轴组件(50)与重物(44)相对的一侧上的一部分上。 柔性组件支撑第一框架支撑件(12)。 柔性组件包括第二枢转组件(58)和联接到第二枢转组件(58)的平面运动组件(60)。

    MASCHINENELEMENT MIT EINER SENSOREINRICHTUNG UND VERFAHREN ZUR HERSTELLUNG EINES MASCHINENELEMENTS
    2.
    发明申请
    MASCHINENELEMENT MIT EINER SENSOREINRICHTUNG UND VERFAHREN ZUR HERSTELLUNG EINES MASCHINENELEMENTS 审中-公开
    随着对生产机器元件的传感器装置和方法的机器元件

    公开(公告)号:WO2016177356A1

    公开(公告)日:2016-11-10

    申请号:PCT/DE2016/000184

    申请日:2016-05-03

    CPC classification number: G01L5/0004 G01L5/167 G01L5/168

    Abstract: Bei einem Maschinenelement mit einem Hohlwellenabschnitt und mit einer Sensoreinrichtung (2) zur Erfassung einer sich auf den Hohlwellenabschnitt auswirkenden mechanischen Beanspruchung ist die Sensoreinrichtung (2) in dem Hohlwellenabschnitt angeordnet, wobei der Hohlwellenabschnitt eine erste radial nach innen ragende Ausformung (12) und eine zweite radial nach innen ragende Ausformung (20) aufweist und die Sensoreinrichtung (2) mit einer axialen Vorspannung zwischen der ersten radial nach innen ragenden Ausformung (12) und der zweiten radial nach innen ragenden Ausformung (20) formschlüssig festgelegt ist. Bei einem Herstellungsverfahren zur Herstellung des Maschinenelements wird in einem ersten Ausformungsschritt eine erste radial nach innen vorspringende Ausformung (12) in dem Hohlwellenabschnitt des Maschinenelements erzeugt, in einem nachfolgenden Sensoranordnungsschritt eine Sensoreinrichtung (2) in dem Hohlwellenabschnitt an der ersten radial nach innen vorspringenden Ausformung (12) formschlüssig angelegt und in einem nachfolgenden Festlegungsschritt die zweite radial nach innen vorspringende Ausformung (20) in dem Hohlwellenabschnitt erzeugt, durch den die Sensoreinrichtung (2) mit einer axialen Vorspannung zwischen der ersten radial nach innen vorspringenden Ausformung (12) und der zweiten radial nach innen vorspringenden Ausformung (20) formschlüssig festgelegt wird.

    Abstract translation: 当具有中空轴部和与传感器设备(2),用于在中空轴部的机械应力检测具有效果的传感器装置的机器元件(2)被布置在所述中空轴部,其中,所述中空轴部的第二的第一径向向内延伸的形成(12)和 径向向内与所述第一径向向内延伸的形成之间的轴向延伸的偏置结构(20)和传感器设备(2)被设置为以形状配合(12)和第二径向向内延伸的形成(20)。 在用于生产机器元件的制造过程中,第一径向向内突出的在机器元件的中空轴部的形成(12)在第一模制步骤中形成的,传感器装置在随后的传感器定位步骤(2)(在第一径向向内突出形成的中空轴部 施加12)正并且在随后的定影步骤中产生,在空心轴部的第二径向向内突出的形成(20),通过该传感器设备(2)具有径向第一(向内突出形成12)和所述第二径向之间的轴向偏置 被设定形状配合向内突出的形成(20)。

    TWO-AXIS SENSOR BODY FOR A LOAD TRANSDUCER AND PLATFORM BALANCE WITH THE SAME
    3.
    发明申请
    TWO-AXIS SENSOR BODY FOR A LOAD TRANSDUCER AND PLATFORM BALANCE WITH THE SAME 审中-公开
    用于负载传感器和平台平衡的双轴传感器机构

    公开(公告)号:WO2015017806A3

    公开(公告)日:2015-04-16

    申请号:PCT/US2014049447

    申请日:2014-08-01

    CPC classification number: G01L5/168 G01L1/26 G01L5/00 G01L5/16 G01M9/02 G01M9/062

