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    • 2. 发明申请
    • FEEDFORWARD ANR DEVICE ACOUSTICS
    • 前向ANR设备声学
    • US20110044464A1
    • 2011-02-24
    • US12719903
    • 2010-03-09
    • Roman SapiejewskiJason HarlowMartin David Ring
    • Roman SapiejewskiJason HarlowMartin David Ring
    • G10K11/16H04B15/00
    • H04R1/1083G10K11/17857G10K11/17861G10K2210/1081H04R1/1008H04R1/1016H04R1/1075
    • An earpiece of an ANR device incorporates one or more of feedforward-based ANR; feedback-based ANR; passive noise reduction (PNR) of environmental noise sounds in the environment external to the casing of the earpiece in higher audible frequencies; a controlled leak acoustically coupling the front cavity to the environment external to the casing of the ANR device where the coupling may be through another cavity that is closable to the environment external to the casing with a leaky cover; a combination of an acoustically resistive port and a mass port coupling a rear cavity to the environment external to the casing where the coupling may be through another cavity that is closable to the environment external to the casing with a leaky cover; a feedforward microphone given acoustic access to the environment external to the casing through an aperture that is overlain with a leaky cover or that is enclosed within a cavity that is acoustically coupled to the environment external to the casing with a leak.
    • ANR设备的耳机包含一个或多个基于前馈的ANR; 基于反馈的ANR; 环境噪声的被动降噪(PNR)在较高的可听频率下在耳机壳体外部的环境中发出声音; 将前腔声耦合到ANR装置的壳体外部的环境的可控泄漏,其中联接器可以通过另外的空腔,该空腔可以用泄漏的盖子封闭到壳体外部的环境; 一个隔音端口和一个质量端口的组合,其将后腔连接到壳体外部的环境,其中联接器可以通过另一个空腔,该空腔可以用泄漏的盖子封闭到壳体外部的环境; 前馈麦克风通过与泄漏的盖子相邻的孔或被封闭在腔体内的声学耦合到壳体外部的环境而泄漏的情况下给予壳体外部环境的声学访问。
    • 3. 发明授权
    • Feedforward ANR device acoustics
    • 前馈ANR设备声学
    • US08571228B2
    • 2013-10-29
    • US12719903
    • 2010-03-09
    • Roman SapiejewskiJason HarlowMartin David Ring
    • Roman SapiejewskiJason HarlowMartin David Ring
    • H04R5/033G10L21/0208
    • H04R1/1083G10K11/17857G10K11/17861G10K2210/1081H04R1/1008H04R1/1016H04R1/1075
    • An earpiece of an ANR device incorporates one or more of feedforward-based ANR; feedback-based ANR; passive noise reduction (PNR) of environmental noise sounds in the environment external to the casing of the earpiece in higher audible frequencies; a controlled leak acoustically coupling the front cavity to the environment external to the casing of the ANR device where the coupling may be through another cavity that is closable to the environment external to the casing with a leaky cover; a combination of an acoustically resistive port and a mass port coupling a rear cavity to the environment external to the casing where the coupling may be through another cavity that is closable to the environment external to the casing with a leaky cover; a feedforward microphone given acoustic access to the environment external to the casing through an aperture that is overlain with a leaky cover or that is enclosed within a cavity that is acoustically coupled to the environment external to the casing with a leak.
    • ANR设备的耳机包含一个或多个基于前馈的ANR; 基于反馈的ANR; 环境噪声的被动降噪(PNR)在较高的可听频率下在耳机壳体外部的环境中发出声音; 将前腔声耦合到ANR装置的壳体外部的环境的可控泄漏,其中联接器可以通过另外的空腔,该空腔可以用泄漏的盖子封闭到壳体外部的环境; 一个隔音端口和一个质量端口的组合,其将后腔连接到壳体外部的环境,其中联接器可以通过另一个空腔,该空腔可以用泄漏的盖子封闭到壳体外部的环境; 前馈麦克风通过与泄漏的盖子相邻的孔或被封闭在腔体内的声学耦合到壳体外部的环境而泄漏的情况下给予壳体外部环境的声学访问。
    • 4. 发明申请
    • CONTROLLING LEVEL OF INDIVIDUAL SPEAKERS IN A CONVERSATION
    • 在对话中控制个人演讲者的水平
    • US20150063599A1
    • 2015-03-05
    • US14013896
    • 2013-08-29
    • Martin David Ring
    • Martin David Ring
    • H04R1/10
    • H04R1/1083H04R3/005
    • A headset includes a microphone for receiving a user's voice, a microphone for receiving ambient noise, a receiver for receiving a plurality of voice signals, a speaker for delivering sound to the user's ear and a processing device. The processing device is configured to identify a signal level of a first one of the plurality of voice signals and a second one of the plurality of voice signals, the signal level of the second voice signal being different than the signal level of the first voice signal. The processing device is also configured to measure the ambient noise level and adjust a gain applied to at least one of the first and second voice signals, taking into consideration the ambient noise level. The first and second voice signals are provided to the speaker.
