会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Robust two microphone noise suppression system
    • 坚固的两个麦克风噪声抑制系统
    • US08046219B2
    • 2011-10-25
    • US11874263
    • 2007-10-18
    • Robert A. ZurekJeffrey M. AxelrodJoel A. ClarkHolly L. FrancoisScott K. IsabelleDavid J. PearceJames A. Rex
    • Robert A. ZurekJeffrey M. AxelrodJoel A. ClarkHolly L. FrancoisScott K. IsabelleDavid J. PearceJames A. Rex
    • G10L15/20
    • G10L21/0208G10L21/0272G10L2021/02165
    • A system, method, and apparatus for separating speech signal from a noisy acoustic environment. The separation process may include directional filtering, blind source separation, and dual input spectral subtraction noise suppressor. The input channels may include two omnidirectional microphones whose output is processed using phase delay filtering to form speech and noise beamforms. Further, the beamforms may be frequency corrected. The omnidirectional microphones generate one channel that is substantially only noise, and another channel that is a combination of noise and speech. A blind source separation algorithm augments the directional separation through statistical techniques. The noise signal and speech signal are then used to set process characteristics at a dual input noise spectral subtraction suppressor (DINS) to efficiently reduce or eliminate the noise component. In this way, the noise is effectively removed from the combination signal to generate a good qualify speech signal.
    • 一种用于从噪声声环境分离语音信号的系统,方法和装置。 分离过程可以包括方向滤波,盲源分离和双输入频谱减法噪声抑制器。 输入通道可以包括两个全向麦克风,其输出使用相位延迟滤波处理以形成语音和噪声波束形式。 此外,波束形状可以被频率校正。 全向麦克风产生基本上只有噪声的一个通道,以及作为噪声和语音的组合的另一个通道。 盲源分离算法通过统计技术增强了方向分离。 然后,噪声信号和语音信号用于设置双输入噪声频谱减法抑制器(DINS)的过程特性,以有效降低或消除噪声分量。 以这种方式,有效地从组合信号中去除噪声以产生良好的合格语音信号。
    • 2. 发明授权
    • Hearing aid compatibility mode switching for a mobile station
    • 用于移动台的助听器兼容性模式切换
    • US07773943B2
    • 2010-08-10
    • US11267676
    • 2005-11-04
    • Robert A. ZurekScott K. IsabelleScott D. KelleyAlfred B. Wieczorek
    • Robert A. ZurekScott K. IsabelleScott D. KelleyAlfred B. Wieczorek
    • H04B5/00
    • H04R25/554H04M1/6066
    • A mobile station (100) that includes a processor (212) that selectively disables at least one station component to reduce electromagnetic noise generated by the station in the frequency range below 20 kHz when the mobile station is operated in the hearing aid compatible mode. The component can be, for example, a display (204), a light (206) or a wireless interface (208). The processor also can optimize characteristics of audio signals transmitted from the mobile station to the hearing aid for reproduction by the hearing aid. For instance, the processor can selectively adjust filter parameters (216) and/or a signal gain (218) applied to audio signals. A user interface (220) having a soft-key can be provided to cycle through various HAC options.
    • 一种移动台(100),其包括处理器(212),当所述移动台在助听器兼容模式下操作时,所述处理器选择性地禁用至少一个站组件以减少所述站在20kHz以下的频率范围内产生的电磁噪声。 该组件可以是例如显示器(204),光(206)或无线接口(208)。 处理器还可以优化从移动台发送到助听器的音频信号的特性,以便由助听器再现。 例如,处理器可以选择性地调整应用于音频信号的滤波器参数(216)和/或信号增益(218)。 可以提供具有软键的用户界面(220)以循环通过各种HAC选项。
    • 6. 发明授权
    • Method and apparatus for audio signal enhancement
    • 用于音频信号增强的方法和装置
    • US08873768B2
    • 2014-10-28
    • US11021350
    • 2004-12-23
    • Robert A. Zurek
    • Robert A. Zurek
    • H04R3/00H04R25/00
    • H04R3/005H04R25/407H04R2201/401H04R2410/01
    • A method for audio signal enhancement comprising obtaining (222) a first audio signal from a first physical microphone element and obtaining a second audio signal from a second physical microphone element. The audio signals are array processed (226) to generate a virtual linear first order element and a virtual non-linear even order element. The array processing (226) includes combining the virtual linear first order element and the virtual non-linear even order element to generate a directional audio signal having a primary audio beam. An apparatus is disclosed for implementing the method.
