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    • 11. 发明专利
    • Ultrasonic flaw detector
    • 超声波检测仪
    • JPS5956157A
    • 1984-03-31
    • JP16644982
    • 1982-09-27
    • Hitachi Eng Co LtdHitachi Ltd
    • TAKAKU KAZUONARUSE AKISUKENAKANO YUTAKAASANO KUNITAKA
    • G01N29/04G01N29/265
    • G01N29/265G01N2291/2695
    • PURPOSE:To perform flaw detection by the same ultrasonic flaw detector even when there is some difference in level between a guide rail attachment position and a flaw detection position, by allowing a probe holder held by an arm attached to a driver to slide vertically. CONSTITUTION:The ultrasonic flaw detector consisting of the driver 5 and the probe holder 7 holding the arm 4 and probe 3 performs flow detection along the girth weld line 10 between a pressure container nozzle 8 and a safe end 9. At this time, it is necessary to attach a guide rail 2 to a tube body 1 by the structure at the flaw detection position, so the probe holder 7 has the structure capable of absorbing the difference in level due to the difference in tube diameter between the tube body 1 and nozzle side 8. The probe holder 7 is fitted to the arm holding part 11 through a set screw 12 and a slide hole 13 is formed in the probe holder 7 to make a height adjustment freely.
    • 目的:即使在导轨安装位置与探伤位置之间存在一定程度的差异的情况下,也可以通过同一个超声波探伤仪进行探伤,通过使连接到驾驶员的手臂保持的探头支架垂直滑动。 构成:由驱动器5和保持臂4和探头3的探针支架7组成的超声波探伤仪在压力容器喷嘴8和安全端9之间沿着环形焊接线10进行流量检测。此时, 需要通过在探伤位置处的结构将导轨2附接到管体1,因此探针保持器7具有能够吸收由于管体1和喷嘴之间的管直径的差异而导致的水平差异的结构 探头保持器7通过固定螺钉12装配到臂保持部11,并且在探针保持器7中形成滑动孔13以自由地进行高度调节。
    • 12. 发明专利
    • Pulley type cable treatment
    • PULLEY型电缆处理
    • JPS5935137A
    • 1984-02-25
    • JP14463682
    • 1982-08-23
    • Hitachi Eng Co LtdHitachi Ltd
    • MATSUSHIMA MITSUHIRONARUSE AKISUKENAKANO YUTAKAKIMURA YUTAKA
    • G21C17/003G01N29/04G01N29/265
    • G01N29/265G01N2291/2695
    • PURPOSE:To facilitate the following of the action of a driver along with a simple construction by arranging a pulley adapted to allow free delivery of a cable connected to a probe driver to eliminate the human intervention in the cable treatment. CONSTITUTION:A cable 2 connected to a driver 1 passes through a fixed pulley 3 provided at the upper end of a rail 5 with a support plate 4. This cable 2 passes through a mobile pulley 7 moving on a guide pole 8 supported with supports 10 and 11 mounted on a shield wall 14 of a nuclear reactor near a pressure vessel thereof, temporarily fastened on a fixed pulley 12 mounted at the upper end of said wall 14 with a fixing base 13 and then, connected to an equipment. As the driver 1 moves on the rail 5 for automatic flaw inspection of the pressure vessel of a nuclear reactor, the cable 2 is pulled simultaneously. Since the cable 2 is temporarily fixed on the fixed pulley 12, a force intended to feed a necessary length works on the pulley 7 to move it on the guide pole 8 whereby the cable is delivered by the necessary length.
