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    • 1. 发明授权
    • Base plate with improved swage performance and reduced mass
    • 底板具有改进的挤压性能和减小的质量
    • US5812343A
    • 1998-09-22
    • US818929
    • 1997-03-17
    • Richard A. BuddeCal E. Hardie
    • Richard A. BuddeCal E. Hardie
    • G11B5/48G11B21/16
    • G11B21/16G11B5/4813
    • A base plate is disclosed for swage or ball stake mounting a transducer carrying arm to a support arm. The base plate includes a flange and a tubular member or boss. The flange has a non-rectangular profile and first, second, third and fourth arms extending generally in first, second, third and fourth directions. Each of the arms of the flange defines a separate corner of a rectangular profile so that rectangular profile compatible equipment can be used with the base plate of the present invention. The non-rectangular profile of the flange fits within the defined rectangular profile such that the mass of the flange is reduced to thereby improve resonance, shock and access time performance of the disc drive.
    • 公开了一种用于将换能器承载臂固定到支撑臂上的模具或球杆的基板。 基板包括凸缘和管状构件或凸台。 凸缘具有非矩形轮廓,第一,第二,第三和第四臂大致在第一,第二,第三和第四方向上延伸。 凸缘的每个臂都限定了矩形轮廓的单独拐角,因此与本发明的底板可以使用矩形轮廓相容的设备。 凸缘的非矩形轮廓配合在限定的矩形轮廓内,使得凸缘的质量减小,从而改善盘驱动器的共振,冲击和存取时间性能。
    • 2. 发明授权
    • Method of forming a suspension fabricated from silicon
    • 形成由硅制成的悬架的方法
    • US5711063A
    • 1998-01-27
    • US661816
    • 1996-06-11
    • Richard August BuddeKevin Jon SchultzDaniel E. GlumacPatrick J. RyanCal E. Hardie
    • Richard August BuddeKevin Jon SchultzDaniel E. GlumacPatrick J. RyanCal E. Hardie
    • G11B5/48G11B5/42
    • G11B5/484Y10T29/49021Y10T29/4903
    • An apparatus comprising a magnetic head suspension assembly (10) comprised of a rectangular portion (12), load beam (14) and flexure (16) fabricated from a silicon structure using the etching techniques of the integrated circuit fabrication industry. Said magnetic head suspension assembly (10) having electrical leads (23) to a slider, a pre-amp circuit (25) and a microactuator (27) fabricated directly thereon. A system of providing a loading force passing to slider (50) comprising either a tapered base plate (40) adapted to be held by a horizontally oriented actuator arm or an actuator arm (60) having at least one angled receiving surface (62,64) for attachment to said suspension assembly. The method of forming a magnetic head suspension assembly (10) from an etched silicon structure comprising a cutting step comprising cutting said silicon structure into the silhouette shape of a magnetic head suspension assembly, having a rectangular portion (12), a load beam (14) and a flexure (16), said flexure being cut in a shape such that finger members (18), slider bond tongue (19) and dimple tongue (20) appear thereon, and subsequent to said cutting step, the step of photo-etching regions of said silicon structure to reduce thickness of said silicon structure in certain regions, said photo-etching leaving a remaining non-etched small plateau area which is adapted to act as a point or dimple for an attached slider to gimbal about.
    • 一种包括由使用集成电路制造工业的蚀刻技术由硅结构制成的矩形部分(12),负载梁(14)和挠曲件(16)组成的磁头悬挂组件(10)的装置。 所述磁头悬挂组件(10)具有到滑块的电引线(23),直接在其上制造的前置放大器电路(25)和微型致动器(27)。 提供通过滑块(50)的加载力的系统,包括适于由水平定向的致动器臂保持的锥形基板(40)或具有至少一个成角度的接收表面(62,64)的致动器臂(60) ),用于附接到所述悬架组件。 从蚀刻的硅结构形成磁头悬挂组件(10)的方法,包括切割步骤,包括将所述硅结构切割成具有矩形部分(12),负载梁(14)的磁头悬挂组件的轮廓形状 )和挠曲件(16),所述挠曲被切割成使得指状构件(18),滑块结合舌(19)和凹窝舌(20)出现在其上的形状,并且在所述切割步骤之后, 蚀刻所述硅结构的区域以减小某些区域中所述硅结构的厚度,所述光蚀刻留下剩余的未蚀刻的小平台区域,其适于作为用于万向节的附接滑块的点或凹坑。
    • 3. 发明授权
    • Suspension fabricated from silicon
    • 由硅制成的悬架
    • US5896246A
    • 1999-04-20
    • US837604
    • 1997-04-21
    • Richard August BuddeKevin Jon SchultzDaniel E. GlumacPatrick J. RyanCal E. Hardie
    • Richard August BuddeKevin Jon SchultzDaniel E. GlumacPatrick J. RyanCal E. Hardie
    • G11B5/48
    • G11B5/484Y10T29/49021Y10T29/4903
    • An apparatus comprising a magnetic head suspension assembly (10) comprised of a rectangular portion (12), load beam (14) and flexure (16) fabricated from a silicon structure using the etching techniques of the integrated circuit fabrication industry. The magnetic head suspension assembly (10) has electrical leads (23) to a slider, a pre-amp circuit (25) and a microactuator (27) fabricated directly thereon. A system of providing a loading force passing to slider (50) comprises either a tapered base plate (40) adapted to be held by a horizontally oriented actuator arm or an actuator arm (60) having at least one angled receiving surface (62,64) for attachment to said suspension assembly. The method of forming a magnetic head suspension assembly (10) from an etched silicon structure comprising a cutting step comprising cutting the silicon structure into the silhouette shape of a magnetic head suspension assembly, having a rectangular portion (12), a load beam (14) and a flexure (16), the flexure is cut in a shape such that finger members (18), slider bond tongue (19) and dimple tongue (20) appear thereon. Subsequent to the cutting step, photo-etching regions of the silicon structure reduces thickness of the silicon structure in certain regions. The photo-etching leaves a remaining non-etched small plateau area which is adapted to act as a point or dimple for an attached slider to gimbal about.
    • 一种包括由使用集成电路制造工业的蚀刻技术由硅结构制成的矩形部分(12),负载梁(14)和挠曲件(16)组成的磁头悬挂组件(10)的装置。 磁头悬挂组件(10)具有到滑块的电引线(23),直接制造的前置放大器电路(25)和微致动器(27)。 提供通过滑块(50)的加载力的系统包括适于由水平定向的致动器臂保持的锥形基板(40)或具有至少一个成角度的接收表面(62,64)的致动器臂(60) ),用于附接到所述悬架组件。 从蚀刻硅结构形成磁头悬挂组件(10)的方法,包括切割步骤,包括将所述硅结构切割成具有矩形部分(12),负载梁(14)的磁头悬挂组件的轮廓形状 )和弯曲部(16),弯曲部被切割成使得手指部件(18),滑块接合舌片(19)和凹形舌片(20)出现在其上的形状。 在切割步骤之后,硅结构的光蚀刻区域在某些区域减小了硅结构的厚度。 光蚀刻留下剩余的未蚀刻的小平台区域,该区域适于作为用于附近的滑块的万向节的点或凹坑。