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    • 3. 发明授权
    • Method and apparatus for producing near-infrared radiation
    • 用于生产近红外辐射的方法和装置
    • US07928278B2
    • 2011-04-19
    • US10170942
    • 2002-06-12
    • Kirk S. SchanzeJohn R. ReynoldsJames M. BoncellaPaul H. HollowayBenjamin Scott HarrisonTim FoleySriram Ramakrishnan
    • Kirk S. SchanzeJohn R. ReynoldsJames M. BoncellaPaul H. HollowayBenjamin Scott HarrisonTim FoleySriram Ramakrishnan
    • A61F13/00
    • C09K11/06H01L51/0034H01L51/0035H01L51/0036H01L51/0038H01L51/0039H01L51/0077H01L51/5012
    • The subject invention pertains to a method, apparatus, and composition of matter for producing near-infrared (near-IR) radiation. The subject invention can incorporate a polymer and a metal-containing compound, wherein the metal-containing compound can incorporate a metal-ligand complex, wherein when the metal-ligand complex becomes excited, energy is transferred from the ligand to the metal, wherein, the energy transferred to the metal by sensitization is emitted as near-infrared radiation. In a specific embodiment, the subject invention relates to a composition of matter having a luminescent polymer and a metal containing compound where the metal containing compound incorporates a metal-ligand complex such that the absorption spectrum of the metal-ligand complex at least partially overlaps with the emission spectrum of the luminescent polymer. As the absorption spectrum of the metal-ligand complex at least partially overlaps with the emission spectrum of the luminescent polymer, when the luminescent polymer becomes electronically excited energy can be transferred from the luminescent polymer to the metal-ligand complex. At least a portion of the energy transferred from the luminescent polymer to the metal-ligand complex can then be emitted by the metal-ligand complex as near-infrared radiation. The subject invention can incorporate polymers which are conjugated or non-conjugated and luminescent or non-luminescent. In a specific embodiment, conjugated polymers which are luminescent can be utilized.
    • 本发明涉及用于产生近红外(近红外)辐射的物质的方法,装置和组成。 本发明可以包含聚合物和含金属的化合物,其中含金属的化合物可以引入金属 - 配体络合物,其中当金属 - 配体络合物被激发时,能量从配体转移到金属,其中, 通过敏化转移到金属的能量作为近红外辐射发射。 在具体实施方案中,本发明涉及具有发光聚合物和含金属化合物的物质组合物,其中含金属的化合物包含金属 - 配体络合物,使得金属 - 配体络合物的吸收光谱至少部分地与 发光聚合物的发射光谱。 由于金属 - 配体络合物的吸收光谱与发光聚合物的发射光谱至少部分重叠,当发光聚合物变成电子激发时,能够从发光聚合物转移到金属 - 配体络合物。 从发光聚合物转移到金属 - 配体络合物的能量的至少一部分然后可以被金属 - 配体络合物作为近红外辐射发射。 本发明可以引入共轭或非共轭和发光或非发光的聚合物。 在具体实施方案中,可以使用发光的共轭聚合物。
    • 4. 发明授权
    • Electrical distribution analysis method and apparatus
    • 配电分析方法及装置
    • US06629044B1
    • 2003-09-30
    • US09528140
    • 2000-03-17
    • Thomas F. Papallo, Jr.Sriram RamakrishnanAhmed Elasser
    • Thomas F. Papallo, Jr.Sriram RamakrishnanAhmed Elasser
    • G06F1900
    • H02H6/00G06F17/5036H01H1/2058H01H11/0062
    • An apparatus and method for analyzing an apparatus, typically an electrical distribution system is provided. The apparatus and method is particularly useful for analyzing selective electrical distribution systems. The apparatus is generally a software system including a solver system for generating an output from an input presented to the solver system. The input is a mathematical representation of at least a portion of the electrical distribution system. In one embodiment, the input is presented to a model within the solver system. The model represents at least a portion of the electrical distribution system. The software system is capable of interfacing output data from one or more models with additional models for analyzing generally how devices within an electrical distribution system behave under certain conditions.
    • 提供一种用于分析装置(通常为配电系统)的装置和方法。 该装置和方法对于分析选择性配电系统特别有用。 该装置通常是包括用于从提供给求解器系统的输入产生输出的求解器系统的软件系统。 输入是配电系统的至少一部分的数学表示。 在一个实施例中,将输入呈现给解算器系统内的模型。 该模型代表配电系统的至少一部分。 软件系统能够将来自一个或多个模型的输出数据与附加模型进行接口,以便一般地分析配电系统中的设备在某些条件下的行为。
    • 5. 发明授权
    • Ultra-low-profile tube-type magnetics
    • 超薄型管型磁性材料
    • US6040753A
    • 2000-03-21
    • US287157
    • 1999-04-06
    • Sriram RamakrishnanRobert Louis SteigerwaldWilliam Hull Bicknell
    • Sriram RamakrishnanRobert Louis SteigerwaldWilliam Hull Bicknell
    • H01F17/00H01F27/28H01F5/00
    • H01F17/0033H01F27/2804
    • A low-profile transformer or inductor includes a leg of a magnetically permeable core. A tube-type winding arrangement is made by use of a flat, flexible dielectric sheet, on one side of which a broad conductive area is affixed, and on the other side of which a plurality of mutually parallel elongated regions are affixed. The dielectric sheet is rolled into a tube defining a parting line which is perpendicular to the axes of elongation of the conductive strips. The discontinuous elongated strips are formed into a continuous winding by means of stitches. The stitches may be through vias extending through overlapping regions of the tube to interconnect ends of the strip conductors, or may be generated by an HDI conductor overlying the ends of the strip conductors, with through vias making connections to the ends of the strip conductors and to HDI conductors.
