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    • 1. 发明授权
    • Apparatus and method for classifying fuel pellets for nuclear reactor
    • 核反应堆燃料颗粒分级装置及方法
    • US4448680A
    • 1984-05-15
    • US171606
    • 1980-07-22
    • Robert S. WilksEliezer SternheimGerald A. BreakeyRobert H. Sturges, Jr.Alexander TaleffRaymond P. Castner
    • Robert S. WilksEliezer SternheimGerald A. BreakeyRobert H. Sturges, Jr.Alexander TaleffRaymond P. Castner
    • B07C5/10G01B11/02G01B11/08G01B11/24G01B11/30G01N21/84G21C17/06B07C1/10B07C5/16B07C5/344
    • G01B11/024B07C5/10G21C17/06
    • Control for the operation of a mechanical handling and gauging system for nuclear fuel pellets. The pellets are inspected for diameters, lengths, surface flaws and weights in successive stations. The control includes, a computer for commanding the operation of the system and its electronics and for storing and processing the complex data derived at the required high rate. In measuring the diameter, the computer enables the measurement of a calibration pellet, stores that calibration data and computes and stores diameter-correction factors and their addresses along a pellet. To each diameter measurement a correction factor is applied at the appropriate address.The computer commands verification that all critical parts of the system and control are set for inspection and that each pellet is positioned for inspection. During each cycle of inspection, the measurement operation proceeds normally irrespective of whether or not a pellet is present in each station. If a pellet is not positioned in a station, a measurement is recorded, but the recorded measurement indicates maloperation.In measuring diameter and length a light pattern including successive shadows of slices transverse for diameter or longitudinal for length are projected on a photodiode array. The light pattern is scanned electronically by a train of pulses. The pulses are counted during the scan of the lighted diodes. For evaluation of diameter the maximum diameter count and the number of slices for which the diameter exceeds a predetermined minimum is determined. For acceptance, the maximum must be less than a maximum level and the minimum must exceed a set number. For evaluation of length, the maximum length is determined. For acceptance, the length must be within maximum and minimum limits.
    • 控制核燃料颗粒的机械处理和测量系统的运行。 在连续的站中检查颗粒的直径,长度,表面缺陷和重量。 该控制器包括:用于命令系统及其电子设备的操作并用于存储和处理以所需高速率导出的复杂数据的计算机。 在测量直径时,计算机可以测量校准颗粒,存储校准数据,并计算和存储直径校正因子及其沿颗粒的地址。 对于每个直径测量,在适当的地址应用校正因子。 计算机命令验证系统和控制的所有关键部分都被设置为检查,并且每个颗粒定位用于检查。 在每次检查周期中,无论每个站中是否存在颗粒,测量操作都将正常进行。 如果颗粒物没有位于工位,则记录测量值,但记录的测量值表示误操作。 在测量直径和长度时,包括横向于直径或纵向的长度的切片的连续阴影的光图案投影在光电二极管阵列上。 通过一串脉冲电子扫描光图案。 在点亮的二极管的扫描期间脉冲被计数。 为了评估直径,确定了直径超过预定最小值的最大直径计数和切片数量。 对于验收,最大值必须小于最大值,最小值必须超过设定值。 为了评估长度,确定最大长度。 对于验收,长度必须在最大和最小限度内。
    • 2. 发明授权
    • Method for servicing a steam generator
    • 蒸汽发生器维修方法
    • US4262402A
    • 1981-04-21
    • US952431
    • 1978-10-18
    • Frank W. Cooper, Jr.Raymond P. Castner
    • Frank W. Cooper, Jr.Raymond P. Castner
    • F22B37/02F22B37/00F28D7/06G12B5/00B23P15/26
    • F28D7/06F22B37/005G12B5/00Y10T29/49387Y10T29/49407Y10T29/5199Y10T29/53122Y10T408/03Y10T408/08
    • A servicing machine for a steam generator is accurately set up in the generator channel head with a pivoted arm mounted for rotation in a plane parallel to the tubesheet. The angular position of the arm, the longitudinal position of a carriage mounted on the arm and the vertical position of a platform on the carriage are remotely controlled to maneuver a probe used in mapping the precise location of the thousands of holes in the tubesheet. Various operations are then performed at each precise hole location by tools carried by the arm mounted carriage to prepare for installation of new tubing. The operation of a pair of remotely controlled pivoted arms, one on each side of the channel head divider plate, is coordinated to automatically position the ends of U-shaped tubes in corresponding holes in the tubesheet on opposite sides of the divider plate and to secure the same in place.
