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    • 34. 发明申请
    • Modular ozone generator with an air diffuser
    • 具有空气扩散器的模块化臭氧发生器
    • US20060144691A1
    • 2006-07-06
    • US11331757
    • 2006-01-13
    • Steven BarnesRichard ConnRobert Gray
    • Steven BarnesRichard ConnRobert Gray
    • C01B13/00B01J19/08B01J19/12
    • C01B13/10
    • A modular ozone generator includes an ultraviolet (UV) lamp within a chamber for converting some of the oxygen molecules in air to ozone molecules. The air is introduced through an inlet at a high point of the chamber and discharged through an outlet at a low point of the chamber to increase the proportion of ozone molecules relative to the oxygen molecules discharged due to the higher density ozone molecules migrating downwardly. The introduced air is conveyed through a diffuser to provide multiple streams of air flowing about the lamp to enhance irradiation of the oxygen molecules and form ozone molecules. A second or more ozone generator modules are beneath the first ozone generator module with an interlocking mechanism to align the outlet of an upper ozone generator with the inlet of a lower ozone generator module. The number of cascaded ozone generator modules forming a vertical stack is a function of the concentration (and amount) of ozone molecules sought to be generated. Readily removable end caps for each ozone generator module accommodate repair and replacement of any and all internal components with or without dismounting the ozone generator module from its supporting structure. Slidably mounted tabs accommodate attachment of the ozone generator modules to hard points of the supporting structure.
    • 模块化臭氧发生器包括在室内的紫外线(UV)灯,用于将空气中的一些氧分子转化为臭氧分子。 空气通过腔室的高点处的入口被引入,并通过腔室的低点处的出口排出,以增加由于较高密度的臭氧分子向下迁移而导致的臭氧分子相对于排出的氧分子的比例。 引入的空气通过扩散器输送以提供围绕灯流动的多个空气流,以增强氧分子的照射并形成臭氧分子。 第二个或更多个臭氧发生器模块位于第一臭氧发生器模块的下面,具有互锁机构,以将上部臭氧发生器的出口与下部臭氧发生器模块的入口对准。 形成垂直堆叠的级联臭氧发生器模块的数量是寻求产生的臭氧分子的浓度(和量)的函数。 每个臭氧发生器模块的易于拆卸的端盖可以在使用或不从其支撑结构拆卸臭氧发生器模块的情况下修理和更换任何和所有内部组件。 可滑动地安装的凸片容纳臭氧发生器模块与支撑结构的硬点的连接。
    • 36. 发明申请
    • Material to enable magnetic resonance imaging of implantable medical devices
    • 用于实现可植入医疗器械的磁共振成像的材料
    • US20060118758A1
    • 2006-06-08
    • US11227590
    • 2005-09-15
    • Xingwu WangHoward GreenwaldRobert Gray
    • Xingwu WangHoward GreenwaldRobert Gray
    • H01F1/00H01F1/20
    • H01F1/0063A61K49/18A61K49/1818A61K51/1244A61L29/18A61L31/18A61L2400/12B82Y5/00B82Y25/00
    • In accordance with the present invention, there is provided a composition of matter comprised of about 90% by weight of particles smaller than about 100 nanometers comprised of magnetic atoms. These nanomagnetic particles have a first magnetic moment between about 2 to about 3,000 emu per cubic centimeter, and a magnetic durability such that after about 6 months the magnetic moment does not vary by more than 5%. The nanomagnetic material, when used with implantable medical devices, upon exposure to magnetic resonance imaging (MRI) radiation, reduces the eddy currents, improves the imageability, cancels the positive susceptibility, improves the magnetic field about such devices, and may be used to modify the magnetic susceptibility of such devices. Also provided in accordance with the present invention is a preferred process for preparing such nanomagnetic material, certain preferred devices that comprise the nanomagnetic material, and a process for preparing certain flexible implantable medical devices that comprise the nanomagnetic material.
    • 根据本发明,提供了由约90重量%的由磁性原子组成的小于约100纳米的颗粒组成的物质组合物。 这些纳米磁性颗粒具有约2至约3,000emu /立方厘米之间的第一磁矩和磁性耐久性,使得在约6个月后,磁矩不变化大于5%。 当纳米磁性材料与可植入医疗器械一起使用时,在暴露于磁共振成像(MRI)辐射时,可减少涡流,改善成像性,消除正磁敏感,改善这种器件的磁场,并可用于修改 这种器件的磁化率。 根据本发明还提供了制备这种纳米磁性材料的优选方法,包含纳米磁性材料的某些优选装置,以及用于制备包含纳米磁性材料的某些柔性可植入医疗装置的方法。
    • 37. 发明申请
    • Candle assembly and fuel element therefor
    • 蜡烛组件和燃料元件
    • US20060057521A1
    • 2006-03-16
    • US11123372
    • 2005-05-06
    • Chris KubicekCory NelsonRobert GrayThomas SzymczakElizabeth JamesonGeorgia Tenhagen
    • Chris KubicekCory NelsonRobert GrayThomas SzymczakElizabeth JamesonGeorgia Tenhagen
    • F23D3/16
    • F23D3/16
    • A candle assembly includes a melting plate having a capillary pedestal, a wick holder that fits over the capillary pedestal, a wick that is carried by the wick holder, and a fuel element that fits over the wick and wick holder and rests on the melting plate. The fuel element includes a duct therethrough for receiving the wick holder. The fuel element is adapted to prevent improper insertion of the wick holder into the duct. The duct is adapted to facilitate successful initial ignition and sustained burn of the wick by having a width that is selected to ensure that melted fuel material engages the wick when dripping down the duct. A capillary well disposed between the wick holder and the capillary pedestal may be adapted to promote a successful relight after an initial burn of the candle assembly. A candle holder, such as including the melting plate supported by a base, may be adapted to promote laminar air flow thereacross during a burn in a substantially calm atmospheric environment.
    • 蜡烛组件包括具有毛细管基座的熔化板,装在毛细管基座上的芯保持器,由芯保持器承载的灯芯和装在灯芯和灯芯支架上并靠在熔化板上的燃料元件 。 燃料元件包括用于接纳油绳支架的通道。 燃料元件适于防止芯座不正确地插入管道中。 管道适于促进成功的初始点火并且通过具有选择的宽度来持续燃烧油绳,以确保当向下滴下管道时熔化的燃料与油绳接合。 在芯保持器和毛细管基座之间布置的毛细管孔可以适于在蜡烛组件的初始燃烧之后促进成功的重新点亮。 诸如包括由基座支撑的熔化板的烛台可以适于在基本平静的大气环境中的燃烧期间促进其间的层流气流。