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    • 6. 发明授权
    • Rule based extensible authentication
    • 基于规则的可扩展认证
    • US09210177B1
    • 2015-12-08
    • US13174237
    • 2011-06-30
    • John R. Hughes
    • John R. Hughes
    • H04L29/06
    • H04L63/105H04L63/08H04L63/10H04L63/205
    • A system, apparatus, and method are directed to managing access to a resource using rule-based deep packet extractions of a credential. A network device, such as a traffic management device, is situated between a client device and a server device. When the client device sends a request for a resource, the request is intercepted by the network device. The network device may employ a multi-layer deep packet extraction of the credential from the request. The network device may then use the credential to determine whether the request enabled to access the resource. Based, in part, on a variety of rules, the network device may deny access, enable access, route the request to a different server, or the like. In one embodiment, the network device may receive a rule from another device that directs the network device to request a different credential.
    • 系统,装置和方法旨在使用基于证书的基于规则的深度包提取来管理对资源的访问。 诸如流量管理设备的网络设备位于客户端设备和服务器设备之间。 当客户端设备发送资源请求时,该请求被网络设备拦截。 网络设备可以采用来自请求的凭证的多层深度分组提取。 然后,网络设备可以使用凭证来确定该请求是否能够访问该资源。 部分地基于各种规则,网络设备可以拒绝访问,启用访问,将请求路由到不同的服务器等。 在一个实施例中,网络设备可以从指导网络设备请求不同凭证的另一设备接收规则。
    • 7. 发明授权
    • Aluminum-silicon alloy foils
    • 铝 - 硅合金箔
    • US5597967A
    • 1997-01-28
    • US265890
    • 1994-06-27
    • Ann M. RitterMelvin R. JacksonJohn R. Hughes
    • Ann M. RitterMelvin R. JacksonJohn R. Hughes
    • B22F5/00C22C1/04C22F1/043B22F3/14C22C21/04
    • B22F5/00C22C1/0416C22F1/043
    • Two-phase Al--Si alloy foils are made directly from Al--Si alloy powders by hot pressing. These Al--Si alloy foils are characterized by having a thickness of 0.017 in. or less, and by the fact that they are fine-grained and substantially free of oxygen, nitrogen and deformation-induced defects. The as-pressed Al--Si foils where the primary phase is the Al solid-solution phase are also generally ductile and adapted for subsequent forming operations, including cold rolling. The reduction in thickness imparted in a single pass to an Al-11.6Si alloy foil through cold-rolling was at least about 10%, with up to about 90% reduction in thickness accomplished by a plurality of such passes. These reductions in thickness were accomplished without stress relief annealing, but such annealing may be employed if desirable for microstructural modification.
    • 通过热压直接由Al-Si合金粉末制成两相Al-Si合金箔。 这些Al-Si合金箔的特征在于厚度为0.017英寸或更小,并且由于它们是细颗粒的并且基本上没有氧,氮和变形引起的缺陷。 主要相是Al固溶相的压制Al-Si箔也通常是延展性的并适用于随后的成型操作,包括冷轧。 通过冷轧向Al-11.6Si合金箔单次施加的厚度的减小至少为约10%,通过多次这种通过达到约90%的厚度减小。 这种厚度的减小是在不进行消除退火的情况下完成的,但是如果需要用于显微组织修饰,则可以采用这种退火。
    • 9. 发明授权
    • Method of manufacturing a large area active matrix array
    • 制造大面积有源矩阵阵列的方法
    • US5315101A
    • 1994-05-24
    • US11935
    • 1993-02-01
    • John R. HughesMartin J. Powell
    • John R. HughesMartin J. Powell
    • H01L27/146G01T1/24G02F1/1333G02F1/1362H01L21/336H01L27/14H01L29/78H01L29/786H04N5/66H01J40/14
    • H01L27/14658G02F1/1362G02F1/13336
    • A large area active matrix array (2) is manufactured by providing four substrates (1) each carrying a sub-array (21) having an active area (11) comprising a matrix of switching elements (30) and associated row and column conductors (41) and (42) for enabling addressing of individual switching elements (30). The row and column conductors (41) and (42) terminate in respective connecting leads (41a and 42a) extending beyond the active area (11). A portion (1a) of each substrate (1) and the connecting leads carried is removed so as to form a new substrate edge (1'a) adjacent each of two adjoining edges of the active area (11) and the substrates (1) are mounted onto a support (12) so that each new substrate edge is adjacent another new substrate edge (1'a) to form the large area array (2), thereby allowing the same pixel pitch to be maintained across the array (2). Each sub-array (2') may be fully tested before completion of the array (2) which should allow higher yields.
    • 通过提供四个基板(1)制造大面积有源矩阵阵列(2),每个基板承载具有有源区域(11)的子阵列(21),所述有源区域包括开关元件(30)的矩阵和相关的行和列导体 41)和(42),用于使得能够寻址各个开关元件(30)。 行和列导体(41)和(42)终止于延伸超过有效区域(11)的相应的连接引线(41a和42a)中。 移除每个基板(1)的一部分(1a)和所携带的连接引线,以便形成与有源区(11)和基板(1)的两个邻接边缘相邻的新的基板边缘(1'a) 被安装到支撑件(12)上,使得每个新的基板边缘邻近另一个新的基板边缘(1'a)以形成大面积阵列(2),从而允许跨阵列(2)保持相同的像素间距, 。 在阵列(2)完成之前,可以对每个子阵列(2')进行完全测试,这应该允许更高的产量。