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    • 1. 发明申请
    • ANR WITH ADAPTIVE GAIN
    • ANR具有自适应增益
    • WO2010129219A1
    • 2010-11-11
    • PCT/US2010/032371
    • 2010-04-26
    • BOSE CORPORATIONJOHO, MarcelCARRERAS, Ricardo F.GAUGER, Daniel M.ISABELLE, Steven H.
    • JOHO, MarcelCARRERAS, Ricardo F.GAUGER, Daniel M.ISABELLE, Steven H.
    • G10K11/178
    • H04B1/202G10K11/178G10K2210/108G10K2210/1081G10K2210/3026G10K2210/30391G10K2210/3056G10K2210/3214G10K2210/503H04R1/1016H04R1/2803H04R2460/11
    • An ANR circuit, possibly of a personal ANR device, monitors a sound level of environmental sounds detected by a microphone external to an earpiece in which the ANR circuit is providing feedback-based ANR, and increases or decreases the degree of feedback-based ANR provided in response to the external microphone detecting a higher or lower sound level, respectively. Increasing and decreasing the degree of feedback-based ANR provided may be carried out by changing a variable loop gain of the ANR circuit and/or a range of frequencies of environmental sounds attenuated by the feedback-based ANR. An ANR circuit, possibly of a personal ANR device, reduces the degree of feedforward-based ANR that it provides in response to receiving an indication of the operation of a manually-operable control. The reduction of degree of feedforward-based ANR may be effected by turning off or otherwise deactivating the provision of feedforward-based ANR, reducing a range of frequencies of environmental noise sounds attenuated by the feedforward-based ANR to provide less attenuation of sounds detected by a feedforward microphone that are in a range of frequencies deemed to be those of human speech, and/or creating a notch in the range of frequencies of environmental noise sounds attenuated by the feedforward-based ANR to provide less attenuation of sounds detected by the feedforward microphone that are in a range of frequencies deemed to be those of human speech.
    • ANR电路(可能是个人ANR设备)可以监视由耳机外部的麦克风检测到的环境声音的声级,其中ANR电路提供基于反馈的ANR,并且提供或减少所提供的基于反馈的ANR的程度 响应于外部麦克风分别检测更高或更低的声级。 增加和减少提供的基于反馈的ANR的程度可以通过改变ANR电路的可变环路增益和/或由基于反馈的ANR衰减的环境声音的频率范围来进行。 ANR电路(可能是个人ANR设备)减少了响应于接收到手动操作控制的操作的指示而提供的基于前馈的ANR的程度。 基于前馈的ANR的程度的降低可以通过关闭或以其它方式去激活提供基于前馈的ANR来实现,从而减少由基于前馈的ANR衰减的环境噪声声音的频率范围,以提供较少的由 在被认为是人类语音的频率范围内的前馈麦克风,和/或在由基于前馈的ANR衰减的环境噪声声音的频率范围内创建陷波,以提供较少的由前馈检测到的声音的衰减 在被认为是人类言语的频率范围内的麦克风。
    • 5. 发明申请
    • AUTOMATED AUDIO SOURCE CONTROL BASED ON AUDIO OUTPUT DEVICE PLACEMENT DETECTION
    • 基于音频输出设备放置检测的自动音频源控制
    • WO2009114336A1
    • 2009-09-17
    • PCT/US2009/035826
    • 2009-03-03
    • BOSE CORPORATIONBURGE, Benjamin D.
    • BURGE, Benjamin D.
    • H04R5/033H04R1/10H04S7/00
    • H04R1/1041H04R5/033
    • An apparatus and method for automatically remotely controlling an audio source providing the apparatus with audio for being audibly output to a user of the apparatus entails monitoring various sensors to determine whether or not one or more ear couplings of the apparatus are positioned in close proximity to one or both of the user's ears to determine whether the user is listening to the audibly output audio with either one or both ears, or is not listening at all. In response to changes in whether the user is listening with either one or both ears, or whether the user is listening at all, the audio source is automatically signaled with one or more commands to cease or resume providing the audio to the apparatus, perform or cease performing various alterations on the audio before providing it to the apparatus, etc.
