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    • 33. 发明授权
    • Computing device limiting mechanism
    • 计算设备限制机制
    • US07669048B2
    • 2010-02-23
    • US11515410
    • 2006-08-31
    • Alexander FrankWilliam J. WesterinenCurt A. SteebZhangwei Xu
    • Alexander FrankWilliam J. WesterinenCurt A. SteebZhangwei Xu
    • G06F9/00
    • G06F21/575G06F21/572G06F2221/2105G06Q20/085G06Q30/0283G06Q30/0284
    • Described is a technology by which a computing device is booted into a normal mode of operation or a limited mode of operation, depending on whether the computing device was operating correctly (e.g., with respect to policy) prior to a reboot. The reboot may be forced. Examples of incorrect state include an overdue payment on a leased computer, or improper execution of certain important software. A metering mechanism evaluates the state of the computing device, and when an incorrect state is detected, configures the computing device for operation in the limited mode, by setting the computing device to boot via one boot path (e.g., a limited-mode BIOS) instead of another boot path (e.g., a normal-mode BIOS). A BIOS selector switches to the limited BIOS on the next reboot, wherein the computing device is restricted to the limited mode of operation (regardless of subsequent reboots) until the correct state is restored.
    • 描述了根据计算设备在重新启动之前是否正确地操作(例如,关于策略)是否将计算设备引导到正常操作模式或有限操作模式的技术。 重启可能会被强制。 错误状态的示例包括租用计算机上的逾期付款或某些重要软件的不当执行。 计量机构评估计算装置的状态,并且当检测到不正确的状态时,通过将计算装置通过一个引导路径(例如,限制模式BIOS)来设置计算装置来配置在限制模式中操作的计算装置, 而不是另一个引导路径(例如,普通模式BIOS)。 BIOS选择器在下一次重新启动时切换到有限的BIOS,其中计算设备被限制到有限的操作模式(不管后续重新启动),直到恢复正确的状态。
    • 34. 发明授权
    • System and method for maintaining persistent state data
    • 用于维护持久状态数据的系统和方法
    • US07392429B2
    • 2008-06-24
    • US11020329
    • 2004-12-22
    • Alexander FrankMark C. LightWilliam J. Westerinen
    • Alexander FrankMark C. LightWilliam J. Westerinen
    • G06F11/00
    • G06F1/30G06F11/1441
    • A system and method for maintaining persistent data during an unexpected power loss uses a memory controller and a supplemental power source. An entity running on the computer, for example, an application program, a utility, the operating system or other entity, may identify data for preservation using an application program interface. The application program interface may be provided by the memory controller. A sensor determines when an unexpected power loss has occurred and signals the memory controller. Using power from the supplemental power source, i.e. a battery or capacitor, the memory controller copies the identified data to a non-volatile memory. The memory controller may set a flag to indicate that preserved data is available for later recovery.
    • 在意外的功率损耗期间维护持久数据的系统和方法使用存储器控制器和补充电源。 在计算机上运行的实体,例如应用程序,实用程序,操作系统或其他实体,可以使用应用程序接口识别用于保存的数据。 应用程序接口可以由存储器控制器提供。 传感器确定何时发生意外的功率损耗并向存储器控制器发出信号。 使用来自补充电源(即,电池或电容器)的电力,存储器控制器将识别的数据复制到非易失性存储器。 存储器控制器可以设置标志以指示保留的数据可用于稍后的恢复。
    • 40. 发明申请
    • Passive memory lock
    • 被动记忆锁
    • US20080047024A1
    • 2008-02-21
    • US11455947
    • 2006-06-20
    • Alexander FrankIsaac P. AhdoutWilliam J. Westerinen
    • Alexander FrankIsaac P. AhdoutWilliam J. Westerinen
    • G06F11/00
    • G06F21/74G06F21/30G06F21/50G06F2221/2137
    • To enforce contractual usage terms on an electronic device, such as a computer, a security function or circuit may consume all the devices processing power except enough to run a restoration program. The security function may provide problems or challenges for the processor to solve that are designed to consume all but a fraction of the processors compute power. Another embodiment occupies nearly all the device's system memory with a pattern and requires the device to respond to requests related to the memory contents. Both approaches place time limits on the response to help ensure the resource allocations are not being avoided. The security circuit may reset the computer when an incorrect or when no response is received within the time limit.
    • 为了在诸如计算机的电子设备上执行合同使用条款,安全功能或电路可以消耗除了足够运行恢复程序之外处理能力的所有设备。 安全功能可能会为处理器提供解决被设计为消耗处理器计算能力的一部分的所有问题或挑战。 另一实施例占据了几乎所有设备的系统存储器的模式,并且要求设备响应与存储器内容有关的请求。 这两种方法对响应都设置时间限制,以帮助确保资源分配不被避免。 安全电路可能会在计算机不正确或在时间内没有收到响应的情况下重置计算机。