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    • 91. 发明授权
    • Apparatus for controlling a door drive
    • 用于控制门驱动的装置
    • US07362067B2
    • 2008-04-22
    • US11325246
    • 2006-01-03
    • Michael Hörmann
    • Michael Hörmann
    • G05B5/00
    • G05B19/39E05F15/603E05Y2600/454E05Y2600/458G01D5/165G01D5/25G05B2219/37263G05B2219/37265G05B2219/37467G05B2219/45015
    • The present disclosure relates to an apparatus for controlling a door drive comprising a path-measuring apparatus for the sensing of a door position and/or a door drive position and for the emitting of a corresponding door position signal as well as comprising a control device for the control of the door drive in dependence on an absolute value of the door position signal and at least one reference point. In accordance with the present disclosure, the apparatus for controlling a door drive is characterized in that the path-measuring apparatus is made with at least two channels and comprises an absolute value encoder for the emitting of an absolute value signal on a first channel and a reference value encoder for the emitting of a plurality of reference point signals on a second channel, and the control device distinguishes a respective reference point signal from other reference point signals using the associated absolute value signal and controls the door drive starting from a specific reference point.
    • 本发明涉及一种用于控制门驱动的装置,其包括用于检测门位置和/或门驱动位置的路径测量装置,并且用于发出相应的门位置信号,并且包括用于 根据门位置信号的绝对值和至少一个参考点来控制门驱动。 根据本公开,用于控制门驱动的装置的特征在于,路径测量装置由至少两个通道制成,并且包括用于在第一通道上发射绝对值信号的绝对值编码器,以及 参考值编码器,用于在第二通道上发射多个参考点信号,并且所述控制装置使用相关联的绝对值信号将相应的参考点信号与其它参考点信号区分开,并且从特定参考点开始控制门驱动 。
    • 92. 发明授权
    • Non-contact rotary movement sensor provided with independent switch
    • 非接触式旋转运动传感器配有独立开关
    • US07352174B1
    • 2008-04-01
    • US11806212
    • 2007-05-30
    • Hyo Moon Lee
    • Hyo Moon Lee
    • G01B7/30
    • G01D5/145G01D5/25G01D11/245
    • It is an object of the present invention to provide a non-contact rotary movement sensor capable of, by making magnetic fields from a plurality of permanent magnets not mutually affected, independently implementing an output signal and a switching signal using the same. It is another object of the present invention to provide a non-contact rotary movement sensor provided with an independent switch which outputs an output signal by using a permanent magnet and a Hall device and outputs a switching signal using a contact switch. The non-contact rotary movement sensor with an independent switch includes: a rotating body, provided with a first permanent magnet installed on an upper part, a key slot installed on a lower part, and a second permanent magnet installed on a trigger which is projected on a part of an external circumference, for being rotatably driven by an external force, wherein the first permanent magnet and the second permanent magnet are installed not to be affected by mutual magnetic fields; and a printed circuit board provided with at least one Hall device for outputting a linear output signal by detecting a direction change of a magnetic field of the first permanent magnet and at least one lead switch for outputting a switching signal by detecting a strength change of a magnetic field of the second permanent magnet.
    • 本发明的目的是提供一种非接触式旋转运动传感器,其能够通过使来自不相互影响的多个永磁体的磁场独立地实现输出信号和使用其的切换信号。 本发明的另一个目的是提供一种具有独立开关的非接触式旋转运动传感器,其通过使用永磁体和霍尔装置输出输出信号,并使用接触开关输出开关信号。 具有独立开关的非接触式旋转运动传感器包括:旋转体,设置有安装在上部的第一永磁体,安装在下部的键槽和安装在触发器上的第二永磁体,该第二永磁体被突出 在外周的一部分上,用于通过外力旋转地驱动,其中所述第一永磁体和所述第二永磁体不受相互磁场的影响; 以及印刷电路板,设置有至少一个霍尔器件,用于通过检测第一永久磁铁的磁场的方向变化和至少一个引线开关输出线性输出信号,该引线开关用于通过检测第一永久磁铁的强度变化来输出切换信号 第二永久磁铁的磁场。
    • 97. 发明授权
    • Brush encoder with resilient contact strips
    • 带有弹性接触条的刷子编码器
    • US06552671B2
    • 2003-04-22
    • US10025613
    • 2001-12-26
    • Makoto IikawaMasao MatsuzakiMasashi Takahashi
    • Makoto IikawaMasao MatsuzakiMasashi Takahashi
    • H03M122
    • G01D5/25H03M1/245
    • A brush encoder includes a coding-plate support member, to which a coding plate is fixed, and a brush support member, to which a brush is fixed, the brush having a base portion and resilient contact strips. The brush support member includes a support surface to which the base portion of the brush is mounted; at least one through slot through which the resilient contact strips of the brush extend to come in sliding contact with the coding plate; and a fulcrum portion, which contacts the base portion of the brush in the vicinity of a border between the base portion and the resilient contact strips, so as to serve as a fulcrum about which the brush is biased to rotate in a direction to make the base portion contact the support surface when the resilient contact strips are pressed against the coding plate.