    • 一种用于音频信号增强的方法,包括从第一物理麦克风元件获得(222)第一音频信号并从第二物理麦克风元件获得第二音频信号。 音频信号被数组处理(226)以产生虚拟线性一阶元素和虚拟非线性偶数阶元素。 阵列处理(226)包括组合虚拟线性一阶元素和虚拟非线性偶数阶元素以产生具有主音频波束的定向音频信号。 公开了一种用于实现该方法的装置。
    • 7. 发明授权
    • Multielement microphone
    • 多功能麦克风
    • US07936894B2
    • 2011-05-03
    • US11021395
    • 2004-12-23
    • Robert A. Zurek
    • Robert A. Zurek
    • H04R9/08
    • H04R3/005
    • An improved microphone assembly (128) is provided for porting two microphones (240, 242) of an opposing pair used for beam forming through a single symmetric porting structure (244). The microphone assembly (128) includes a first microphone capsule (240), a second microphone capsule (242) and a porting structure (244). The porting structure (244) encloses the first and second microphone capsules (240, 242) therein and has a first port (251) formed in a first wall (246) thereof and a second port (252) formed in a second wall (248) thereof opposite to the first wall (246), where the first and second microphone capsules (240, 242) share the first port (251).
    • 提供改进的麦克风组件(128),用于通过单个对称端口结构(244)移动用于波束形成的相对对的两个麦克风(240,242)。 麦克风组件(128)包括第一麦克风胶囊(240),第二麦克风胶囊(242)和移植结构(244)。 移动结构(244)将第一和第二麦克风胶囊(240,242)包围在其中,并且具有形成在其第一壁(246)中的第一端口(251)和形成在第二壁(248)中的第二端口 )与第一壁(246)相对,其中第一和第二麦克风胶囊(240,242)共享第一端口(251)。
    • 9. 发明授权
    • Speakerphone accessory for a portable telephone
    • 便携式电话的免提电话附件
    • US06636750B1
    • 2003-10-21
    • US09419234
    • 1999-10-15
    • Robert A. ZurekThomas GitzingerMichael Charlier
    • Robert A. ZurekThomas GitzingerMichael Charlier
    • H04M100
    • H04M1/6041H04M1/72558
    • A speakerphone accessory (100) is provided for use with a portable telephone (102). The speakerphone accessory (100) has a high-level speaker assembly (222) that includes a transducer (500) coupled to first and second resonators (502, 504). The first and second resonators (502, 504) are designed so that the first resonator (502) is most efficient at a high frequency while the second resonator (504) has maximum response at a low frequency. The frequency ranges produced by the first and second resonators (502, 504) overlap to reproduce frequencies between the high and low frequencies. The high-level speaker assembly (222), therefore, provides an acoustic bandpass having improved response when compared to the response of the transducer (500) alone. In addition, the speakerphone accessory (100) has a housing (130) and porting structure which allows the accessory (100) and attached portable telephone (102) to be used in a variety of positions without obstructing sound generated by the high-level speaker assembly (222).
    • 扬声器配件(100)被提供用于与便携式电话(102)一起使用。 扬声器配件(100)具有高级扬声器组件(222),其包括耦合到第一和第二谐振器(502,504)的换能器(500)。 第一和第二谐振器(502,504)被设计成使得第一谐振器(502)在高频下是最有效的,而第二谐振器(504)在低频处具有最大响应。 由第一和第二谐振器(502,504)产生的频率范围重叠以再现高频和低频之间的频率。 因此,与单独的换能器(500)的响应相比,高级扬声器组件(222)提供具有改进的响应的声带通。 此外,扬声器配件(100)具有壳体(130)和端口结构,其允许附件(100)和附接的便携式电话(102)在各种位置使用,而不会妨碍由高级扬声器产生的声音 组件(222)。