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    • 2. 发明授权
    • Disk drive with airflow channeling enclosure
    • 带气流通道的磁盘驱动器
    • US07353524B1
    • 2008-04-01
    • US10877746
    • 2004-06-25
    • Jen-Tai LinJin Hui Ou-YangChiao-Ping KuRobert J. McNabShuo-Hao ChenLin Yang
    • Jen-Tai LinJin Hui Ou-YangChiao-Ping KuRobert J. McNabShuo-Hao ChenLin Yang
    • G11B33/14
    • G11B33/148G11B5/40G11B5/6005G11B25/043G11B33/08
    • A disk drive includes a disk drive base, a disk, and a head stack assembly rotatably coupled to the base adjacent the disk surface of the disk. The disk drive includes an airflow channeling enclosure. The enclosure includes an airflow inlet disposed downstream of the head stack assembly and configured to receive the disk rotation induced airflow therethrough. The enclosure further includes an airflow channel extending along the disk surface from the airflow inlet. The enclosure further includes an outer wall extending along the disk surface from the airflow inlet and defining the airflow channel radially interior to the outer wall. The enclosure further includes an airflow outlet disposed upstream of the head stack assembly extending from the outer wall and the channel opposite the airflow inlet for modifying the disk rotation induced airflow passing from the channel.
    • 磁盘驱动器包括磁盘驱动器基座,磁盘以及与磁盘的盘表面相邻地可旋转地联接到基座的磁头堆叠组件。 磁盘驱动器包括气流通道外壳。 所述外壳包括设置在所述打印头组件组件下游的气流入口并且构造成容纳通过其中的盘旋转感应气流。 外壳还包括沿着盘表面从气流入口延伸的气流通道。 所述外壳还包括从所述气流入口沿所述盘表面延伸的外壁,并且在所述外壁的径向内部限定所述气流通道。 外壳还包括设置在头部堆叠组件的上游的气流出口,其从外壁和与气流入口相对的通道延伸,用于改变从通道传出的盘旋转引起的气流。
    • 6. 发明授权
    • Disk drive with airflow diverter filter component
    • 带有气流分流器过滤器组件的磁盘驱动器
    • US07239475B1
    • 2007-07-03
    • US10856322
    • 2004-05-28
    • Jen-Tai LinJin Hui Ou-YangChiao-Ping KuShuo-Hao ChenLin Yang
    • Jen-Tai LinJin Hui Ou-YangChiao-Ping KuShuo-Hao ChenLin Yang
    • G11B33/34
    • G11B33/146G11B5/6005G11B17/32
    • A disk drive including a disk drive base, a disk coupled to the disk drive base, and a head stack assembly coupled to the disk drive base. The disk drive further includes an airflow diverter filter component disposed upstream of the head stack assembly with respect to disk rotation induced airflow for modifying the disk rotation induced airflow adjacent the head stack assembly. The filter component includes a first filter element disposed adjacent the disk surface, a second filter element disposed between the first filter element and the head stack assembly, and a third filter element having a porosity finer than the first and second filter elements. The third filter element is generally radially further than the second filter element from the axis of rotation. The disk rotation induced airflow generally enters the filter component through the first filter element and exits through the second and third filter elements.