    • 电刷编码器包括固定有编码板的编码板支撑构件和固定有刷子的刷支撑构件,刷具有基部和弹性接触条。 刷支撑构件包括:刷子的基部安装到的支撑表面; 至少一个贯穿槽,刷子的弹性接触条通过该槽延伸以与编码板滑动接触; 以及支点部,其在基部与弹性接触片之间的边界附近与刷子的基部接触,以便用作支点,刷子偏置在该支点的方向上旋转以使 当弹性接触条被压靠在编码板上时,基部接触支撑表面。
    • 98. 发明授权
    • Slip ring position encoder
    • 滑环位置编码器
    • US06481302B2
    • 2002-11-19
    • US09372822
    • 1999-08-12
    • John Ziavras
    • John Ziavras
    • G08C906
    • G01D5/25
    • A method, apparatus, and an article of manufacture for determining the angular position of a shaft. The apparatus comprises a circumferentially alternating series of conducting and substantially non-conducting segments on an exterior surface of the shaft, and at least one contact surface in communication with the surface of the shaft, the contact surface sized to communicate with no more than one conducting segment at a time. Another embodiment of the present invention is described by a method of determining the angular position of a shaft by sensing a conductivity of an exterior surface of the shaft having an alternating series of conducting and substantially non-conductive surfaces, and determining the shaft angular position using the sensed conductivity of the exterior surface of the shaft. In one embodiment of the invention, the foregoing conductivity is used to supply datum information, and the precise angular position of the shaft is determined from the datum and from a number of stepper motor step commands supplied to rotate the shaft in operation. The present invention can also be used in an embodiment in which the angular position of the shaft is determined solely from the number of stepper motor commands provided to rotate the shaft. In this embodiment, sensed conductivity is periodically used to confirm the angular position determined from stepper motor commands. This provides information regarding the shaft position with greater reliability, less cost, lower weight, and within a smaller physical envelope than previous designs.
    • 一种用于确定轴的角位置的方法,装置和制品。 该装置包括在轴的外表面上的周向交替的一系列导电和基本不导电的段,以及与轴的表面连通的至少一个接触表面,该接触表面的大小与不超过一个导电 一段时间。 本发明的另一个实施例通过一种方法来确定轴的角度位置,该方法通过感测具有交替的导电和基本不导电表面的一系列的轴的外表面的导电性,并且使用 感测轴的外表面的电导率。 在本发明的一个实施例中,使用上述导电性来提供基准信息,并且从基准和从运行中旋转轴旋转的多个步进马达步进命令确定轴的精确角位置。 本发明还可以用于其中轴的角位置仅由提供用于旋转轴的步进电机命令的数量确定的实施例中。 在该实施例中,周期性地使用感测的电导率来确认由步进电动机命令确定的角位置。 这提供了有关轴位置的信息,具有更高的可靠性,更低的成本,更低的重量,并且在比以前的设计更小的物理外壳内。
    • 99. 发明申请
    • Brush encoder
    • 刷编码器
    • US20020080049A1
    • 2002-06-27
    • US10025613
    • 2001-12-26
    • ASAHI KOGAKU KOGYO KABUSHIKI KAISHA
    • Makoto IikawaMasao MatsuzakiMasashi Takahashi
    • H03M001/22
    • G01D5/25H03M1/245
    • A brush encoder includes a coding-plate support member, to which a coding plate is fixed, and a brush support member, to which a brush is fixed, the brush having a base portion and resilient contact strips. The brush support member includes a support surface to which the base portion of the brush is mounted; at least one through slot through which the resilient contact strips of the brush extend to come in sliding contact with the coding plate; and a fulcrum portion, which contacts the base portion of the brush in the vicinity of a border between the base portion and the resilient contact strips, so as to serve as a fulcrum about which the brush is biased to rotate in a direction to make the base portion contact the support surface when the resilient contact strips are pressed against the coding plate.
    • 电刷编码器包括固定有编码板的编码板支撑构件和固定有刷子的刷支撑构件,刷具有基部和弹性接触条。 刷支撑构件包括:刷子的基部安装到的支撑表面; 至少一个贯穿槽,刷子的弹性接触条通过该槽延伸以与编码板滑动接触; 以及支点部,其在基部与弹性接触片之间的边界附近与刷子的基部接触,以便用作支点,刷子偏置在该支点的方向上旋转以使得 当弹性接触条被压靠在编码板上时,基部接触支撑表面。
    • 100. 发明授权
    • Apparatus for controlling mobile equipment
    • 用于控制移动设备的装置
    • US6104098A
    • 2000-08-15
    • US113717
    • 1998-07-10
    • Paul S. Cardello
    • Paul S. Cardello
    • E06C5/36G01D5/25B66C23/84
    • G01D5/25E06C5/36Y10T83/7693Y10T83/7697
    • Apparatus for controlling the rotational movement of a ladder or the like of mobile equipment having stabilizing outriggers when the ladder is rotated manually to the side of the mobile equipment which does not have the outrigger fully deployed. A two-part switch, arranged for one part to rotate relative to the other, develops various combinations of signals dependent upon the relative positions of the parts of the switch. A control circuit is arranged to recognize the positions of the switch parts and supplies control signals which allow the ladder to rotate at a particular rate and to a particular point as the operator is steering the ladder to the side of the mobile equipment at which the outrigger is not fully deployed.
    • 用于当梯子被手动地旋转到没有外伸支架完全展开的移动设备的侧面时,用于控制具有稳定的外伸支架的移动设备的梯子等的旋转运动的装置。 一部分相对于另一部分旋转的两部分开关产生取决于开关部件的相对位置的各种信号组合。 控制电路被布置成识别开关部件的位置并且提供控制信号,其允许梯子以特定速率转动到特定点,因为操作者将梯子转向移动设备的侧面,在该侧面处,外伸支架 没有完全部署。