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    • 7. 发明授权
    • Composite autoclavable ultrasonic transducers and methods of making
    • 复合高压灭菌超声波换能器及其制造方法
    • US5844349A
    • 1998-12-01
    • US798561
    • 1997-02-11
    • Clyde G. OakleyStephen J. Douglas
    • Clyde G. OakleyStephen J. Douglas
    • B06B1/06H01L41/08
    • H01L41/37B06B1/064Y10T29/42
    • An improved composite ultrasonic transducer, and elements therefor, which may be made autoclavable, and a method of making these elements. A number of planar precursors comprising strips of piezoelectric ceramic material separated from one another by a polymer material are stacked one above another with the ceramic strips aligned with one another, and with electrical conductors disposed between each of the planar precursors. These precursors are then bonded to one another, to form a bonded assembly. The bonded assembly is then slit along parallel lines perpendicular to the direction of elongation of the ceramic strips, subdividing the strips into individual ceramic members and also subdividing the planar conductors, forming ribbon-like conductors extending between opposite sides of the array. The saw kerfs are filled with a hardening polymer material. The ribbon-like conductors reaching the edges of the assembly are then connected electrically in parallel, reducing the capacitance of the individual emitters. Criteria for selection of the materials of the ceramic members, the conductors, and other components of the transducer, and their relative proportions are given which allow the transducer to be steam-autoclavable.
    • 一种改进的复合超声波换能器及其元件,其可以进行高压灭菌,以及制造这些元件的方法。 包括通过聚合物材料彼此分离的压电陶瓷材料条的多个平面前体彼此层叠,陶瓷条彼此对准,并且电导体设置在每个平面前体之间。 然后将这些前体彼此结合,形成结合组件。 然后将粘合组件沿着垂直于陶瓷条的伸长方向的平行线切割,将条细分成单独的陶瓷构件,并且还划分平面导体,形成在阵列的相对侧之间延伸的带状导体。 锯切切屑填充有硬化聚合物材料。 到达组件边缘的带状导体然后并联电连接,从而减小各个发射器的电容。 给出用于选择陶瓷构件,导体和换能器的其它部件的材料的标准及其相对比例,其允许换能器被蒸汽高压灭菌。
    • 10. 发明授权
    • Methods of making composite ultrasonic transducers
    • 制作复合超声波换能器的方法
    • US6088894A
    • 2000-07-18
    • US192600
    • 1998-11-17
    • Clyde G. OakleyStephen J. Douglas
    • Clyde G. OakleyStephen J. Douglas
    • B06B1/06H01L41/22
    • H01L41/37B06B1/064Y10T29/42
    • An improved composite ultrasonic transducer, and elements therefor, which may be made autoclavable, and a method of making these elements. A number of planar precursors comprising strips of piezoelectric ceramic material separated from one another by a polymer material are stacked one above another with the ceramic strips aligned with one another, and with electrical conductors disposed between each of the planar precursors. These precursors are then bonded to one another, to form a bonded assembly. The bonded assembly is then slit along parallel lines perpendicular to the direction of elongation of the ceramic strips, subdividing the strips into individual ceramic members and also subdividing the planar conductors, forming ribbon-like conductors extending between opposite sides of the array. The saw kerfs are filled with a hardening polymer material. The ribbon-like conductors reaching the edges of the assembly are then connected electrically in parallel, reducing the capacitance of the individual emitters. Criteria for selection of the materials of the ceramic members, the conductors, and other components of the transducer, and their relative proportions are given which allow the transducer to be steam-autoclavable.
    • 一种改进的复合超声波换能器及其元件,其可以进行高压灭菌,以及制造这些元件的方法。 包括通过聚合物材料彼此分离的压电陶瓷材料条的多个平面前体彼此层叠,陶瓷条彼此对准,并且电导体设置在每个平面前体之间。 然后将这些前体彼此结合,形成结合组件。 然后将粘合组件沿着垂直于陶瓷条的伸长方向的平行线切割,将条细分成单独的陶瓷构件,并且还划分平面导体,形成在阵列的相对侧之间延伸的带状导体。 锯切切屑填充有硬化聚合物材料。 到达组件边缘的带状导体然后并联电连接,从而减小各个发射器的电容。 给出用于选择陶瓷构件,导体和换能器的其它部件的材料的标准及其相对比例,其允许换能器被蒸汽高压灭菌。