    • 目的:为了方便以下驾驶员的操作以及简单的结构,通过布置滑轮,其适于允许自由地传送连接到探针驱动器的电缆,以消除电缆治疗中的人为干预。 构成:连接到驱动器1的电缆2穿过设置在轨道5的上端的固定皮带轮3,其具有支撑板4.该电缆2穿过在由支撑件10支撑的导杆8上移动的可动皮带轮7 和11安装在靠近其压力容器的核反应堆的屏蔽壁14上,并用固定基座13暂时固定在安装在所述壁14的上端的固定滑轮12上,然后连接到设备。 当驱动器1在轨道5上移动以对核反应堆的压力容器进行自动探伤时,电缆2被同时拉动。 由于电缆2临时固定在固定皮带轮12上,所以用于进给所需长度的力作用在滑轮7上,以便在导向柱8上移动,由此电缆被输送所需的长度。
    • 13. 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。
    • 14. 发明专利
    • Ultrasonic flaw detector
    • 超声波检测仪
    • JPS593350A
    • 1984-01-10
    • JP11169382
    • 1982-06-30
    • Hitachi Eng Co LtdHitachi Ltd
    • KANDA KIMIOKAKINUMA YUKIOKABUKI MIKITONAKAJIMA HIROMICHIAKASU AKIRANAKANO YUTAKA
    • G01N29/04G01N29/22
    • G01N29/22
    • PURPOSE:To improve mobility, expansibility and proximity, by installing a field apparatus indoors and a data recorder and a data processor outdoors and connecting the same respectively by means of cables. CONSTITUTION:A field apparatus A in a building coolects the data of an object to be examined and feeds the data with a cable 6 of B connecting the indoor apparatus and the outdoor apparatus. A data collector C is installed outdoors, is stored in a movable containing vessel and is installed after it is moved up to the cable position near the building. The recorder C connected to the apparatus A by the cable B is remotely operated to record the data on the side for flaw detection. A data processor D is an apparatus to be installed outdoors, is stored in another containing vessel apart further from the building, analyzes the data stored in the recorder C and outputs the same as an analysis chart and table. The recorder C is disconnected of the cable B upon ending of the ultrasonic flaw detecting operation and is moved again to the place apart from the building for storage.
    • 目的:通过室内安装现场设备和户外数据记录器和数据处理器,通过电缆分别连接,从而提高移动性,可扩展性和接近性。 构成:建筑物中的现场设备A包含被检查物体的数据,并使用连接室内机和室外机的B的电缆6进行数据馈送。 数据采集​​器C安装在室外,储存在可移动的容纳容器中,并在其移动到建筑物附近的电缆位置之前被安装。 通过电缆B连接到装置A的记录器C被远程操作以在侧面记录数据用于缺陷检测。 数据处理器D是要安装在室外的装置,被存储在距离建筑物更远的另一容纳容器中,分析存储在记录器C中的数据,并将其作为分析图和表输出。 记录器C在超声波探伤操作结束时与电缆B断开连接,并且再次移动到与建筑物隔开的地方进行存储。
    • 20. 发明专利
    • MANIPULATOR
    • JPH02160483A
    • 1990-06-20
    • JP31387988
    • 1988-12-14
    • HITACHI LTD
    • NAKANO YUTAKASUGIYAMA SAKAE
    • B25J5/00B25J5/02
    • PURPOSE:To facilitate the fitting and removal of a manipulator onto an existing monorail by using the telescopic mechanism of a manipulator main body and the telescopic mechanism of a mobile truck. CONSTITUTION:A manipulator 4 is mounted on the mobile truck 5 equipped with the mechanism 6 expandable in the lower and upper directions of a pantagraph mechanism, etc., and carried to the instrument chamber in which a work object is installed. Then, the expansion mechanism 2 of the manipulator 4 and movile truck 5 is extended to the upper part respectively and the manipulator moving mechanism 1 of the manipulator 2 upper part is approached to the monorail 9 located at the instrument chamber ceiling part. In this case, the manipulator moving mechanism 1 has an instant fitting mechanism and so the manipulator 4 can easily be fitted to the monorail 4 of the ceiling part of the instrument chamber by extending to the upper part the expansion mechanism 2 of the mobile truck 5 and manipulator 4.