ULTRASONIC FLAW DETECTION METHOD AND DEVICE
PROBLEM TO BE SOLVED: To provide an ultrasonic flaw detection method and device capable of precisely separating and detecting only flaw echo in case that the flaw echo is mixed with disturbance echo, and reducing a probable echo wrong detection. SOLUTION: This method comprises setting a trigger gate...
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| creator | SAKAMOTO HIROSHI MAKINO KAZUNARI YOUSO JIROU |
| description | PROBLEM TO BE SOLVED: To provide an ultrasonic flaw detection method and device capable of precisely separating and detecting only flaw echo in case that the flaw echo is mixed with disturbance echo, and reducing a probable echo wrong detection. SOLUTION: This method comprises setting a trigger gate start point TSby subtracting a certain value α-from the beam path length of echo from the surface of the smallest diameter (journal part 109) of a hollow axle 100, and setting a trigger gate end point TEby adding a certain value α+to the beam path length of echo from the surface of the largest diameter (wheel seat part 105) of the hollow axle 100. According to this method, even if an echo reflected by a flaw 105X (flaw echo) and an echo (disturbance echo) reflected by an uneven part (corner or round part) of an inner boss part 100X are detected in a mixed state in oblique flaw detection of the hollow axle 100, the flaw echo can be precisely separated and detected. COPYRIGHT: (C)2006,JPO&NCIPI |
| format | Patent |
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SOLUTION: This method comprises setting a trigger gate start point TSby subtracting a certain value α-from the beam path length of echo from the surface of the smallest diameter (journal part 109) of a hollow axle 100, and setting a trigger gate end point TEby adding a certain value α+to the beam path length of echo from the surface of the largest diameter (wheel seat part 105) of the hollow axle 100. According to this method, even if an echo reflected by a flaw 105X (flaw echo) and an echo (disturbance echo) reflected by an uneven part (corner or round part) of an inner boss part 100X are detected in a mixed state in oblique flaw detection of the hollow axle 100, the flaw echo can be precisely separated and detected. 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SOLUTION: This method comprises setting a trigger gate start point TSby subtracting a certain value α-from the beam path length of echo from the surface of the smallest diameter (journal part 109) of a hollow axle 100, and setting a trigger gate end point TEby adding a certain value α+to the beam path length of echo from the surface of the largest diameter (wheel seat part 105) of the hollow axle 100. According to this method, even if an echo reflected by a flaw 105X (flaw echo) and an echo (disturbance echo) reflected by an uneven part (corner or round part) of an inner boss part 100X are detected in a mixed state in oblique flaw detection of the hollow axle 100, the flaw echo can be precisely separated and detected. 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SOLUTION: This method comprises setting a trigger gate start point TSby subtracting a certain value α-from the beam path length of echo from the surface of the smallest diameter (journal part 109) of a hollow axle 100, and setting a trigger gate end point TEby adding a certain value α+to the beam path length of echo from the surface of the largest diameter (wheel seat part 105) of the hollow axle 100. According to this method, even if an echo reflected by a flaw 105X (flaw echo) and an echo (disturbance echo) reflected by an uneven part (corner or round part) of an inner boss part 100X are detected in a mixed state in oblique flaw detection of the hollow axle 100, the flaw echo can be precisely separated and detected. COPYRIGHT: (C)2006,JPO&NCIPI</abstract><edition>7</edition><oa>free_for_read</oa></addata></record> |
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| subjects | INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING PHYSICS TESTING |
| title | ULTRASONIC FLAW DETECTION METHOD AND DEVICE |
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