    • 一种用于自动远程控制音频源的设备和方法,该设备具有用于向该设备的用户可听地输出的音频,这需要监控各种传感器,以确定该设备的一个或多个耳套是否位于一个 或用户耳朵两者以确定用户是用一只耳朵还是双耳听到可听输出的音频,或者根本听不到。 响应于用户是用一只耳朵还是两只耳朵听,或者用户是否正在收听的改变,用一个或多个命令自动地发出音频信号,以停止或恢复向该设备提供音频,执行或 在将其提供给设备之前停止对音频的各种改变等。
    • 6. 发明申请
    • CONTROLLED CHARGING AND USE OF POWER SOURCE
    • 控制充电和使用电源
    • WO2009058615A1
    • 2009-05-07
    • PCT/US2008/080623
    • 2008-10-21
    • BOSE CORPORATIONLITOVSKY, Roman, N.GREENBERGER, Hal, P.
    • LITOVSKY, Roman, N.GREENBERGER, Hal, P.
    • H02J7/34H02J7/00
    • H02J7/345H02J7/0004Y10T307/516Y10T307/527Y10T307/615Y10T307/625
    • A circuit (4100, 4600, 4700, 5100, 5600) to supply power to a load (4170, 4670, 4770, 5170, 5670) incorporates a first power source (4110, 4610, 4710, 5110, 5610), a second power source (4120, 4620, 4720, 5120, 5620) that may be detachable, a power converter (4130, 4630, 4730, 5130, 5630) and at least one capacitor (capacitive element) (4135, 4635, 4735, 5135, 5635), where the first power source (4110, 4610, 4710, 5110, 5610) is capable of powering the load (4170, 4670, 4770, 5170, 5670) when charged, where the second power source (4120, 4620, 4720, 5120, 5620) is not capable of powering the load (4170, 4670, 4770, 5170, 5670), but the second power source (4120, 4620, 4720, 5120, 5620) is capable of trickle-charging the first power source (4110, 4610, 4710, 5110, 5610) at a time when the first power source (4110, 4610, 4710, 5110, 5610) is not powering the load (4170, 4670, 4770, 5170, 5670), where the power converter (4130, 4630, 4730, 5130, 5630) may impose a limit on a flow of current through the power converter (4130, 4630, 4730, 5130, 5630), and where the at least one capacitor (4135, 4635, 4735, 5135, 5635) may cooperate to temporarily support a flow of additional current that circumvents the power converter (4130, 4630, 4730, 5130, 5630) at a time when the load (4170, 4670, 4770, 5170, 5670) attempts to draw a relatively greater amount of current.
    • 向负载(4170,4670,4770,5170,5670)供电的电路(4100,4600,4700,51,5600)包括第一电源(4110,4610,4710,5110,5610),第二电源 源(4120,4620,4720,5120,5620),功率转换器(4130,4630,4730,5130,5630)和至少一个电容器(电容元件)(4135,4635,4735,5135,5635) ),其中当所述第一电源(4110,4610,4710,5110,5610)在被充电​​时能够为所述负载(4170,4670,4770,5170,5670)供电,其中所述第二电源(4120,4620,4720, 5120,5620)不能为负载供电(4170,4670,4770,5170,5670),但是第二电源(4120,4620,4720,5120,5620)能够对第一电源进行涓流充电( 4110,4610,4710,5110,5610),其中第一电源(4110,41010,4710,5110,5610)没有为负载供电(4170,4670,4770,5170,5670),其中功率转换器 (4130,4630,4730,5130,5630)可能会对流量进行限制 通过功率转换器(4130,4630,4730,5130,5630),并且其中至少一个电容器(4135,4635,4735,5135,5635)可以协作以临时支持绕过功率转换器的附加电流流 (4170,4670,4770,5170,5670)试图绘制相对较大量的电流时(4130,4630,4730,5130,5630)。
    • 7. 发明申请
    • ANR SIGNAL PROCESSING ENHANCEMENTS
    • ANR信号处理增强
    • WO2010129226A2
    • 2010-11-11
    • PCT/US2010/032403
    • 2010-04-26
    • BOSE CORPORATIONCARRERAS, Ricardo F.JOHO, MarcelGAUGER, Daniel M.ISABELLE, Steven H.
