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    • 51. 发明授权
    • 지하수 채취장치
    • 地下水采摘装置
    • KR100770051B1
    • 2007-10-26
    • KR1020060134125
    • 2006-12-26
    • 한국원자력연구원한국수력원자력 주식회사
    • 고용권배대석최종원
    • E03B3/12E21B33/12E03B5/06
    • E21B43/128F04B17/046F04B47/06E03B3/12E03B5/06
    • A picking apparatus of underground water is provided to pick underground water continuously regardless of the picking depth or the size of a borehole and to pick underground water selectively in a specific picking depth section. A picking apparatus of underground water, as an apparatus inserted to a borehole(H) to pick underground water, includes a vibrating unit(110) making underground water staying in the borehole flow inward selectively according to vertical vibration, a driving unit(130) supplied with power to oscillate the vibrating unit in the vertical direction, and a guide pipe(150) connected with the vibrating unit on the upper part of the vibrating unit to guide underground water flew inward by a flow passage inlet(115) of the vibrating unit to the upper part. In addition, a pair of packers are installed to be adhered closely to the inside of the borehole to isolate a specific section from the other part of the borehole, thereby to pick underground water only in a specific depth section between upper and lower packers.
    • 提供地下水的拾取装置,连续地挑取地下水,不管挖掘深度或钻孔尺寸如何,并在特定的采摘深度部分选择性地挑选地下水。 地下水的采摘装置,作为插入钻孔(H)以接收地下水的装置,包括使地下水停留在钻孔中的振动单元,110根据垂直振动选择性地向内流动;驱动单元, 提供动力以使振动单元在垂直方向上振荡;以及引导管(150),其与所述振动单元连接在所述振动单元的上部,以引导地下水由所述振动单元的流动通道入口(115)向内飞行 单位到上半部分。 此外,一对封隔器被安装成紧密地粘附到钻孔的内部,以将特定部分与钻孔的另一部分隔离,从而仅在上封隔器和下封隔器之间的特定深度部分中拾取地下水。
    • 52. 发明授权
    • 중수로 사용후핵연료의 저장시스템
    • 重型水力发电厂燃料核燃料储存系统
    • KR100764094B1
    • 2007-10-09
    • KR1020060061166
    • 2006-06-30
    • 한국원자력연구원한국수력원자력 주식회사
    • 최종원이종열최희주조동건한필수
    • G21F9/28G21F7/00G21C19/07
    • G21F9/30G21C19/32G21F9/34
    • A storage system for spent nuclear fuel of a heavy water reactor is provided to improve the suitability for the topography of Korea by storing the spent nuclear fuel under the ground. A storage system for spent nuclear fuel of a heavy water reactor includes an entering tunnel(110) and storing tunnels(120). The entering tunnel(110) is formed at a predetermined depth from the ground. The storing tunnels(120) are extended from both sides of the entering tunnel(110), and receives a basket with a plurality of spent nuclear fuels. The entering tunnel(110) has a bottom lower than those of the storing tunnels(120). The storing tunnels are formed at both sides of the entering tunnel(110) at regular intervals, whose entrances at both sides do not face each other.
    • 提供了一个重型水反应堆废核燃料储存系统,通过将乏燃料储存在地下,以提高韩国地形的适用性。 用于重水反应堆的废核燃料的存储系统包括进入隧道(110)和存储隧道(120)。 进入隧道(110)形成在与地面相距预定的深度。 存储隧道(120)从进入隧道(110)的两侧延伸,并且接收具有多个废核燃料的篮子。 进入隧道(110)的底部比储存隧道(120)的底部低。 存储隧道以规则的间隔形成在进入隧道(110)的两侧,两侧的入口不相对。
    • 57. 发明公开
    • 일자형 기밀 밸브
    • 直通式密封阀
    • KR1020140118526A
    • 2014-10-08
    • KR1020130034628
    • 2013-03-29
    • 한국원자력연구원한국수력원자력 주식회사
    • 이민수최종원최영철최희주
    • G21C19/02
    • G21C13/028F16K7/14G21C19/02
    • The present invention relates to a straight airtight valve comprising a primary valve body in which an opening/closing space are partitioned and which has an inflow passage formed from one side end to communicate with the opening/closing space and an operable passage from the other side end facing the inflow passage on the same axis to communicate with the opening/closing space; an adjusting screw which is coupled and fixed to be able to rotate at an end of the operation passage of the first valve body; and an opening/closing rod which includes a side of a bar-shaped operable unit, which is screwed to be able to move on a straight line by the adjusting screw, extended and inserted into the opening/closing space via the operable passage of the first valve body, an opening/closing unit formed at an end of insertion side the opening/closing space of the operable unit and configured to open or close the operable passage, and a discharge passage formed from the opening/closing unit along an axis direction within the operable unit to be communicated with the opening/closing space. According to the present invention, the volume of a valve in an axial direction is reduced by removing a handle portion from the valve controlling a fluid flow, and accordingly, the volume of the tritium container can be reduced. Therefore, the second packaging of the tritium container can be easier, and a gas leakage can be minimized through a switch portion of the valve even when the valve is opened as well as closed.
    • 本发明涉及一种直气密阀,包括主阀体,其中开/关空间分隔开,并且具有从一个侧端形成的与开/关空间连通的流入通道,​​以及来自另一侧的可操作通道 在同一轴线上面向流入通道的端部与开/关空间连通; 调节螺钉,其被联接并固定成能够在所述第一阀体的操作通道的端部旋转; 以及开闭杆,其包括杆状可操作单元的一侧,所述开闭杆被螺纹连接以能够通过所述调节螺钉在直线上移动,并经由所述调节螺钉的可操作通道延伸并插入所述打开/关闭空间中 第一阀体,开闭单元,形成在可操作单元的开闭空间的插入侧端部,并且被构造成打开或关闭可操作通道;以及排出通道,其从开闭单元沿着轴向 在可操作单元内与开/关空间连通。 根据本发明,通过从控制流体流动的阀中取出手柄部分来减小阀的轴向体积,因此能够减小氚容积的体积。 因此,氚容器的第二包装可以更容易,并且即使当阀打开以及关闭时也可以通过阀的开关部分使气体泄漏最小化。