    • 耳机包括用于接收用户语音的麦克风,用于接收环境噪声的麦克风,用于接收多个语音信号的接收器,用于将声音传送到用户的耳朵的扬声器和处理设备。 处理装置被配置为识别多个语音信号中的第一个的信号电平和多个语音信号中的第二个的第二语音信号的信号电平,第二语音信号的信号电平与第一语音信号的信号电平不同 。 处理装置还被配置为考虑环境噪声水平,来测量环境噪声水平并调整施加到第一和第二语音信号中的至少一个的增益。 第一和第二语音信号被提供给扬声器。
    • 6. 发明申请
    • Rejecting Noise with Paired Microphones
    • 用配对麦克风拒绝噪音
    • US20120253798A1
    • 2012-10-04
    • US13078632
    • 2011-04-01
    • Luke C. WaltersVasu IyengarMartin David Ring
    • Luke C. WaltersVasu IyengarMartin David Ring
    • G10L21/02
    • H04R1/1083G10L21/0208G10L2021/02165H04R1/406H04R3/005H04R2410/07
    • A system for combining signals includes a first microphone generating a first input signal having a first voice component and a first noise component, a second microphone generating a second input signal having a second voice component and a second noise component, a mixing circuit, and an adaptive filter. The mixing circuit applies a first gain having a value α to the first input signal to produce a first scaled signal, applies a second gain having a value 1−α to the second input signal to produce a second scaled signal, and sums the first scaled signal and the second scaled signal to produce a summed signal. The adaptive filter computes an updated value of α to minimize the energy of the summed signal based on the summed signal, the first input signal and the second input signal, and provides the updated value of α to the mixing circuit.
    • 一种用于组合信号的系统包括产生具有第一语音分量和第一噪声分量的第一输入信号的第一麦克风,产生具有第二声音分量和第二噪声分量的第二输入信号的第二麦克风,混合电路和 自适应滤波器。 混合电路对第一输入信号施加具有值α的第一增益以产生第一缩放信号,向第二输入信号施加具有值1-α的第二增益以产生第二缩放信号,并将第一缩放 信号和第二缩放信号以产生加和信号。 自适应滤波器根据求和信号,第一输入信号和第二输入信号,计算α的更新值,使求和信号的能量最小化,并将更新的α值提供给混合电路。
    • 7. 发明授权
    • Rejecting noise with paired microphones
    • 用配对麦克风拒绝噪音
    • US08620650B2
    • 2013-12-31
    • US13078632
    • 2011-04-01
    • Luke C. WaltersVasu IyengarMartin David Ring
    • Luke C. WaltersVasu IyengarMartin David Ring
    • G10L21/00
    • H04R1/1083G10L21/0208G10L2021/02165H04R1/406H04R3/005H04R2410/07
    • A system for combining signals includes a first microphone generating a first input signal having a first voice component and a first noise component, a second microphone generating a second input signal having a second voice component and a second noise component, a mixing circuit, and an adaptive filter. The mixing circuit applies a first gain having a value α to the first input signal to produce a first scaled signal, applies a second gain having a value 1−α to the second input signal to produce a second scaled signal, and sums the first scaled signal and the second scaled signal to produce a summed signal. The adaptive filter computes an updated value of α to minimize the energy of the summed signal based on the summed signal, the first input signal and the second input signal, and provides the updated value of α to the mixing circuit.
    • 一种用于组合信号的系统包括产生具有第一语音分量和第一噪声分量的第一输入信号的第一麦克风,产生具有第二声音分量和第二噪声分量的第二输入信号的第二麦克风,混合电路和 自适应滤波器。 混合电路对第一输入信号施加具有α值的第一增益以产生第一缩放信号,向第二输入信号施加具有值1-α的第二增益以产生第二缩放信号,并将第一缩放 信号和第二缩放信号以产生加和信号。 自适应滤波器计算更新的α值,以基于求和的信号,第一输入信号和第二输入信号来最小化求和信号的能量,并且将更新的α值提供给混合电路。