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    • 5. 发明申请
    • Fast booting an operating system from an off state
    • 从关闭状态快速启动操作系统
    • US20070083743A1
    • 2007-04-12
    • US11245629
    • 2005-10-06
    • Michael Tsang
    • Michael Tsang
    • G06F15/177
    • G06F9/4418
    • Described is a fast boot mechanism that generally operates by persisting static data and/or code for a system component, and then providing the system component with access to the static data and/or code during a subsequent device boot. For example, the static data and/or code of one or more components may be restored from non-volatile memory to volatile memory, whereby subsequent reboots need not have the components re-compute their persisted static data, making subsequent reboots faster. A fast boot infrastructure may include an interface set, and provides first mechanism that persists static data and/or code for a system component, and a second mechanism that provides the system component with access to the static data and/or code. The fast boot infrastructure may also provide the component with a way to invalidate static data and/or code, along with a background mechanism that collects static data and/or code from the system component.
    • 描述了一种快速启动机制,其通常通过对系统组件持久化静态数据和/或代码进行操作,然后在随后的设备引导期间向系统组件提供对静态数据和/或代码的访问。 例如,一个或多个组件的静态数据和/或代码可以从非易失性存储器恢复到易失性存储器,由此后续重新启动不需要组件重新计算其持久静态数据,使后续的重新启动更快。 快速启动基础设施可以包括接口集,并且提供持久化系统组件的静态数据和/或代码的第一机制,以及向系统组件提供对静态数据和/或代码的访问的第二机制。 快速启动基础架构还可以为组件提供使静态数据和/或代码无效的方式,以及从系统组件收集静态数据和/或代码的后台机制。
    • 8. 发明申请
    • Injection-based simulation for button automation on button-aware computing platforms
    • 按钮感知计算平台上按钮自动化的基于注射的模拟
    • US20060265718A1
    • 2006-11-23
    • US11133231
    • 2005-05-20
    • Michael TsangRobert JarrettSumit Mehrotra
    • Michael TsangRobert JarrettSumit Mehrotra
    • G06F9/46G06F3/00
    • G06F11/3664
    • A methodology for simulating the pressing and releasing of hardware buttons on a computing device is described. Actual hardware button signals are injected at a low level in a system stack, and the data resulting from those signals propagates naturally through the system and are processed and formatted in the layers of the system stack in a normal manner, eventually being directed to the target software application being tested as an action for that software application associated with the button activity. In this end-to-end approach, button events are simulated by injecting data into the system from the bottom-most layers where raw data may be, e.g., simply the state of the button. Thus, this would be independent of the actual implementation of converting button events to actions. Such simulation helps developers and test teams run real-life tests and scenarios in a reproducible and efficient manner, irrespective of the hardware platform.
    • 描述了一种用于模拟计算设备上的硬件按钮的按压和释放的方法。 实际硬件按钮信号以系统堆栈中的低电平注入,并且由这些信号产生的数据自然地传播通过系统,并以正常方式在系统堆栈的层中进行处理和格式化,最终被定向到目标 软件应用程序被测试为与该按钮活动相关联的该软件应用的动作。 在这种端对端方法中,通过从原始数据可能的最底层注入数据来模拟按钮事件,例如简单地按钮的状态。 因此,这将独立于将按钮事件转换为动作的实际实现。 这种模拟可帮助开发人员和测试团队以可重复和高效的方式运行现实生活中的测试和场景,而不考虑硬件平台。
    • 10. 发明申请
    • Fitting protector
    • 配件保护器
    • US20050229510A1
    • 2005-10-20
    • US10518086
    • 2003-05-08
    • Michael Tsang
    • Michael Tsang
    • E04B9/00F21S8/02F21V25/00E04B7/18
    • F21V25/00E04B9/001E04B9/006F21S8/02
    • The present invention is a protector for fittings that extend through ceiling material into a void behind. The protector comprised a single or multipart shell adapted for location within the void around that rear part of the fitting which extends into the void. The shell has locating means that are adapted to co-operate with a mechanism by which the fitting is held in place, so as to hold the shell in place around the fitting. The protector prevents insulating material in the void coming into contact with the fitting. The shell may be adjustable in size and may be held down by spring arms on the fitting. The shell may also be adapted to hold the fittings associated components.
    • 本发明是用于通过天花板材料延伸到后面的空隙中的配件的保护器。 保护器包括单个或多部分壳体,适于位于配件的后部延伸到空隙内的空隙内的位置。 壳体具有适于与配件保持在适当位置的机构配合的定位装置,以便将壳体保持在配件周围的适当位置。 保护器防止空隙中的绝缘材料与配件接触。 壳体的尺寸可以是可调整的,并且可以通过弹簧臂压在配件上。 壳体还可以适于保持配件相关联的部件。