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    • 51. 发明授权
    • Method for manufacturing a magnet head
    • 磁头的制造方法
    • US4745676A
    • 1988-05-24
    • US827266
    • 1986-02-07
    • Tadashi Hasegawa
    • Tadashi Hasegawa
    • B24B37/00G11B5/265G11B5/42
    • B24B37/048G11B5/2651G11B5/2655Y10T29/4905Y10T29/49055Y10T29/49799
    • A magnetic head of a construction, wherein first and second magnetic cores each having a magnetic gap are joined together with first and second non-magnetic structures, and the lamination is such that the first magnetic core is in contact with the second non-magnetic structure, and that the second magnetic core is in contact with the first non-magnetic structure, the magnetic head having its feature in that it is made up of the magnetic core members and the non-magnetic core members which are combined in the form of a letter "W" in its cross-section having mutually parallel and upright leg portions.A method for manufacturing the magnetic head of the above construction, having its feature in that it comprises the first step of producing a core body having a shape such that an open end part of a combination of the magnetic member and the non-magnetic member is closed; and the second step of placing the core body in an opening or openings formed in a carrier plate, followed by subjecting the core body to the polishing work.
    • 一种结构的磁头,其中每个具有磁隙的第一和第二磁芯与第一和第二非磁性结构连接在一起,并且层叠使得第一磁芯与第二非磁性结构接触 并且所述第二磁芯与所述第一非磁性结构接触,所述磁头的特征在于,所述磁头由磁芯部件和非磁性芯部件组成,所述磁芯部件和所述非磁性芯部件以 字母“W”的横截面具有相互平行和直立的腿部。 一种上述结构的磁头的制造方法,其特征在于,其特征在于,包括:制造具有使磁性构件和非磁性构件的组合的开口端部分为 关闭; 以及将芯体放置在形成在载板上的开口或开口中的第二步骤,然后对芯体进行抛光工作。
    • 56. 发明授权
    • Method and apparatus for processing sliders for disk drives, and to various processing media for the same
    • 用于处理磁盘驱动器滑块的方法和装置以及用于其的各种处理介质
    • US09221148B2
    • 2015-12-29
    • US13423396
    • 2012-03-19
    • Karl Schwappach
    • Karl SchwappachZine-Eddine Boutaghou
    • B24B1/00B24B37/04
    • B24B37/048
    • A method and apparatus for processing sliders for a disk drives. The apparatus includes at least one gimbal structure adapted to engage at least one slider. The gimbal structure permits the slider to move in at least pitch and roll. A processing media is positioning opposite a surface on the least one slider to be processed. A preload mechanism biases the slider toward the processing media. One or more fluid bearing features are provided on at least one of the slider or the processing media configured to generate aerodynamic lift forces at an interface of the processing media with the surface of the slider during movement of the processing media relative to the slider. Various processing media are also disclosed.
    • 一种用于处理磁盘驱动器的滑块的方法和装置。 该装置包括适于接合至少一个滑块的至少一个万向架结构。 万向架结构允许滑块至少在俯仰和滚动之间移动。 处理介质与要处理的至少一个滑动件上的表面相对地定位。 预加载机构将滑块朝向处理介质偏置。 一个或多个流体轴承特征设置在滑块或处理介质中的至少一个上,其被配置成在处理介质相对于滑块移动期间在处理介质的界面处与滑块的表面产生空气动力提升力。 还公开了各种处理介质。
    • 59. 发明授权
    • Electrical lap guides and methods of using the same
    • 电动搭接导轨及其使用方法
    • US08411393B2
    • 2013-04-02
    • US12485981
    • 2009-06-17
    • Jie ZouZhongyan Wang
    • Jie ZouZhongyan Wang
    • G11B5/31B24B49/00
    • G11B5/3166B24B37/048G11B5/102G11B5/3169G11B2005/0021Y10T428/12771Y10T428/12806Y10T428/12819Y10T428/12826
    • An electrical lap guide having a first layer, the first layer including a material having a first resistivity, the first layer having first and second contact regions for electrically connecting the electrical lap guide to electrical leads; a second layer, the second layer including a material having a second resistivity, wherein the electrical lapping guide has a lapping axis and a layered axis, the layered axis being perpendicular to the lapping axis, the electrical lapping guide has an air bearing plane, the air bearing plane being perpendicular to the lapping axis, the second layer is disposed adjacent to a portion of the first layer in the direction of the layered axis, and the first layer extends farther in the lapping axis than does the second layer.
    • 具有第一层的电牵引引导件,所述第一层包括具有第一电阻率的材料,所述第一层具有用于将所述电牵引引导件电连接到电引线的第一和第二接触区域; 第二层,所述第二层包括具有第二电阻率的材料,其中所述电研磨导向件具有研磨轴线和分层轴线,所述分层轴线垂直于研磨轴线,所述电研磨导向器具有空气轴承平面, 空气轴承平面垂直于研磨轴线,第二层在分层轴线的方向上与第一层的一部分相邻设置,第一层在研磨轴线上比第二层更远。