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    • 64. 发明申请
    • SUN-AND-PLANET SPEED-UP GEAR
    • SUN-AND-PLANET速度齿轮
    • US20110286846A1
    • 2011-11-24
    • US12678821
    • 2010-01-29
    • Katsuhiko ShodaKenji SakaiKazutaka Suzuki
    • Katsuhiko ShodaKenji SakaiKazutaka Suzuki
    • F03D11/02F16H57/08
    • F16H1/46F03D15/00F03D15/10F03D80/70F05B2260/40311Y02E10/722
    • A sun-and-planet speed-up gear includes a low-speed-stage sun-and-planet gearing and a high-speed-stage sun-and-planet gearing, in which an input shaft is connected to a low-speed-stage ring gear, the position of a shaft of a low-speed-stage planet gear is secured, a shaft of a low-speed-stage sun gear is connected to a high-speed-stage carrier, and an output shaft is connected to a high-speed-stage sun gear. In order to automatically center the low-speed-stage sun gear to prevent damage to gears and a bearing, a flange formed at a tip of the shaft of the low-speed-stage sun gear and a flange formed at a tip of a coupling that is directly attached to the high-speed-stage carrier or that is formed on the high-speed-stage carrier are coupled via a sleeve.
    • 太阳和行星加速装置包括低速级太阳和行星齿轮传动装置和高速级太阳和行星齿轮传动装置,其中输入轴连接到低速 - 固定低速级行星齿轮的轴的位置,将低速级太阳齿轮的轴连接到高速载物台,输出轴连接到 一个高速阶段的太阳齿轮。 为了使低速级太阳齿轮自动对中以防止齿轮和轴承的损坏,形成在低速级太阳齿轮的轴的尖端处的凸缘和形成在联轴器的尖端处的凸缘 直接连接在高速载物台上或形成在高速载物台上的装置通过套筒连接。
    • 65. 发明申请
    • EYEBALL MOTION MEASUREMENT APPARATUS
    • 眼睛运动测量装置
    • US20100309432A1
    • 2010-12-09
    • US12744711
    • 2008-11-07
    • Kazutaka SuzukiHaruyoshi ToyodaMunenori TakumiNaohisa Mukozaka
    • Kazutaka SuzukiHaruyoshi ToyodaMunenori TakumiNaohisa Mukozaka
    • A61B3/113
    • A61B3/113
    • An eye movement measurement apparatus 1 measures movement of a cornea 101 by imaging a corneal reflection light image L2 generated as a result of irradiating the cornea 101 with infrared light L1. The eye movement measurement apparatus 1 includes: an imaging section 5 having a sensor section 51 including a plurality of pixels arrayed two-dimensionally, for generating imaging data including the corneal reflection light image L2 made incident on the sensor section 51; a bright spot position operation section 6 that calculates a position of the corneal reflection light image L2 in the imaging data; and a tremor signal operation section 7 that generates a third data string indicating a tremor component included in movement of the cornea 101 by calculating a difference between a first data string concerning temporal changes in position of the corneal reflection light image L2 and a second data string obtained by smoothing the first data string. Accordingly, an eye movement measurement apparatus capable of accurately detecting a tremor component is realized.
    • 眼睛运动测量装置1通过对由于用红外光L1照射角膜101而产生的角膜反射光图像L2来测量角膜101的运动。 眼动测量装置1包括:成像部5,其具有包括二维排列的多个像素的传感器部51,用于生成入射在传感器部51上的包括角膜反射光图像L2的成像数据; 计算成像数据中的角膜反射光图像L2的位置的亮点位置操作部6; 以及颤动信号操作部7,其通过计算关于角膜反射光图像L2的位置的时间变化的第一数据串与第二数据串之间的差异,生成指示包含在角膜101的移动中的震动成分的第三数据串 通过平滑第一数据串获得。 因此,可以实现能够精确地检测震颤成分的眼动测量装置。
    • 67. 发明授权
    • Vehicle suspension system
    • 车辆悬挂系统
    • US07530587B2
    • 2009-05-12
    • US11205312
    • 2005-08-17
    • Kimio OkamotoKazutaka SuzukiShigenori Inaba
    • Kimio OkamotoKazutaka SuzukiShigenori Inaba
    • B60G15/00
    • F16F9/58F16F2230/007
    • A vehicle suspension system connects a swing member to a vehicle body. The vehicle suspension system includes a bump stopper, which is provided on one of the swing member and the vehicle body and includes an axis, a substantially cylindrical tip end which abuts an abutment surface provided on the other one of the swing member and the vehicle body, and an apex formed at the tip end. Abutment is initiated, in a circumferential direction of the tip end, in a state wherein the abutment surface inclines relative to the axis of the bump stopper. The apex at the tip end of the bump stopper first abuts the abutment surface and is located at an intermediate portion of the bump stopper in a direction of a wall thickness (t) of the bump stopper. A plurality of projections may also be formed on the tip end of the bump stopper.
