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    • 1. 发明专利
    • Radioactive waste sorter
    • JP2004205396A
    • 2004-07-22
    • JP2002376229
    • 2002-12-26
    • Hitachi Ltd株式会社日立製作所
    • ISHIGAMORI ISAOTAKAKUSAKI TSUNEHIKOINOUE KATSUHISA
    • G21F9/30B07B1/28B07B9/00B07C5/344B07C5/346B09B5/00
    • PROBLEM TO BE SOLVED: To provide a radioactive waste sorter capable of sorting efficiently the waste wherein all sorts of articles which are different in a radiation dose rate, the quality of material, the shape and the size are jointed together into respective articles having a high or low radiation dose rate, or into combustibles and noncombustibles.
      SOLUTION: A waste mixture is sorted respectively into extremely small, small, medium and large articles by a vibrating screen 1. The extremely small articles are stored in a combustible container 5. The small articles are sorted into metals and combustibles by a color difference sorter 2, and the combustibles are stored in the combustible container 5 and the metals are stored in a noncombustible container 7. The medium articles are sorted into metals and combustibles by a dose rate sorter 32, and the combustibles are stored in the combustible container 5 and the metals are stored in a noncombustible container 6. The large articles are sorted into metals and combustibles by an image recognition sorter 4, and the combustibles are stored in the combustible container 5 and the metals are stored in the noncombustible container 7. Resultantly, the combustibles are stored in the combustible container 5, and the metals having a high dose rate are stored in the noncombustible container 6, and the metals having a low dose rate are stored in the noncombustible container 7.
      COPYRIGHT: (C)2004,JPO&NCIPI
    • 2. 发明专利
    • Cutting method of radioactive lattice structure
    • 放射性结构的切割方法
    • JP2007010443A
    • 2007-01-18
    • JP2005190867
    • 2005-06-30
    • Hitachi Ltd株式会社日立製作所
    • ISHIGAMORI ISAOIZUMI KIYOSHIADACHI KOICHI
    • G21C19/02G21F9/30
    • PROBLEM TO BE SOLVED: To cut efficiently when an activated upper lattice plate is shredded before disposal in the water in an apparatus storing pool of a nuclear power plant.
      SOLUTION: While allowing an abrasive water jet to hit onto the upper lattice plate 1 from a cutting nozzle 13 in the water in the apparatus storing pool 14, the cutting nozzle 13 is moved from the upside to the downside by a mast 38 of a multi-axial manipulator, to thereby execute the first cutting 8 of a crossing part of the lattice on the upper lattice plate 1 along a cutting line oblique to the lattice plate. Thereafter, while moving the cutting nozzle 13 from the upside to the downside by the mast 38 of the multi-axial manipulator, the second cutting 9 is executed at a position adjacent to the crossing part of the lattice of the upper lattice plate 1. The two-spot cutting is executed at the crossing part of each lattice, to thereby cut and divide the lattice plate of the upper lattice plate 1 into sawtooth-shaped cut pieces 25 including the lattice plate existing on two sides of the lattice.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:当在核电厂的存储池中的水中处理之前将活化的上格栅板切碎时,有效地切割。 解决方案:当磨料水射流从设备储存池14中的水中的切割喷嘴13喷射到上格栅板1上时,切割喷嘴13通过桅杆38从上侧移动到下侧 的多轴操作器,从而沿着与格子板倾斜的切割线执行上格子板1上的格子的交叉部分的第一切割8。 此后,通过多轴操纵器的桅杆38将切割喷嘴13从上侧向下侧移动,在与上格子板1的格子的交叉部分相邻的位置处执行第二切割9。 在每个格子的交叉部分执行两点切割,从而将上格栅板1的格板切割成包括存在于格子两侧的格子板的锯齿形切割片25。 版权所有(C)2007,JPO&INPIT
    • 3. 发明专利
    • Partitioner in pool
    • 分拣机在池中
    • JP2006242727A
    • 2006-09-14
    • JP2005058320
    • 2005-03-03
    • Hitachi Ltd株式会社日立製作所
    • ISHIGAMORI ISAOKIMURA HIDEADACHI KOICHI
    • G21C19/07G21C19/02G21C19/307
    • PROBLEM TO BE SOLVED: To suppress contamination of equipment caused by intrusion into an equipment storage domain, of contaminants generated at the cutting time by a cutting work in the equipment storage pool of a nuclear power plant.
      SOLUTION: The equipment storage pool 41 of the nuclear power plant is partitioned by double curtains 1, 2, to be thereby divided into a cutting pool 9 and a storage pool 8, and clean water 12 acquired by purifying pool water in the cutting pool by a purification device 6 is injected into a pocket 3 formed between the double curtains 1, 2. As for a gap of the partition generated in a sealing part between the curtains 1, 2 and the pool inner surface, the clean water 12 is run from the pocket 3 into the cutting pool 9 and the storage pool 8 via the gap, to thereby prevent contaminated water generated on the cutting pool 9 side from entering the storage pool 8 side via the gap.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了抑制由于入侵到设备存储区域而导致的设备对在切割时产生的污染物,通过在核电站的设备存储池中的切割工作。 解决方案:核电站的设备存储池41由双层帘幕1,2分隔,从而分为切割池9和储存池8,以及通过净化池中的池水获得的清洁水12 通过净化装置6将切割池注入到形成在双层帘1,2之间的袋3中。对于在窗帘1,2和池内表面之间的密封部分中产生的隔壁的间隙,清洁水12 经由间隙从口袋3进入切割池9和储存池8,从而防止在切割池9侧产生的污染水经由间隙进入储存池8侧。 版权所有(C)2006,JPO&NCIPI
    • 10. 发明专利
    • DISCHARGE VALVE
    • JPS5551169A
    • 1980-04-14
    • JP12255378
    • 1978-10-06
    • HITACHI LTD
    • WATANABE KIYUUHEIMURAYAMA TOSHIOUSUI NOBORUTERAMOTO TETSUYAWATANABE YASUSUKEISHIGAMORI ISAO
    • F16K3/26F16K1/12
    • PURPOSE:To seal water uniformly and positively while decreasing the capacity of a servo-motor, by obtaining water sealing force by working the pressure of water currents to seal portion material connecting portions when closing this valve. CONSTITUTION:When closing this valve, a cylinder gate 15 is moved up to a discharge opening end portion by means of a servo-motor, and a connecting surface 18A of the seal ring 18 and a connecting surface 17A of a seat ring 17 of a discharge body 12 are contacted. A pressure receiving surface 18B at the water current opposite side is subject to pressure by water currents in the seal ring 18, the connecting surfaces 17A, 18A are sticked fast by the push force and water seal is formed. In this case, precise watertightness is obtained because water pressure uniformly acts on the pressure receiving surface 18B made up along the whole circumference of the seal ring 18. Deflection to the seat ring 17 side increases in the seat ring 18 when the ring 18 receives pressure owing to a round hole 18C built up at the water current opposite side, and water sealing action becomes more conspicuous.