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    • 1. 发明授权
    • Magnetic tape driving mechanism having a capstan with a surface made of
carbon film including diamond-bonded carbons
    • 磁带驱动机构具有带有包含金刚石键合碳的碳膜表面的绞盘
    • US5370292A
    • 1994-12-06
    • US118695
    • 1993-09-10
    • Hideo KurokawaTsutomu MitaniHirokazu NakaueHideaki YoshioHideyuki HashiYuji Nakamura
    • Hideo KurokawaTsutomu MitaniHirokazu NakaueHideaki YoshioHideyuki HashiYuji Nakamura
    • G11B15/29B65H20/00
    • G11B15/29
    • A tape driving mechanism for a magnetic recording apparatus has a capstan rotated to advance a magnetic tape by pinching the magnetic tape between the capstan and a pinch roller. The pinch roller is pressed onto the magnetic tape against the capstan. The capstan surface is coated with a diamond-like carbon film which is smooth and highly wear-resistant. The difference between the tangential speed of the capstan and the tape transfer speed is almost zero. Thus, the state of contact is static. A static frictional coefficient between the diamond-like carbon film of the capstan and the magnetic tape is almost equal to twice the static frictional coefficient between the metal surface of the capstan and the magnetic tape in the conventional tape driving mechanism. The tape driving force thus remains sufficient even if the pressure exerted by the pinch roller is reduced to half the value employed in the conventional tape driving mechanism. The diamond-like carbon film may be coated on a rough surface of the capstan.
    • 用于磁记录装置的磁带驱动机构具有旋转的主导轴,以通过将磁带夹在主导轴和夹送辊之间来推进磁带。 夹紧辊压靠在磁带上的磁带上。 绞盘表面涂覆有平滑且高度耐磨的类金刚石碳膜。 主导轴的切向速度与磁带传送速度之差几乎为零。 因此,接触状态是静态的。 主导轴的类金刚石碳膜与磁带之间的静态摩擦系数几乎等于传统磁带驱动机构中主导轴的金属表面与磁带之间的静态摩擦系数的两倍。 因此,即使由夹送辊施加的压力减小到传统的带驱动机构中所使用的值的一半,带驱动力仍然足够。 类金刚石碳膜可以涂覆在绞盘的粗糙表面上。
    • 7. 发明授权
    • Head suspension assembly and disk drive using the same
    • 头悬挂组件和磁盘驱动器使用相同
    • US07312953B2
    • 2007-12-25
    • US11613008
    • 2006-12-19
    • Hideki KuwajimaZhisheng DengHideyuki HashiMitsuhisa Yoshimura
    • Hideki KuwajimaZhisheng DengHideyuki HashiMitsuhisa Yoshimura
    • G11B21/21G11B5/58
    • G11B5/4833
    • A head suspension assembly includes a head, a load beam carrying the head at one end, a resilient member joining the load beam and a carriage, and a pivot bearing provided between the load beam and the carriage and structured so that the load beam is movable in a direction perpendicular to a record medium so that the load beam rocks. The head suspension assembly is structured so that the resilient member has narrow sections for reducing the width of the resilient member to a width smaller than that of both ends of the resilient member that are symmetrical with respect to a centerline of the resilient member. The distal end of the resilient member is joined to the carriage and the resilient member has an opening (hole) in the center thereof. This structure provides a highly shock-resistant and thin head suspension assembly.
    • 头悬挂组件包括头部,一端承载头部的负载梁,连接负载梁的弹性构件和滑架,以及设置在负载梁和滑架之间并构造成使得负载梁可移动的枢转轴承 在与记录介质垂直的方向上,使负载梁摇晃。 头悬挂组件被构造成使得弹性构件具有窄部分,用于将弹性构件的宽度减小到相对于弹性构件的中心线对称的弹性构件的两端的宽度。 弹性构件的远端与滑架接合,弹性构件在其中心具有开口(孔)。 这种结构提供了高抗冲击和薄的头悬挂组件。