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    • 5. 发明授权
    • Spacer grid assembly fixture
    • 间隔网组件
    • US5110539A
    • 1992-05-05
    • US624338
    • 1990-12-07
    • Patrick A. PerrottiZeses E. Karoutas
    • Patrick A. PerrottiZeses E. Karoutas
    • G21C3/34
    • G21C3/3424G21Y2002/201G21Y2002/302G21Y2004/30Y02E30/40
    • A method and apparatus for assembling an egg-crate type grid (10) by orthogonally interengaging slots (30,32) cut transversely into one longitudinal edge of each of a plurality of metal strips (12,14). A first plurality of strips (14) is supported on their lower unslotted edges in north-south orientation so that the strips are uniformly spaced apart in parallel in the east-west direction with all the slots (32) oriented upwardly on the upper edge. The slotted upper edges (26) of adjacent north-south strips are then spread farther apart in the east west direction while maintaining the lower edges (28) at said uniform spacing. The lower, slotted edges (24) of a second plurality of east-west oriented strips are interengaged with the north-south strips while the selected portions of the upper edges of the north-south strips are spread. The upper edges of the first plurality of strips are then returned to the unspread orientation.
    • 用于通过横向切割成多个金属条(12,14)中的每一个的一个纵向边缘的正交互相接合的槽(30,32)来组装蛋箱型格栅(10)的方法和装置。 第一多个条带(14)以南北取向支撑在它们的下部未边缘边缘上,使得条带在东西方向上平行地均匀间隔开,而所有狭槽(32)在上边缘上向上取向。 然后相邻的南北条带的开槽的上边缘(26)在东西方向上分开更远,同时保持下边缘(28)处于所述均匀间隔。 第二多个东西取向带的下开槽边缘(24)与南北条相互接合,而南北条的上边缘的选定部分被扩展。 然后将第一多个条带的上边缘返回到未展开的取向。
    • 9. 发明授权
    • Split-cone spacer grid
    • 分割锥间隔网格
    • US5283821A
    • 1994-02-01
    • US905629
    • 1992-06-29
    • Zeses E. Karoutas
    • Zeses E. Karoutas
    • G21C3/322G21C3/352G21C3/34
    • G21C3/322G21C3/352G21Y2002/201G21Y2002/302G21Y2004/30G21Y2004/302Y02E30/38
    • A flow deflector grid (10) for a nuclear fuel assembly, comprising a plurality of metal strips (12,14) which intersect in a regular array to form an egg-crate type lattice, which defines a plurality of coolant flow channels (16). Each channel has sidewalls (42,44) defined by the strips, a height dimension defined by the height of the strips, a plurality of corners (46) defined by the strip intersections (26), a channel central axis parallel to the height dimension, and a flow cross section normal to the channel axis for coaxially receiving a fuel rod (18) spaced within the channel sidewalls. A unitary flow deflector member (30) is attached to and situated in the corner of each channel so as to be cradled between first and second sidewalls. The deflector member has a hood portion which projects above the height dimension of the channel and which includes a substantially planar vane (66) extending obliquely upward from the first sidewall and oriented transversely to the channel axis, and a substantially planar flow containment wall (48) extending substantially vertically from the second sidewall to the vane. The deflector member also includes a lower, angled bracing portion (50,52) having a height substantially equal to the height dimension of the channel and being attached to and cradled in the corner of the channel, with the hood portion integrally projecting above the bracing portion.
    • 一种用于核燃料组件的导流板(10),包括多个金属条(12,14),所述多个金属条(12,14)以规则阵列相交以形成蛋箱型格子,其限定多个冷却剂流动通道(16) 。 每个通道具有由条限定的侧壁(42,44),由条的高度限定的高度尺寸,由条交点(26)限定的多个拐角(46),平行于高度尺寸的通道中心轴 以及垂直于通道轴线的流动横截面,以同轴地容纳在通道侧壁内间隔开的燃料棒(18)。 单个导流构件(30)附接到每个通道的角部并且位于每个通道的角部,以便在第一和第二侧壁之间被托起。 偏转器构件具有突出在通道的高度尺寸之上的罩部分,其包括从第一侧壁倾斜向上延伸并且横向于通道轴线定向的基本上平面的叶片(66),以及基本上平面的流动容纳壁 )基本垂直地从第二侧壁延伸到叶片。 偏转器构件还包括具有基本上等于通道的高度尺寸的高度成角度的支撑部分(50,52),并且附接到通道的角部并且悬挂在通道的角部中,罩部分整体地突出在支撑件的上方 一部分。