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    • 43. 发明授权
    • 원격 원자로압력용기 해체방법
    • 反应堆船的远程拆除方法
    • KR101410766B1
    • 2014-06-25
    • KR1020120123735
    • 2012-11-02
    • 한국원자력연구원한국수력원자력 주식회사
    • 현동준문제권최병선정관성김근호
    • G21C19/19
    • 본 발명은 크레인 등에 의해 이송된 매니퓰레이터의 기준 위치가 변하더라도 절단대상을 3D로 스캐닝하여 매니퓰레이터의 기준위치를 재설정하여, 작업자가 지시한 위치를 자동으로로 절단 경로를 계산하여 절단장비를 정확하게 이송할 수 있는 원격 원자로압력용기 해체방법에 관한 것으로, 원격절단 매니퓰레이터에 설치되는 2D스캐너의 위치를 초기화하는 2D스캐너 초기화단계; 상기 2D스캐너에 의해 절단대상물을 스캔하는 스캔단계; 상기 2D스캐너를 틸팅하는 틸팅단계; 상기 2D스캐너의 모든 스캔 영역의 스캔이 완료될 때까지 상기 스캔단계와 틸팅단계를 반복하여 3D데이터의 획득을 확인하는 3D스캔완료 확인단계; 3D데이터를 통해 매니퓰레이터의 원점위치를 보정하는 원점보정단계; 보정된 원점위치를 기준으로 매니퓰레이터의 엔드이펙터의 위치를 보정하는 엔드이펙터 위치보정단계; 엔드이펙터에 대한 절단대상물의 상대위치를 보정하는 절단대상물 위치보정단계; 보정데이터의 공급여부를 확인하는 보정데이터 확인단계; 보정데이터가 없는 경우 매니퓰레이터의 운동궤적을 결정하는 궤적입력단계; 및 결정된 운동궤적에 따라 상기 매니퓰레이터를 구동시키는 구동단계를 포함한다.
    • 本发明涉及一种用于通过改变由起重机等传送的操纵器的基准位置来改变三维扫描切割目标的步骤,用于远程拆卸核反应堆的压力容器的方法,将参考位置 自动计算到由操作者指定的位置的切割路径,并精确地传送切割装置。 该方法包括:二维扫描仪初始化步骤,初始化安装在远程切割操纵器中的二维扫描器的位置; 使用二维扫描仪扫描切割目标的扫描步骤; 倾斜所述二维扫描器的倾斜步骤; 完成扫描步骤和倾斜步骤的三维扫描完成检查步骤,直到使用二维扫描仪的所有扫描区域的扫描完成并检查三维数据的获取; 零点校正步骤,使用三维数据校正操纵器的零点的位置; 末端执行器位置校正步骤,基于所述零点的校正位置校正所述操纵器的所述端部效果器的位置; 切割目标位置校正步骤,用于校正切割目标相对于末端执行器的相对位置; 校正数据检查步骤,从外部检查校正数据; 如果没有校正数据,则确定所述操纵器的移动轨迹的轨迹输入步骤; 以及根据确定的移动轨迹驱动操纵器的驱动步骤。
    • 44. 发明公开
    • 원격 원자로압력용기 해체방법
    • 用于反应器船的远程拆除方法
    • KR1020140057075A
    • 2014-05-12
    • KR1020120123735
    • 2012-11-02
    • 한국원자력연구원한국수력원자력 주식회사
    • 현동준문제권최병선정관성김근호
    • G21C19/19
    • G21C19/36G21D1/003Y02E30/40Y02W30/881
    • The present invention relates to a method for remotely dismantling a pressure container for a nuclear reactor by, even if the reference position of a manipulator which is transferred by a crane or others is changed, scanning a cutting target in three dimensions, resetting the reference position of the manipulator, automatically calculating the cutting path to the position designated by an operator, and accurately transferring a cutting device. The method includes: a two-dimensional scanner initialization step of initializing the position of a two-dimensional scanner installed in a remote cutting manipulator; a scanning step of scanning a cutting target using the two-dimensional scanner; a tilting step of tilting the two-dimensional scanner; a three-dimensional scanning completion check step of repeating the scanning step and the tilting step until scanning of all the scan areas using the two-dimensional scanner is completed and checking acquisition of three-dimensional data; a zero point correction step of correcting the position of the zero point of the manipulator using the three-dimensional data; an end effector position correction step of correcting the position of the end effecctor of the manipulator based on the corrected position of the zero point; a cutting target position correction step of correcting the relative position of the cutting target to the end effector; a correction data check step of checking if corrected data is provided from the outside; a trajectory input step of, if no correction data, determining the moving trajectory of the manipulator; and a driving step of driving the manipulator according to the determined moving trajectory.
