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    • 2. 发明申请
    • TAGGING OF BROADCAST CONTENT USING A PORTABLE MEDIA DEVICE CONTROLLED BY AN ACCESSORY
    • 使用附件控制的便携式媒体设备来标记广播内容
    • US20110053491A1
    • 2011-03-03
    • US12553958
    • 2009-09-03
    • Lawrence G. BoltonShailesh RathiJason J. Yew
    • Lawrence G. BoltonShailesh RathiJason J. Yew
    • H04H40/00G08B21/00G06F3/00H04N5/445H04B1/18H05K11/00
    • H04H60/73
    • Track-identifying information can be collected from a broadcast using a portable media device capable of receiving broadcast content in combination with an accessory capable of communicating user input to the portable media player. In some embodiments, the portable media player can detect the presence of track-identifying metadata (a “tag”) within a received broadcast and can alert the accessory when a tag is available for a currently-playing track. If the accessory instructs the portable media player to store the tag, the portable media player can do so and can alert the accessory when a tag for a track has been stored. In some embodiments, the accessory can also remotely control other broadcast-receiving functions of the portable media device, such as entering or exiting a broadcast-receiving mode of operation.
    • 可以使用能够与能够将用户输入传送到便携式媒体播放器的附件相结合的广播内容接收的便携式媒体设备从广播中收集音轨识别信息。 在一些实施例中,便携式媒体播放器可以检测在所接收的广播内存在轨道识别元数据(“标签”),并且当标签可用于当前播放的轨道时可以警告该附件。 如果附件指示便携式媒体播放器存储标签,则便携式媒体播放器可以这样做,并且当已经存储了用于轨道的标签时可以警告该附件。 在一些实施例中,附件还可以远程控制便携式媒体设备的其它广播接收功能,诸如进入或退出广播接收操作模式。
    • 3. 发明授权
    • Tagging of broadcast content using a portable media device controlled by an accessory
    • 使用由附件控制的便携式媒体设备标记广播内容
    • US09130686B2
    • 2015-09-08
    • US12553958
    • 2009-09-03
    • Lawrence G. BoltonShailesh RathiJason J. Yew
    • Lawrence G. BoltonShailesh RathiJason J. Yew
    • G06F15/16H04H60/73
    • H04H60/73
    • Track-identifying information can be collected from a broadcast using a portable media device capable of receiving broadcast content in combination with an accessory capable of communicating user input to the portable media player. In some embodiments, the portable media player can detect the presence of track-identifying metadata (a “tag”) within a received broadcast and can alert the accessory when a tag is available for a currently-playing track. If the accessory instructs the portable media player to store the tag, the portable media player can do so and can alert the accessory when a tag for a track has been stored. In some embodiments, the accessory can also remotely control other broadcast-receiving functions of the portable media device, such as entering or exiting a broadcast-receiving mode of operation.
    • 可以使用能够与能够将用户输入传送到便携式媒体播放器的附件相结合的广播内容接收的便携式媒体设备从广播中收集音轨识别信息。 在一些实施例中,便携式媒体播放器可以检测在所接收的广播内存在轨道识别元数据(“标签”),并且当标签可用于当前播放的轨道时可以警告该附件。 如果附件指示便携式媒体播放器存储标签,则便携式媒体播放器可以这样做,并且当已经存储了用于轨道的标签时可以警告该附件。 在一些实施例中,附件还可以远程控制便携式媒体设备的其它广播接收功能,诸如进入或退出广播接收操作模式。
    • 4. 发明授权
    • Accessory power management
    • 附件电源管理
    • US08069356B2
    • 2011-11-29
    • US12695102
    • 2010-01-27
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • G06F1/00
    • H02J7/0068G06F1/26H02J2007/006H02J2007/0062
    • Methods, apparatus, and circuits for managing power among portable computing devices and one or more accessories. One example provides commands to improve power management between a portable computing device and one or more accessories. Other examples provide commands that may allow a portable computing device to charge at a maximum available current level while providing an accessory with sufficient current for its proper operation. Another may help prevent a portable computing device from drawing a high level of current that could be detrimental to an accessory, while others provide commands that may allow a battery pack to instruct a portable computing device to not charge its internal battery. Another example may allow a portable computing device to determine which power supply among multiple power supplies should be used to power an accessory, while others may allow an accessory to retrieve charging current parameters from a portable computing device.