    Abstract: A transducer body (10) including a support having a pair of clevis halves (16, 18), and a sensor body (12; 102; 202; 242) coupled to each of the clevis halves (16, 18), the sensor body (12; 102; 202; 242) disposed between the clevis halves 16, 18 and configured to deflect with forces along two orthogonal axes. The sensor body (12; 102; 202; 242) includes a generally rigid peripheral member (22) disposed about a spaced-apart central hub (20), the central hub (20) joined to each of the clevis halves (16, 18) with the peripheral member (22) spaced apart from each clevis half. At least three flexure components (31-34; 112A-112B; 212; 251-254) couple the peripheral member 22 to the central hub 20. The flexure components (31-34; 112A-112B; 212; 251-254) are spaced-apart from each other at generally equal angle intervals about the central hub 20. The sensor body (12; 102; 202; 242) further includes a flexure assembly (51A- 51B; 115A-115B) for each of the at least some flexure components (31-34; 112A-112B; 212; 251-254) joining the flexure component (31-34; 112A-112B; 212; 251-254) to at least one of the central hub (20) and the peripheral member (22), the flexure assembly (51A- 51B; 115A-115B) being compliant for forces in a radial direction from the central hub (20) through the flexure component (31-34; 112A-112B; 212; 251-254) and to the peripheral member (22), wherein each flexure assembly (51A- 51B; 115A-115B) is configured such that forces transferred between central hub (20) and the peripheral member (22) concentrate strain at a midpoint (66) along the length of each corresponding flexure component (31-34; 112A-112B; 212; 251-254). A platform balance (300) may be provided with transducer bodies (10) as shown and described.

    Abstract translation: 一种换能器主体(10),该换能器主体包括具有一对半挂叉(16,18)的支撑件和耦合到每个半挂叉叉(16,18)的传感器主体(12; 102; 202; 242),传感器主体 (12; 102; 202; 242),其布置在所述两个夹具半部16,18之间并且构造成沿着两个正交轴线的力偏转。 传感器主体(12; 102; 202; 242)包括围绕间隔开的中心毂(20)设置的大致刚性的外围构件(22),中心毂(20)连接到每个叉形钩(16,18 )与外围构件(22)与每个U形夹半部分隔开。 至少三个弯曲部件(31-34; 112A-112B; 212; 251-254)将外围部件22连接到中心轮毂20上。挠曲部件(31-34; 112A-112B; 212; 251-254) 所述传感器主体(12; 102; 202; 242)还包括用于所述至少一些部件中的每一个的挠曲组件(51A-51B; 115A-115B) 将所述挠曲部件(31-34; 112A-112B; 212; 251-254)连接到所述中央轮毂(20)和所述外围设备中的至少一个的挠曲部件(31-34; 112A-112B; 212; 251-254) 所述柔性组件(51A-51B; 115A-115B)适于从所述中心毂(20)沿径向方向穿过所述挠性部件(31-34; 112A-112B; 212; 251-254 )和周边构件(22)之间,其中每个挠曲组件(51A-51B; 115A-115B)被构造成使得在中心毂(20)和周边构件(22)之间传递的力在中点(66) 沿着乐 每个对应的挠曲部件(31-34; 112A-112B; 212; 251-254)。 如图所示和所描述的,平台天平(300)可以设置有换能器本体(10)。

    MULTI-DIMENSIONAL CAPACITIVE TRANSDUCER
    4.
    发明申请
    MULTI-DIMENSIONAL CAPACITIVE TRANSDUCER 审中-公开
    多维电容式传感器

    公开(公告)号:WO1997022845A1

    公开(公告)日:1997-06-26

    申请号:PCT/US1996017655

    申请日:1996-10-31

    Abstract: High precision force imparting and/or force (including weight) and displacement measuring/indicating device (200) which includes a multi-dimensional capacitor transducer system (202). The multi-dimensional transducer (202) includes a first capacitive transducer (204) for imparting force or movement and/or detecting force, weight, or position in a first direction and a second capacitive transducer (206) for imparting force or movement and/or detecting force, weight, or position in a second direction. The multi-dimensional transducer (202) may be used to provide in situ imaging in micro-mechanical test systems.