    • 用于蒸汽发生器的维修机器在发电机通道头中精确地设置,其中枢转臂安装成在与管板平行的平面中旋转。 远程控制臂的角位置,安装在臂上的滑架的纵向位置和平台在托架上的垂直位置,以操纵用于映射管板中数千个孔的精确位置的探针。 然后通过由手臂安装的托架承载的工具在每个精确的孔位置执行各种操作,以准备安装新的管道。 一对远程控制的枢转臂的操作(一个在通道头部分隔板的每一侧上)被协调,以将U形管的端部自动定位在分隔板的相对侧上的管板中相应的孔中,并且固定 相同的地方。
    • 4. 发明授权
    • Replacement of split pins in guide tubes
    • 更换导管中的分体销
    • US4720898A
    • 1988-01-26
    • US817857
    • 1984-06-06
    • Raymond M. CalfoRaymond P. CastnerGeorge F. Dailey
    • Raymond M. CalfoRaymond P. CastnerGeorge F. Dailey
    • G21C7/08B23P6/00
    • G21C7/08G21Y2002/302G21Y2002/501G21Y2004/501G21Y2004/502Y02E30/39Y10T29/5191Y10T29/53022Y10T29/5303Y10T29/53048Y10T29/531
    • The guide tube is disconnected and removed from the upper internals of the reactor to a work station in a pool of borated water. The work station includes a clamp-and-index tool, a metal-disintegration-machining (MDM) tool, pick-and-put tool, a brush tool, a nut hopper, a pin-insertion/torque tool, and a crimping tool. These tools are hydraulically operable. The clamp-and-index tool positions and, by repeated centering maintains the guide tube in precise position for removal and replacement of its split pins, the MDM burns through an old pin-and-nut assembly severing it into readily removeable fragments. This pin fragment is removed by an expeller on the clamp-and-index tool. This pick-and-put tool removes the burned nut fragment and replaces it with the new nut. The pin-insertion/torque tool inserts the new pin and torques the new nut onto the new pin. The crimping tool crimps a locking cap secured to the nut onto the pin. The tools are controlled from a command center external to the pool.
    • 引导管被断开并从反应器的上部内部移除到硼酸化水池中的工作站。 工作站包括夹具指针工具,金属分解加工(MDM)工具,拾取工具,刷子工具,螺母料斗,销插入/扭矩工具和压接工具 。 这些工具是液压可操作的。 夹具和折痕工具的位置以及通过重复定心将引导管保持在精确的位置以便拆卸和更换其分开的销,MDM会通过将其插入到易于拆卸的碎片中的旧销和螺母组件燃烧。 该引脚片段由夹具和折射率工具上的推进器移除。 这个拣选工具将去除燃烧的螺母碎片,并用新螺母取代。 销插入/扭矩工具插入新的销,并将新的螺母转动到新的销上。 压接工具将固定在螺母上的锁定帽压接到销上。 这些工具由池外的命令中心控制。
    • 7. 发明授权
    • Tube expansion apparatus
    • 管膨胀装置
    • US4649493A
    • 1987-03-10
    • US567104
    • 1983-12-30
    • Raymond P. CastnerDavid F. OlechovskyPhilip S. BrownSusanta SinhaHarold T. KellerWenche W. Cheng
    • Raymond P. CastnerDavid F. OlechovskyPhilip S. BrownSusanta SinhaHarold T. KellerWenche W. Cheng
    • B21D39/20C21D7/12G06F15/46B23P15/26
    • B21D39/203C21D7/12Y10T29/49375Y10T29/49805Y10T29/4994
    • An apparatus for expanding a tube against the walls of a circumscribing bore, or a sleeve within a tube to effect an interference joint therebetween, is described herein. The tube expansion apparatus generally comprises a fluid mandrel connected to a hydraulic expansion unit for applying a radially expansive force to the tube or sleeve, and a control circuit electrically connected to the expansion unit and fluidly connected to the mandrel for sensing fluctuations in the pressure of the fluid discharged from the mandrel during the elastic and plastic deformation of the tube or sleeve during the expansion process, computing a final swaging pressure on the basis of these pressure fluctuations, and deactuating the hydraulic expansion unit when this final swaging pressure is attained within the tube or sleeve. The invention is particularly adapted for minimizing or eliminating the clearance between the heat exchange tubes of a nuclear reactor, and the baffle plate bores through which they extend. The invention may also be used to generate interference joints between such heat exchange tubes, and a reinforcing sleeve inserted therein.
