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    • 11. 发明授权
    • Motor with rotator having shaft insertion sections with different internal peripheral surfaces
    • 带旋转器的电机具有不同内周面的轴插入部分
    • US06534889B2
    • 2003-03-18
    • US09730902
    • 2000-12-06
    • Masayuki KatagiriHiromitsu TakeiMakoto Akabane
    • Masayuki KatagiriHiromitsu TakeiMakoto Akabane
    • H02K500
    • G11B19/2009H02K1/30
    • A motor has a rotatably supported rotor shaft and a rotator that rotates together with the rotor shaft. The rotator includes a shaft insertion section that has an internal peripheral surface and a specified length in an axial direction in which the rotor shaft is inserted. The internal peripheral surface has a first internal peripheral surface of a small diameter and a second internal peripheral surface having a diameter slightly greater than that of the first internal peripheral surface. The first internal peripheral surface engages the rotor shaft under a pressure, and the second internal peripheral surface is slightly spaced a distance from the rotor shaft, such that a gap is created between the second internal peripheral surface and the rotor shaft. The rotor shaft is pressure-inserted in the first internal peripheral surface to be affixed to the rotator, and an adhesive is filled in the gap between the second internal peripheral surface and the rotor shaft to affix the second internal surface to the rotator.
    • 电动机具有可旋转地支撑的转子轴和与转子轴一起旋转的转子。 转子包括轴插入部,该轴插入部具有插入转子轴的轴向的内周面和规定长度。 内周面具有小直径的第一内周面和第二内周面,其直径略大于第一内周面的直径。 第一内周表面在压力下接合转子轴,并且第二内周表面与转子轴稍微间隔一定距离,使得在第二内周表面和转子轴之间产生间隙。 转子轴被压入第一内周表面以固定到旋转体,并且在第二内周表面和转子轴之间的间隙中填充粘合剂以将第二内表面固定到旋转体。
    • 12. 发明授权
    • Disk rotating drive mechanism
    • 盘旋转驱动机构
    • US06377421B1
    • 2002-04-23
    • US09514397
    • 2000-02-28
    • Masayuki KatagiriSigeru KasaiMakoto FujishimaHisashi Fukuzawa
    • Masayuki KatagiriSigeru KasaiMakoto FujishimaHisashi Fukuzawa
    • G11B17028
    • G11B17/0282
    • A floppy disk rotating drive mechanism having a metal drive pin configured to withstand high speeds and to prevent damage to a disk by the pin when the disk is chucked. The drive mechanism has a rotation center shaft to engage the center hole in the floppy disk, a rotating unit that rotates with the rotation center shaft, a chucking lever pivotally supported on one end by the rotating unit and provided with the drive pin on the other end. The disk is rotated when the drive pin engages the drive pin engaging hole in the disk positioned eccentrically from the center hole. The drive pin is made of stainless steel and has an inclined upper surface that is higher on an outside portion farther away from the rotating shaft than on an inside portion nearer the rotating shaft. The outer portion of upper surface of the drive pin is also provided with a chamfered section. A front portion of the drive pin in the leading direction of the rotation has curved surface and a back portion of the drive pin has a flat surface.
    • 一种软盘旋转驱动机构,其具有金属驱动销,该金属驱动销被配置为承受高速度并且防止当盘被卡住时销的损坏盘。 所述驱动机构具有旋转中心轴,以与所述软盘中的中心孔接合,所述旋转单元与所述旋转中心轴一起旋转,所述旋转单元通过所述旋转单元在一端枢转地支撑并且在所述旋转单元上设置有所述驱动销 结束。 当驱动销接合从中心孔偏心定位的盘中的驱动销接合孔时,盘旋转。 驱动销由不锈钢制成,并且在远离旋转轴的外侧部分上倾斜的上表面比靠近旋转轴的内侧更高。 驱动销的上表面的外部还设有倒角部分。 驱动销在前进方向上的前部具有弯曲表面,并且驱动销的后部具有平坦的表面。
    • 14. 发明授权
    • Motor
    • 发动机
    • US06242830B1
    • 2001-06-05
    • US09414544
    • 1999-10-08
    • Masayuki Katagiri
    • Masayuki Katagiri
    • H02K516
    • H02K5/1675H02K1/187Y10T29/49012
    • In a motor having a bearing housing 7 with a hollow portion 23, a radial bearing 9 held in the hollow portion 23, a thrust receiving plate 8 provided at one end of the hollow portion 23, and a rotary shaft 1 which is rotatably supported by the radial bearing 9 in a state that an extreme end thereof is in contact with the thrust receiving plate 8, the bearing housing 7, shaped like a cup, includes a cylindrical portion 21 and a bottom portion 22 defining one end of the cylindrical portion 21, the cylindrical portion 21 and the bottom portion 22 define the hollow portion 23, the radial bearing 9 is firmly held with the inner surface of the cylindrical portion 21, and the thrust receiving plate 8 is supported on the bottom portion 22.
    • 在具有中空部23的轴承壳体7的电机中,保持在中空部23内的径向轴承9,设置在中空部23的一端的推力承受板8,以及旋转轴1, 径向轴承9的最末端与推力接收板8接触的状态,轴承座7成形为杯状,包括圆筒部分21和限定圆柱形部分21的一端的底部22 圆筒部21和底部22限定中空部23,径向轴承9牢固地保持在圆筒部21的内表面,推力承受板8支承在底部22上。
    • 15. 发明授权
    • Disc chucking mechanism
    • 圆盘夹紧机构
    • US06222818B1
    • 2001-04-24
    • US09271315
    • 1999-03-18
    • Kazutaka KobayashiMasayuki KatagiriHiromitsu Takei
    • Kazutaka KobayashiMasayuki KatagiriHiromitsu Takei
    • G11B2300
    • G11B17/03G11B17/0282
    • A disc chucking mechanism includes a turn table, on which a disc with a center hole is disposed, driven by a rotation/drive mechanism, said turn table having a cylindrical portion to which the center hole of a disc in fit, a first guide protruding radially outwardly of the outer circumferential surface of the cylindrical portion, second and third guides retractably provided at positions angularly spaced approximately 120° from the first guide with respect to the center of rotation of the cylindrical portion, and auxiliary guides provided at mid-positions between the second guide and the first guide and between the third guide and the first guide, a height of a peak point of each auxiliary guide being smaller than a height of a peak point of the first guide when measured from the outer circumferential surface of the cylindrical portion, wherein the distance of each auxiliary guide measured from the outer circumferenial surface of the cylindrical portion in smaller than the distance of the peak point of the first guide from the outer circumferential surface.
    • 盘式夹紧机构包括:转台,其上设置有具有中心孔的盘,由旋转/驱动机构驱动,所述转台具有圆盘部分,盘的中心孔配合到该圆筒部分,第一导向件突出 在圆柱形部分的外圆周表面径向向外的第二和第三导向件可缩回地设置在相对于圆柱形部分的旋转中心与第一导向件成角度间隔大约120°的位置处, 所述第二引导件和所述第一引导件以及所述第三引导件和所述第一引导件之间,每个辅助引导件的峰值点的高度小于从所述第一引导件的所述圆柱形的外周面测量时的所述第一引导件的峰值点的高度 部分,其中每个辅助引导件从圆柱形部分的外周表面测量的距离小于该圆柱形部分的距离 第一引导件从外圆周表面的峰值点。