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    • 1. 发明授权
    • Position measuring device
    • 位置测量装置
    • US08570621B2
    • 2013-10-29
    • US12989691
    • 2009-03-24
    • Jan BraaschWolfgang HolzapfelUlrich BennerGabriele EhgartnerRobert BernhardElmar MayerMartin Seichter
    • Jan BraaschWolfgang HolzapfelUlrich BennerGabriele EhgartnerRobert BernhardElmar MayerMartin Seichter
    • H04N1/04
    • G01D5/2454G01D5/2495G01D5/34792
    • A position measuring device including a code having a sequence of code elements of equal width B that is disposed in a measurement direction and includes a first property and a second property. The sequence of codes elements includes a first set of code elements having the first property and a second set of code elements having the second property, wherein the first and second sets of code elements are each being disposed aperiodically. The position measuring device further including a scanning unit having a plurality of detectors for scanning the code and obtaining scanning signals, wherein a code word defining an absolute position is defined from the scanning signals. The position measuring device including an arrangement for forming an incremental signal from the scanning signals, wherein the arrangement includes a converter device and a collection device arranged downstream of the converter device and wherein the collection device forms respective intermittently periodic partial signals from the scanning signals derived from scanning positions in a spacing matrix.
    • 一种位置测量装置,包括具有沿测量方向设置的并且包括第一属性和第二属性的具有相等宽度B的代码元素序列的代码。 代码元素序列包括具有第一属性的第一组代码元素和具有第二属性的第二代码元素集合,其中第一和第二代码元素集合各自被非周期性地设置。 位置测量装置还包括扫描单元,该扫描单元具有用于扫描代码并获得扫描信号的多个检测器,其中根据扫描信号定义定义绝对位置的代码字。 所述位置测量装置包括用于根据扫描信号形成增量信号的装置,其中所述装置包括转换器装置和布置在所述转换器装置下游的收集装置,并且其中所述收集装置从衍生的扫描信号形成相应的间歇周期性部分信号 从间隔矩阵中的扫描位置。
    • 2. 发明申请
    • POSITION MEASURING DEVICE
    • 位置测量装置
    • US20110261422A1
    • 2011-10-27
    • US12989691
    • 2009-03-24
    • Jan BraaschWolfgang HolzapfelUlrich BennerGabriele EhgartnerRobert BernhardElmar MayerMartin Seichter
    • Jan BraaschWolfgang HolzapfelUlrich BennerGabriele EhgartnerRobert BernhardElmar MayerMartin Seichter
    • H04N1/04
    • G01D5/2454G01D5/2495G01D5/34792
    • A position measuring device including a code having a sequence of code elements of equal width B that is disposed in a measurement direction and includes a first property and a second property. The sequence of codes elements includes a first set of code elements having the first property and a second set of code elements having the second property, wherein the first and second sets of code elements are each being disposed aperiodically. The position measuring device further including a scanning unit having a plurality of detectors for scanning the code and obtaining scanning signals, wherein a code word defining an absolute position is defined from the scanning signals. The position measuring device including an arrangement for forming an incremental signal from the scanning signals, wherein the arrangement includes a converter device and a collection device arranged downstream of the converter device and wherein the collection device forms respective intermittently periodic partial signals from the scanning signals derived from scanning positions in a spacing matrix.
    • 一种位置测量装置,包括具有沿测量方向设置的并且包括第一属性和第二属性的具有相等宽度B的代码元素序列的代码。 代码元素序列包括具有第一属性的第一组代码元素和具有第二属性的第二代码元素集合,其中第一和第二代码元素集合各自被非周期性地设置。 位置测量装置还包括扫描单元,该扫描单元具有用于扫描代码并获得扫描信号的多个检测器,其中根据扫描信号定义定义绝对位置的代码字。 所述位置测量装置包括用于根据扫描信号形成增量信号的装置,其中所述装置包括转换器装置和布置在所述转换器装置下游的收集装置,并且其中所述收集装置从衍生的扫描信号形成相应的间歇周期性部分信号 从间隔矩阵中的扫描位置。
    • 5. 发明授权
    • Miniature vehicle with magnetic force
    • 具有磁力的微型车
    • US3964206A
    • 1976-06-22
    • US546523
    • 1975-02-03
    • Robert Bernhard
    • Robert Bernhard
    • B61B13/00A63H18/12A63H29/22A63H33/26
    • A63H18/12A63H29/22
    • A miniature electrically powered vehicle including an electric motor having a pair of permanent magnets mounted in the car to serve as the stator of the motor and also being mounted to extend in close magnetic proximity to the electric rails positioned in the track upon which the vehicle is operated. The magnets are mounted one behind the other in the vehicle such that a magnetic flux path exists running between one of the permanent magnets to at least one of the electric rails and then to the other of said permanent magnets. The resulting magnetic force between the car and the track provides an increased normal force of the car against the track to increase the traction of the driving wheels and to decrease slippage and prevent the vehicle from spinning as it negotiates curves in the track.
