会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Remotely assemblable and disassemblable fuel assembly for nuclear
reactors
    • 用于核反应堆的远程组装和拆卸燃料组件
    • US4292130A
    • 1981-09-29
    • US18222
    • 1979-03-07
    • Jean-Luc ViaudJacques Levy
    • Jean-Luc ViaudJacques Levy
    • G21C21/00B25B13/48F16B39/10G21C3/30G21C3/334G21C19/32G21C19/33G21C19/20
    • F16B39/103B25B13/48G21C19/32G21C3/30G21C3/334G21Y2002/303G21Y2004/301G21Y2004/501Y02E30/40Y10S294/906
    • Remotely assemblable and disassemblable fuel assembly comprising a mechanical structure constituted by an upper plate, a lower plate and a plurality of brace rods extending between the said plates, and a plurality of elongated fuel elements fixed to the brace rods by gratings, one of the ends of each brace rod being irremovably fixed in the upper plate, the other end of each brace rod being fixed to the lower plate by a system of remotely assemblable and disassemblable assemblies, wherein the said system of assemblies comprises a thread made at the end of each brace rod, a screwing member having a thread able to cooperate with the thread on the brace rod and a head having a plug hole and on its periphery at least one chamfer, as well as machining in the lower plate, constituted by a bore having a larger diameter portion issuing into the outer face of said plate, said larger diameter portion being surrounded by a flange shaped by cutting in the plate and which is separated from the remainder of the plate by an annular groove.Further features are an unscrewing device for the remote disassembly of a fuel assembly, a device for restoring the shape of a fuel assembly flange after said flange has been crimped and a device for crimping the flange of a fuel assembly.
    • 可远程组装和拆卸的燃料组件,包括由上板,下板和在所述板之间延伸的多个支撑杆构成的机械结构,以及通过光栅固定到支杆的多个细长燃料元件,其中一端 每个支撑杆可拆卸地固定在上板中,每个支杆的另一端通过远程组装和可拆卸组件的系统固定到下板,其中所述组件系统包括在每个支撑杆的末端形成的螺纹 支撑杆,具有能够与支撑杆上的螺纹配合的螺纹的螺纹构件和具有塞孔的头部,并且在其外周上具有至少一个倒角,以及在下板中的机械加工,该孔由具有 较大的直径部分发出到所述板的外表面,所述较大直径的部分由通过在板中切割而成形的凸缘包围,并且与凸缘分离 通过一个环形凹槽的板的内部。 另外的特征是用于远程拆卸燃料组件的旋拧装置,用于在所述凸缘已经被压接之后恢复燃料组件凸缘的形状的装置和用于压接燃料组件的凸缘的装置。
    • 10. 发明申请
    • Three-dimensional machine with simultaneous measurements
    • 三维机器同时测量
    • US20050256674A1
    • 2005-11-17
    • US11124085
    • 2005-05-09
    • Dominique BeignonPascal ChoquetJoel GandubertJean-Jacques Levy
    • Dominique BeignonPascal ChoquetJoel GandubertJean-Jacques Levy
    • G01B7/00G01B7/28G01B7/287G01B21/20G06F19/00
    • G01B7/287G01B7/285
    • The invention relates to a method for the three-dimensional measurement of coordinates (xli, yli, zli) of a set of N predetermined points (Plij) of the surface of a mechanical part to be measured, relatively to a predetermined reference system (Ro), and the direction cosines (cxthij) cythij, czthij) of the theoretical normals (Nthij) thereto at the theoretical points (Pthij) corresponding to said N predetermined points (Plij) are known, and including: a preparatory phase, in which the coordinates (xoij, yoij, zoij) of N points (Poij), corresponding to said N predetermined points (Plij) of the surface of a first mechanical part taken as a standard part, are measured relatively to the predetermined reference system (Ro), an initialization phase, in which N displacement measurements (loij) along said normals (Nthij) are simultaneously and respectively read on said N points (Poij) of said standard part, a measurement phase, in which N linear displacement measurements (llij), simultaneously and respectively performed on said N points (Plij) of the part to be measured corresponding to the N points (Poij) of said standard part, are read, a computation phase, in which the three-dimensional coordinates (xlij, ylij, zlij) of the N points of the part to be measured are computed from the three-dimensional coordinates (xoij, yoij, zoij) of the N points of said standard part, from the linear measurements (loij, llij), and from the direction cosines (cxthij, cythij, czthij) of the N theoretical normals at these points. In particular, the invention is applied in metrology for measuring precision mechanical parts.
    • 本发明涉及一种用于相对于预定的参考系统(Ro(R))来测量待测量的机械部件的表面的一组N个预定点(Plij)的坐标(xli,yli,zli)的三维测量的方法 )和对应于所述N个预定点(Plij)的理论点(Pthij)的理论法线(Nthij)的方向余弦(cxthij)cythij,czthij),并且包括:准备阶段,其中 相对于预定的参考系(Ro)测量对应于作为标准部分的第一机械部件的表面的所述N个预定点(Plij)的N个点(Poij)的坐标(xoij,yoij,zoij) 初始化阶段,其中沿着所述法线(Nthij)的N个位移测量(loij)同时并分别在所述标准部分的所述N个点(Poij)上读取,测量阶段,其中N个线性位移测量(llij)同时 分别对与所述标准部分的N点(Poij)对应的要测量部分的所述N个点(Plij)进行读取,计算阶段是三维坐标(xlij,ylij,zlij) 从所述标准部分的N个点的三维坐标(xoij,yoij,zoij)中,从线性测量(loij,llij)和方向余弦( cxthij,cythij,czthij)在这些点的N理论法线。 特别地,本发明应用于测量精密机械部件的计量学中。