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    • 81. 发明申请
    • Dispenser cartridge for radiopharmaceuticals
    • 用于放射性药物的分配器盒
    • US20080171999A1
    • 2008-07-17
    • US11545895
    • 2006-10-11
    • Frederic BapluePhilippe BekaertJean-Luc MorelleGauthier Philippart
    • Frederic BapluePhilippe BekaertJean-Luc MorelleGauthier Philippart
    • A61M5/32
    • A61N5/1007A61M5/1785A61M5/2466A61M5/31515A61M5/346G21F5/015G21Y2002/205G21Y2004/30
    • An improved cartridge for the packaging of a pharmaceutical, and preferably a radiopharmaceutical, comprising a low UV-absorbing plastic barrel, closed at one end by a cap and at the other end by a piston. Said cap is provided at least partly with: a shoulder cooperating with the barrel in a double-level snap-on system; a cavity to cooperate with an elastomeric protection sleeve of an injection means fitting, to make a seal, said cap being terminated at a first end by a peel-off porous liner covering said cavity; a first plurality of radial fins protruding inside said cavity, for screwing the injection means fitting and with a second plurality of radial fins protruding on the outside of the cap to ensure fixation of the cap into a cartridge protection shield; a second end opposite to the first end, shaped so that to minimize a shadow area in the case of UV flash lamp sterilization and to ensure sufficient clearance for inserting a spike of the injection means, said second end having a reduced wall thickness for acting as a septum intended to be pierced by said spike at the time of setting up for dispensing the pharmaceutical to a patient; an external cylindrical zone at this second end to ensure leak tightness between the cap and the barrel.
    • 用于包装药物,优选放射性药物的改进的药筒,包括低吸收UV的塑料桶,其一端由帽封闭,另一端由活塞封闭。 所述盖至少部分地设置有:在双层卡扣系统中与所述筒配合的肩部; 与注射装置的弹性体保护套配合的空腔,以形成密封,所述盖在第一端处被覆盖所述空腔的剥离多孔衬里终止; 突出在所述空腔内的第一多个径向翅片,用于旋转注射装置配合件,以及突出在盖子的外侧上的第二多个径向翅片,以确保盖子固定到药筒保护罩中; 与第一端相对的第二端被成形为使得在UV闪光灯灭菌的情况下最小化阴影区域并且确保用于插入注射装置的尖峰的足够的间隙,所述第二端具有减小的壁厚,用作 在设置用于将药物分配给患者时,旨在被所述尖刺刺穿的隔膜; 在该第二端处的外部圆柱形区域以确保盖和桶之间的密封性。
    • 86. 发明申请
    • Device and method for mounting a bracing grid of a fuel assembly for a nuclear reactor
    • 用于安装用于核反应堆的燃料组件的支撑栅格的装置和方法
    • US20020191729A1
    • 2002-12-19
    • US10149619
    • 2002-06-12
    • Christophe Brichet
    • G21C019/00
    • G21C3/3424G21Y2002/202G21Y2002/205G21Y2002/302G21Y2002/303G21Y2002/304G21Y2004/40G21Y2004/501Y02E30/40Y10T29/49902
    • The assembly apparatus (14) comprises a frame (16) for supporting the straps (2) of the first set of straps in mutually parallel positions, clamping and engagement means (30) for clamping on each of the straps (3) of a second set of straps in succession and for engaging them with the straps (2) of the first set in position in the support frame (16), and at least one comb (29) that is movable between a disengaged position and a position in which it engages each of the straps (2) of the first set. The support frame is secured to a fixed structure (15), the clamping and engagement means (30) and the comb (29) being mounted to move in respective planes perpendicular to the straps (2) of the first set on a carriage (22) which is itself mounted to move in a direction parallel to the longitudinal direction of the straps (2) of the first set, and the clamping means (30) comprise two jaws (30a, 30b) having studs for retracting the springs of the strap (3) of the second set of straps by pressing against them. The invention also provides a method of assembling a spacer grid in which the springs of the straps (3) in the second set of straps are retracted.
    • 组装装置(14)包括用于在相互平行的位置支撑第一组带束带(2)的框架(16),夹紧和接合装置(30),用于夹紧在每个带子(3)上的第二 并且将它们与支撑框架(16)中的第一组的带(2)接合在一起,并且至少一个梳子(29)可在分离位置和位置之间移动 接合第一组的每个带(2)。 支撑框架被固定到固定结构(15)上,夹紧和接合装置(30)和梳子(29)被安装成在垂直于托架(22)上的第一组的带(2)的各个平面中移动 ),其本身安装成沿着与第一组的带(2)的纵向平行的方向移动,并且夹紧装置(30)包括两个钳口(30a,30b),其具有用于缩回带的弹簧 (3)的第二组皮带按压它们。 本发明还提供一种组装隔离栅格的方法,其中第二组带子中的条带(3)的弹簧缩回。
    • 89. 发明申请
    • Control system of nuclear power plant, and control method thereof
    • 核电厂控制系统及其控制方法
    • US20020067790A1
    • 2002-06-06
    • US10038616
    • 2002-01-08
    • Yukihisa Fukasawa
    • G21C007/36
    • G21C17/00G21D3/00G21Y2002/203G21Y2002/205G21Y2002/207G21Y2002/304G21Y2004/40Y02E30/39
    • A method of controlling a nuclear power plant includes determining a first maximum linear heat generation rate and a first minimum critical power ratio by a core monitoring system, and determining a second maximum linear heat generation rate and a second minimum critical power ratio by utilizing the first maximum linear heat generation rate and the first minimum critical power ratio determined by the core monitoring system and plant data. The second maximum linear heat generation rate and the second minimum critical power ratio are compared with predetermined thermal limit values and a control signal outputted from an automatic power regulator system to a re-circulation flow control system and to a control rod control system is held when at least one of the second maximum linear heat generation rate and the second minimum critical power ratio exceeds the predetermined thermal limit values.
    • 控制核电站的方法包括:通过核心监测系统确定第一最大线性热产生速率和第一最小临界功率比,以及通过利用第一最大线性热产生率和第二最小临界功率比来确定第二最大线性热产生速率和第二最小临界功率比 最大线性热产生率和由核心监测系统和工厂数据确定的第一最小临界功率比。 将第二最大线性热产生率和第二最小临界功率比与预定的热限制值进行比较,并且从自动功率调节器系统输出到再循环流量控制系统和控制棒控制系统的控制信号被保持,当 第二最大线性热产生速率和第二最小临界功率比中的至少一个超过预定的热限制值。