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    • 4. 发明授权
    • ANR signal processing topology
    • ANR信号处理拓扑
    • US08184822B2
    • 2012-05-22
    • US12430984
    • 2009-04-28
    • Ricardo F. CarrerasDaniel M. Gauger, Jr.Marcel Joho
    • Ricardo F. CarrerasDaniel M. Gauger, Jr.Marcel Joho
    • A61F11/06
    • G10K11/178G10K2210/1081H04R1/1008H04R1/1083H04R2460/01H04R2460/05
    • An ANR circuit, possibly of a personal ANR device, incorporates an signal processing topology to support the provision of feedback-based ANR, feedforward-based ANR and pass-through audio in which the topology incorporates a branch in which feedback anti-noise sounds are generated from feedback reference sounds received from a feedback microphone, a branch in which feedforward anti-noise sounds are generated from feedforward reference sounds, and a branch in which modified pass-through audio sounds are generated from pass-through audio sounds received from an audio source, wherein these three branches are combined to combine the generated sounds of each branch into a single output by which an acoustic driver, possibly of the personal ANR device, is driven.
    • 可能是个人ANR设备的ANR电路结合了信号处理拓扑,以支持提供基于反馈的ANR,基于前馈的ANR和直通音频,其中拓扑结合了一个分支,其中反馈噪声是 从反馈麦克风接收的反馈参考声音产生的反馈参考声音,其中从前馈参考声音产生前馈抗噪声声音的分支,以及其中从音频接收的直通音频声音产生修改的直通音频声音的分支 源,其中这三个分支被组合以将每个分支的生成的声音组合成单个输出,通过该单个输出可能驱动个人ANR设备的声学驱动器。
    • 5. 发明授权
    • Feedforward-based ANR talk-through
    • 基于前馈的ANR通话
    • US08155334B2
    • 2012-04-10
    • US12431001
    • 2009-04-28
    • Marcel JohoRicardo F. CarrerasDaniel M. Gauger, Jr.
    • Marcel JohoRicardo F. CarrerasDaniel M. Gauger, Jr.
    • H03B29/00
    • G10K11/178G10K2210/1081H04R1/1083H04R3/005
    • 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)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的程度的减小可以通过关闭或以其他方式去激活基于前馈的ANR的提供来实现,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。
    • 6. 发明申请
    • Feedforward-Based ANR Talk-Through
    • 基于前馈的ANR对话
    • US20100272284A1
    • 2010-10-28
    • US12431001
    • 2009-04-28
    • Marcel JohoRicardo F. CarrerasDaniel M. Gauger, JR.
    • Marcel JohoRicardo F. CarrerasDaniel M. Gauger, JR.
    • G10K11/16
    • G10K11/178G10K2210/1081H04R1/1083H04R3/005
    • 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)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,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。