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    • 88. 发明申请
    • Separation Apparatus and Method
    • 分离装置及方法
    • US20080087601A1
    • 2008-04-17
    • US11927033
    • 2007-10-29
    • Kyungyoon MinRichard BrownAlp Akonur
    • Kyungyoon MinRichard BrownAlp Akonur
    • B01D21/26
    • A61M1/3693A61M1/3696A61M1/38A61M2205/128B04B5/0442B04B2005/045
    • A separation apparatus and method are employed using a separation channel for rotation about an axis. Such channel includes radially spaced apart inner and outer side wall portions and an end wall portion. An inlet conveys fluid into the channel. A barrier is located in the channel intermediate of the inner and outer side wall portions. A first flow path communicates between upstream and downstream sides of the barrier. A collection region may be located downstream of the barrier for communication with the first flow path. An outer side wall section of the channel may be positioned radially outward of an upstream section thereof. The barrier may join the outer side wall portion along a substantial portion of an axial length of the channel. First and second exit flow paths may allow communication with the channel either upstream or downstream of the barrier or both.
    • 使用分离装置和方法来使用用于围绕轴线旋转的分离通道。 这种通道包括径向间隔开的内侧壁部分和外侧壁部分以及端壁部分。 入口将流体输送到通道中。 屏障位于内外侧壁部分的通道中间。 第一流动路径在屏障的上游侧和下游侧之间连通。 收集区域可以位于屏障的下游,用于与第一流动路径通信。 通道的外侧壁部分可以位于其上游部分的径向外侧。 屏障可沿着通道的轴向长度的大部分连接外侧壁部分。 第一和第二出口流动路径可以允许在障碍物的上游或下游与两者的通道进行通信。
    • 90. 发明授权
    • Stabilized earth structure reinforcing elements
    • 稳定土结构加固元件
    • US07270502B2
    • 2007-09-18
    • US11038760
    • 2005-01-19
    • Richard Brown
    • Richard Brown
    • E02D29/02
    • E02D29/0241E02D29/0233
    • A stabilizing element in a stabilized material particle structure, particularly an earthen embankment, wherein the material stabilizing elements that are inextensible (material with a higher modulus of elasticity than that of the surrounding particles) in composition nature but made more extensible because of its configuration. This extensibility gives the stabilizing elements the ability to mobilize more of the material shear resistance and adapt to current design standards under extensible type elements. The configuration also enhances the frictional engagement with the adjacent particles. The soil stabilizing elements are attached to facing elements and project into the compacted fill behind the facing. In some structures there may not be a facing element. Additionally, a material coating for metallic stabilizing elements that gives the elements improved corrosion protection, additional service life and/or expands the electrochemical environment in which they can be used.
    • 稳定材料颗粒结构中的稳定元件,特别是土堤,其中材料稳定元件是不可延伸的(具有比周围颗粒更高的弹性模量的材料),但是由于其构型而变得更可延展。 这种可扩展性使得稳定元件能够调动更多的材料抗剪切性,并适应可扩展型元件下的当前设计标准。 该构造还增强了与相邻颗粒的摩擦接合。 土壤稳定元件附着在面向元件上并投入到面对面之后的压实填料中。 在某些结构中可能没有面对元件。 另外,用于金属稳定元件的材料涂层,其提供元件改善了腐蚀保护,额外的使用寿命和/或扩展了可以使用它们的电化学环境。