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    • 1. 发明授权
    • Method for producing hard disk substrate
    • 硬盘基板的制造方法
    • US09297078B2
    • 2016-03-29
    • US14391296
    • 2013-04-02
    • Toyo Kohan Co., Ltd.
    • Gen IshidaNobuaki MukaiTakahiro Yoshida
    • C23C18/32G11B5/73G11B5/84C23C18/16G11B5/858C23C18/36G11B5/80C23C18/18
    • C23C18/32C23C18/1651C23C18/1844C23C18/36G11B5/7315G11B5/8404G11B5/858
    • An object of the present invention is to obtain a hard disk substrate that can have a smooth surface of a plating film through electroless NiP plating and does not have deteriorated corrosion resistance against acid solutions. A method for producing a hard disk substrate of the present invention is a method for producing a hard disk substrate with an electroless NiP plating film, the method including immersing a substrate in a first electroless NiP plating bath containing an additive with leveling action, thereby forming a lower layer of the electroless NiP plating film on a surface of the substrate, the lower layer having smaller average surface roughness than the surface; and immersing the substrate that has the lower layer of the electroless NiP plating film formed thereon through the first plating step in a second electroless NiP plating bath, thereby forming an upper layer of the electroless NiP plating film, the upper layer having corrosion resistance against acid solutions and having a thickness of greater than or equal to 4 μm.
    • 本发明的目的是获得通过无电镀NiP镀层可以具有镀膜的光滑表面的硬质基板,并且不会对酸溶液具有劣化的耐腐蚀性。 本发明的硬盘基板的制造方法是使用无电NiP镀膜来制造硬盘基板的方法,该方法包括将基板浸入含有具有调平作用的添加剂的第一非电解NiP镀浴中,从而形成 在该基板的表面上的无电NiP镀膜的下层,下层的平均表面粗糙度比表面小; 并通过第一电镀NiP电镀浴将具有形成在其上的无电解NiP镀膜的下层的基板浸渍在第二无电NiP电镀浴中,从而形成无电NiP镀膜的上层,上层对酸具有耐腐蚀性 溶液并且具有大于或等于4μm的厚度。
    • 2. 发明申请
    • SECURE IDENTIFICATION OF DEPENDANTS
    • 安全认证的依赖
    • US20080251579A1
    • 2008-10-16
    • US11734601
    • 2007-04-12
    • Steven Larsen
    • Steven Larsen
    • G11B5/80
    • G06Q50/22G06Q10/10G06Q20/14G07F11/002G16H10/60G16H10/65G16H40/20
    • The present invention provides a method for identifying patients using common forms of identification, and specifically readable personal identifiers such as credit cards, and for identifying dependents through a guardian's personal identification. The guardian registers the account with a health care database, and associates the dependent patients with the account. Thereafter, the guardian can process healthcare services for the guardian by providing a readable identifier identifying the account. As a result, the guardian can register the dependent patient for an appointment through a kiosk or other publicly accessible terminal, and can also access scheduling or other services.
    • 本发明提供了一种用于使用常见形式的身份识别患者的方法,以及具体可读的个人识别符,例如信用卡,以及通过监护人的个人身份识别家属。 监护人将该帐户注册到医疗保健数据库,并将依赖患者与该帐户相关联。 此后,监护人可以通过提供识别帐户的可读标识来处理监护人的医疗保健服务。 因此,监护人可以通过信息站或其他可公开访问的终端注册依赖患者预约,也可以访问调度或其他服务。
    • 4. 发明授权
    • Magnetic storage having discrete elements with quantized magnetic moments
    • 具有量子化磁矩的离散元件的磁存储器
    • US5956216A
    • 1999-09-21
    • US762781
    • 1996-12-10
    • Stephen Y. Chou
    • Stephen Y. Chou
    • G11B5/00G11B5/09G11B5/74G11B5/80G11B5/82G11B5/855G11B23/00
    • B82Y10/00G11B5/02G11B5/746G11B5/855G11B2005/0029G11B5/80G11B5/82
    • A magnetic storage includes a non-magnetic substrate. A plurality of discrete single magnetic domain elements formed of a magnetic material separated by nonmagnetic materials are carried on the non-magnetic substrate. Each single magnetic domain element has the same size, shape and has, without an external magnetic field, two quantized magnetization values. The two magnetization values are of substantially equal magnitude but of differing vector directions. The plurality of single domain elements are adapted for magnetic storage of information based upon direction of the magnetization vector. Each single magnetic domain element is used to store a bit of binary information. Writing each bit becomes to flip the quantified magnetic moment directions. Each bit can be tracked individually. The switching field of each bit can be controlled by controlling the size and shape anisotropy of each bit. Methods of fabricating the magnetic storage medium include obtaining the non-magnetic substrate and forming the plurality of single magnetic domain elements on the substrate.
    • 磁存储器包括非磁性衬底。 由非磁性材料分离的磁性材料形成的多个离散的单磁畴元件被承载在非磁性衬底上。 每个单个磁畴元件具有相同的尺寸,形状,并且在没有外部磁场的情况下具有两个量化的磁化值。 两个磁化值的幅度基本相等但是矢量方向不同。 多个单域元件适于基于磁化矢量的方向来磁存储信息。 每个单个磁畴元件用于存储一位二进制信息。 写入每一位将会翻转量化的磁矩方向。 每个位可以单独跟踪。 可以通过控制每个位的大小和形状各向异性来控制每个位的切换场。 制造磁性存储介质的方法包括获得非磁性衬底并在衬底上形成多个单个磁畴元件。