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    • 42. 发明授权
    • Method for adjustment of transducer position to compensate for ultrasonic testing beam alignment errors
    • 用于调整传感器位置以补偿超声波测试光束对准误差的方法
    • US06182494B2
    • 2001-02-06
    • US09406120
    • 1999-09-27
    • Francis Alexander ReedThomas James Batzinger
    • Francis Alexander ReedThomas James Batzinger
    • G01N2704
    • G01N29/30G01N29/221G01N29/223
    • A transducer position adjustment method, performed to compensate for initial ultrasonic beam alignment error, includes the steps of providing a manipulator of an ultrasonic immersion testing system having a pointing direction and supporting a transducer generating an ultrasonic beam, providing a calibration body defining a target thereon, immersing the transducer of the manipulator and the calibration body in a coupling fluid in an immersion tank of the system, setting the manipulator initially at a first position such that the pointing direction of the manipulator is aligned with the calibration body target at known coordinates, and adjusting the manipulator subsequently to a second position such that the ultrasonic beam of the transducer is brought into alignment with the calibration body target at the known coordinates for initiating an inspection of a test object after replacing the calibration body with the test object.
    • 执行用于补偿初始超声波束对准误差的换能器位置调整方法包括以下步骤:提供具有指向方向并支持产生超声波束的换能器的超声波浸没测试系统的操纵器,提供在其上定义目标的校准主体 将所述操纵器的传感器和所述校准体浸入到所述系统的浸没池中的耦合流体中,将所述操纵器最初设置在第一位置,使得所述操纵器的指向方向与所述校准体目标在已知坐标处对准, 以及随后将所述操纵器调整到第二位置,使得所述换能器的超声波束以所述已知坐标与所述校准体目标对准,以便在用所述测试对象替换所述校准体之后开始对所述测试对象的检查。