    Abstract translation: 包括多维电容换能器系统(202)的高精度力赋予和/或力(包括重量)和位移测量/指示装置(200)。 多维换能器(202)包括用于施加力或移动和/或检测第一方向上的力,重量或位置的第一电容换能器(204)和用于施加力或运动的第二电容换能器(206)和/ 或在第二方向上检测力,重量或位置。 多维换能器(202)可用于在微机械测试系统中提供原位成像。

    TWO-AXIS SENSOR BODY FOR A LOAD TRANSDUCER AND PLATFORM BALANCE WITH THE SAME
    5.
    发明申请
    TWO-AXIS SENSOR BODY FOR A LOAD TRANSDUCER AND PLATFORM BALANCE WITH THE SAME 审中-公开
    用于负载传感器的双轴传感器体与平台的平衡平衡

    公开(公告)号:WO2015017806A2

    公开(公告)日:2015-02-05

    申请号:PCT/US2014/049447

    申请日:2014-08-01

    CPC classification number: G01L5/168 G01L1/26 G01L5/00 G01L5/16 G01M9/02 G01M9/062

    Abstract: A transducer body (10) including a support having a pair of clevis halves (16, 18), and a sensor body (12; 102; 202; 242) coupled to each of the clevis halves (16, 18), the sensor body (12; 102; 202; 242) disposed between the clevis halves 16, 18 and configured to deflect with forces along two orthogonal axes. The sensor body (12; 102; 202; 242) includes a generally rigid peripheral member (22) disposed about a spaced-apart central hub (20), the central hub (20) joined to each of the clevis halves (16, 18) with the peripheral member (22) spaced apart from each clevis half. At least three flexure components (31-34; 112A-112B; 212; 251-254) couple the peripheral member 22 to the central hub 20. The flexure components (31-34; 112A-112B; 212; 251-254) are spaced-apart from each other at generally equal angle intervals about the central hub 20. The sensor body (12; 102; 202; 242) further includes a flexure assembly (51A- 51B; 115A-115B) for each of the at least some flexure components (31-34; 112A-112B; 212; 251-254) joining the flexure component (31-34; 112A-112B; 212; 251-254) to at least one of the central hub (20) and the peripheral member (22), the flexure assembly (51A- 51B; 115A-115B) being compliant for forces in a radial direction from the central hub (20) through the flexure component (31-34; 112A-112B; 212; 251-254) and to the peripheral member (22), wherein each flexure assembly (51A- 51B; 115A-115B) is configured such that forces transferred between central hub (20) and the peripheral member (22) concentrate strain at a midpoint (66) along the length of each corresponding flexure component (31-34; 112A-112B; 212; 251-254). A platform balance (300) may be provided with transducer bodies (10) as shown and described.

    Abstract translation: 传感器本体(10)包括具有一对U形夹半部(16,18)的支撑件和耦合到每个U形夹半部(16,18)的传感器本体(12; 102; 202; 242) (12; 102; 202; 242),其设置在所述两夹子半部16,18之间,并被配置成沿着两个正交轴线的力而偏转。 传感器主体(12; 102; 202; 242)包括围绕间隔开的中心毂(20)设置的大致刚性的周边构件(22),中心毂(20)连接到每个夹头半部(16,18) )与周边构件(22)间隔开,每个U形夹半部分。 至少三个弯曲部件(31-34; 112A-112B; 212; 251-254)将周边构件22连接到中心毂20.挠曲部件(31-34; 112A-112B; 212; 251-254) 传感器主体(12; 102; 202; 242)还包括用于所述至少一些的每个的挠曲组件(51A-51B; 115A-115B) 将所述挠曲部件(31-34; 112A-112B; 212; 251-254)接合到所述中心毂(20)和所述外围设备(20)中的至少一个的弯曲部件(31-34; 112A-112B; 212; 251-254) 构件(22),所述挠性组件(51A-51B; 115A-115B)沿着径向方向从所述中心毂(20)穿过所述挠曲构件(31-34; 112A-112B; 212; 251-254) )和周边构件(22),其中每个挠曲组件(51A-51B; 115A-115B)构造成使得在中心毂(20)和外围构件(22)之间传递的力将应变集中在中点(66) 沿着le 每个相应的弯曲部件(31-34; 112A-112B; 212; 251-254)。 平台平衡(300)可以设置有如所示和所描述的换能器主体(10)。

