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    • 2. 发明申请
    • Underwater Transducer Apparatus Using Polarized Stacked Piezoelectric Elements and a Method of Operating the Same
    • 使用极化堆叠压电元件的水下传感器装置及其操作方法
    • US20110274301A1
    • 2011-11-10
    • US12774478
    • 2010-05-05
    • Jerry Peck
    • Jerry Peck
    • H04R25/00
    • H04R1/44H04R17/00
    • The current device is a transducer for underwater communication using a plurality of stacked polarized piezoelectric elements. The piezoelectric elements are stacked within a communication device such as a loudspeaker or a set of headphones or earphones so that the polarity of each element is orientated in the same direction. When the elements are activated, the elements operate in phase and drive a pressure or sound wave to its intended recipient at a significantly high volume. The transducer may also be configured to receive acoustic signals within a device such as a microphone by collecting the acoustic signals in phase by the stacked piezoelectric elements from a user. The elements convert the acoustic signals to electrical signals which are then transmitted to another user.
    • 目前的装置是使用多个层叠极化压电元件进行水下通信的换能器。 压电元件堆叠在诸如扬声器或一组耳机或耳机之类的通信设备中,使得每个元件的极性沿相同的方向定向。 当元件被激活时,这些元件同相运行并以显着高的体积将压力或声波驱动到其预期的接收器。 换能器还可以被配置为通过来自用户的层叠压电元件相位收集声信号来接收诸如麦克风的装置内的声信号。 这些元件将声学信号转换成电信号,然后传输给另一个用户。
    • 3. 发明授权
    • Laminated piezoelectric transducer and method of manufacturing the same
    • 层叠压电传感器及其制造方法
    • US07170822B2
    • 2007-01-30
    • US10961303
    • 2004-10-07
    • Jerry Peck
    • Jerry Peck
    • H04R17/00
    • H04R17/00
    • The invention is illustrated as an underwater acoustic transducer comprising an active acoustic element for transducing sound and electrical signals; a front and rear housing element disposed on each side of the active acoustic element to define a corresponding front and rear acoustic chamber on each side of the active acoustic element; and a rear cover disposed on the rear housing element to provide tuning of the corresponding rear acoustic chamber. In the method of manufacturing the an underwater acoustic transducer, the method includes the step of selecting a port diameter and/or thickness of the front and rear housing elements according to an empirically tuned acoustic performance of the underwater acoustic transducer in combination with the facemask, helmet or headgear in or on which the underwater acoustic transducer is mounted.
    • 本发明被示出为包括用于传导声音和电信号的有源声学元件的水下声学换能器; 设置在所述主动声学元件的每一侧上以在所述主动声学元件的每一侧上限定相应的前后声学室的前和后壳体元件; 以及后盖,其设置在后壳体元件上以提供对应的后声室的调谐。 在制造水下声学换能器的方法中,该方法包括根据水下声学换能器与面罩的经验调节的声学性能来选择前壳体元件和后壳体元件的端口直径和/或厚度的步骤, 安装有水下声学传感器的头盔或头盔。
    • 4. 发明申请
    • Laminated piezoelectric transducer and method of manufacturing the same
    • 层叠压电传感器及其制造方法
    • US20060077761A1
    • 2006-04-13
    • US10961303
    • 2004-10-07
    • Jerry Peck
    • Jerry Peck
    • H04R17/00
    • H04R17/00
    • The invention is illustrated as an underwater acoustic transducer comprising an active acoustic element for transducing sound and electrical signals; a front and rear housing element disposed on each side of the active acoustic element to define a corresponding front and rear acoustic chamber on each side of the active acoustic element; and a rear cover disposed on the rear housing element to provide tuning of the corresponding rear acoustic chamber. In the method of manufacturing the an underwater acoustic transducer, the method includes the step of selecting a port diameter and/or thickness of the front and rear housing elements according to an empirically tuned acoustic performance of the underwater acoustic transducer in combination with the facemask, helmet or headgear in or on which the underwater acoustic transducer is mounted.
    • 本发明被示出为包括用于传导声音和电信号的有源声学元件的水下声学换能器; 设置在所述主动声学元件的每一侧上以在所述主动声学元件的每一侧上限定相应的前后声学室的前和后壳体元件; 以及后盖,其设置在后壳体元件上以提供对应的后声室的调谐。 在制造水下声学换能器的方法中,该方法包括根据水下声学换能器与面罩的经验调节的声学性能来选择前壳体元件和后壳体元件的端口直径和/或厚度的步骤, 安装有水下声学传感器的头盔或头盔。