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    • 95. 发明授权
    • Five axis generated hole inspection system
    • 五轴生成孔检查系统
    • US5125035A
    • 1992-06-23
    • US671168
    • 1991-03-15
    • Terrence McCarthyGerard Haring
    • Terrence McCarthyGerard Haring
    • G01N21/956G06T7/00
    • G06T7/0042G01N21/95692G01N2021/8887G01N2201/102
    • A system for automatically inspecting the true position of cooling holes manufactured in hot section turbine blades and vanes. The system includes a computer controlled rotary tilt table for correctly positioning the blade or vane having the cooling holes, and computer controlled, a coordinate measuring machine for positioning a video camera in the X, Y, Z directions so that it can look straight into the selected cooling hole of the blade or vane. An image analyzer receives the image from the video camera, calculates the centroid of the image, and the host computer calculates and reports deviation between the actual or true position of the cooling hole and data relating to the correct position of the same. A touch probe is also provided with the coordinate measuring machine to verify the correct position of the blade or vane prior to imaging.
    • 一种用于自动检查热段涡轮叶片和叶片中制造的冷却孔的真实位置的系统。 该系统包括用于正确地定位具有冷却孔的叶片或叶片的计算机控制的旋转倾斜台和计算机控制的坐标测量机,用于将摄像机定位在X,Y,Z方向上,使得它可以直视为 所选择的叶片或叶片的冷却孔。 图像分析仪从摄像机接收图像,计算图像的质心,主计算机计算并报告冷却孔的实际位置或真实位置之间的偏差以及与其正确位置相关的数据。 在坐标测量机之前,还提供一个探针,以便在成像之前验证刀片或叶片的正确位置。
    • 96. 发明授权
    • Method for repairing by solid state diffusion metal parts having damaged
holes
    • 通过固体扩散金属部件修复损坏孔的方法
    • US4953777A
    • 1990-09-04
    • US193213
    • 1988-05-11
    • Glenn E. GriffithJoaquin BustamanteMichael D. ScheelHerbert Koven
    • Glenn E. GriffithJoaquin BustamanteMichael D. ScheelHerbert Koven
    • B23K20/00B23P6/00B23P6/04F01D5/00
    • B23P6/005B23K20/00F01D5/005B23K2201/001
    • A method is provided for repairing by solid state diffusion a damaged portion of an inner surface of a hole of a metal part. The method comprises machining the hole to a cylindrical diameter sufficient to remove the damaged portion therefrom and provide a new hole with a smooth finish into which a metal bushing is inserted, the outer diameter being of size and finish relative to the machined diameter of the hole to provide a close fit therewith, the composition of the metal bushing being compatible with that of the metal part. A cylindrical metal mandrel of diameter corresponding to the inner diameter of the bushing is inserted into the bushing to provide an assembly thereof with the metal part, the metal mandrel having a mean coefficient of thermal expansion greater than that of the metal bushing for a selected solid state diffusion temperature sufficient to provide pressure against the bushing. The assembly under substantially non-oxidizing conditions is then subjected to solid state diffusion at an elevated solid state temperature corresponding to at least about 50% of the absolute melting point (solidus) of the metal part for a time at least sufficient to diffusion bond the bushing under pressure to the metal part by virtue of the expansion of the mandrel in the bushing at the diffusion temperature. The assembly is cooled to ambient, the mandrel removed, and the inner diameter of the diffusion-bonded bushing machined to an appropriate dimension. The diffusion-bonded part is preferably heat treated prior to machining of the bushing.
    • 提供一种通过固体扩散来修复金属部件的孔的内表面的损坏部分的方法。 该方法包括将孔加工成足以从其中去除损坏部分的圆柱形直径,并提供具有光滑整理剂的新孔,金属衬套插入其中,外径尺寸和精加工相对于孔的加工直径 为了与其紧密配合,金属衬套的组成与金属部件的组成相适应。 将直径对应于衬套内径的圆柱形金属心轴插入衬套中以提供与金属部件的组件,金属心轴的平均热膨胀系数大于用于所选固体的金属衬套的平均热膨胀系数 状态扩散温度足以向衬套提供压力。 然后将基本上非氧化条件下的组合物在相当于金属部件的绝对熔点(固相线)的至少约50%的升高的固态温度下进行至少足以扩散粘合的时间的固态扩散 由于芯轴在扩散温度下在套管中的膨胀而在金属部件的压力下套管。 将组件冷却至环境温度,将心轴移除,扩散接合衬套的内径加工到适当的尺寸。 扩散接合部分优选在加工衬套之前进行热处理。
    • 99. 发明授权
    • Hot forming process
    • 热成型工艺
    • US5694683A
    • 1997-12-09
    • US49533
    • 1993-04-20
    • J. Michael TeetsDouglas R. Burnham
    • J. Michael TeetsDouglas R. Burnham
    • B21K3/04B23P15/04F01D5/28B23P15/00
    • B21D53/78B21K3/04B23P15/04F01D5/288F04D29/324F05D2240/303Y10T29/49336Y10T29/49341
    • A process is provided for forming a metallic edge having a three dimensional internal configuration by preparing a metallic edge blank having a two dimensional internal configuration; attaching a flange to the sides of the blank; preheating the blank, forming mandrel and receiver dies to a temperature at which the metal is in a malleable state, with the forming mandrel having an external surface which corresponds to the three dimensional internal configuration of the formed metallic edge; and hot forming the metallic edge by securing the blank within the receiver dies and advancing the mandrel into the inner cavity of the blank through use of a drive means which rotates the mandrel as it advances into the blank while maintaining the blank, mandrel and receiver dies at the malleable temperature.
    • 提供一种通过制备具有二维内部构造的金属边缘坯料来形成具有三维内部构造的金属边缘的方法; 将凸缘附接到坯件的侧面; 预热坯料,将芯棒和接收器模具成形为金属处于可延展状态的温度,成形心轴具有对应于形成的金属边缘的三维内部构造的外表面; 并且通过将所述坯件固定在所述接收器模具内并且通过使用驱动装置将所述心轴推进到所述坯料的内部空腔中而热成型所述金属边缘,所述驱动装置使得当所述心轴进入所述坯件时旋转所述心轴,同时保持所述坯料, 在可塑的温度下。