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    • 1. 发明申请
    • System and method for information handling system multimedia mode boot optimization
    • 信息处理系统和方法多媒体模式启动优化
    • US20050204181A1
    • 2005-09-15
    • US10782160
    • 2004-02-19
    • Adolfo MonteroMuhammed Jaber
    • Adolfo MonteroMuhammed Jaber
    • G06F11/00
    • G06F9/4406
    • An information handling system selectively boots to a normal operation mode having devices and applications configured to operate normally or a multimedia operation mode having devices and applications that support presentation of multimedia information enabled and other devices and applications disabled. In one embodiment, the multimedia mode improves portable information handling system multimedia performance by reducing power consumption to improve battery charge life and by reducing boot time to improve the timeliness of the user experience. For instance, a multimedia module interfaces with the operating system to disable power up of non-multimedia devices, such as networking devices, and non-multimedia applications, such as antivirus applications, while enabling multimedia devices, such as a DVD disc drive, to display multimedia information, such as a DVD movie.
    • 信息处理系统有选择地启动到具有被配置为正常运行的设备和应用的正常操作模式,或具有支持启用多媒体信息并且其它设备和应用被禁用的显示的设备和应用的多媒体操作模式。 在一个实施例中,多媒体模式通过降低功耗来改善便携式信息处理系统多媒体性能,从而提高电池充电寿命,并通过减少启动时间来提高用户体验的及时性。 例如,多媒体模块与操作系统接口,以禁止非多媒体设备(例如网络设备)和非多媒体应用(例如防病毒应用)的上电,同时使多媒体设备(例如DVD盘驱动器)能够 显示多媒体信息,如DVD影片。
    • 4. 发明授权
    • System and method for information handling system thermal diagnostics
    • 信息处理系统热诊断系统和方法
    • US07505870B2
    • 2009-03-17
    • US11840366
    • 2007-08-17
    • Drew SchulkeBarry KahrVinod MakhijaAdolfo MonteroHasnain Shabbir
    • Drew SchulkeBarry KahrVinod MakhijaAdolfo MonteroHasnain Shabbir
    • G21C17/00
    • G06F11/3093G06F11/24G06F11/3058
    • Thermal subsystems of manufactured information handling systems are tested for compliance with desired parameters by running a thermal diagnostics module in firmware during one or more manufacturing activities performed on the information handling system. The thermal diagnostics module monitors and stores one or more thermal parameters detected at the information handling system, such as the maximum temperature zone detected during a manufacturing activity. The stored thermal parameter is read after the manufacturing activity and compared with an expected value to determine the status of the thermal subsystem. For instance, an information handling system maximum operating temperature is detected by firmware running on an embedded controller during imaging of a hard disk drive and fails thermal testing if the detected maximum operating temperature exceeds a predetermined value, such as a value that would not be reached if the thermal subsystem functioning properly.
    • 通过在信息处理系统执行的一个或多个制造活动期间,通过在固件中运行热诊断模块来测试制造的信息处理系统的热子系统以符合所需参数。 热诊断模块监视和存储在信息处理系统处检测到的一个或多个热参数,例如在制造活动期间检测到的最大温度区域。 存储的热参数在制造活动后读取,并与预期值进行比较,以确定热子系统的状态。 例如,通过在硬盘驱动器成像期间在嵌入式控制器上运行的固件来检测信息处理系统的最大工作温度,并且如果检测到的最大工作温度超过预定值(例如将不会达到的值),则不能进行热测试 如果散热子系统正常工作。
    • 5. 发明申请
    • System and method for managing power provided to a portable information handling system
    • 用于管理提供给便携式信息处理系统的电力的系统和方法
    • US20070250722A1
    • 2007-10-25
    • US11409775
    • 2006-04-24
    • Adolfo MonteroJoey GoodroeMerle Wood
    • Adolfo MonteroJoey GoodroeMerle Wood
    • G06F1/00
    • G06F1/263
    • A portable information handling system having internal battery power and external adapter power manages power drawn from the external power adapter to avoid exceeding the power rating of the external power adapter. As power drawn from the external adapter approaches a predetermined limit of the power adapter power rating, a power manager of the information handling system alters the operation of the information handling system to reduce power drawn from the adapter, such as by reducing current drawn to charge the battery, enforcing battery optimized mode steps or throttling central processing unit operation. Incremental decreases in power consumption maintain power draw below the external adapter power rating while incremental increases in power consumption have a delay that returns the information handling system to normal operations without excessive oscillation between operating modes.
