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    • 1. 发明授权
    • Multiple-sense thermo-resistive sensor for contact detection of read-write heads
    • 用于读写头接触检测的多感测热电阻传感器
    • US08854764B2
    • 2014-10-07
    • US13250204
    • 2011-09-30
    • Andrew ChiuSujit KirpekarKatalin PentekOscar J. RuizDavid J. Seagle
    • Andrew ChiuSujit KirpekarKatalin PentekOscar J. RuizDavid J. Seagle
    • G11B21/02G11B5/60
    • G11B5/6076G11B5/607
    • Techniques of the present invention include detecting a touchdown between a read/write head of a disk drive and a surface of a magnetic disk using multiple touchdown sensors located at an air-bearing surface (ABS). The multiple sensors increase the likelihood that a touchdown event—i.e., a portion of the ABS of the head contacting the underlying magnetic disk surface—will be detected. During touchdown, the portion of the head contacting the magnetic disk generates frictional heat which changes a characteristic (e.g., the electrical resistance) of at least one of the sensors located at the ABS. When the sensors are connected to a detection circuit, the changing characteristic may be monitored to identify a touchdown event. The touchdown sensors may be, for example, electrically connected in either series or parallel to the detection circuit. Thus, as long as the electrical resistance of one of the sensors is changed, a touchdown event may be detected.
    • 本发明的技术包括使用位于空气轴承表面(ABS)的多个触地传感器检测磁盘驱动器的读/写磁头与磁盘表面之间的触地。 多个传感器增加触发事件 - 即头部的ABS的一部分接触下面的磁盘表面 - 将被检测的可能性。 触地时,头部与磁盘接触的部分产生摩擦热,该摩擦热改变位于ABS处的至少一个传感器的特性(例如,电阻)。 当传感器连接到检测电路时,可以监视变化特性以识别触地事件。 触地传感器可以例如以串联或并联的方式电连接到检测电路。 因此,只要传感器之一的电阻改变,就可以检测到触地事件。
    • 5. 发明申请
    • MULTIPLE-SENSE THERMO-RESISTIVE SENSOR FOR CONTACT DETECTION OF READ-WRITE HEADS
    • 用于接触检测读写头的多感测热电阻传感器
    • US20130083430A1
    • 2013-04-04
    • US13250204
    • 2011-09-30
    • Andrew ChiuSujit KirpekarKatalin PentekOscar J. RuizDavid J. Seagle
    • Andrew ChiuSujit KirpekarKatalin PentekOscar J. RuizDavid J. Seagle
    • G11B5/60
    • G11B5/6076G11B5/607
    • Techniques of the present invention include detecting a touchdown between a read/write head of a disk drive and a surface of a magnetic disk using multiple touchdown sensors located at an air-bearing surface (ABS). The multiple sensors increase the likelihood that a touchdown event—i.e., a portion of the ABS of the head contacting the underlying magnetic disk surface—will be detected. During touchdown, the portion of the head contacting the magnetic disk generates frictional heat which changes a characteristic (e.g., the electrical resistance) of at least one of the sensors located at the ABS. When the sensors are connected to a detection circuit, the changing characteristic may be monitored to identify a touchdown event. The touchdown sensors may be, for example, electrically connected in either series or parallel to the detection circuit. Thus, as long as the electrical resistance of one of the sensors is changed, a touchdown event may be detected.
    • 本发明的技术包括使用位于空气轴承表面(ABS)的多个触地传感器检测磁盘驱动器的读/写磁头与磁盘表面之间的触地。 多个传感器增加触发事件 - 即头部的ABS的一部分接触下面的磁盘表面 - 将被检测的可能性。 触地时,头部与磁盘接触的部分产生摩擦热,该摩擦热改变位于ABS处的至少一个传感器的特性(例如,电阻)。 当传感器连接到检测电路时,可以监视变化特性以识别触地事件。 触地传感器可以例如以串联或并联的方式电连接到检测电路。 因此,只要传感器之一的电阻改变,就可以检测到触地事件。
    • 8. 发明授权
    • Head suspension assembly supported by an air bearing surface
    • 头悬挂组件由空气轴承表面支撑
    • US5734524A
    • 1998-03-31
    • US748681
    • 1996-11-13
    • Oscar J. Ruiz
    • Oscar J. Ruiz
    • G11B5/48G11B5/60G11B21/21
    • G11B5/6005G11B21/21G11B5/4833
    • A suspension for use in a magnetic disk drive comprised of a flexible load beam and a slider. The flexible load beam is comprised of a two-layer laminate and air bearing structure is formed in one of the layers. Part of the flexible load beam rests on a data storage disk when the disk is not rotating. When the disk begins rotating, the air bearing structure causes the load beam to fly above the surface of the disk at a first flying height. Similarly, when the disk begins rotating, the air bearing surface of the slider causes the slider to fly above the surface of the disk at a second flying height. Typically, the first flying height is about ten times greater than the second flying height.
    • 一种用于由柔性负载梁和滑块组成的磁盘驱动器的悬架。 柔性负载梁由两层层压板组成,空气轴承结构形成在一层中。 当磁盘不旋转时,灵活的负载梁的一部分位于数据存储盘上。 当盘开始旋转时,空气轴承结构使得负载梁在第一飞行高度处在盘的表面上方飞行。 类似地,当盘开始旋转时,滑块的空气支承表面使得滑块以第二飞行高度在盘的表面上方飞行。 通常,第一飞行高度是第二飞行高度的大约十倍。