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    • 1. 发明授权
    • On-load tap-changing transformer
    • 有载分接变压器
    • US4471334A
    • 1984-09-11
    • US401746
    • 1982-07-26
    • Masaru WatanabeMinoru HoshiShigeo Kikuchi
    • Masaru WatanabeMinoru HoshiShigeo Kikuchi
    • E02B17/00H01F21/12H01F29/02H01F29/04
    • H01F21/12H01F29/04
    • An on-load tap-changing transformer in which its high-voltage winding is axially divided into parallel-connected halves, and an end conductor constituting part of the high-voltage winding is connected to the other terminal of each of the halves. A coarse tap coil connected by the end conductor to the other terminal of each of the halves of the high-voltage winding is disposed adjacent to the associated half, and a fine tap coil connected to the coarse tap coil through a coarse tap selector used for the change-over of the tap position to the taps of the coarse tap coil is disposed at a radial position spaced apart from the coarse tap coil. The end conductor is wound together with the conductors of the fine tap coil.
    • 一种有载分接变压变压器,其高压绕组轴向分为并联半部,构成高压绕组的一部分的端导体连接到每一半的另一端。 通过端部导体连接到高压绕组的每个半部的另一个端子的粗抽头线圈被布置成与相关联的一半相邻,并且通过粗抽头选择器连接到粗抽头线圈的精细抽头线圈用于 抽头位置与粗抽头线圈的抽头的转换设置在与粗抽头线圈间隔开的径向位置处。 端部导体与精细抽头线圈的导体缠绕在一起。
    • 4. 发明授权
    • Industrial machine
    • 工业机械
    • US08924176B2
    • 2014-12-30
    • US13155926
    • 2011-06-08
    • Kanae KawamuraNobuyoshi MachidaShigeo KikuchiMitsuru Fukuda
    • Kanae KawamuraNobuyoshi MachidaShigeo KikuchiMitsuru Fukuda
    • G01C19/00G01C25/00G01D18/00G01F25/00G01C9/00G01C17/00G01B21/04
    • G01B21/045
    • According to an exemplary embodiment, an industrial machine includes: a movement mechanism configured to move along a specific axis direction; a controller configured to control the movement mechanism; and an angle detector configured to detect an angle of the movement mechanism about an axis perpendicular to the specific axis direction. The controller comprises: an angular error acquisition section configured to acquire angular errors of the movement mechanism for respective positions of the movement mechanism based on the angle detected when the movement mechanism is moved; a parameter generator configured to generate respective straightness correction parameters for correcting straightness errors of the movement mechanism in the specific axis direction by integrating the angular errors at the respective positions of the movement mechanism; and a correction section configured to correct movement errors of the movement mechanism based on the straightness correction parameters.
    • 根据示例性实施例,工业机器包括:移动机构,其被构造成沿着特定轴线方向移动; 控制器,被配置为控制所述移动机构; 以及角度检测器,被配置为检测所述运动机构绕垂直于所述特定轴线方向的轴线的角度。 控制器包括:角度误差获取部分,被配置为基于当移动机构移动时检测到的角度来获取运动机构的各个位置的运动机构的角度误差; 参数发生器,被配置为通过对移动机构的各个位置处的角度误差进行积分来生成用于校正移动机构在特定轴方向上的直线度误差的各个平直度校正参数; 以及校正部,被配置为基于直线度校正参数校正移动机构的运动误差。
    • 5. 发明授权
    • Driving device and measuring instrument
    • 驱动装置和测量仪器
    • US07222434B2
    • 2007-05-29
    • US11042268
    • 2005-01-25
    • Shigeo Kikuchi
    • Shigeo Kikuchi
    • G01B5/004
    • F16C29/001G01B5/0009G01B5/0014
    • A supporting device (300) for supporting a guide rail (200) for guiding a movable member subjected to relative displacement in relation to the base table (3). The supporting device includes, base bodies (410, 510) engaged onto the base table (3) and carrying the guide rail (200), and holding section (440, 530) for holding the guide rail (200) intervening between the guide rail (200) in the state where the guide rail is carried by the base bodies (410, 510). The holding section (440, 530) supports the guide rail (200) in the state where it can move swingingly. A change in the posture or position of the base bodies (410, 510) is offset with a swinging movement by the holding section, and does not affect the guide rail. As a result, excessive force is not applied on the guide rail, so that the form of the guide rail is maintained.