    • 本文描述了一种用于将管扩展成围绕外壁的壁或管内的套管以实现其间的干涉接头的装置。 管膨胀装置通常包括连接到液压膨胀单元的流体心轴,用于向管或套筒施加径向膨胀的力,以及电连接到膨胀单元并流体连接到心轴的控制回路,用于感测压力的波动 在膨胀过程中在管或套管的弹性和塑性变形期间从心轴排出的流体基于这些压力波动来计算最终的模锻压力,并且当在该最终的模锻压力达到 管或套管 本发明特别适用于最小化或消除核反应堆的热交换管与其延伸的挡板孔之间的间隙。 本发明还可以用于在这种热交换管之间产生干涉接头以及插入其中的加强套筒。
    • 8. 发明授权
    • Method of operating a remotely controlled tool positioning table
    • 操作遥控刀具定位台的方法
    • US4271471A
    • 1981-06-02
    • US974159
    • 1978-12-28
    • Raymond P. Castner
    • Raymond P. Castner
    • F22B37/00G05B19/414G05D3/00B65G47/96
    • G05B19/414F22B37/00
    • A steam generator tubesheet is serviced by end effectors mounted on a slew table cantilevered from a carriage slidable along an arm rotatable in a plane parallel to the tubesheet. In servicing a selected hole in the tubesheet, the rotatable arm and the carriage arm are driven to positions which allow the cantilevered slew table to be slewed to a predetermined angle associated with the selected hole. The arm and carriage are then driven to positions which place the end effector under the selected hole taking into account the offset of the slew table. Alternatively, a determination is first made whether the arm and carriage can be positioned within preset limits to place the end effector under the selected hole using the existing slew angle. If so, the existing slewed angle is used but, if not, the table is slewed as mentioned above.
    • 蒸汽发生器管板由安装在从可沿着平行于管板平行的平面中可旋转的臂滑动的滑架悬挂的旋转台上的末端执行器维修。 在维修管板中选定的孔时,可旋转臂和托架臂被驱动到允许悬臂转台与所选择的孔相关联的预定角度的位置。 然后将臂和托架驱动到将末端执行器放置在选定孔下方的位置,同时考虑到摆动台的偏移。 或者,首先确定臂和托架是否可以位于预设限制内,以使用现有的转换角将末端执行器放置在所选择的孔之下。 如果是这样,则使用现有的旋转角度,但是如果不是,则如上所述地将表压入。
    • 10. 发明授权
    • Method for servicing a steam generator
    • 蒸汽发生器维修方法
    • US4790065A
    • 1988-12-13
    • US311712
    • 1981-10-15
    • Frank W. Cooper, Jr.Raymond P. Castner
    • Frank W. Cooper, Jr.Raymond P. Castner
    • F22B37/00G12B5/00B23P15/26B23P19/00
    • F22B37/005G12B5/00Y10T29/49352Y10T29/49718Y10T29/49778Y10T29/531Y10T29/53113
    • A servicing machine for a steam generator is accurately set up in the generator channel head with a pivoted arm mounted for rotation in a plane parallel to the tubesheet. The angular position of the arm, the longitudinal position of a carriage mounted on the arm and the vertical position of a platform on the carriage are remotely controlled to maneuver a probe used in mapping the precise location of the thousands of holes in the tubesheet. Various operations are then performed at each precise hole location by tools carried by the arm mounted carriage to prepare for installation of new tubing. The operation of a pair of remotely controlled pivoted arms, one on each side of the channel head divider plate, is coordinated to automatically position the ends of U-shaped tubes in corresponding holes in the tubesheet on opposite sides of the divider plate and to secure the same in place.
    • 用于蒸汽发生器的维修机器在发电机通道头中精确地设置,其中枢转臂安装成在与管板平行的平面中旋转。 远程控制臂的角位置,安装在臂上的滑架的纵向位置和平台在托架上的垂直位置,以操纵用于映射管板中数千个孔的精确位置的探针。 然后通过由手臂安装的托架承载的工具在每个精确的孔位置执行各种操作,以准备安装新的管道。 一对远程控制的枢转臂的操作(一个在通道头部分隔板的每一侧上)被协调,以将U形管的端部自动定位在分隔板的相对侧上的管板中相应的孔中,并且固定 相同的地方。