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    • 3. 发明授权
    • Irradiation device for material test using gamma ray from spent nuclear fuel assembly
    • 用于使用来自乏核燃料组件的γ射线进行材料测试的照射装置
    • US08670516B2
    • 2014-03-11
    • US11754050
    • 2007-05-25
    • Il Je ChoEun Pyo LeeDong Hak KookKie Chan KwonWon Kyung LeeJeong Hoe KuWon Myung ChoungGil Sung YouJi Sup Yoon
    • Il Je ChoEun Pyo LeeDong Hak KookKie Chan KwonWon Kyung LeeJeong Hoe KuWon Myung ChoungGil Sung YouJi Sup Yoon
    • G21C17/00
    • G21K1/025G21G4/06G21K5/02G21K5/10
    • The present invention relates to an irradiation device for material test using a gamma ray radiated from a spent nuclear fuel assembly and provides the irradiation device for material test using a gamma ray radiated from a spent nuclear fuel assembly wherein an irradiation device for material test to achieve a radiation effect evaluation is manufactured to be movable upward, downward and horizontally in order to study the hardening phenomenon of the frail materials to the radiation among the atomic power facilities using a gamma ray radiated from a spent nuclear fuel assembly, thereby it is possible to adjust a position of the spent nuclear fuel used for material test using a gamma ray radiated from a spent nuclear fuel and a test material, identify a distance between the spent nuclear fuel and the test material easily with a scale and evaluate the radiation effects on the materials used at facilities handling a spent nuclear fuel under the same situation as they are really exposed. Further the present invention comprises a support constructed vertically; a vertical moving table which is capable of moving upward and downward connected with a proper position of the support; a moving device for moving said vertical moving table upward and downward; a horizontal moving table which is capable of moving horizontally placed on the vertical moving table; a horizontal moving bar which is capable of moving horizontally placed on the vertical moving table; and a driving device for driving the horizontal moving table and the horizontal moving bar horizontally.
    • 本发明涉及一种使用从废核燃料组件辐射的伽马射线进行材料试验的照射装置,并提供使用从废核燃料组件辐射的伽马射线进行材料试验的照射装置,其中用于材料试验的照射装置实现 制造辐射效应评价可向上,向下和水平移动,以便使用从废核燃料组件辐射的γ射线研究原子能设施中的体弱材料对辐射的硬化现象,从而可以 使用从废核燃料和测试材料辐射的伽马射线调整用于材料测试的乏核燃料的位置,轻轻地用刻度确定废核燃料和测试材料之间的距离,并评估辐射对 在处理与其真正暴露的相同情况下使用乏燃料的设施所用的材料。 此外,本发明包括垂直构造的支撑件; 能够与支撑体的适当位置上下移动的垂直移动台; 用于向上和向下移动所述垂直移动台的移动装置; 水平移动台,其能够水平地移动放置在垂直移动台上; 水平移动杆,其能够水平地移动放置在垂直移动台上; 以及用于水平地驱动水平移动台和水平移动杆的驱动装置。
    • 6. 发明授权
    • Telescopic servomanipulator coupling/decoupling apparatus
    • 伸缩式伺服器耦合/解耦装置
    • US07794171B2
    • 2010-09-14
    • US11819654
    • 2007-06-28
    • Byung Suk ParkJong Kwang LeeHyo Jik LeeDong Hee HongJi Sup Yoon
    • Byung Suk ParkJong Kwang LeeHyo Jik LeeDong Hee HongJi Sup Yoon
    • F16D1/00
    • B25J3/04B25J9/026B25J15/04B25J18/025Y10T74/20305Y10T403/7007Y10T403/7015
    • A system applicable to a bridge transporter telescopic servomanipulator, is provided. The bridge transporter telescopic servomanipulator is used for performing operation and maintenance of process equipments in a working environment having a possibility of radiation exposure. The system can be coupled/decoupled by including a coupling device in a telescopic transfer device and a servomanipulator, and can manipulate an ascending/descending device of the servomanipulator in a remote area without direct access by a worker. The coupling/decoupling device includes a first coupling plate and a second coupling plate, the first coupling plate being provided on a lower portion of the telescopic transfer device, and the second coupling plate being provided on an upper portion of the servomanipulator. While coupling protrusions are inserted into coupling holes being formed on the first coupling plate, position and orientation between a master servomanipulator and a slave servomanipulator correspond to each other, and the servomanipulator can be coupled with the telescopic transfer device since the coupling protrusions are fixed by rotating a rotation plate being provided on the second coupling plate.
