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    • 5. 发明授权
    • Write fringing reduction for recording media
    • 为记录媒体写出边缘缩小
    • US08243389B2
    • 2012-08-14
    • US12967927
    • 2010-12-14
    • Mourad BenakliMichael Mallary
    • Mourad BenakliMichael Mallary
    • G11B5/667G11B5/82
    • G11B5/667G11B5/82G11B5/855
    • A recording media design having discrete track recording structure where the trenches between tracks are filled with a soft magnetic material is provided. The soft magnetic material provides a low magnetic impedance path to the soft underlayer such that fringe fields from the write head are conducted to the soft underlayer without having a negative effect such as adjacent track erasure. A method of manufacturing the media includes a nano-imprint step and ion milling out the data layer to create the trenches. A B2O3 material allows the data layer to be ion milled out without redeposition bridging the B2O3 layer thus preventing lift off of the mask. The trenches are then filled by ion deposition with the layers of ferromagnetic material separated by an anti-ferromagnetic coupling that causes the flux to be conducted to the soft underlayer and remnant flux to rotate within the island and not into adjacent tracks.
    • 提供了具有离散轨道记录结构的记录介质设计,其中轨道之间的沟槽被软磁材料填充。 软磁材料提供到软底层的低磁阻抗路径,使得来自写头的边缘场被传导到软底层,而不会产生诸如相邻轨道擦除的负面影响。 制造介质的方法包括纳米压印步骤和离子铣出数据层以产生沟槽。 B2O3材料允许将数据层离子研磨而不再沉积B2O3层,从而防止掩模剥离。 然后通过离子沉积来填充沟槽,铁磁材料层通过反铁磁耦合分开,这导致通量被引导到软底层,剩余通量在岛内旋转而不进入相邻的轨道。
    • 6. 发明申请
    • MAGNETIC RECORDING HEAD WITH NOTCHED SHIELD
    • 磁记录头与记录屏蔽
    • US20110205671A1
    • 2011-08-25
    • US12710456
    • 2010-02-23
    • Mourad BenakliSharat Batra
    • Mourad BenakliSharat Batra
    • G11B5/33
    • G11B5/3116G11B5/1278G11B5/3146G11B5/315
    • A magnetic recording head includes a magnetic recording write element including a main pole. The main pole has a leading edge and an opposing trailing edge and a first side surface and a second side surface separating the leading edge from the trailing edge. A first side magnetic shield is positioned adjacent the first side surface and a second side magnetic shield positioned adjacent to the second side surface. A first side shield gap separates the first side shield from the first side of the main pole. A second side shield gap separates the second side shield from the second side of the main pole. A front magnetic shield is separated from the main pole trailing edge by a front shield gap. A recess extends into the front shield adjacent to the trailing edge, and parallel to the trailing edge. The recess extends laterally away from the main pole and into the front shield a distance greater than the first side shield gap or second side shield gap.
    • 磁记录头包括具有主极的磁记录写元件。 主极具有前缘和相对的后缘以及将前缘与后缘分开的第一侧表面和第二侧表面。 第一侧磁屏蔽件邻近第一侧表面定位,第二侧磁屏蔽件邻近第二侧表面定位。 第一侧屏蔽间隙将第一侧屏蔽与主极的第一侧分离。 第二侧屏蔽间隙将第二侧屏蔽与主极的第二侧分开。 前磁屏蔽通过前屏蔽间隙与主极后缘分离。 凹槽与后缘相邻地延伸到前屏蔽件中,并且平行于后缘。 凹部从主极横向延伸并且远离第一侧屏蔽间隙或第二侧屏蔽间隙的距离远离前屏蔽。
    • 7. 发明授权
    • Write heads with floating side shields and manufacturing methods
    • 用浮动边屏蔽和制造方法写头
    • US07573683B1
    • 2009-08-11
    • US11483408
    • 2006-07-06
    • Mourad BenakliMichael Mallary
    • Mourad BenakliMichael Mallary
    • G11B5/127
    • G11B5/11G11B5/1278G11B5/3116Y10T29/49043Y10T29/49044Y10T29/4906
    • A write head for a media drive suited for perpendicularly recording data in adjacent magnetic recording media, the media having a magnetic recording layer and a soft underlayer (SUL). The write head has a pole tip, a write yoke connected to the pole tip, a write return yoke, a write shield, one or more conductive coils surrounding the write yoke, and one or more side shields disposed in close proximity to the pole tip. The write return yoke connects to the write yoke on one end and the write shield on a different end. The one or more side shields are separated from the pole tip and write shields by a non-magnetic material and therefore are “floating” and not directly coupled to the write shield or pole tip.
    • 适用于在相邻磁记录介质中垂直记录数据的媒体驱动器的写头,所述介质具有磁记录层和软底层(SUL)。 写头具有极尖,连接到极尖的写磁轭,写入返回磁轭,写入屏蔽,围绕写入磁轭的一个或多个导电线圈以及设置在极尖附近的一个或多个侧屏蔽 。 写入返回磁轭在一端连接到写磁轭,而在另一端连接写屏蔽。 一个或多个侧面屏蔽件与极尖分离,并由非磁性材料写入屏蔽,因此“浮动”并且不直接耦合到写入屏蔽或极尖。