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    • 1. 发明授权
    • Comb shunt for ESD protection
    • 梳状分流用于ESD保护
    • US06507467B1
    • 2003-01-14
    • US09640422
    • 2000-08-17
    • Frank William Schadewald, Jr.Mark James SchaenzerScott Michael Franzen
    • Frank William Schadewald, Jr.Mark James SchaenzerScott Michael Franzen
    • G11B552
    • G11B5/486
    • An apparatus for protecting a magnetoresistive head from electrostatic discharge. The apparatus includes an actuator assembly including the magnetoresistive head, and a connector board including a plurality of conductive traces in electrical contact with the magnetoresistive head. The connector board defines a plurality of openings therein, each of the openings having sides surfaces in electrical contact with one of the traces. The apparatus further includes a conductive shunting member including a plurality of protruding members adapted to be inserted into the openings and contact the side surfaces of the openings. The shunting member, when so inserted into the openings shorts the traces to provide protection of the magnetoresistive head from electrostatic discharge.
    • 一种用于保护磁阻头免受静电放电的装置。 该装置包括一个包括磁阻头的致动器组件和一个连接板,该连接器板包括与磁阻磁头电接触的多个导电迹线。 连接器板在其中限定多个开口,每个开口具有与一个迹线电接触的侧表面。 该装置还包括导电分流构件,该导电分流构件包括适于插入到开口中并接触开口的侧表面的多个突出构件。 分流构件当插入开口时会短路迹线,以保护磁阻头免受静电放电。
    • 3. 发明授权
    • Burnish head with ion milled aerodynamic pads configured in an elliptical pattern
    • 抛光头与配置成椭圆形图案的离子磨空气动力垫
    • US06322431B1
    • 2001-11-27
    • US09416739
    • 1999-10-13
    • Mark James SchaenzerWilliam Omar LinersDaniel Paul Burbank
    • Mark James SchaenzerWilliam Omar LinersDaniel Paul Burbank
    • B24B500
    • G11B5/82B24B39/06G11B5/84
    • A burnishing head configured to provide extremely close control of the burnishing height, to aerodynamically eject particles generated by the burnishing process from beneath the burnishing head onto the disc surface, whence they can be swept from the disc by centripetal force, and to optimize the tribological relationship between the burnishing head and a disc being burnished. The burnishing head includes a plurality of burnishing pads arranged in an elliptical pattern, with the actual burnishing surface of the burnishing pads being either ion milled to provide a closely controlled surface texture, or lapped to a extremely smooth surface. The shape of the individual burnishing pads is also formed by the process of ion milling, and is either elliptical, or, preferably, an aerodynamic teardrop shape, which acts to aerodynamically displace generated particles from beneath the burnishing head. The burnishing surface of the burnishing pads is coated with a diamond-like coating to improve the tribological relationship between the burnishing head and the disc.
    • 抛光头被配置为提供对抛光高度的非常接近的控制,将抛光过程产生的颗粒空气动力学地从抛光头下面排出到盘表面上,从而可以通过向心力从盘扫过,并优化摩擦学 抛光头和被抛光的盘之间的关系。 抛光头包括以椭圆形图案布置的多个抛光垫,抛光垫的实际抛光表面被离散研磨以提供紧密控制的表面纹理,或者研磨成非常光滑的表面。 单个抛光垫的形状也通过离子铣削的方法形成,并且是椭圆形的,或者优选地是空气动力学泪珠形状,其用于空气动力学地从抛光头下方置换生成的颗粒。 抛光垫的抛光表面涂覆有类金刚石涂层,以改善抛光头和盘之间的摩擦学关系。
    • 4. 发明授权
    • Burnishing head with fly height control spacer
    • 抛光头与飞行高度控制间隔
    • US06296552B1
    • 2001-10-02
    • US09493290
    • 2000-01-28
    • Zine-Eddine BoutaghouMark James SchaenzerWilliam Omar LinersJoel William HoehnAndreas Argyros Polycarpou
    • Zine-Eddine BoutaghouMark James SchaenzerWilliam Omar LinersJoel William HoehnAndreas Argyros Polycarpou
    • B24B100
    • B24D13/14B24B39/06G11B5/8404Y10S977/863Y10S977/881Y10S977/89
    • A burnishing head configured to provide extremely close control of the burnishing height, to minimize stiction between the burnishing head and a disc being burnished, and to optimize the tribological relationship between the burnishing head and a disc being burnished. The burnishing head includes one or more spacer pads, associated with selected ones of the burnishing pads on the burnishing head, which remain in contact with the surface of a disc being burnished. The height from the contact surface of the spacer pad to the contact surface of the burnishing pad determines the effective burnishing height. The burnishing head also includes moats, or recessed areas, surrounding the burnishing pads to minimize the stiction caused by generation of a liquid meniscus between the disc and contacting elements of the burnishing head, and which act as collection points for particulates generated by the burnishing process. The spacer pads preferably include microtextured contact surfaces to minimize stiction and wear and further include a diamond-like carbon coating to further improve wear characteristics.