    • 车辆悬架系统将摆动构件连接到车体。 车辆悬架系统包括:凸块止动件,其设置在摆动构件和车身中的一个上,并且包括轴线,大致圆柱形的前端,其邻接设置在摆动构件和车身中的另一个上的邻接表面 ,顶端形成在顶端。 在尖端的圆周方向上开始基台相对于凸块止动件的轴线倾斜的状态。 凸块止动件的顶端处的顶点首先邻接抵接面,并且在凸块止动件的壁厚(t)方向上位于凸块止动件的中间部分。 也可以在凸块止动件的前端形成多个突起。
    • 69. 发明申请
    • PRINTER
    • 打印机
    • US20090074499A1
    • 2009-03-19
    • US12209678
    • 2008-09-12
    • Kazutaka SuzukiMasayuki Oyane
    • Kazutaka SuzukiMasayuki Oyane
    • B41J11/00
    • B41J11/68B41J11/0065B41J11/70
    • A printer includes a cutter disposed inside a printer body to cut a roll-like recording medium having an image recorded thereon along a width direction orthogonal to a longitudinal direction of the recording medium, and a slitter cutting the recording medium in its longitudinal direction. The cutter is formed so as to be reciprocable along the width direction of the recording medium, and is formed such that the recording medium is cut along the width direction by the movement of the cutter in the width direction. The slitter is formed so as to be movable along the width direction of the recording medium such that the slitter selectively takes at least two positions including an initial position separated outward from an end edge of the recording medium in the width direction, and a cutting position where the recording medium is cut along the longitudinal direction, and is formed such that the recording medium is cut along the longitudinal direction by conveying the recording medium in a state where the position of the slitter is moved to the cutting position. A movable guide made movable in an interlocking manner with the movement of the cutter and guiding unnecessary portions of the recording medium cut by the cutter toward a garbage box arranged in a discarding section preset inside the printer body, and a moving guide moved along with the slitter and guiding unnecessary portions of the recording medium cut by the slitter toward the garbage box.
    • 打印机包括设置在打印机主体内部的切割器,以沿着与记录介质的纵向正交的宽度方向切割具有记录在其上的图像的卷状记录介质,以及在纵向上切割记录介质的分切机。 切割器形成为沿着记录介质的宽度方向往复运动,并且形成为通过刀具在宽度方向上的运动沿着宽度方向切割记录介质。 分切机被形成为能够沿着记录介质的宽度方向移动,使得分切机选择性地进行至少两个位置,包括在宽度方向上从记录介质的端部边缘向外分离的初始位置和切割位置 其中记录介质沿着纵向方向被切割,并且形成为使得在切割机的位置移动到切割位置的状态下通过传送记录介质沿着纵向方向切割记录介质。 可移动引导件,其与所述切割器的移动以互锁方式可移动,并且将由所述切割器切割的所述记录介质的不必要部分引向设置在所述打印机主体内部的废弃部分中的垃圾箱,以及与所述打印机主体一起移动的移动引导件 将分切器切割的记录介质的不必要部分引导到垃圾箱。
    • 70. 发明授权
    • X-ray tube
    • X光管
    • US07085353B2
    • 2006-08-01
    • US10787539
    • 2004-02-27
    • Takatoshi YoshiyamaKazutaka Suzuki
    • Takatoshi YoshiyamaKazutaka Suzuki
    • H01J35/18H01J35/20
    • H05G1/06
    • The present invention discloses an X-ray tube comprising a vacuum envelope comprising a first tubular part having an X-ray exit window in an opening on a leading end side and an attachment flange on a base end side, and a second tubular part communicating with the inside of the first tubular part and projecting from a peripheral part of the first tubular part; and an electron gun and a target both contained in the vacuum envelope. The electron gun emits an electron beam to the target, the target generates an X-ray in response, and thus generated X-ray is taken out through the X-ray exit window. An exhaust pipe for evacuating the vacuum envelope projects from the peripheral face of the first tubular part. The exhaust pipe is disposed inside a virtual surface covering the periphery of the first tubular part and bridging a periphery of a leading end portion of the first tubular part and a periphery of the attachment flange.
    • 本发明公开了一种包括真空外壳的X射线管,包括:在前端侧的开口中具有X射线出射窗口的第一管状部件和基端侧的安装凸缘;以及第二管状部件, 第一管状部分的内部并且从第一管状部分的周边部分突出; 并且电子枪和靶都包含在真空外壳中。 电子枪向目标发射电子束,目标响应产生X射线,从而通过X射线出射窗口产生X射线。 用于排空真空外壳的排气管从第一管状部件的周面突出。 排气管设置在覆盖第一管状部分的周边的假想表面内,并且桥接第一管状部分的前端部分的周边和附接法兰的周边。