    • 提供了一种适用于桥式运输机伸缩式伺服机械手的系统。 桥式运输机伸缩式伺服操纵器用于在具有辐射可能性的工作环境中对工艺设备进行操作和维护。 该系统可以通过在伸缩式传送装置和伺服操纵器中包括耦合装置来耦合/解耦,并且可以在远程区域中操纵伺服操纵器的上升/下降装置,而无需工作人员直接访问。 联接/解耦装置包括第一联接板和第二联接板,第一联接板设置在伸缩传送装置的下部,第二联接板设置在伺服操纵器的上部。 当联接突起插入到形成在第一联接板上的联接孔中时,主伺服操纵器和从动伺服操纵器之间的位置和方向彼此对应,并且伺服操纵器可以与伸缩传送装置联接,因为联接突起被 旋转设置在第二联接板上的旋转板。
    • 7. 发明申请
    • Telescopic servomanipulator coupling/decoupling apparatus
    • 伸缩式伺服器耦合/解耦装置
    • US20080042432A1
    • 2008-02-21
    • US11819654
    • 2007-06-28
    • Byung Suk ParkJong Kwang LeeHyo Jik LeeDong Hee HongJi Sup Yoon
    • Byung Suk ParkJong Kwang LeeHyo Jik LeeDong Hee HongJi Sup Yoon
    • F16L39/00
    • B25J3/04B25J9/026B25J15/04B25J18/025Y10T74/20305Y10T403/7007Y10T403/7015
    • A system applicable to a bridge transporter telescopic servomanipulator, is provided. The bridge transporter telescopic servomanipulator is used for performing operation and maintenance of process equipments in a working environment having a possibility of radiation exposure. The system can be coupled/decoupled by including a coupling device in a telescopic transfer device and a servomanipulator, and can manipulate an ascending/descending device of the servomanipulator in a remote area without direct access by a worker. The coupling/decoupling device includes a first coupling plate and a second coupling plate, the first coupling plate being provided on a lower portion of the telescopic transfer device, and the second coupling plate being provided on an upper portion of the servomanipulator. While coupling protrusions are inserted into coupling holes being formed on the first coupling plate, position and orientation between a master servomanipulator and a slave servomanipulator correspond to each other, and the servomanipulator can be coupled with the telescopic transfer device since the coupling protrusions are fixed by rotating a rotation plate being provided on the second coupling plate.
    • 提供了一种适用于桥式运输机伸缩式伺服机械手的系统。 桥式运输机伸缩式伺服操纵器用于在具有辐射可能性的工作环境中对工艺设备进行操作和维护。 该系统可以通过在伸缩式传送装置和伺服操纵器中包括耦合装置来耦合/解耦,并且可以在远程区域中操纵伺服操纵器的上升/下降装置,而无需工作人员直接访问。 联接/解耦装置包括第一联接板和第二联接板,第一联接板设置在伸缩传送装置的下部,第二联接板设置在伺服操纵器的上部。 当联接突起插入到形成在第一联接板上的联接孔中时,主伺服操纵器和从动伺服操纵器之间的位置和方向彼此对应,并且伺服操纵器可以与伸缩传送装置联接,因为联接突起被 旋转设置在第二联接板上的旋转板。
    • 8. 发明申请
    • CABLE-DRIVEN MANIPULATOR
    • 电缆驱动操纵器
    • US20090148263A1
    • 2009-06-11
    • US12328792
    • 2008-12-05
    • Jong Kwang LeeChang Hwan ChoiKwang Ho YoonHyo Jik LeeByung Suk ParkJi Sup Yoon
    • Jong Kwang LeeChang Hwan ChoiKwang Ho YoonHyo Jik LeeByung Suk ParkJi Sup Yoon
    • B66C3/14B66C3/06
    • B25J9/1045Y10T74/20323
    • The present invention discloses a cable-driven manipulator comprising an operating unit having a drive motor, and a pulley rotated by the drive motor. An upper arm is coupled, through a joint, to one side of the operating unit. A forearm coupled, through a joint, to the other side of the upper arm by the cable. A gripper of an end effector operably coupled to the forearm, a cable compensation device is installed between the upper arm and the forearm so as to maintain constant the length of the cable that transmits the power of the operating unit to the end effector during the pivoting of the forearm. It is thus possible to prevent the variation of tensile force due to the variation of the length of the cable for operating the end effector during the pivoting of the forearm or the unintended malfunction of the end effector.
    • 本发明公开了一种电缆驱动的操纵器,其包括具有驱动马达的操作单元和由驱动马达旋转的滑轮。 上臂通过接头联接到操作单元的一侧。 前臂通过电缆连接到上臂的另一侧。 可操作地联接到前臂的末端执行器的夹持器,电缆补偿装置安装在上臂和前臂之间,以便在枢转期间保持将操作单元的动力传递到末端执行器的电缆的长度恒定 的前臂。 因此,可以防止在前臂枢转期间用于操作末端执行器的电缆的长度变化引起的拉力的变化或端部执行器的意外故障。
    • 9. 发明授权
    • Cable-driven manipulator
    • 电缆驱动机械手
    • US08083460B2
    • 2011-12-27
    • US12328792
    • 2008-12-05
    • Jong Kwang LeeChang Hwan ChoiKwang Ho YoonHyo Jik LeeByung Suk ParkJi Sup Yoon
    • Jong Kwang LeeChang Hwan ChoiKwang Ho YoonHyo Jik LeeByung Suk ParkJi Sup Yoon
    • B25J13/00
    • B25J9/1045Y10T74/20323
    • The present invention discloses a cable-driven manipulator comprising an operating unit having a drive motor, and a pulley rotated by the drive motor. An upper arm is coupled, through a joint, to one side of the operating unit. A forearm coupled, through a joint, to the other side of the upper arm by the cable. A gripper of an end effector operably coupled to the forearm, a cable compensation device is installed between the upper arm and the forearm so as to maintain constant the length of the cable that transmits the power of the operating unit to the end effector during the pivoting of the forearm. It is thus possible to prevent the variation of tensile force due to the variation of the length of the cable for operating the end effector during the pivoting of the forearm or the unintended malfunction of the end effector.
    • 本发明公开了一种电缆驱动的操纵器,其包括具有驱动马达的操作单元和由驱动马达旋转的滑轮。 上臂通过接头联接到操作单元的一侧。 前臂通过电缆连接到上臂的另一侧。 可操作地联接到前臂的末端执行器的夹持器,电缆补偿装置安装在上臂和前臂之间,以便在枢转期间保持将操作单元的动力传递到末端执行器的电缆的长度恒定 的前臂。 因此,可以防止在前臂枢转期间用于操作末端执行器的电缆的长度变化引起的拉力的变化或端部执行器的意外故障。