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    • 5. 发明授权
    • Complex magnetic field generating device
    • 复磁场发生装置
    • US5880661A
    • 1999-03-09
    • US617667
    • 1996-04-01
    • James G. DavidsonRobert Scarbrough
    • James G. DavidsonRobert Scarbrough
    • H01F7/20H01F7/02
    • H01F7/202
    • A complex magnetic field generating device, comprising a frame, a plurality of magnets capable of producing a magnetic field, wherein each of the plurality of magnets has a north pole and a south pole and a longitudinal axis passing therethrough, the plurality of magnets are positioned in a side by side axis parallel orientation and are partially held in place by the frame, a coil of electrically conducting material wrapped about the plurality of magnets and orthogonal to the longitudinal axis of each of the plurality of magnets, and a source of electrical energy for supplying an electrical current to the coil enabling a magnetic field detectable with iron filings to be produced therefrom. A switch is provided to enable the electrical current to flow in a first direction and a second direction opposite to the first direction. The plurality of magnets that are positioned in a side by side axis parallel orientation are oriented so that the like poles of the plurality of magnets are positioned adjacent each other.
    • 一种复合磁场产生装置,包括框架,能够产生磁场的多个磁体,其中,所述多个磁体中的每一个具有北极和南极以及穿过其的纵轴,所述多个磁体被定位 并排轴并行取向并被框架部分地保持在适当的位置;导电材料的线圈围绕多个磁体缠绕并且与多个磁体中的每个磁体的纵向轴线正交,以及电能源 用于向线圈提供电流,使得能够由铁屑产生可检测的磁场。 提供开关以使电流能够沿与第一方向相反的第一方向和第二方向流动。 定位在并排的并列方向上的多个磁体被定向为使得多个磁体的相同磁极彼此相邻地定位。
    • 7. 发明授权
    • Process and equipment for gaseous desiccation of organic particles
    • 有机颗粒气态干燥的工艺和设备
    • US5199185A
    • 1993-04-06
    • US719121
    • 1991-06-20
    • James G. Davidson
    • James G. Davidson
    • F26B1/00F26B5/00F26B17/14F26B21/14
    • F26B1/005F26B17/1441F26B21/14F26B5/00
    • A process for removing moisture from coal comprises transforming the coal to coal fines, polarizing the coal fines to produce an electrical charge differential between the relatively non-conductive water and the relatively conductive coal particles, and removing the water by admixing the coal fines in a drying chamber with a dry gaseous mixture having a different electrical state from the moisture, such that the moisture is selectively attracted to the gaseous media, and then separating the moisture laden gaseous media from the coal fines and collecting the fines. The admixture is accomplished with a vertically oriented cylindrical drying chamber wherein the fines are introduced at the top of the chamber and settle downwardly and the dry, gaseous media is directed upwardly through the chamber in a swirling helical path. The helical path is induced by a series of stepped radial baffle plates spaced along the chamber in the fashion of a spiral staircase, with the gaseous media being introduced through nozzles positioned adjacent the plates. The gaseous media can be dried for reuse in the system after it is removed from the top of the chamber.
    • 从煤中除去水分的方法包括将煤转化为煤粉,使煤粉偏振,在相对不导电的水和相对导电的煤颗粒之间产生电荷差,并通过将煤粉混合在一起 干燥室具有与水分不同的电状态的干燥气态混合物,使得湿气被选择性地吸引到气态介质,然后将含水分的气态介质与煤粉分离并收集细粉。 混合物用垂直取向的圆柱形干燥室完成,其中细粉被引入室的顶部并且向下沉降,干燥的气态介质以旋转的螺旋路径向上引导通过室。 螺旋路径是由一系列阶梯状的径向挡板引导的,沿着腔室以螺旋状梯形的方式间隔开,气态介质通过位于板附近的喷嘴引入。 气体介质可以在从室的顶部移除之后被干燥以便在系统中重新使用。