    • CARRERAS, Ricardo F.JOHO, MarcelGAUGER, Daniel M.ISABELLE, Steven H.
    • G10K11/178
    • G10K11/178G10K2210/3028G10K2210/3044G10K2210/3051
    • An ANR circuit, possibly of a personal ANR device and possibly within an ADC of the ANR circuit, feedback reference data, feedforward reference data and/or pass-through audio data is provided to a secondary downsampling (and/or decimating) filter and/or is provided to a calculating block (e.g., RMS or absolute calculation block) to derive side-chain data to be output by the ANR circuit to a processing device coupled to the ANR circuit to employ the side-chain data in an analysis related to the provision of feedback-based ANR, feedforward-based ANR and/or pass-through audio by the ANR circuit. In an ANR circuit of a personal ANR device, a digital filter is structured to introduce one or more zeros to add gain to introduce positive phase in the provision of feedback-based ANR, wherein the gain follows a frequency-dependent "ski-slope" gain curve with little gain added at lower audible frequencies, with increasing gain that increases with frequency added at higher audible frequencies, and with the increasing gain flattening at frequencies above audible frequencies.
    • ANR电路(可能是个人ANR设备,并且可能在ANR电路的ADC内)反馈参考数据,前馈参考数据和/或传递音频数据被提供给二次下采样(和/或抽取)滤波器和/ 或者被提供给计算块(例如,RMS或绝对计算块)以导出将由ANR电路输出到与ANR电路耦合的处理设备的侧链数据,以在与...相关的分析中使用侧链数据 通过ANR电路提供基于反馈的ANR,基于前馈的ANR和/或直通音频。 在个人ANR设备的ANR电路中,数字滤波器被构造为引入一个或多个零点以增加增益以在提供基于反馈的ANR中引入正相位,其中增益遵循频率依赖的“滑坡” 增益曲线在较低的可听频率处增加了很少的增益,随着增益的增加,随着在更高的可听频率处的频率增加而增加,并且随着在可听频率之上的频率上增加的增益变平。
    • 8. 发明申请
    • PERSONAL WIRELESS NETWORK CAPABILITIES-BASED TASK PORTION DISTRIBUTION
    • 个人无线网络能力的任务分配
    • WO2009158056A1
    • 2009-12-30
    • PCT/US2009/039309
    • 2009-04-02
    • BOSE CORPORATIONBURGE, Benjamin, D.ISAAC, Ronald, D.UEDA, Joji
    • BURGE, Benjamin, D.ISAAC, Ronald, D.UEDA, Joji
    • G06F9/50H04L29/06
    • G06F9/505H04L67/10H04L67/34H04W8/24
    • Where a plurality of personal portable devices (100, 200, 300) communicating with each other through a personal wireless network (1000, 2000, 3000, 4000, 5000) are to cooperate to perform a task (900) made up of a plurality of task portions (901-909), the task portions (901-909) are automatically distributed among the personal portable devices (100, 200, 300) at least partially in response to comparisons between the capabilities required to perform each task portion (901 -909) and the capabilities of each of the personal portable devices (100, 200, 300). In making such comparisons, the capabilities of each of the personal portable devices (100, 200, 300) that are actually available for the performance of one or more of the task portions (901-909) at the time such comparisons are made may be taken into account, and further, such comparisons may be repeated as the capabilities of each of the personal portable devices (100, 200, 300) that are actually available change over time.
