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    • 101. 发明授权
    • Tamper-proof enclosure for a circuit card
    • 电路卡防篡改外壳
    • US06970360B2
    • 2005-11-29
    • US10803632
    • 2004-03-18
    • Arvind Kumar Sinha
    • Arvind Kumar Sinha
    • G06F21/00H01L23/28H05K5/02H05K5/04H05K5/06
    • G06F21/86H05K5/0208Y10T29/49146Y10T29/49171
    • A tamper-proof enclosure for an electrical card, such as a high speed communications card, includes an enclosure in which the card is mounted. The enclosure has a wall with an opening, and a cup member is attached to the wall at the opening. A bus that is connected to the card extends through a passage in the cup member and through the opening in the wall. A security mesh is wrapped around the enclosure. The cup member is filled with liquid resin, which is also coated onto the security mesh. After the resin is cured, the resin in the cup member forms a plug that seals the security mesh from inner pressure when the enclosure is heated to an elevated temperature. The resin is preferably polyamide.
    • 用于诸如高速通信卡的电卡的防篡改外壳包括其中安装有卡的外壳。 外壳具有带开口的壁,并且杯构件在开口处附接到壁。 连接到卡的总线延伸穿过杯构件中的通道并穿过壁中的开口。 一个安全网格围绕着机箱。 杯形部件充满液体树脂,其也涂覆在安全网上。 在树脂固化之后,杯状构件中的树脂形成塞子,当将外壳加热到升高的温度时,该塞子将安全网格与内部压力密封。 树脂优选为聚酰胺。
    • 105. 发明授权
    • Method for remotely accessing component management information
    • 用于远程访问组件管理信息的方法
    • US06665731B1
    • 2003-12-16
    • US09572422
    • 2000-05-16
    • Arvind KumarChristopher C. Pearson
    • Arvind KumarChristopher C. Pearson
    • G06F1516
    • H04L41/0226H04L29/06H04L41/0253H04L41/0266H04L41/0273H04L67/025
    • Remotely executing programs access hardware components and upload component management information from these hardware components bypassing the operating system otherwise controlling the hardware components. A web-based browser application executes on a personal computer that is coupled to the Internet and accesses the hardware component information. Another computer that is also connected to the Internet hosts the hardware components that the web-based browser application wishes to access. The operating system of the second computer controls the operation of the hardware components. An adapter routine executing on an intermediate server, to which the hardware components are coupled and are capable of transferring component information in a predetermined format, serves as an intermediary between the web-based browser application and the hardware components. The format that the data is being transferred from the hardware components to the adapter routine is not compatible with the web-based browser application. The adapter routine converts data from the hardware components to a format acceptable to the web-based browser application, such as, for example, XML over HTTP, or any other computer language acceptable to the web-based browser application. The adapter routine also converts commands from the web-based browser application to the predetermined format required by the hardware components, such as, for example, IPMI or DMI. The web-based browser application interacts with the hardware components in a way that was heretofore not possible.
    • 远程执行程序访问硬件组件,并通过绕过操作系统的硬件组件上传组件管理信息,否则控制硬件组件。 基于Web的浏览器应用程序在耦合到因特网并访问硬件组件信息的个人计算机上执行。 也连接到互联网的另一台计算机托管基于Web的浏览器应用程序希望访问的硬件组件。 第二台计算机的操作系统控制硬件组件的运行。 在中间服务器上执行的适配器例程,硬件组件耦合到中间服务器并且能够以预定格式传送组件信息,用作基于web的浏览器应用程序和硬件组件之间的中介。 数据从硬件组件传输到适配器例程的格式与基于Web的浏览器应用程序不兼容。 适配器例程将来自硬件组件的数据转换为基于Web的浏览器应用程序可接受的格式,例如,基于HTTP的XML或基于Web的浏览器应用程序可接受的任何其他计算机语言。 适配器例程还将来自基于web的浏览器应用程序的命令转换为硬件组件所需的预定格式,例如IPMI或DMI。 基于Web的浏览器应用程序以前所未有的方式与硬件组件进行交互。