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    • 5. 发明授权
    • Cryopump
    • 冷冻者
    • US4454722A
    • 1984-06-19
    • US437560
    • 1982-10-29
    • Allen J. BartlettRobert M. Lewis
    • Allen J. BartlettRobert M. Lewis
    • F04B37/08B01D8/00
    • F04B37/08Y10S417/901
    • For a given temperature differential between a refrigerated heat sink (28) and frontal cryopanel array (46), the mass of the entire cryopump array is minimized by providing thermal struts (54) between the heat sink and the frontal array. The thermal struts extend through, but are isolated from, the primary pumping surface to minimize their lengths. The struts support the frontal array independent of the side radiation shield to facilitate fabrication. To further reduce the temperature differential to the frontal array, heat pipes may be provided. Parallel heat pipes or solid thermal struts may provide the thermal path during cooldown of the system. By reducing the temperature differential between the frontal cryopanel array (46) and refrigerated heat sink (28) through the use of solid thermal struts or heat pipes the load carrying capability of a cryopump can be improved.
    • 对于冷藏散热器(28)和正面冷冻板阵列(46)之间的给定温度差,通过在散热器和正面阵列之间提供热支柱(54)来使整个低温泵阵列的质量最小化。 热支柱延伸穿过主要泵送表面,但是与主泵送表面隔离,以使其长度最小化。 支撑支撑独立于侧面辐射屏蔽的正面阵列以促进制造。 为了进一步降低到正面阵列的温差,可以提供热管。 平行的热管或固体热支柱可以在系统冷却时提供热路径。 通过使用固体热支柱或热管减少正面冷冻板阵列(46)和冷藏散热器(28)之间的温差,可以提高低温泵的承载能力。
    • 6. 发明授权
    • Multi-mineral/ash benefication process and apparatus
    • 多矿/灰益处理和装置
    • US06666335B1
    • 2003-12-23
    • US09698757
    • 2000-10-27
    • William M. BradleyRobert L. CarnahanFrank A. ElkRiley D. RobbinsWilliam M. LewisRobert M. Lewis
    • William M. BradleyRobert L. CarnahanFrank A. ElkRiley D. RobbinsWilliam M. LewisRobert M. Lewis
    • B03D108
    • B03B9/04B01D21/0042B01D21/0063B01D21/10B01D21/2405B01D21/2427
    • There is provided a method and apparatus for segregating ponded coal combustion materials for use in various products, such as block sand products, concrete or mid-size sand products and fine ash products. After screening ponded coal combustion raw materials to remove the first size material for use as a block sand product, the remaining material passes through a rotating magnetic separator to remove iron bearing materials and then to a hydraulic classifier for separating coarse materials, middling size materials and fine materials. The coarse materials are combined with the first size materials and are de-watered to form the block sand product. The middling size materials are segregated into low, middle and high specific gravity materials by the use of spirals. The low specific gravity material is passed through a sizing sleeve and coarse low specific gravity material is combined with the middle specific gravity material and are de-watered to form a concrete or mid-size sand product. Fines from the hydraulic classifier are screened to form the fine ash product.
    • 提供了用于分散用于各种产品的堆积煤燃烧材料的方法和装置,例如块砂产品,混凝土或中等尺寸的砂制品和细灰产品。 经过筛选后,将煤燃烧原料排除,以除去用作块砂产品的第一尺寸材料,剩余的材料通过旋转磁选机去除铁轴承材料,然后通过液压分级机分离粗料,中等尺寸的材料和 精细的材料。 粗材料与第一尺寸材料结合并脱水以形成块砂产品。 中等尺寸的材料通过使用螺旋分离成低,中,高比重材料。 低比重材料通过施胶套筒,粗略的低比重材料与中比重材料结合并脱水以形成混凝土或中等尺寸的砂制品。 液压分选机的细粉被筛选形成细灰产品。