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    • 4. 发明授权
    • Method and apparatus for ultrasonic imaging
    • 超声成像的方法和装置
    • US06780157B2
    • 2004-08-24
    • US10174412
    • 2002-06-18
    • Douglas N. StephensMatthew O'Donnell
    • Douglas N. StephensMatthew O'Donnell
    • A61B814
    • B06B1/0633A61B8/12A61B8/445A61B8/4488Y10T29/42
    • An ultrasound transducer array (408) includes at least one transducer element (412) having a first (604) and second (606) portions separated by an acoustical discontinuity (520). The first portion (604) has the desired length to form a half-wave k31 resonance, while the second portion (606) has a resonant length for an undesired very low frequency out-of-band k31 resonance. The thickness of the transducer element (412) is designed for k33 half-resonance. Given the design, the transducer element (412) can operate and provide for both forward-looking (514) and side looking (512) elevation apertures. A method is also disclosed for using the disclosed ultrasound transducer (412) in ultrasound imaging.
    • 超声换能器阵列(408)包括至少一个换能器元件(412),该换能器元件具有由声学不连续性(520)隔开的第一(604)和第二(606)部分。 第一部分(604)具有期望的长度以形成半波k31谐振,而第二部分(606)具有用于不期望的非常低频带外k31谐振的谐振长度。 换能器元件(412)的厚度被设计用于k33半共振。 考虑到设计,换能器元件(412)可以操作并提供前视(514)和侧视(512)仰角孔。 还公开了在超声成像中使用所公开的超声换能器(412)的方法。
    • 10. 发明授权
    • Method and apparatus for ultrasonic imaging
    • 超声成像的方法和装置
    • US06457365B1
    • 2002-10-01
    • US09501106
    • 2000-02-09
    • Douglas N. StephensMatthew O'Donnell
    • Douglas N. StephensMatthew O'Donnell
    • G01N2924
    • B06B1/0633A61B8/12A61B8/445A61B8/4488Y10T29/42
    • An ultrasound transducer array (408) includes at least one transducer element (412) having a first (604) and second (606) portions separated by an acoustical discontinuity (520). The first portion (604) has the desired length to form a half-wave k31 resonance, while the second portion (606) has a resonant length for an undesired very low frequency out-of-band k31 resonance. The thickness of the transducer element (412) is designed for k33 half-resonance. Given the design, the transducer element (412) can operate and provide for both forward-looking (514) and side looking (512) elevation apertures. A method is also disclosed for using the disclosed ultrasound transducer (412) in ultrasound imaging.
    • 超声换能器阵列(408)包括至少一个换能器元件(412),该换能器元件具有由声学不连续性(520)隔开的第一(604)和第二(606)部分。 第一部分(604)具有期望的长度以形成半波k31谐振,而第二部分(606)具有用于不期望的非常低频带外k31谐振的谐振长度。 换能器元件(412)的厚度被设计用于k33半共振。 考虑到设计,换能器元件(412)可以操作并提供前视(514)和侧视(512)仰角孔。 还公开了在超声成像中使用所公开的超声换能器(412)的方法。