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    • 3. 发明专利
    • Driving device for piping
    • 用于管道的驱动装置
    • JPS61140857A
    • 1986-06-27
    • JP26279484
    • 1984-12-14
    • Hitachi Eng Co LtdHitachi Ltd
    • MATSUSHIMA MITSUHIRONAKADA AKIRAKURIHARA KENICHITAKAKU KAZUO
    • G01N29/04B23Q9/00G01N29/265
    • B23Q9/0021G01N29/265
    • PURPOSE:To reduce the height from a body to be detected and to increase the ratio of piping flaw detection application by running a driving device along a track flank. CONSTITUTION:A driving pinion 24 is rotated by the motor built in the driving device having a probe 16 to drive the flank of a track 15 fitted to the outer periphery of the body to be detected having a weld zone 8 in engagement with a rack, and it runs in the peripheral direction of the body 1 to be detected under the guidance of guide rollers 21a and 21b. The probe 16 scans in the axial direction of the body 1 to be detected under the guidance of a slide bar 8 by being driven by a ball screw 19 to which the rotation of the motor is transmitted. Air is sent to an air cylinder 17 to press the probe 16 against the body 1 to be detected. An arm 25b is pressed to fit the guide roller 21b to the track 15.
    • 目的:减少要检测的身体的高度,并通过沿着导轨侧面运行驱动装置来增加管道缺陷检测应用的比例。 构成:驱动小齿轮24由内置在具有探头16的驱动装置中的马达旋转,以驱动安装在待检测体的外周的轨道15的侧面,该侧面具有与齿条接合的焊接区8, 并且在引导辊21a和21b的引导下沿主体1的周向延伸以被检测。 探针16通过由传动电动机的旋转的滚珠丝杠19驱动而在滑杆8的引导下在主体1的轴向上进行扫描。 空气被送到气缸17,将探头16按压到被检体1上。 按压臂25b使引导辊21b与轨道15相配合。
    • 9. 发明专利
    • Spherical static pressure type ultrasonic probe
    • 球形静压式超声波探头
    • JPS5931448A
    • 1984-02-20
    • JP14115682
    • 1982-08-16
    • Hitachi Eng Co LtdHitachi Ltd
    • AKASU AKIRANAKADA AKIRAKANDA KIMIONAKANO YUTAKA
    • G01N29/26G01N29/28
    • G01N29/28
    • PURPOSE:To stabilize the contacting of an ultrasonic probe and to improve its precision by using a spherical bearing which uses fluid as a contacting medium for an ultrasonic probe rotating and pressing mechanism for allowing the ultrasonic probe to imitate an object surface. CONSTITUTION:The spherical bearing 8 which uses the fluid as the contacting medium is used for the ultrasonic probe rotating and pressing mechanism which allows the ultrasonic probe 7 to imitate on the surface of an object 6. In this case, the fluid as the contacting medium is supplied from a contacting medium intake 10 to the object surface through a feed water opening 12, the spherical bearing, and supply openings 13 and 13'. This constitution stabilizes the contacting of the ultrasonic probe and provides precise ultrasonic flaw detection.
    • 目的:为了稳定超声波探头的接触并通过使用使用流体作为用于超声波探头旋转和按压机构的接触介质的球形轴承来提高其精度,以允许超声波探头模仿物体表面。 构成:使用流体作为接触介质的球面轴承8用于超声波探头旋转和按压机构,其允许超声波探头7模仿物体6的表面。在这种情况下,作为接触介质的流体 通过供水口12,球面轴承和供应开口13和13'从接触介质入口10供应到物体表面。 该结构使超声波探头的接触稳定,并提供精确的超声波探伤。
    • 10. 发明专利
    • Ultrasonic flaw detector
    • 超声波检测仪
    • JPS58180945A
    • 1983-10-22
    • JP6229982
    • 1982-04-16
    • Hitachi Eng Co LtdHitachi Ltd
    • AKASU AKIRAHOSONO TATSUKUMANAKADA AKIRAKANDA KIMIONARUSE AKISUKE
    • G01N29/04B23Q9/00G01N29/265
    • G01N29/265B23Q9/0021G01N2291/02854
    • PURPOSE:To enable ultrasonic flaw detecting in good efficiency and preciseness, by a method wherein an ultrasonic probe is held by a gimbal and this gimbal is supported in a freely accessible manner along a direction pressing the ultrasonic probe to the outer surface of a nozzle. CONSTITUTION:An ultrasonic probe 2 is held by a gimbal 3 while this gimbal 3 is supported by a support member 6 in a freely accessible manner along a direction pressing the probe 2 to the outer surface 1 of a nozzle. That is, for example, an air cylinder is used as this support member 6 and, therefor, the gimbal 3 is made freely accessible to a doubled arrow A, A' (a direction along the pressing direction of the probe 2). By this constitution as mentioned above, the ultrasonic probe can be scanned so as to be stably pressed to the outer surface of the nozzle in an almost vertical direction and ultrasonic detection can be carried out in good efficiency and preciseness.
    • 目的:为了使超声波探伤的效率和精确度得以实现,其中超声波探头被万向架保持,并且该万向架沿着将超声波探头压向喷嘴的外表面的方向以可自由方式的方式被支撑。 构成:超声波探头2被万向节3保持,而这个万向节3由沿着将探头2压向喷嘴的外表面1的方向以可自由存取的方式由支撑构件6支撑。 也就是说,例如,使用气缸作为该支撑构件6,并且因此,万向口3可以由双箭头A,A'(沿着探针2的按压方向的方向)自由地接近。 通过如上所述的结构,可以扫描超声波探头,以便在几乎垂直的方向上稳定地按压到喷嘴的外表面,并且可以以高效率和精确的方式进行超声波检测。