    • 一种用于支撑用于引导相对于基台(3)相对移动的可动件的导轨(200)的支撑装置(300)。 支撑装置包括:接合到基台(3)上并承载导轨(200)的基体(410,510)和用于保持导轨(200)的保持部分(440,530),所述保持部分介于导轨 (200),其中所述导轨由所述基体(410,510)承载的状态。 保持部(440,530)在可以摆动地移动的状态下支撑导轨(200)。 基体(410,510)的姿势或位置的变化被保持部的摆动运动偏移,不影响导轨。 结果,不会在导轨上施加过大的力,从而保持导轨的形状。
    • 6. 发明申请
    • Guide rail supporting device, guide rail device, driving device, and measuring instrument
    • 导轨支撑装置,导轨装置,驱动装置和测量仪器
    • US20050160612A1
    • 2005-07-28
    • US11042268
    • 2005-01-25
    • Shigeo Kikuchi
    • Shigeo Kikuchi
    • G01B21/00B23Q1/26G01B5/00G01B5/004
    • F16C29/001G01B5/0009G01B5/0014
    • A supporting device (300) for supporting a guide rail (200) for guiding a movable member subjected to relative displacement in relation to the base table (3). The supporting device includes, base bodies (410, 510) engaged onto the base table (3) and carrying the guide rail (200), and holding section (440, 530) for holding the guide rail (200) intervening between the guide rail (200) in the state where the guide rail is carried by the base bodies (410, 510). The holding section (440, 530) supports the guide rail (200) in the state where it can move swingingly. A change in the posture or position of the base bodies (410, 510) is offset with a swinging movement by the holding section, and does not affect the guide rail. As a result, excessive force is not applied on the guide rail, so that the form of the guide rail is maintained.
    • 一种用于支撑用于引导相对于基台(3)相对移动的可动件的导轨(200)的支撑装置(300)。 支撑装置包括:接合到基台(3)上并承载导轨(200)的基体(410,510)和用于保持导轨(200)的保持部分(440,530),所述保持部分介于导轨 (200),其中所述导轨由所述基体(410,510)承载的状态。 保持部(440,530)在可以摆动地移动的状态下支撑导轨(200)。 基体(410,510)的姿势或位置的变化被保持部的摆动运动偏移,不影响导轨。 结果,不会在导轨上施加过大的力,从而保持导轨的形状。
    • 7. 发明授权
    • Measuring machine
    • 测量机
    • US06370787B1
    • 2002-04-16
    • US09348286
    • 1999-07-07
    • Shigeo Kikuchi
    • Shigeo Kikuchi
    • G01B728
    • G01B5/008G01B5/0011
    • A measuring machine having a base (10), a touch signal probe (P), a moving mechanism (20) for retaining the touch signal probe (P) movably in three-dimensional directions, and a controller (60) for controlling a movement of the moving mechanism (20) and for acquiring coordinates value of respective axes based on a contact signal from the touch signal probe (P) to measure a dimension etc. of a workpiece based on the coordinates value is provided. Main structural members structuring the moving mechanism (20), more specifically, a column (21), a supporter (22), a X-beam (23), a Z-axis structure (25) and a Z-axis spindle (26) are made of aluminum or aluminum alloy including aluminum as main component, which has large thermal conductivity, thereby making temperature distribution uniform to improve geometrical accuracy.
    • 一种测量机,具有基座(10),触摸信号探头(P),用于在三维方向上可移动地保持触摸信号探针(P)的移动机构(20),以及用于控制移动 ,并且基于来自触摸信号探针(P)的接触信号,基于坐标值来测量工件的尺寸等来提供各个轴的坐标值。 构成移动机构(20)的主要结构构件,更具体地,构成柱(21),支撑件(22),X梁(23),Z轴结构(25)和Z轴主轴(26 )由铝或铝合金制成,包括铝作为主要成分,其导热性大,从而使温度分布均匀,以提高几何精度。