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    • 41. 发明授权
    • Acoustic device
    • 声学装置
    • US07062051B2
    • 2006-06-13
    • US10450030
    • 2002-08-15
    • Neil HarrisHenry Azima
    • Neil HarrisHenry Azima
    • H04R25/00
    • H04R7/045
    • A method of improving the modal resonance frequency distribution of a panel (2) for a distribution resonant mode bending wave acoustic device involves analysing the distribution of the modal resonance frequencies of the panel, identifying a modal resonance frequency that is non-uniformly spaced relative to adjacent modal resonance frequencies, identifying a location on said panel that exhibits anti-nodal behaviour at said modal resonance frequency and changing the local impedance to bending wave vibration at said location (6). The method has particular application to distributed mode loudspeakers (1).
    • 一种改进分布谐振模式弯曲声波装置的面板(2)的模态共振频率分布的方法包括分析面板的模态共振频率的分布,识别相对于 识别所述面板上在所述模态共振频率处表现出抗节点行为的位置,并且将所述局部阻抗改变为所述位置处的弯曲波振动(6)。 该方法特别适用于分布式扬声器(1)。
    • 42. 发明申请
    • Loudspeaker
    • 喇叭
    • US20050018865A1
    • 2005-01-27
    • US10491631
    • 2002-09-30
    • Henry AzimaNicholas HillJulian Fordham
    • Henry AzimaNicholas HillJulian Fordham
    • H04R7/04H04R25/00
    • H04R7/045
    • A resonant bending wave loudspeaker comprising a panel-form acoustic radiator in the form of a beam and a vibration transducer mounted to the beam at a position to apply bending wave energy thereto to enable low frequency modes to be excited in the radiator both lengthwise of the radiator and crosswise of the radiator, and means mounting the radiator to permit the excitation of low frequency lengthwise and crosswise modes therein. From another aspect, the invention is a method of designing a resonant bending wave loudspeaker of the kind described above, comprising determining a position for locating the vibration transducer on the beam by deriving a model of the resonant modes in the beam from physical parameters of the beam, using the model to calculate the mechanical input power from the transducer to the beam as a function of frequency, calculating a measure of smoothness of the mechanical input power and selecting the position of the vibration transducer which has a desired value of the measure of smoothness.
    • 一种谐振弯曲波扬声器,包括梁形式的面板式声辐射器和安装在波束处的振动换能器,以在其上施加弯曲波能量的位置,以使低频模式能够在散热器的纵向上被激发 散热器和散热器的横向,并且装置安装散热器以允许其中的低频纵向和横向模式的激发。 从另一方面,本发明是一种设计上述类型的谐振弯曲波扬声器的方法,包括通过从所述波束的物理参数中导出所述波束中的谐振模式的模型来确定用于在所述波束上定位所述振动换能器的位置 光束,使用该模型计算作为频率的函数的从换能器到光束的机械输入功率,计算机械输入功率的平滑度的度量并选择振动换能器的位置,所述振动换能器具有期望的测量值 光滑度
    • 43. 发明授权
    • Acoustic device
    • 声学装置
    • US06694038B1
    • 2004-02-17
    • US09386361
    • 1999-08-31
    • Henry Azima
    • Henry Azima
    • H04R100
    • H04R1/24H04R5/02H04R7/045H04R2499/15
    • A panel form acoustic member capable of supporting bending wave vibration has the bending wave velocity varied in the region of coincidence to provide a range of coincidence frequencies, for causing the acoustic coupling of the bending waves in the panel to occur over a broader range of angles or for making the coupling more uniform. The member may be incorporated in a loudspeaker having a panel member (1) and an exciter (3) fixed to the panel member to excite bending waves in the loudspeaker to cause an acoustic output.
    • 能够支撑弯曲波振动的面板形声学构件的弯曲波速度在重合区域中变化,以提供一致的频率范围,用于使面板中的弯曲波的声耦合在更宽的角度范围内发生 或使联轴器更均匀。 该构件可以结合在具有面板构件(1)和固定到面板构件的激励器(3)的扬声器中,以激发扬声器中的弯曲波以产生声音输出。
    • 45. 发明授权
    • Audio apparatus
    • 音响设备
    • US07564988B2
    • 2009-07-21
    • US10571319
    • 2004-09-10
    • Henry AzimaNicholas Patrick Roland HillRobin Christopher CrossTimothy Christopher WhitwellJohan Frank Van Der Linde
    • Henry AzimaNicholas Patrick Roland HillRobin Christopher CrossTimothy Christopher WhitwellJohan Frank Van Der Linde
    • H04R25/00
    • H04R1/1075H04R1/1008H04R1/105H04R17/00H04R2460/13
    • Audio apparatus (30) comprising a piezoelectric transducer (44) and coupling means (54) for coupling the transducer to a user's pinna (32) whereby the transducer excites vibration in the pinna (32) to cause it to transmit an acoustic signal from the transducer (44) to a user's inner ear, characterised in that the transducer is embedded in a casing (42) of relatively soft material and the casing (42) is mounted to a housing (34) of relatively hard material such that a cavity (48) is defined between the casing (42) and housing (34). A method of designing audio apparatus comprising mechanically coupling a piezoelectric transducer to a user's pinna and driving the transducer so that the transducer excites vibration in the pinna to cause it to transmit an acoustic signal from the transducer to a user's inner ear, characterised by embedding the transducer in a casing of relatively soft material and by mounting the casing to protective housing of relatively hard material such that a cavity is defined between the casing and housing.
