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Ultrasonic probe, ultrasonic measurement equipment, and ultrasonic thickness measuring method

机译:超声波探头,超声波测量设备和超声波厚度测量方法

摘要

PROBLEM TO BE SOLVED: To prevent the discharge of water, to prevent restriction of a distance between a reception element and uneveness surface of a body to be measured and to prevent the existence of a material stuck to a surface from impairing the reliability of a measurement value.;SOLUTION: Bodies 1 and 2, incorporating the reception element 5 receiving an ultrasonic wave, have a space 8 storing liquid, whose conductivity of the ultrasonic wave is high in the inside. A sealing film 13 closing the space is formed at the tip face of a body 2. The sealing film 13 confines liquid. The reception element 5 is arranged so that a position can be changed freely, and the restriction of the thickness of the body being the object of measuring is relieved. Reflectance is amplified by a log amplifier, and a fine structure spectrum immediately after the rise of a waveform is separated and can be detected. Thus, the existence of the stuck material can be detected.;COPYRIGHT: (C)2001,JPO
机译:解决的问题:为了防止水的流出,防止接收元件与被测量物体的凹凸不平表面之间的距离受到限制,并防止粘附在表面上的物质的存在损害测量的可靠性。解决方案:包含接收超声波的接收元件5的主体1和2具有空间8,该空间存储液体,其内部的超声波电导率较高。封闭空间的密封膜13形成在主体2的末端表面。密封膜13限制液体。接收元件5被布置成使得位置可以自由改变,并且减轻了作为测量对象的主体的厚度的限制。通过对数放大器放大反射率,并且可以分离并检测出波形上升后的精细结构光谱。因此,可以检测到粘附材料的存在。;版权所有:(C)2001,JPO

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