    • 一种微型电动车辆,其包括具有安装在汽车中的一对永磁体的电动机,以用作电动机的定子,并且还安装成与位于车辆所在的轨道中的电动轨道紧密地相邻地延伸 操作。 这些磁体一个接一个地安装在车辆中,使得一个永磁体之间的磁通路径存在于至少一个电气轨道上,然后到另一个永磁体。 汽车和轨道之间产生的磁力提供了轿厢抵靠轨道的增加的法向力,以增加驱动轮的牵引力并且减小滑动并防止车辆在轨道中协调曲线时旋转。
    • 7. 发明授权
    • Circuit configuration and method for ascertaining tilt errors in connection with a position-measuring device
    • 用于确定与位置测量装置相关的倾斜误差的电路配置和方法
    • US07748251B2
    • 2010-07-06
    • US11821292
    • 2007-06-22
    • Robert Bernhard
    • Robert Bernhard
    • G01B3/30
    • G01B21/22G01D5/24476
    • In a circuit configuration for ascertaining tilt errors in connection with a position-measuring device, the position-measuring device includes at least one incremental track on a measuring graduation that is able to be read by a scanner, which is movable relative to the measuring graduation in a measuring direction, and the scanner is guided along the measuring graduation and the scanner is rotated with respect to the measuring graduation by an angle of misalignment that is changeable during the relative movement. Perpendicular to the measuring direction, the scanner has a first scanning region and a second scanning region, whereby upon reading the at least one incremental track, at least one first position signal is able to be generated by the first scanning region and at least one second position signal is able to be generated by the second scanning region. The at least one first position signal and the at least one second position signal are supplied to an arithmetic unit in which, from the at least one first position signal and from the at least one second position signal, at least one tilt-error signal is able to be generated by addition and/or subtraction operations, the amplitude of the tilt-error signal being determined by an angle of tilt and being a measure for the angle of misalignment.
    • 在用于确定与位置测量装置相关的倾斜误差的电路配置中,位置测量装置包括能够被扫描器读取的测量刻度上的至少一个增量轨迹,扫描器可相对于测量刻度移动 在测量方向上,并且扫描仪沿着测量刻度被引导,并且扫描器相对于测量刻度旋转相对于相对移动期间可变的不对准角度。 扫描仪垂直于测量方向,具有第一扫描区域和第二扫描区域,由此在读取至少一个增量轨道时,能够由第一扫描区域和至少一个第二扫描区域产生至少一个第一位置信号 位置信号能够由第二扫描区域产生。 所述至少一个第一位置信号和所述至少一个第二位置信号被提供给运算单元,其中,从所述至少一个第一位置信号和所述至少一个第二位置信号至少一个倾斜误差信号是 能够通过加法和/或减法运算产生,倾斜误差信号的幅度由倾斜角确定,并且是不对准角度的度量。
    • 8. 发明申请
    • Circuit configuration and method for ascertaining tilt errors in connection with a position-measuring device
    • 用于确定与位置测量装置相关的倾斜误差的电路配置和方法
    • US20080011043A1
    • 2008-01-17
    • US11821292
    • 2007-06-22
    • Robert Bernhard
    • Robert Bernhard
    • G01C25/00
    • G01B21/22G01D5/24476
    • In a circuit configuration for ascertaining tilt errors in connection with a position-measuring device, the position-measuring device includes at least one incremental track on a measuring graduation that is able to be read by a scanner, which is movable relative to the measuring graduation in a measuring direction, and the scanner is guided along the measuring graduation and the scanner is rotated with respect to the measuring graduation by an angle of misalignment that is changeable during the relative movement. Perpendicular to the measuring direction, the scanner has a first scanning region and a second scanning region, whereby upon reading the at least one incremental track, at least one first position signal is able to be generated by the first scanning region and at least one second position signal is able to be generated by the second scanning region. The at least one first position signal and the at least one second position signal are supplied to an arithmetic unit in which, from the at least one first position signal and from the at least one second position signal, at least one tilt-error signal is able to be generated by addition and/or subtraction operations, the amplitude of the tilt-error signal being determined by an angle of tilt and being a measure for the angle of misalignment.
    • 在用于确定与位置测量装置相关的倾斜误差的电路配置中,位置测量装置包括能够被扫描器读取的测量刻度上的至少一个增量轨迹,扫描器可相对于测量刻度移动 在测量方向上,并且扫描仪沿着测量刻度被引导,并且扫描器相对于测量刻度旋转相对于相对移动期间可变的不对准角度。 扫描仪垂直于测量方向,具有第一扫描区域和第二扫描区域,由此在读取至少一个增量轨道时,能够由第一扫描区域和至少一个第二扫描区域产生至少一个第一位置信号 位置信号能够由第二扫描区域产生。 所述至少一个第一位置信号和所述至少一个第二位置信号被提供给运算单元,其中,从所述至少一个第一位置信号和所述至少一个第二位置信号至少一个倾斜误差信号是 能够通过加法和/或减法运算产生,倾斜误差信号的幅度由倾斜角确定,并且是不对准角度的度量。