    • 音频设备(30)包括压电换能器(44)和耦合装置(54),用于将换能器耦合到用户的耳廓(32),由此换能器激发针刺(32)中的振动,使其从 换能器(44)到用户的内耳,其特征在于,所述换能器嵌入在相对软材料的壳体(42)中,并且所述壳体(42)安装到相对硬的材料的壳体(34),使得腔 48)限定在壳体(42)和壳体(34)之间。 一种设计音频设备的方法,包括将压电换能器机械地耦合到用户的耳廓并驱动换能器,使得换能器激发针刺中的振动,使其将声信号从换能器传输到用户的内耳,其特征在于, 传感器在相对软的材料的外壳中,并且通过将壳体安装到相对硬的材料的保护壳体上,使得在壳体和壳体之间限定空腔。
    • 47. 发明申请
    • Acoustic device
    • 声学装置
    • US20060008099A1
    • 2006-01-12
    • US10510718
    • 2003-04-10
    • Henry AzimaNicholas Patrick HillDenis Morecroft
    • Henry AzimaNicholas Patrick HillDenis Morecroft
    • H04R25/00
    • H04R7/045
    • A bending wave loudspeaker comprising a panel-form radiator and an electromechanical vibration exciter coupled to the radiator, wherein the bending stiffness of the radiator is in the range 0.001 to 1000 Nm, wherein the coupling between the exciter and the radiator is such that a component of the applied energy results in compression waves in the radiator and wherein the radiator has a break in mid-plane symmetry resulting in acoustic radiation. A method of making a bending wave loudspeaker comprising selecting a panel-form radiator and an electromechanical vibration exciter, coupling the exciter to the radiator to have a relationship between the electromechanical impedance of the vibration exciter and the mechanical impedance of the radiator useful to the operating bandwidth of the radiator, arranging the bending stiffness of the radiator to be in the range 0.001 to 1000 Nm, arranging the coupling between the exciter and the radiator to be such that a component of the applied energy results in compression waves in the radiator and providing the radiator with a break in mid-plane symmetry to cause acoustic radiation.
    • 一种弯曲波扬声器,包括面板式散热器和耦合到散热器的机电振动激励器,其中散热器的弯曲刚度在0.001至1000Nm的范围内,其中激励器和散热器之间的耦合使得组件 施加的能量导致散热器中的压缩波,并且其中散热器具有中间平面对称的断裂,导致声辐射。 一种制造弯曲波扬声器的方法,包括选择面板式散热器和机电振动激励器,将激励器耦合到散热器,以使振动激励器的机电阻抗与散热器的机械阻抗之间的关系对散热器有用, 散热器的带宽,将散热器的弯曲刚度设置在0.001至1000Nm范围内,将激励器和散热器之间的耦合布置成使得所施加的能量的分量导致散热器中的压缩波,并提供 散热器具有中间平面对称的中断,引起声辐射。
    • 50. 发明授权
    • Loudspeakers
    • 扬声器
    • US06278787B1
    • 2001-08-21
    • US09417052
    • 1999-10-13
    • Henry Azima
    • Henry Azima
    • H04R2500
    • H04R7/045G07F9/02H04R1/24H04R5/02H04R7/20H04R9/04H04R2499/15
    • A mid/high frequency loudspeaker drive unit comprising a stiff lightweight resonant panel form member, a housing to which the panel fog member is mounted, a resilient suspension connected between the edges of the panel form member and the housing, the arrangement being such that the housing and the panel for member together define a closed cavity, and an electrodynamic exciter for applying bending wave energy to the panel form member to cause it to resonate to produce an acoustic output, the exciter comprising a magnet assembly rigidly fixed to the housing and defining an annular gap, and a voice coil and coil former assembly disposed in the annular gap and rigidly fixed to the panel form member near to the geometric center thereof, wherein only the resilient suspension centers the voice coil and coil former assembly in the annular gap.
    • 一种中/高频扬声器驱动单元,包括刚性轻质谐振板形成部件,安装有面板雾部件的壳体,连接在面板形成部件的边缘与壳体之间的弹性悬架,该装置使得 壳体和用于构件的面板一起限定了一个闭合腔体,以及一个电动激励器,用于将弯曲波能量施加到面板形成部件,以使其共振以产生声学输出,激励器包括刚性地固定到壳体上的磁体组件, 环形间隙,以及设置在所述环形间隙中并且刚性地固定到所述面板模构件的音圈和线圈架组件,靠近其几何中心,其中只有弹性悬架将音圈和线圈架组件居中在环形间隙中。