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    • 6. 发明授权
    • Pass-through hijack avoidance technique for cascaded authentication
    • 用于级联认证的通过劫持避免技术
    • US08272039B2
    • 2012-09-18
    • US12114014
    • 2008-05-02
    • James S. BennettPeter HawkinsBrent R. Phillips
    • James S. BennettPeter HawkinsBrent R. Phillips
    • G06F7/04G06F15/16G06F17/30H04L29/06
    • H04L63/08H04L9/3226H04L63/126H04L2209/805
    • A hijack avoidance technique avoids presenting an access to more than one of a chain of authentication objects, such as a chain of Lightweight Directory Access Protocol (LDAP) authenticators. A pre-filter determines whether an authentication object should be presented with the access by comparing either all or a portion of a domain suffix, an IP address, or other identification other than the user ID with predetermined values. If the filter criterion is met, the associated authentication object accepts or rejects the access. Otherwise, the access is passed to the next authentication object in the chain. The first authentication object may be associated with a hosting entity and successive authentication objects each associated with different customers of the hosting entity. By virtue of the filtering, each authentication object is presented only with a particular subset of all of the possible access identifiers, which avoids presenting all of the previously unauthenticated accesses to each authentication object in the chain.
    • 劫持避免技术避免呈现对多个认证对象链中的多个访问,例如轻量级目录访问协议(LDAP)认证器链。 预过滤器通过将域后缀的全部或一部分,IP地址或除了用户ID之外的其他标识与预定值进行比较来确定是否应该向访问者呈现认证对象。 如果满足过滤条件,关联的认证对象接受或拒绝访问。 否则,访问被传递到链中的下一个认证对象。 第一认证对象可以与托管实体和每个与托管实体的不同客户相关联的连续认证对象相关联。 凭借过滤,每个验证对象仅呈现所有可能的访问标识符的特定子集,这避免了呈现链中每个认证对象的所有先前未认证的访问。
    • 9. 发明授权
    • Bulkhead gland assembly
    • 舱壁压盖组件
    • US4771136A
    • 1988-09-13
    • US916774
    • 1986-10-09
    • John F. GraverPeter Hawkins
    • John F. GraverPeter Hawkins
    • H02G3/22H05K9/00
    • H02G3/22
    • To facilitate installation of cables through bulkheads and other surfaces and to provide electrical protection to apparatus connected to such cables, an assembly comprising electrically conductive blocks (6) clamped in a frame (2) is provided. The mounting blocks 6, each formed of two parts for fitting round a continuous cable length include ribs (11) adapted to grip the sleeving of the cable and an extended rib (10) for contacting screening of the cable. In use, the frame (2) is welded to a bulkhead or other conductive (earthed) element. A section of insulation is removed from the cable and on clamping of the assembly the blocks (6) are compressed together forcing ribs 10 to contact respective screens. Thus any induced electro-magnetic pulses on the cable screens are provided with a low-resistance leakage path.
    • 为了便于通过隔板和其他表面安装电缆,并且为连接到这种电缆的设备提供电气保护,提供了一种包括夹在框架(2)中的导电块(6)的组件。 每个由两个部件构成的安装块6用于围绕连续的电缆长度装配,包括适于夹紧电缆套管的肋(11)和用于接触电缆屏蔽的延伸肋(10)。 在使用中,框架(2)焊接到隔板或其他导电(接地)元件。 一段绝缘材料从电缆中取出,并且在组件夹紧时,块体(6)被压缩在一起,迫使肋条10相互接触。 因此,电缆屏蔽上的任何感应的电磁脉冲具有低电阻泄漏路径。