    • 在通过个人无线网络(1000,2000,3000,4000,5000)彼此通信的多个个人便携式设备(100,200,300)进行协作以执行由多个 任务部分(901-909),至少部分地响应于执行每个任务部分所需的能力(901-1909)之间的比较,自动地在个人便携式设备(100,200,300)中分配任务部分(901-909) 909)和每个个人便携式设备(100,200,300)的能力。 在进行这样的比较时,在进行比较时实际可用于执行一个或多个任务部分(901-909)的每个个人便携式设备(100,200,300)的能力可以是 并且进一步地,可以重复这样的比较,因为实际可用的每个个人便携式设备(100,200,300)的能力随时间而改变。
    • 9. 发明申请
    • AUTOMATED EXCHANGEABLE DOCKING CONFIGURATION
    • 自动可交换的锁定配置
    • WO2009134564A1
    • 2009-11-05
    • PCT/US2009/038751
    • 2009-03-30
    • BOSE CORPORATIONACOSTA, Keith, H.CHAVES, Ryan, P.ISAAC, Ronald, D.MENDES, PauloTARR, Morton
    • ACOSTA, Keith, H.CHAVES, Ryan, P.ISAAC, Ronald, D.MENDES, PauloTARR, Morton
    • G06F1/16
    • G06F1/1632H04R3/00H04R2205/021H04R2420/01
    • A base device (100, 200, 300) meant to cooperate with one of a plurality of exchangeable docking adapters (500, 600) to enable the base device (100, 200, 300) to cooperate with a personal portable device (800, 900) docked with the docking adapter (500, 600) to perform an audio/visual task. The base device (100, 200, 300) incorporates a programmable logic (155, 255, 355) that is programmed with a configuration data (168, 268, 368, 563, 568) specifying a configuration of interconnections to enable the cooperation between the base device (100, 200, 300) and the personal portable device (800, 900), and may further incorporate a processor (160, 260, 360) to execute a sequence of instructions of a routine (167, 267, 367, 562, 567) causing the processor (160, 260, 360) to cooperate with the personal portable device (800, 900) through the docking adapter (500, 600) to perform the task. The configuration data (168, 268, 368, 563, 568) and/or the routine (167, 267, 367, 562, 567) may be selected depending on which docking adapter (500, 600) is coupled to the base device (100, 200, 300), depending on a comparison of versions of configuration data (168, 268, 368, 563, 568) and/or routine (167, 267, 367, 562, 567) stored within one or both of the base device (100, 200, 300) and the docking adapter (500, 600), and/or depending on the identity of one or more of the base device (100, 200, 300), the docking adapter (500, 600), the personal portable device (800, 900), and the programmable logic (155, 255, 355).
    • 一种基本设备(100,200,300),用于与多个可更换对接适配器(500,600)中的一个配合,以使得所述基座设备(100,200,300)能够与个人便携式设备(800,900 )与对接适配器(500,600)对接,以执行音频/视觉任务。 基本设备(100,200,300)包括可编程逻辑(155,255,355),该可编程逻辑(155,255,355)用配置数据(168,268,368,563,568)编程,该配置数据指定互连的配置,以使得 基站设备(100,200,300)和个人便携式设备(800,900),并且还可以并入处理器(160,260,360)以执行例程(167,267,367,562)的指令序列 ,567),使处理器(160,260,360)通过对接适配器(500,600)与个人便携式设备(800,900)协作以执行该任务。 可以根据哪个对接适配器(500,600)耦合到基本设备来选择配置数据(168,268,368,563,568)和/或例程(167,267,367,562,567) 100,200,300),这取决于存储在一个或两个基座中的配置数据(168,268,368,563,568)和/或程序(167,267,367,562,567)的版本的比较 (100,200,300)和对接适配器(500,600),和/或取决于一个或多个基本设备(100,200,300),对接适配器(500,600), 个人便携式设备(800,900)和可编程逻辑(155,255,355)。