    • 抛光头被配置为提供对抛光高度的非常接近的控制,以最小化抛光头和被抛光的光盘之间的粘性,并且优化抛光头和被抛光的光盘之间的摩擦学关系。 抛光头包括与抛光头上的抛光垫中选定的抛光垫相关联的一个或多个间隔垫,其与被抛光的盘的表面保持接触。 从间隔垫的接触表面到抛光垫的接触表面的高度决定了有效的抛光高度。 抛光头还包括围绕抛光垫的护城河或凹陷区域,以最小化在盘和抛光头的接触元件之间产生液体弯液面引起的粘性,并且其用作由抛光过程产生的颗粒的收集点 。 间隔垫优选地包括微结构的接触表面以最小化粘结和磨损,并且还包括类金刚石碳涂层以进一步改善磨损特性。
    • 7. 发明授权
    • Clock head with spacer
    • 时钟头与间隔
    • US06545844B1
    • 2003-04-08
    • US09677123
    • 2000-09-29
    • Mark James SchaenzerStephen John MillerGordon Merle Jones
    • Mark James SchaenzerStephen John MillerGordon Merle Jones
    • G11B2116
    • G11B5/59633
    • A clock head assembly intended for vertical engagement to a disc in a disc drive for purposes of providing an arrangement of precise timing marks on the disc for use by a servo-writer. The clock head assembly includes a slider of the 50% or 30% size and a spacer adhesively attached to the upper surface thereof. In order to minimize stresses induced in the slider by the adhesive bonding, and to ensure that the clock head is capable of correct flying performance relative to the disc, the present invention envisions that the spacer surface bonded to the slider, or slider bonding surface, has dimensions substantially half the size of the dimensions of the surface of the slider to which the spacer is bonded. In another aspect of the invention, the spacer is designed to be suitable for large batch production. In another aspect of the invention, the spacer includes, adjacent the surface opposite the slider bonding surface, an overhanging rim portion, which acts not only as a readily optimized surface for bonding the spacer/slider assembly to the head suspension of the clock head assembly, but also as a visual aid to correctly orient the spacer relative to the slider during bonding of the two together.
    • 一种用于在盘驱动器中垂直接合到盘的时钟头组件,用于提供盘上的精确定时标记的布置以供伺服写入器使用。 时钟头组件包括50%或30%尺寸的滑块和粘附到其上表面的间隔件。 为了最小化通过粘合剂粘合而在滑块中产生的应力,并且为了确保时钟头能够相对于盘具有正确的飞行性能,本发明设想,结合到滑块或滑块结合表面的间隔表面, 其尺寸基本上是间隔件与其粘结的滑块的表面尺寸的一半。 在本发明的另一方面,间隔物被设计成适于大批量生产。 在本发明的另一方面,间隔件包括邻近与滑块接合表面相对的表面,突出的边缘部分不仅作为容易优化的表面用于将间隔件/滑动器组件接合到时钟头组件的头部悬架上 ,而且还作为在两者结合期间相对于滑块正确定向间隔物的视觉辅助。
    • 8. 发明授权
    • Wide write disc certification process, apparatus and article of
manufacture
    • 宽写盘认证过程,设备和制造品
    • US06104556A
    • 2000-08-15
    • US972603
    • 1997-11-18
    • Mark James Schaenzer
    • Mark James Schaenzer
    • G01R33/12G11B5/012G11B19/04G11B27/36G11B33/10G11B5/02
    • G01R33/1207G11B19/04G11B27/36G11B33/10G11B5/012
    • A disc certification process, apparatus and article of manufacture for improved testing efficiency employs a testing head having a write element and a read element supported adjacent a rotating disc recording surface. The write element has a width that defines a "wide" write track width of at least N times the read track width defined by the width of the read element, wherein N is an integer greater than 1. The write element writes a signal onto the recording surface of the disc during a first disc rotation, to define a first annular write track having a "wide" first write track width in the radial direction of the disc. Then, during a second rotation, the read element reads the signal written in a first reading track width defined within the "wide" first write track. Thereafter, the read element is stepped to another read position adjacent the first write track and the read element reads the signal written onto the recording surface in a second reading track width defined within the first write track. If the write track width is more than two times the width of each read track, then the read element may be stepped to one or more additional read positions to read the signal written onto the recording surface in one or more further reading track widths defined within the first write track. In this manner, one relatively wide write track is formed with a write track width at least as great as two or more read tracks. The signals read by the read head during the reading steps are analyzed to determine the quality of the recording surface.
    • 用于提高测试效率的盘认证过程,设备和制品采用具有与旋转盘记录表面相邻支持的写入元件和读取元件的测试头。 写入元件具有一个宽度,该宽度定义了由读取元件的宽度定义的至少N倍读取磁道宽度的“宽”写入磁道宽度,其中N是大于1的整数。写入元件将信号写入到 在第一盘旋转期间记录盘的表面,以限定在盘的径向方向上具有“宽”第一写轨迹宽度的第一环形写轨道。 然后,在第二旋转期间,读取单元读取以“宽”第一写入磁道中定义的第一读取磁道宽度写入的信号。 此后,读取元件被步进到与第一写入磁道相邻的另一读取位置,并且读取元件读取在第一写入磁道内定义的第二读取磁道宽度中写入记录表面的信号。 如果写入磁道宽度大于每个读取磁道的宽度的两倍,则读取元件可以被加到一个或多个附加读取位置,以读取在一个或多个进一步的读取磁道宽度内写入的信号,该读取磁道宽度在 第一个写轨道。 以这种方式,形成一个相对宽的写入磁道,其写入磁道宽度至少与两个或更多个读取磁道一样大。 在读取步骤期间由读取头读取的信号被分析以确定记录表面的质量。