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    • 2. 发明授权
    • Self supporting isobaric structure for electrolyte aeration in cells for electrorefining or electrowinning non ferrious metals
    • 用于电解精炼或电解冶金非金属的电池中的电解液曝气的自支撑等压结构
    • US08991797B2
    • 2015-03-31
    • US13264384
    • 2010-04-12
    • Victor Vidaurre HeiremansEdgardo Beltran Navarro
    • Victor Vidaurre HeiremansEdgardo Beltran Navarro
    • B01F3/04C25C7/00B01F13/02C25C7/06
    • C25C7/00B01F13/0255C25C7/06
    • The invention provides a self supporting isobaric structure for electrolyte aeration in an electrodeposition cell for electrolytic refining or winning of non-ferrous metals, and a method of fabrication thereof. The structure is constructed using thermoplastic material pipes the external surface of which is wrapped in a thermosetting polymer composite material and one or more successive wrapped layers of fiber glass mats, thus forming a structural monoblock. The pipes are arranged in a reticular layout having a generally rectangular frame that follows the contour of the cell, transverse structural elements that connect the longer sides of the frame and tubular elements connecting the shorter sides of the rectangular frame. The tubular element provide a means for gas diffusion and aeration in the cell. Furthermore, the invention provides pipe couplings that allow shorter elements to be connected together in order to achieve the reticular configuration.
    • 本发明提供了一种用于电沉积电池中用于电解精炼或获得有色金属的电解液曝气的自支撑等压结构及其制造方法。 该结构使用热塑性材料管构成,其外表面包裹在热固性聚合物复合材料和一个或多个连续包裹的纤维玻璃垫层中,从而形成结构整体。 管道布置成网状布局,其具有跟随单元轮廓的大致矩形的框架,连接框架的较长边的横向结构元件和连接矩形框架的较短边的管状元件。 管状元件提供了在电池中气体扩散和充气的方法。 此外,本发明提供了允许较短元件连接在一起以实现网状结构的管接头。
    • 4. 发明申请
    • Accurate Dry Bulk Handling System and Method of Use
    • 准确的干散货处理系统及使用方法
    • US20140030031A1
    • 2014-01-30
    • US14009510
    • 2012-04-04
    • Gary L. StevensonDaniel R. Whitcher
    • Gary L. StevensonDaniel R. Whitcher
    • B01F15/02
    • B01F15/0238B01F3/18B01F13/0255B65G53/66
    • Rapid evacuation and deployment of dry materials is achieved by the dual structure of this device and the method of using it to fill and empty vacuum reloading tanks automatically. This permits materials such a bentonite, barite or cement to be handled easily and without dust on a rig floor and mixed appropriately as needed for well control and completion operations. Dry bulk material is offloaded from an offshore supply vessel into atmospheric tanks, which provide fluidized bed systems to aerate and agitate and move material through piping into the vacuum re-loader tanks. The dual re-loader tank system allows one tank to be emptied while another fills thereby providing sufficient flexibility to expertly manage receiving, storage, transfer, filtration and control of the bulk material on various space-critical platforms, including offshore rigs and service vessels, that require the handling of dry bulk materials in an accurate and dust-free manner.
    • 干燥材料的快速疏散和部署是通过该装置的双重结构和使用它自动填充和清空真空装载罐的方法实现的。 这样可以容易地处理诸如膨润土,重晶石或水泥的材料,并且在钻井平台上没有灰尘,并根据井控制和完井操作的需要进行适当混合。 干散货物从海上供应船卸载到大气罐中,其提供流化床系统以将材料通过管道充气和搅拌并移动到真空重新装载罐中。 双重重新装载罐系统允许一个罐被清空,而另一个罐被填充,从而提供足够的灵活性来专业地管理在各种空间关键平台(包括海上钻机和服务船)上的散装材料的接收,存储,转移,过滤和控制, 这要求以准确无尘的方式处理干散货物料。
    • 7. 发明申请
    • Self Supporting Isobaric Structure for Electrolyte Aeration in cells for Electrorefining or Electrowinning non ferrious metals
    • 用于电解精炼或电解非铁性金属的电解槽中电解液的自支撑等压结构
    • US20120024698A1
    • 2012-02-02
    • US13264384
    • 2010-04-12
    • Victor Vidaurre HeiremansEdgardo Beltran Navarro
    • Victor Vidaurre HeiremansEdgardo Beltran Navarro
    • C25D17/00
    • C25C7/00B01F13/0255C25C7/06
    • The invention provides a self supporting isobaric structure for electrolyte aeration in an electrodeposition cell for electrolytic refining or winning of non-ferrous metals, and a method of fabrication thereof. The structure is constructed using thermoplastic material pipes the external surface of which is wrapped in a thermosetting polymer composite material and one or more successive wrapped layers of fiber glass mats, thus forming a structural monoblock. The pipes are arranged in a reticular layout having a generally rectangular frame that follows the contour of the cell, transverse structural elements that connect the longer sides of the frame and tubular elements connecting the shorter sides of the rectangular frame. The tubular element provide a means for gas diffusion and aeration in the cell. Furthermore, the invention provides pipe couplings that allow shorter elements to be connected together in order to achieve the reticular configuration.
    • 本发明提供了一种用于电沉积电池中用于电解精炼或获得有色金属的电解液曝气的自支撑等压结构及其制造方法。 该结构使用热塑性材料管构成,其外表面包裹在热固性聚合物复合材料和一个或多个连续包裹的纤维玻璃垫层中,从而形成结构整体。 管道布置成网状布局,其具有跟随单元轮廓的大致矩形的框架,连接框架的较长边的横向结构元件和连接矩形框架的较短边的管状元件。 管状元件提供了在电池中气体扩散和充气的方法。 此外,本发明提供了允许较短元件连接在一起以实现网状结构的管接头。
    • 10. 发明申请
    • System for blending and storing petroleum based fuel and vegetable oil
    • 用于混合和储存石油基燃料和植物油的系统
    • US20080028676A1
    • 2008-02-07
    • US11499417
    • 2006-08-04
    • Roy Dubs
    • Roy Dubs
    • C10L5/00
    • B01F13/0222B01F13/0255B01F15/0412
    • An apparatus for blending and storing petroleum based fuel and vegetable based fuel is provided. The apparatus includes a blended fuel storage tank; a petroleum fuel storage tank connectable to the blended fuel storage tank; a vegetable based fuel storage tank connectable to the blended fuel storage tank; and a ganged fuel controller adapted to synchronize fuel flow ratios from the petroleum fuel storage tank and the vegetable based fuel tank to the blended fuel storage tank. In an alternate embodiment the fuel may be delivered already mixed for storage and continued blending in a mixed fuel storage tank adapted to maintaining the blended fuel mixture.
    • 提供了一种用于混合和储存石油基燃料和植物性燃料的装置。 该装置包括混合燃料储罐; 可连接到混合燃料储罐的石油储存罐; 可连接到混合燃料储罐的基于蔬菜的燃料储存罐; 以及联合燃料控制器,其适于将来自石油燃料储罐和基于蔬菜的燃料箱的燃料流量比同步到混合燃料储罐。 在替代实施例中,燃料可以被输送已经混合以便储存并在适于维持混合燃料混合物的混合燃料储存罐中继续混合。