    • 具有内部电池电源和外部适配器电源的便携式信息处理系统管理从外部电源适配器抽取的电力,以避免超过外部电源适配器的额定功率。 当从外部适配器获取的电力接近电力适配器额定功率的预定限制时,信息处理系统的电源管理器改变信息处理系统的操作,以减少从适配器提取的功率,例如通过减少所需的电流 电池,执行电池优化模式步骤或节流中央处理单元操作。 功率消耗的增量降低可使功率降低到外部适配器额定功率,而功耗的增加则有延迟,使信息处理系统恢复正常工作,而不会在工作模式之间产生过大的振荡。
    • 7. 发明申请
    • System and Method for Information Handling System Thermal Diagnostics
    • 信息处理系统热诊断系统与方法
    • US20070288191A1
    • 2007-12-13
    • US11840366
    • 2007-08-17
    • Drew SchulkeBarry KahrVinod MakhijaAdolfo MonteroHasnain Shabbir
    • Drew SchulkeBarry KahrVinod MakhijaAdolfo MonteroHasnain Shabbir
    • G06F11/30
    • G06F11/3093G06F11/24G06F11/3058
    • Thermal subsystems of manufactured information handling systems are tested for compliance with desired parameters by running a thermal diagnostics module in firmware during one or more manufacturing activities performed on the information handling system. The thermal diagnostics module monitors and stores one or more thermal parameters detected at the information handling system, such as the maximum temperature zone detected during a manufacturing activity. The stored thermal parameter is read after the manufacturing activity and compared with an expected value to determine the status of the thermal subsystem. For instance, an information handling system maximum operating temperature is detected by firmware running on an embedded controller during imaging of a hard disk drive and fails thermal testing if the detected maximum operating temperature exceeds a predetermined value, such as a value that would not be reached if the thermal subsystem functioning properly.
    • 通过在信息处理系统执行的一个或多个制造活动期间,通过在固件中运行热诊断模块来测试制造的信息处理系统的热子系统以符合所需参数。 热诊断模块监视和存储在信息处理系统处检测到的一个或多个热参数,例如在制造活动期间检测到的最大温度区域。 存储的热参数在制造活动后读取,并与预期值进行比较,以确定热子系统的状态。 例如,通过在硬盘驱动器成像期间在嵌入式控制器上运行的固件来检测信息处理系统的最大工作温度,并且如果检测到的最大工作温度超过预定值(例如不能达到的值),则不能进行热测试 如果散热子系统正常工作。
    • 10. 发明授权
    • System and method for information handling system thermal diagnostics
    • 信息处理系统热诊断系统和方法
    • US07275019B2
    • 2007-09-25
    • US11130504
    • 2005-05-17
    • Drew SchulkeBarry KahrVinod MakhijaAdolfo MonteroHasnain Shabbir
    • Drew SchulkeBarry KahrVinod MakhijaAdolfo MonteroHasnain Shabbir
    • G21C17/00
    • G06F11/3093G06F11/24G06F11/3058
    • Thermal subsystems of manufactured information handling systems are tested for compliance with desired parameters by running a thermal diagnostics module in firmware during one or more manufacturing activities performed on the information handling system. The thermal diagnostics module monitors and stores one or more thermal parameters detected at the information handling system, such as the maximum temperature zone detected during a manufacturing activity. The stored thermal parameter is read after the manufacturing activity and compared with an expected value to determine the status of the thermal subsystem. For instance, an information handling system maximum operating temperature is detected by firmware running on an embedded controller during imaging of a hard disk drive and fails thermal testing if the detected maximum operating temperature exceeds a predetermined value, such as a value that would not be reached if the thermal subsystem functioning properly.
    • 通过在信息处理系统执行的一个或多个制造活动期间,通过在固件中运行热诊断模块来测试制造的信息处理系统的热子系统以符合所需参数。 热诊断模块监视和存储在信息处理系统处检测到的一个或多个热参数,例如在制造活动期间检测到的最大温度区域。 存储的热参数在制造活动后读取,并与预期值进行比较,以确定热子系统的状态。 例如,通过在硬盘驱动器成像期间在嵌入式控制器上运行的固件来检测信息处理系统的最大工作温度,并且如果检测到的最大工作温度超过预定值(例如不能达到的值),则不能进行热测试 如果散热子系统正常工作。