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    • 4. 发明申请
    • THROAT VIBRATION AUDIO WIRELESS TRANSMISSION APPARATUS
    • 振动音频无线传输装置
    • US20150010172A1
    • 2015-01-08
    • US13933584
    • 2013-07-02
    • Yi Chuan Chen
    • Yi Chuan Chen
    • H04R1/46
    • H04R1/14H04R2420/07
    • A throat vibration audio wireless transmission apparatus comprises a body, a throat vibration detection module and a wireless transmission module. The body includes a cap, a flexible base and a deformation holding member. The cap has multiple cover portions and at least one elastic bending portion bridging two neighboring cover portions. The deformation holding member can be pushed by forces to form an arched shape and drive the flexible base and cap to bend to allow the elastic bending portion to extend towards the cover portions at two sides thereof. The throat vibration detector detects a vibration wave and converts to an electric signal. The control circuit board receives the electric signal and converts to an audio signal which is then transmitted by the wireless transmission module. The apparatus can be adjusted according to a user's neck and attached thereon closely to receive sound without being interfered by environment.
    • 喉音振动音频无线传输装置包括主体,喉部振动检测模块和无线传输模块。 主体包括盖,柔性基座和变形保持构件。 盖具有多个覆盖部分和桥接两个相邻盖部分的至少一个弹性弯曲部分。 变形保持构件可以被力推动以形成拱形并且驱动柔性基座和盖弯曲以允许弹性弯曲部分在其两侧朝向盖部分延伸。 喉振动检测器检测振动波并转换成电信号。 控制电路板接收电信号并转换成音频信号,然后由无线传输模块发送。 该装置可以根据使用者的颈部进行调节,并且紧贴其上以接收声音而不受环境的干扰。
    • 6. 发明授权
    • Vibration pickup microphone
    • 振动拾音麦克风
    • US08416978B2
    • 2013-04-09
    • US12525673
    • 2008-02-28
    • Mikio Fukuda
    • Mikio Fukuda
    • H04R9/08
    • H04R1/222H04R1/083H04R1/14H04R1/2853H04R1/46H04R19/016H04R2460/13
    • [Problem to be Solved] To provide a high-sensitive compact vibration pickup microphone, suitably used as a talking microphone in high ambient noise environments or as a speech recognition input microphone, with high microphone sensitivity, resistance to sliding noise, and insensitivity to external noise and vibration.[Solution] A vibration pickup microphone comprising a housing 1 provided with a first space 5 and a second space 6, an external diaphragm 2 disposed over the first space 5, and a microphone unit 3 that is contained in a rear end portion of the second space having an air gap 8 maintained 6, wherein by disposing the external diaphragm 2 over it, an air chamber 7 formed in the first space 5 and an air gap 8 formed in the second space 6 are communicated via a thin passageway 4, so that vibration of voice picked up by the external diaphragm 2 is transmitted to the microphone unit 3 as sound waves, and then frequency components higher than voice frequencies within frequency components of the sound waves are attenuated in its transmitting path.
    • [要解决的问题]提供一种高灵敏度紧凑型振动拾音麦克风,适用于高环境噪声环境中的通话麦克风或语音识别输入麦克风,具有高麦克风灵敏度,抵抗滑动噪声和对外部不敏感 噪音和振动。 解决方案:一种振动拾音麦克风,包括:壳体1,其设置有第一空间5和第二空间6;设置在第一空间5上的外部隔膜2;以及麦克风单元3,其包含在第二空间5的后端部分中 具有保持6的气隙8的空间,其中通过在其上设置外部隔膜2,形成在第一空间5中的空气室7和形成在第二空间6中的空气间隙8经由薄通道4连通,使得 由外部隔膜2拾取的声音的振动作为声波被传送到麦克风单元3,然后在其发送路径中衰减高于声波的频率分量内的声音频率的频率分量。
    • 7. 发明授权
    • Noise damping headset with a throat microphone
    • 噪音阻尼耳机与喉咙麦克风
    • US07639824B2
    • 2009-12-29
    • US10570679
    • 2004-09-03
    • Bo Franzén
    • Bo Franzén
    • H04R25/00
    • H04R1/14H04R1/1016H04R1/1083H04R5/033
    • The invention relates to a noise damping headset comprising at least one microphone and at least one ear phone intended to be connected via electrical conduits, preferably wires, to a transmitter and a receiver, preferably a mobile telephone, a communication radio or the like for communication between persons. The microphone consists of throat microphone for direct or indirect contact against the skin around a throat, the equipment mainly being sound tightening for sounds, coming from outside, from emerging into the throat microphone and the ear phone comprises a funnel-shape for inserting the same into the auditory canal of a person's ear, the outer limiting surfaces of the funnel-shape being sound tightening against the walls of the auditory canal, the sound coming from outside being prevented from emerging into the auditory canal, whereby a communication between said persons can be held without being disturbed in a greater extent of the sound coming from outside.
