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    • 52. 发明授权
    • Method of simultaneously forming magnetic transition patterns of a dual side recording medium
    • 同时形成双面记录介质的磁转移图案的方法
    • US07036209B1
    • 2006-05-02
    • US10345369
    • 2003-01-16
    • Koichi WagoNeil DeemanJing Gui
    • Koichi WagoNeil DeemanJing Gui
    • G11B5/127G11B5/80H04R31/00
    • G11B11/10578B82Y10/00G11B5/743G11B5/82G11B5/855G11B5/865G11B11/10582Y10T29/4902Y10T29/49021Y10T29/49025Y10T29/49028Y10T29/49041Y10T29/49055
    • A method of simultaneously forming magnetic transition patterns in both side surfaces of a dual-sided magnetic or magneto-optical (MO) recording medium comprises steps of:(a) providing a dual-sided magnetic or MO recording medium having first and second opposing side surfaces;(b) providing a first magnetic stamper/imprinter having a first topographically patterned imprinting surface comprising a plurality of projections and depressions arranged in a first pattern corresponding to a first magnetic transition pattern to be formed in the first side surface;(c) providing a second magnetic stamper/imprinter having a second topographically patterned imprinting surface comprising a plurality of projections and depressions arranged in a second pattern corresponding to a second magnetic transition pattern to be formed in the second side surface, the second magnetic stamper/imprinter being formed from the first magnetic stamper/imprinter in a “mother”/“son” relationship;(d) contacting the first side surface with the first topographically patterned imprinting surface of the first magnetic stamper/imprinter;(e) contacting the second side surface with the second topographically patterned imprinting surface of the second magnetic stamper/imprinter; and(f) simultaneously forming magnetic transition patterns in both side surfaces of the medium by contact printing.
    • 一种在双面磁或磁光(MO)记录介质的两个侧表面同时形成磁转移图案的方法包括以下步骤:(a)提供具有第一和第二相对侧的双面磁或MO记录介质 表面 (b)提供具有第一显图图案的压印表面的第一磁压/打印机,所述第一图形压印表面包括以对应于要形成在所述第一侧表面中的第一磁过渡图案的第一图案布置的多个突起和凹陷; (c)提供具有第二显图图案的压印表面的第二磁压/打印机,其包括以对应于形成在所述第二侧表面中的第二磁转移图案的第二图案布置的多个突起和凹陷,所述第二磁压/ 打印机以“母亲”/“儿子”关系从第一磁压模/打印机形成; (d)使第一侧表面与第一磁压/打印机的第一显图图案化的压印表面接触; (e)使第二侧表面与第二磁压/打印机的第二显图图案化的压印表面接触; 和(f)通过接触印刷同时在介质的两个侧表面形成磁过渡图案。
    • 53. 发明授权
    • High field contrast magnetic stampers/imprinters for contact patterning of magnetic media
    • 用于磁介质接触图形化的高场对比磁压模/打印机
    • US07028743B1
    • 2006-04-18
    • US10429799
    • 2003-05-06
    • Li-Ping WangDavid KuoJing GuiKoichi Wago
    • Li-Ping WangDavid KuoJing GuiKoichi Wago
    • B22D23/00B22D25/00
    • G11B5/865B82Y10/00G11B5/743G11B5/855G11B11/10578G11B11/10582H01F41/32
    • A high field contrast magnetic stamper/imprinter for use in patterning of magnetic and magneto-optical (MO) recording media by contact printing, comprises: (a) a layer of a magnetic material having a high saturation magnetization Bsat≧˜1.2 and high permeability μ≧˜5, including a first, topographically patterned surface and a second surface opposite the first surface, the first, topographically patterned surface comprising a patterned plurality of spaced-apart recesses with a plurality of non-recessed areas therebetween, the topographical pattern corresponding to a magnetic pattern to be formed in a magnetic or MO recording medium; and (b) a layer of Ni on the second surface. A corrosion-resistant protective overcoat layer may be present on the topographically patterned surface. A method for manufacturing the stamper/imprinter is also disclosed.
    • 用于通过接触印刷图案化磁性和磁光(MO)记录介质的高场强对比磁压模/打印机包括:(a)具有高饱和磁化强度的磁性材料层, SUB >> =〜1.2,高磁导率μ> =〜5,包括第一,地形图形表面和与第一表面相对的第二表面,第一,地形图形表面包括图案化的多个间隔开的凹槽, 非凹陷区域,其形状图案对应于要在磁性或MO记录介质中形成的磁性图案; 和(b)第二表面上的Ni层。 耐腐蚀保护性外涂层可能存在于地形图形表面上。 还公开了一种用于制造压模/打印机的方法。
    • 59. 发明授权
    • Ion beam deposition of diamond-like carbon overcoats by hydrocarbon source gas pulsing
    • 通过烃源气体脉冲离子束沉积金刚石碳覆盖层
    • US06392244B1
    • 2002-05-21
    • US09376495
    • 1999-08-18
    • Kevin J. GrannenXiaoding MaJing Gui
    • Kevin J. GrannenXiaoding MaJing Gui
    • H05H124
    • C23C14/221C23C14/0605
    • Stable operation of an ion beam deposition (IBD) station forming part of a multi-station apparatus and formation therein of a tribologically robust DLC-type i-C:H ultra-thin protective overcoat for high recording density magnetic media are achieved by pulsing (i.e., limiting) the flow of a hydrocarbon source gas to the ion beam source to deposition intervals between substrate transfer/pressure cycling. Embodiments include utilizing a circularly-shaped, closed drift, end Hall type ion beam source as part of a multi-process station apparatus, wherein undesirable arcing of the ion beam source during substrate transfer is eliminated, or at least substantially reduced, as a result of the pulsed supply of hydrocarbon source gas to the ion beam source.
    • 形成多工位装置的一部分的离子束沉积(IBD)站的稳定操作,并且在其中形成用于高记录密度磁介质的摩擦学稳健的DLC型iC:H超薄保护外涂层通过脉冲(即, 限制)烃源气体到离子束源的流动到衬底转移/压力循环之间的沉积间隔。 实施例包括利用圆形封闭漂移端霍尔型离子束源作为多处理站装置的一部分,其中在衬底传送期间不期望的离子束源的电弧消除或至少大大减少 将烃源气体脉冲供应给离子束源。