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    • 24. 发明授权
    • System for adjusting the pressure of a head on an information storage medium of a disk device
    • 用于调节磁盘装置的信息存储介质上的磁头的压力的系统
    • US08203801B2
    • 2012-06-19
    • US12770526
    • 2010-04-29
    • Yoshiaki IkaiTakahiro ImamuraYoshitaka Suzuki
    • Yoshiaki IkaiTakahiro ImamuraYoshitaka Suzuki
    • G11B5/60G11B21/21
    • G11B5/012
    • According to one embodiment, a disk device rotates a disk information storage medium to record and reproduce information on the information storage medium by use of a head that slides in contact with a lubricant coated on the information storage medium, wherein a sliding speed U, area A and normal force N are set to cause U×A/N to fall within a monotonously increasing region in which a coefficient of friction associated with a frictional force occurring in a contact area of the head that faces the information storage medium monotonously increases as U×A/N increases, where the sliding speed U represents a sliding speed at a sliding time of the head, the area A represents the contact area of the head, and the normal force N represents a normal force applied to the contact area of the head.
    • 根据一个实施例,盘装置通过使用与涂覆在信息存储介质上的润滑剂接触地滑动的头来旋转盘信息存储介质以在信息存储介质上记录和再现信息,其中滑动速度U,区域 A和法向力N被设定为使U×A / N落入与在信息存储介质的头部的接触区域中产生的摩擦力相关联的摩擦系数单调增加的单调递增区域中,U ×A / N增加,其中滑动速度U表示头部滑动时的滑动速度,面积A表示头部的接触面积,法向力N表示施加到头部的接触面积的法向力 头。
    • 25. 发明申请
    • HEAD AND DISK DRIVE PROVIDED WITH THE SAME
    • 头和磁盘驱动器同时提供
    • US20120134055A1
    • 2012-05-31
    • US13225292
    • 2011-09-02
    • Naozumi TsudaAkiyo MizutaniToru WatanabeTakahiro Imamura
    • Naozumi TsudaAkiyo MizutaniToru WatanabeTakahiro Imamura
    • G11B5/60
    • G11B5/6082
    • According to one embodiment, a head includes a head slider including a bearing surface and configured to fly by an airflow between the recording medium surface and the bearing surface, and a recording element and a reproduction element arranged in an outflow end portion of the head slider with respect to the airflow. The bearing surface includes a first pressure generating portion on an inflow end portion of the head slider with respect to the airflow, configured to generate a pressure, a second pressure generating portion on the outflow end portion, configured to generate a pressure, and a third pressure generating portion between the first and second pressure generating portions at a transverse central part of the bearing surface, configured to generate a pressure higher than that generated by the first pressure generating portion and lower than that generated by the second pressure generating portion.
    • 根据一个实施例,头部包括头部滑动器,该头部滑动器包括支承表面并构造成通过记录介质表面和支承表面之间的气流飞行,并且记录元件和布置在磁头滑块的流出端部分中的再现元件 相对于气流。 所述支承面包括相对于所述气流的头部滑块的流入端部分上的第一压力产生部分,被配置为产生压力,所述流出端部分上的第二压力产生部分构造成产生压力, 所述第一和第二压力产生部分之间的压力产生部分在所述支承表面的横向中心部分处被配置为产生比由所述第一压力产生部分产生的压力高的压力并且低于由所述第二压力产生部分产生的压力。
    • 28. 发明申请
    • Method of detecting position of head for recording medium
    • 检测记录介质头部位置的方法
    • US20060187570A1
    • 2006-08-24
    • US11141686
    • 2005-05-31
    • Takahiro ImamuraArata EjiriYutaka NakamuraKen-ichi Itoh
    • Takahiro ImamuraArata EjiriYutaka NakamuraKen-ichi Itoh
    • G11B5/596
    • B82Y10/00G11B5/743G11B5/746G11B5/82
    • A head is moved in a lateral direction on the boundary between a separation track and a recording track on a recording medium. The separation track isolates the adjacent recording tracks from each other. A variation is detected in the output supplied from the head based on the recording track. Positional information indicating the position of the head is generated based on the variation. The output supplied from the head varies in response to the movement in the lateral direction, namely the elapsed time. The positional information can thus be generated based on the variation in the output. The generated positional information contributes to an accurate positioning in a facilitated manner. Moreover, information required to position the head can be omitted from the recording medium. The processes can be simplified in the production of the recording medium. The operation time can thus be shortened.
    • 头部在记录介质上的分离轨道和记录轨迹之间的边界上沿横向方向移动。 分离轨道将相邻的记录轨道彼此隔离。 在基于记录轨道从头部提供的输出中检测到变化。 基于该变化生成表示头部的位置的位置信息。 从头部输出的输出根据横向的运动,即经过的时间而变化。 因此,可以基于输出的变化来生成位置信息。 所产生的位置信息有助于以便利的方式进行精确的定位。 此外,可以从记录介质中省略定位头部所需的信息。 可以简化记录介质的生产过程。 因此可以缩短操作时间。