    • 本发明涉及一种噪声抑制耳机,其包括至少一个麦克风和至少一个耳机,其旨在通过电导线(优选导线)连接到发射机和接收机,优选移动电话,通信无线电等用于通信 人之间。 麦克风包括喉咙传声器,用于直接或间接地接触喉咙周围的皮肤,该设备主要是声音紧密的声音,从外部进入,从出现到喉咙麦克风,耳机包括一个漏斗形,用于插入它 进入人耳的耳道,漏斗形的外部限制表面被紧密地收紧在耳道的壁上,防止来自外面的声音进入耳道,由此所述人之间的通信可以 在更大程度上受到来自外面的声音的束缚而不受干扰。
    • 8. 发明授权
    • Throat microphone
    • 喉咙麦克风
    • US4607383A
    • 1986-08-19
    • US524377
    • 1983-08-18
    • Robert Ingalls
    • Robert Ingalls
    • H04R1/14H04R1/46H04R19/01H04R1/02H04R3/06H04R19/00
    • H04R1/46H04R1/14H04R19/016
    • A throat microphone has an outer resonant diaphragm which is adapted to be secured against the throat of a wearer and which cooperates with a housing to form an outer chamber. An electret microphone element disposed inside the outer chamber includes an electret diaphragm acoustically coupled to the outer diaphragm and an electret housing forming an inner chamber with the electret diaphragm. The electret diaphragm is perforated to provide pressure relief between the two chambers to give the electret microphone element a rising response characteristic, which is enhanced by a differentiating network in the input circuit of a local preamplifier. The outer diaphragm is so formed as to have a principal resonance at about 3 kilohertz to provide a further emphasis to voice frequencies at or near that resonance.
    • 喉部麦克风具有外部谐振隔膜,其适于抵靠穿戴者的喉部固定,并且与壳体配合以形成外部腔室。 设置在外室内的驻极体麦克风元件包括声耦合到外隔膜的驻极体隔膜和形成具有驻极体隔膜的内室的驻极体外壳。 驻极体隔膜穿孔以在两个室之间提供压力释放,以使驻极体麦克风元件具有上升的响应特性,其通过局部前置放大器的输入电路中的微分网络增强。 外隔膜形成为在大约3千赫兹处具有主共振,以进一步强调在该共振处或附近的声频。
    • 9. 发明授权
    • Portable voice communication system
    • 便携式语音通信系统
    • US4311872A
    • 1982-01-19
    • US40804
    • 1979-05-21
    • Robert P. Davis
    • Robert P. Davis
    • H04R1/14H04R3/04H04R1/44
    • H04R3/04H04R1/14
    • A throat microphone consists of a dynamic pressure transducer sealed within an airtight tympanic enclosure to be held by an elastic band on the user's throat near the voice box. The electrical signals generated by the transducer are applied as an input signal to an amplifier and speaker unit where the signal is conditioned by a preamplifier stage for further amplification by a second stage that contains a variable reactive negative feedback network that acts as a low pass filter and corrects the phase shift of the different lower frequency audio signal components while emphasizing the higher frequency components so that severe phase distortion of the signal applied to the drive speaker through an output power amplifier stage can be minimized to make the speech sounds reproduced more intelligible.
    • 喉音麦克风由密封在气密鼓室内的动态压力传感器组成,由声音盒附近用户喉部上的弹性带保持。 由换能器产生的电信号作为输入信号被施加到放大器和扬声器单元,其中信号由前置放大器级调节,以进一步放大的第二级包含用作低通滤波器的可变无功负反馈网络 并且在强调较高频率分量的同时校正不同低频音频信号分量的相移,使得可以最小化通过输出功率放大器级施加到驱动扬声器的信号的严重相位失真,使得再现的语音声音更易理解。