    • 磁盘驱动器,包括磁盘驱动器基座,耦合到磁盘驱动器基座的磁盘以及耦合到磁盘驱动器基座的磁头堆叠组件。 磁盘驱动器还包括气流分流器过滤器部件,其布置在磁头堆叠组件的相对于磁盘旋转引起的气流的上游,用于修改与磁头堆叠组件相邻的磁盘旋转引起的气流。 过滤器部件包括邻近盘表​​面设置的第一过滤器元件,设置在第一过滤器元件和头部堆叠组件之间的第二过滤元件,以及具有比第一和第二过滤元件更细小的孔隙的第三过滤元件。 第三过滤元件通常比旋转轴线径向地比第二过滤元件更远。 盘旋转诱导气流通常通过第一过滤元件进入过滤器部件并且通过第二和第三过滤器元件排出。
    • 7. 发明授权
    • Method and apparatus for calibrating a glide head and detection system
for a magnetic disk drive
    • 用于校准滑动头的方法和装置以及用于磁盘驱动器的检测系统
    • US6142006A
    • 2000-11-07
    • US121595
    • 1998-07-24
    • Bruno Jean MarchonDavid Shiao-Min KuoWei Hsin YaoChiao-Ping Ku
    • Bruno Jean MarchonDavid Shiao-Min KuoWei Hsin YaoChiao-Ping Ku
    • G01N29/24G11B21/21G11B33/10G01B7/34G01B11/30
    • G01N29/2418G11B21/21G11B33/10G01N2291/014
    • A method and apparatus for calibrating a glide head and detector system performs a pre-screening to ensure the quality of the glide head and the piezoelectric sensor in the detection system. The glide head and the piezoelectric sensor detect a signal when the glide head makes contact with the disk, such as a magnetic recording disk. Calibration of the detection system utilizes a specially made bump disk that has asperities of desired height and size that protrude out of a flat disk surface. The glide head is flown over the bump disk, and by gradually reducing the disk spinning velocity, the head is brought closer to the disk and eventually into contact with the asperity. The onset of contact, as detected by the piezoelectric sensor, defines a disk spinning velocity for the head to fly at the desired height. In order to decouple the glide head flying characteristics and the piezoelectric quality and transfer function from other factors that affect the calibration of the detection system, laser pulses are directed at the glide head. Head vibrations are introduced in the glide head and detected by the piezoelectric sensor. The head excitations are recorded as a spectrogram in which the resonance frequencies are observed. From the amplitude and frequency readings, head resonance frequencies are identified and the piezoelectric sensor response is characterized. This allows the pre-screening of the head/sensor system and the decoupling of the glide head flying characteristics and the piezoelectric sensor quality from the asperity integrity effects on the calibration of the detection system.
    • 用于校准滑行头和检测器系统的方法和装置进行预筛选以确保检测系统中的滑动头和压电传感器的质量。 滑动头和压电传感器在滑动头与磁盘(例如磁记录盘)接触时检测信号。 检测系统的校准使用特别制造的凸起盘,其具有从平坦盘表面突出的期望的高度和尺寸的粗糙度。 滑动头在凸块上方飞行,通过逐渐减小磁盘旋转速度,磁头更接近磁盘并最终与凹凸接触。 由压电传感器检测到的接触开始限定了磁头旋转速度以使头部以期望的高度飞行。 为了从其他影响检测系统校准的因素中去除滑行头的飞行特性和压电质量和传递函数,激光脉冲指向滑行头。 头部振动被引入到滑动头中并由压电传感器检测。 磁头激励被记录为其中观察到共振频率的频谱图。 从振幅和频率读数,识别头部谐振频率,并表征压电传感器响应。 这允许头部/传感器系统的预筛选和滑翔头飞行特性和压电传感器质量的去耦从对检测系统的校准的粗糙度完整性影响。
    • 10. 发明授权
    • Glide test head assembly with high take-off resolution
    • 滑行测试头组件具有高起飞分辨率
    • US06267004B1
    • 2001-07-31
    • US09247445
    • 1999-02-10
    • Chiao-Ping KuWei Yao
    • Chiao-Ping KuWei Yao
    • G11B560
    • G11B5/6005G11B21/21G11B33/10
    • A glide test head assembly optimized for glide avalanche testing. The glide test head assembly of the present invention includes air bearing surfaces formed with a negative crown, or slightly concave surface. The negative crown of the air bearing surfaces of the inventive glide test head lowers the hydrodynamic pressure between the glide test head assembly and a spinning disc for given disc rotational speeds, enabling the glide test head assembly to fly at a lower heights at a greater linear velocity, and thus with increased stability. The increased flying stability of the inventive glide test head assembly improves the correlation between true flying height and disc/head contact detection for glide avalanche testing.
    • 滑行测试头组件,优化滑雪雪崩测试。 本发明的滑行试验头组件包括形成有负冠或微凹表面的空气轴承表面。 本发明的滑行试验头的空气轴承表面的负冠降低了滑动试验头组件和用于给定盘旋转速度的旋转盘之间的流体动压力,使得滑行试验头组件能够以更大的线性在较低的高度飞行 速度,从而具有增加的稳定性。 本发明的滑行测试头组件的增加的飞行稳定性提高了实际飞行高度与用于滑行雪崩测试的盘/头接触检测之间的相关性。