首页> 外国专利> Ultrasonic flaw detection test method incorporating the surface shape identification processing of the ultrasonic flaw detection test body, ultrasonic testing equipment and ultrasonic flaw detection test program

Ultrasonic flaw detection test method incorporating the surface shape identification processing of the ultrasonic flaw detection test body, ultrasonic testing equipment and ultrasonic flaw detection test program

机译:结合了超声波探伤试验体的表面形状识别处理的超声波探伤试验方法,超声波探伤设备以及超声波探伤试验程序

摘要

PROBLEM TO BE SOLVED: To provide a method for identifying the surface profile of a test body, without an additional mechanism to an ultrasonic flaw detection test device.;SOLUTION: An array probe 11 is disposed on the surface (12a and 12b) of a test body 12 having a shape change part with a changed surface profile through a medium 23 which allows the shape to be changed along the surface profile of the test body 12, so that electronic linear scanning is performed using the array probe 11 without control of delay time (step 1). Aperture synthesis using electronic linear scanning results creates a picture of a flaw detection area, so that a brightness value for each picture element is obtained (step 2). The picture element having a maximum brightness value is found for each picture element number in the scanning direction of the electronic linear scanning (step 3). The position of the picture element is determined to be the surface position of the test body 12, so that the surface profile of the test body 12 is identified (step 3).;COPYRIGHT: (C)2013,JPO&INPIT
机译:要解决的问题:提供一种用于识别测试体的表面轮廓的方法,而无需使用超声波探伤检测设备的附加机制。解决方案:阵列探头11置于探头的表面(12a和12b)上具有通过介质23改变表面轮廓的形状改变部分的测试体12,该介质允许沿着测试体12的表面轮廓改变形状,从而使用阵列探针11执行电子线性扫描而没有延迟的控制时间(第1步)。利用电子线性扫描结果进行的光圈合成产生了缺陷检测区域的图像,从而获得了每个图像元素的亮度值(步骤2)。对于在电子线性扫描的扫描方向上的每个像素编号,找到具有最大亮度值的像素(步骤3)。将像素的位置确定为测试体12的表面位置,以便识别测试体12的表面轮廓(步骤3)。;版权所有:(C)2013,JPO&INPIT

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