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    • 7. 发明授权
    • Cold walled induction guide tube
    • 冷壁感应导管
    • US08320427B2
    • 2012-11-27
    • US12639553
    • 2009-12-16
    • William T. CarterRussell S. MillerHoward R. Hart, Jr.
    • William T. CarterRussell S. MillerHoward R. Hart, Jr.
    • F27D3/00H05B6/02H05B6/22
    • B22D23/10B22D41/60
    • The introduction of spray formed metals into critical applications in the aircraft engine and power generation industries has been hampered by the possibility of erosion of oxide particles from a crucible lining or pouring nozzle in conventional spray forming equipment. These oxide particles may become inclusions that limit low-cycle fatigue life of parts. Use of a cold-walled induction guide (CIG) with an electrical insulation layer between copper CIG elements and the liquid metal offers a means of delivering ceramic-free alloys to a spray system with improved efficiency. CIG design options facilitated by a new oven-brazed fabrication technique resolve induction coil environmental isolation issues, correct thermal strain tolerance problems, facilitate dual frequency induction designs, allow improved electrical coupling efficiency and thermal efficiency, result in improved melt flow initiation, and facilitate disassembly without damage from the solidified melt.
    • 喷雾成形金属在飞机发动机和发电行业的关键应用中的引入受到常规喷射成形设备中坩埚衬里或倾倒喷嘴的氧化物颗粒侵蚀的可能性的阻碍。 这些氧化物颗粒可能成为限制部件的低周疲劳寿命的夹杂物。 使用具有铜CIG元件和液态金属之间的电绝缘层的冷壁感应引导件(CIG)提供了一种将无陶瓷合金输送到喷雾系统,提高效率的手段。 CIG设计选项由新的烤箱钎焊制造技术推动,解决感应线圈环境隔离问题,正确的热应变公差问题,促进双频感应设计,允许改进的电耦合效率和热效率,导致改进的熔体流动启动,并便于拆卸 而不会从固化的熔体中损伤。
    • 8. 发明授权
    • Apparatus and method for viewing an industrial process such as a molten
metal atomization process
    • 用于观察诸如熔融金属雾化工艺的工业过程的装置和方法
    • US5520371A
    • 1996-05-28
    • US231076
    • 1994-04-22
    • Steven A. MillerRussell S. Miller
    • Steven A. MillerRussell S. Miller
    • B22F9/08G01J5/04
    • B22F9/082G01J5/041B22F2999/00
    • An apparatus, system and method for viewing an industrial process in an obscuring environment, such as molten metal atomization, is disclosed. An enclosure defining a chamber for containing a particulate form from atomized liquid metal has a nozzle for atomizing liquid metal mounted thereon in communication with the chamber whereby particles recirculate throughout the chamber. The nozzle being comprised of a cylindrical plenum means and a melt guide tube extending axially therethrough to an exit orifice. The plenum means is configured to provide a jet of atomizing gas converging in an atomizing zone extending from the exit orifice. A viewing means extends through the enclosure to a viewing orifice adjacent the atomization zone, the viewing means being configured to extend a field of view through the chamber to the atomization zone. A purging gas flow is provided in the viewing means to minimize atomized particles from contacting the window, and an image of the atomization zone is generated by viewing through the window.
    • 公开了一种用于在模糊环境中观察工业过程的装置,系统和方法,例如熔融金属雾化。 限定用于从雾化液体金属容纳颗粒形式的室的外壳具有用于雾化安装在其上的与该室连通的液态金属的喷嘴,由此颗粒在整个室中再循环。 喷嘴由圆柱形增压装置和轴向穿过其延伸到出口的熔体引导管组成。 增压装置构造成提供在从出口延伸的雾化区中会聚的雾化气体射流。 观察装置通过外壳延伸到邻近雾化区的观察孔,观察装置构造成将视野通过室延伸到雾化区。 在观察装置中提供净化气体流,以将雾化的颗粒与窗口接触最小化,并且通过观察窗口产生雾化区域的图像。