    • 用于在便携式计算设备和一个或多个附件之间管理电力的方法,设备和电路。 一个示例提供了用于改进便携式计算设备与一个或多个附件之间的电力管理的命令。 其他示例提供可允许便携式计算设备以最大可用电流电平充电的命令,同时为附件提供足够的电流以用于其正常操作。 另一种可能有助于防止便携式计算设备画出可能对附件有害的高电平的电流,而其他提供可允许电池组指示便携式计算设备不对其内部电池充电的命令。 另一个示例可以允许便携式计算设备确定应当使用多个电源之间的哪个电源来为附件提供电力,而其他可以允许附件从便携式计算设备检索充电当前参数。
    • 5. 发明申请
    • Accessory Power Management
    • 附件电源管理
    • US20120221869A1
    • 2012-08-30
    • US13467820
    • 2012-05-09
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • G06F1/26
    • H02J7/0068G06F1/26H02J2007/006H02J2007/0062
    • Methods, apparatus, and circuits for managing power among portable computing devices and one or more accessories. One example provides commands to improve power management between a portable computing device and one or more accessories. Other examples provide commands that may allow a portable computing device to charge at a maximum available current level while providing an accessory with sufficient current for its proper operation. Another may help prevent a portable computing device from drawing a high level of current that could be detrimental to an accessory, while others provide commands that may allow a battery pack to instruct a portable computing device to not charge its internal battery. Another example may allow a portable computing device to determine which power supply among multiple power supplies should be used to power an accessory, while others may allow an accessory to retrieve charging current parameters from a portable computing device.
    • 用于在便携式计算设备和一个或多个附件之间管理电力的方法,设备和电路。 一个示例提供了用于改进便携式计算设备与一个或多个附件之间的电力管理的命令。 其他示例提供可允许便携式计算设备以最大可用电流电平充电的命令,同时为附件提供足够的电流以用于其正常操作。 另一种可能有助于防止便携式计算设备画出可能对附件有害的高电平的电流,而其他提供可允许电池组指示便携式计算设备不对其内部电池充电的命令。 另一个示例可以允许便携式计算设备确定应当使用多个电源之间的哪个电源来为附件提供电力,而其他可以允许附件从便携式计算设备检索充电当前参数。
    • 6. 发明授权
    • Accessory power management
    • 附件电源管理
    • US08230242B2
    • 2012-07-24
    • US13291537
    • 2011-11-08
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • G06F1/00
    • H02J7/0068G06F1/26H02J2007/006H02J2007/0062
    • Methods, apparatus, and circuits for managing power among portable computing devices and one or more accessories. One example provides commands to improve power management between a portable computing device and one or more accessories. Other examples provide commands that may allow a portable computing device to charge at a maximum available current level while providing an accessory with sufficient current for its proper operation. Another may help prevent a portable computing device from drawing a high level of current that could be detrimental to an accessory, while others provide commands that may allow a battery pack to instruct a portable computing device to not charge its internal battery. Another example may allow a portable computing device to determine which power supply among multiple power supplies should be used to power an accessory, while others may allow an accessory to retrieve charging current parameters from a portable computing device.
    • 用于在便携式计算设备和一个或多个附件之间管理电力的方法,设备和电路。 一个示例提供了用于改进便携式计算设备与一个或多个附件之间的电力管理的命令。 其他示例提供可允许便携式计算设备以最大可用电流电平充电的命令,同时为附件提供足够的电流以用于其正常操作。 另一种可能有助于防止便携式计算设备画出可能对附件有害的高电平的电流,而其他提供可允许电池组指示便携式计算设备不对其内部电池充电的命令。 另一个示例可以允许便携式计算设备确定应当使用多个电源之间的哪个电源来为附件提供电力,而其他可以允许附件从便携式计算设备检索充电当前参数。
    • 7. 发明申请
    • ACCESSORY POWER MANAGEMENT
    • 附件电源管理
    • US20120054509A1
    • 2012-03-01
    • US13291537
    • 2011-11-08
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • G06F1/26
    • H02J7/0068G06F1/26H02J2007/006H02J2007/0062
    • Methods, apparatus, and circuits for managing power among portable computing devices and one or more accessories. One example provides commands to improve power management between a portable computing device and one or more accessories. Other examples provide commands that may allow a portable computing device to charge at a maximum available current level while providing an accessory with sufficient current for its proper operation. Another may help prevent a portable computing device from drawing a high level of current that could be detrimental to an accessory, while others provide commands that may allow a battery pack to instruct a portable computing device to not charge its internal battery. Another example may allow a portable computing device to determine which power supply among multiple power supplies should be used to power an accessory, while others may allow an accessory to retrieve charging current parameters from a portable computing device.