    COUNTERBALANCE FOR A PLATFORM BALANCE
    6.
    发明申请
    COUNTERBALANCE FOR A PLATFORM BALANCE 审中-公开
    平衡平衡的平衡

    公开(公告)号:WO2007112074A3

    公开(公告)日:2008-03-20

    申请号:PCT/US2007007389

    申请日:2007-03-23

    CPC classification number: G01M9/062 G01L5/16 G01L5/168

    Abstract: A platform balance (10) includes a first frame support (12) and a second frame support (14) movable relative to the first frame support (12). At least one counter balance assembly (40) is provided to support the static weight of the first frame support (12) and elements connected thereto. The counterbalance assembly (40) includes a beam (42) and a pivot assembly (50) allowing the beam to pivot. A weight (44) is selectively positionable on the beam (42). A compliant assembly is supported by the beam (42) on a portion thereof on a side of the pivot assembly (50) opposite the weight (44). The compliant assembly supports the first frame support (12). The compliant assembly includes a second pivot assembly (58) and a planar motion assembly (60) coupled to the second pivot assembly (58).

    Abstract translation: 平台平台(10)包括可相对于第一框架支撑件(12)移动的第一框架支撑件(12)和第二框架支撑件(14)。 提供至少一个对平衡组件(40)以支撑第一框架支撑件(12)的静态重量和与其连接的元件。 平衡组件(40)包括梁(42)和允许梁枢转的枢轴组件(50)。 重物(44)可选择性地定位在梁(42)上。 柔性组件由梁(42)支撑在枢轴组件(50)与重物(44)相对的一侧上的一部分上。 柔性组件支撑第一框架支撑件(12)。 柔性组件包括第二枢转组件(58)和联接到第二枢转组件(58)的平面运动组件(60)。

    COUNTERBALANCE FOR A PLATFORM BALANCE
    7.
    发明申请
    COUNTERBALANCE FOR A PLATFORM BALANCE 审中-公开
    平台平衡的平衡

    公开(公告)号:WO2007112074A8

    公开(公告)日:2008-01-24

    申请号:PCT/US2007007389

    申请日:2007-03-23

    CPC classification number: G01M9/062 G01L5/16 G01L5/168

    Abstract: A platform balance (10) includes a first frame support (12) and a second frame support (14) movable relative to the first frame support (12). At least one counter balance assembly (40) is provided to support the static weight of the first frame support (12) and elements connected thereto. The counterbalance assembly (40) includes a beam (42) and a pivot assembly (50) allowing the beam to pivot. A weight (44) is selectively positionable on the beam (42). A compliant assembly is supported by the beam (42) on a portion thereof on a side of the pivot assembly (50) opposite the weight (44). The compliant assembly supports the first frame support (12). The compliant assembly includes a second pivot assembly (58) and a planar motion assembly (60) coupled to the second pivot assembly (58).

    Abstract translation: 平台秤(10)包括相对于第一框架支撑件(12)可移动的第一框架支撑件(12)和第二框架支撑件(14)。 提供至少一个配重平衡组件(40)以支撑第一框架支撑件(12)和与其连接的元件的静态重量。 平衡组件(40)包括允许梁转动的梁(42)和枢轴组件(50)。 重物(44)可选择性地定位在梁(42)上。 梁(42)在枢轴组件(50)的与重物(44)相对的一侧上的一部分上支撑柔性组件。 顺从组件支撑第一框架支撑件(12)。 柔性组件包括第二枢轴组件(58)和联接到第二枢轴组件(58)的平面运动组件(60)。

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