    • 本发明涉及一种用于通过改变由起重机等传送的操纵器的基准位置来改变三维扫描切割目标的步骤,用于远程拆卸核反应堆的压力容器的方法,将参考位置 自动计算到由操作者指定的位置的切割路径,并精确地传送切割装置。 该方法包括:二维扫描仪初始化步骤,初始化安装在远程切割操纵器中的二维扫描器的位置; 使用二维扫描仪扫描切割目标的扫描步骤; 倾斜所述二维扫描器的倾斜步骤; 完成扫描步骤和倾斜步骤的三维扫描完成检查步骤,直到使用二维扫描仪的所有扫描区域的扫描完成并检查三维数据的获取; 零点校正步骤,使用三维数据校正操纵器的零点的位置; 末端执行器位置校正步骤,基于所述零点的校正位置校正所述操纵器的所述端部效果器的位置; 切割目标位置校正步骤,用于校正切割目标相对于末端执行器的相对位置; 校正数据检查步骤,从外部检查校正数据; 如果没有校正数据,则确定所述操纵器的移动轨迹的轨迹输入步骤; 以及根据确定的移动轨迹驱动操纵器的驱动步骤。
    • 46. 发明公开
    • 증기 발생기의 모사 틈새 환경 측정장치 및 이를 이용한 측정방법
    • 用于测量蒸汽发生器的复制装置环境的装置和使用其的测量方法
    • KR1020110002345A
    • 2011-01-07
    • KR1020090059887
    • 2009-07-01
    • 한국원자력연구원한국수력원자력 주식회사
    • 나정원김우철김경모최병선맹완영이은희
    • G21C23/00
    • G21C23/00G21C17/001Y02E30/40
    • PURPOSE: An apparatus for measuring a simulated crevice environment of a steam generator and a measuring method thereof using the same are provided to obtain corrosion resistance by obtaining information about crevice environment between a heating pipe and a support member. CONSTITUTION: A simulated coolant feeder(120) supplies a simulated coolant. A fluid supplier(140) for generating simulated steam supplies the fluid for generating the simulated steam to exchange heat with the simulated coolant. A simulated steam generator(110) includes a simulated support member(114) mounted on a simulated heat pipe(112). The simulated coolant exhausting unit is connected to the simulated heat pipe. A fluid exhausting unit for generating the simulated steam is connected to a simulated steam generator body(111).
    • 目的:提供一种用于测量蒸汽发生器的模拟缝隙环境的装置及其测量方法,以通过获得关于加热管和支撑构件之间的缝隙环境的信息来获得耐腐蚀性。 构成:模拟冷却液供给器(120)提供模拟冷却液。 用于产生模拟蒸汽的流体供应器(140)供应用于产生模拟蒸汽的流体以与模拟的冷却剂交换热量。 模拟蒸汽发生器(110)包括安装在模拟热管(112)上的模拟支撑构件(114)。 模拟冷却液排出单元连接到模拟热管。 用于产生模拟蒸汽的流体排出单元连接到模拟蒸汽发生器主体(111)。
    • 48. 发明公开
    • 증기 발생기의 틈새 부식 억제제 침투 모사장치
    • 将腐蚀性限制器浸入热交换器的空气中的装置
    • KR1020100091366A
    • 2010-08-19
    • KR1020090010523
    • 2009-02-10
    • 한국원자력연구원한국수력원자력 주식회사
    • 최병선김우철나정원이은희맹완영김경모
    • G21C15/02
    • Y02E30/40F22B37/002G21C17/017G21Y2002/103G21Y2004/20
    • PURPOSE: An apparatus for simulating the infiltration of a corrosion restrainer into a gap between a supporting member and a tube of a steam generator is provided to improve corrosion resistance of the steam generator by obtaining information about the corrosion restrainer and an injection environment. CONSTITUTION: A simulation coolant supply unit(120) supplies simulation coolant with the same material property as the coolant outputted from an actual nuclear reactor. A fluid supply unit for generating simulation steam supplies the fluid for generating the simulation steam including the corrosion restrainer. A simulation steam generator(110) includes a body, a simulation heat pipe, and a simulation supporting member. The body is connected to the fluid supply unit for generating the simulation steam. The simulation heat pipe is connected to the simulation coolant supply unit. A gap is formed between the simulation supporting member and the simulation heat pipe.
    • 目的:提供一种用于模拟腐蚀抑制器渗透到蒸汽发生器的支撑构件和管之间的间隙中的装置,以通过获得关于腐蚀抑制器和注射环境的信息来改善蒸汽发生器的耐腐蚀性。 构成:模拟冷却液供应单元(120)为模拟冷却液提供与实际核反应堆输出的冷却剂相同的材料特性。 用于产生模拟蒸汽的流体供应单元供应用于产生包括腐蚀抑制器的模拟蒸汽的流体。 模拟蒸汽发生器(110)包括主体,模拟热管和模拟支撑构件。 主体连接到流体供应单元以产生模拟蒸汽。 模拟热管连接到模拟冷却液供应单元。 在模拟支撑构件和模拟热管之间形成间隙。