    • 用于在便携式计算设备和一个或多个附件之间管理电力的方法,设备和电路。 一个示例提供了用于改进便携式计算设备与一个或多个附件之间的电力管理的命令。 其他示例提供可允许便携式计算设备以最大可用电流电平充电的命令,同时为附件提供足够的电流以用于其正常操作。 另一种可能有助于防止便携式计算设备画出可能对附件有害的高电平的电流,而其他提供可允许电池组指示便携式计算设备不对其内部电池充电的命令。 另一个示例可以允许便携式计算设备确定应当使用多个电源之间的哪个电源来为附件提供电力,而其他可以允许附件从便携式计算设备检索充电当前参数。
    • 8. 发明授权
    • Accessory power management
    • 附件电源管理
    • US08473761B2
    • 2013-06-25
    • US13467820
    • 2012-05-09
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • G06F1/00
    • H02J7/0068G06F1/26H02J2007/006H02J2007/0062
    • Methods, apparatus, and circuits for managing power among portable computing devices and one or more accessories. One example provides commands to improve power management between a portable computing device and one or more accessories. Other examples provide commands that may allow a portable computing device to charge at a maximum available current level while providing an accessory with sufficient current for its proper operation. Another may help prevent a portable computing device from drawing a high level of current that could be detrimental to an accessory, while others provide commands that may allow a battery pack to instruct a portable computing device to not charge its internal battery. Another example may allow a portable computing device to determine which power supply among multiple power supplies should be used to power an accessory, while others may allow an accessory to retrieve charging current parameters from a portable computing device.
    • 用于在便携式计算设备和一个或多个附件之间管理电力的方法,设备和电路。 一个示例提供了用于改进便携式计算设备与一个或多个附件之间的电力管理的命令。 其他示例提供可允许便携式计算设备以最大可用电流电平充电的命令,同时为附件提供足够的电流以用于其正常操作。 另一种可能有助于防止便携式计算设备画出可能对附件有害的高电平的电流,而其他提供可允许电池组指示便携式计算设备不对其内部电池充电的命令。 另一个示例可以允许便携式计算设备确定应当使用多个电源之间的哪个电源来为附件提供电力,而其他可以允许附件从便携式计算设备检索充电当前参数。
    • 9. 发明申请
    • ACCESSORY POWER MANAGEMENT
    • 附件电源管理
    • US20110167281A1
    • 2011-07-07
    • US12695102
    • 2010-01-27
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • Shailesh RathiLawrence G. BoltonJohn AnannyScott Krueger
    • G06F1/26
    • H02J7/0068G06F1/26H02J2007/006H02J2007/0062
    • Methods, apparatus, and circuits for managing power among portable computing devices and one or more accessories. One example provides commands to improve power management between a portable computing device and one or more accessories. Other examples provide commands that may allow a portable computing device to charge at a maximum available current level while providing an accessory with sufficient current for its proper operation. Another may help prevent a portable computing device from drawing a high level of current that could be detrimental to an accessory, while others provide commands that may allow a battery pack to instruct a portable computing device to not charge its internal battery. Another example may allow a portable computing device to determine which power supply among multiple power supplies should be used to power an accessory, while others may allow an accessory to retrieve charging current parameters from a portable computing device.
    • 用于在便携式计算设备和一个或多个附件之间管理电力的方法,设备和电路。 一个示例提供了用于改进便携式计算设备与一个或多个附件之间的电力管理的命令。 其他示例提供可允许便携式计算设备以最大可用电流电平充电的命令,同时为附件提供足够的电流以用于其正常操作。 另一种可能有助于防止便携式计算设备画出可能对附件有害的高电平的电流,而其他提供可允许电池组指示便携式计算设备不对其内部电池充电的命令。 另一个示例可以允许便携式计算设备确定应当使用多个电源之间的哪个电源来为附件提供电力,而其他可以允许附件从便携式计算设备检索充电当前参数。