    • 低调的变压器或电感器包括一个可渗透磁芯的支脚。 管式绕组装置通过使用平坦的柔性电介质片材制成,其一侧上具有宽的导电区域,并且在另一侧上固定有多个相互平行的细长区域。 将电介质片轧制成限定与导电条的伸长轴垂直的分型线的管。 不连续的细长带通过缝合形成连续的卷绕。 线迹可以是通过延伸穿过管的重叠区域的通孔以互连带状导体的端部,或者可以由覆盖条状导体的端部的HDI导体产生,通孔形成与条状导体的端部的连接, 到HDI导体。
    • 6. 发明授权
    • Devices and methods for biomaterial production
    • 生物材料生产的设备和方法
    • US07238522B2
    • 2007-07-03
    • US10857439
    • 2004-05-27
    • Henry HebelSriram RamakrishnanHugo GonzalezJeff Darnell
    • Henry HebelSriram RamakrishnanHugo GonzalezJeff Darnell
    • C12M1/33
    • C12N15/1003B01F13/0255B03D2203/003C12M47/06C12M47/10C12N1/06C12N1/066C12N15/101
    • An apparatus and a method for isolating a biologic product, such as plasmid DNA, from cells. The method involves lysing cells in a controlled manner separate insoluble components from a fluid lysate containing cellular components of interest, followed by membrane chromatographic techniques to purify the cellular components of interest. The process utilizes a unique lysis apparatus, ion exchange and, optionally, hydrophobic interaction chromatography membranes in cartridge form, and ultrafiltration. The process can be applied to any biologic product extracted from a cellular source. The process uses a lysis apparatus, including a high shear, low residence-time mixer for advantageously mixing a cell suspension with a lysis solution, a hold time that denatures impurities, and an air-sparging bubble mixer that gently yet thoroughly mixes lysed cells with a neutralization/precipitation buffer and floats compacted precipitated cellular material.
    • 从细胞中分离生物制品如质粒DNA的装置和方法。 该方法包括以受控的方式裂解细胞,从含有感兴趣的细胞成分的流体裂解物中分离不溶性组分,然后用膜色谱技术纯化感兴趣的细胞组分。 该方法利用独特的裂解装置,离子交换以及任选的以胶囊形式的疏水相互作用层析膜和超滤。 该方法可以应用于从细胞来源提取的任何生物制品。 该方法使用裂解装置,包括高剪切,低停留时间混合器,有利地将细胞悬浮液与裂解溶液混合,使杂质变性的保持时间和将裂解细胞轻轻地充分混合的空气鼓泡混合器 中和/沉淀缓冲液和漂浮压实的沉淀细胞材料。
    • 7. 发明申请
    • Devices and methods for biomaterial production
    • 生物材料生产的设备和方法
    • US20050014245A1
    • 2005-01-20
    • US10857439
    • 2004-05-27
    • Henry HebelSriram RamakrishnanHugo GonzalezJeff Darnell
    • Henry HebelSriram RamakrishnanHugo GonzalezJeff Darnell
    • B01F13/02C12N1/06C12N15/10C12P21/06C12M1/34C12N1/08
    • C12N15/1003B01F13/0255B03D2203/003C12M47/06C12M47/10C12N1/06C12N1/066C12N15/101
    • An apparatus and a method for isolating a biologic product, such as plasmid DNA, from cells. The method involves lysing cells in a controlled manner separate insoluble components from a fluid lysate containing cellular components of interest, followed by membrane chromatographic techniques to purify the cellular components of interest. The process utilizes a unique lysis apparatus, ion exchange and, optionally, hydrophobic interaction chromatography membranes in cartridge form, and ultrafiltration. The process can be applied to any biologic product extracted from a cellular source. The process uses a lysis apparatus, including a high shear, low residence-time mixer for advantageously mixing a cell suspension with a lysis solution, a hold time that denatures impurities, and an air-sparging bubble mixer that gently yet thoroughly mixes lysed cells with a neutralization/precipitation buffer and floats compacted precipitated cellular material.
    • 从细胞中分离生物制品如质粒DNA的装置和方法。 该方法包括以受控的方式裂解细胞,从含有感兴趣的细胞成分的流体裂解物中分离不溶性组分,然后用膜色谱技术纯化感兴趣的细胞组分。 该方法利用独特的裂解装置,离子交换以及任选的以胶囊形式的疏水相互作用层析膜和超滤。 该方法可以应用于从细胞来源提取的任何生物制品。 该方法使用裂解装置,包括高剪切,低停留时间混合器,有利地将细胞悬浮液与裂解溶液混合,使杂质变性的保持时间和将裂解细胞轻轻地充分混合的空气鼓泡混合器 中和/沉淀缓冲液和漂浮压实的沉淀细胞材料。
    • 8. 发明授权
    • High-frequency, high-efficiency converter with recirculating energy
control for high-density power conversion
    • 高频,高效转换器,具有循环能量控制,可实现高密度电源转换
    • US5781421A
    • 1998-07-14
    • US767463
    • 1996-12-16
    • Robert Louis SteigerwaldSriram Ramakrishnan
    • Robert Louis SteigerwaldSriram Ramakrishnan
    • H01F30/00H02M1/08H02M3/28H02M3/335H02M7/00H02M7/537
    • H02M3/285H02M2001/0006H02M2001/0093
    • A front-end converter processes only a fraction (e.g., about 10%) of the power delivered by an efficient output (i.e., the main) converter in order to control the output voltage thereof. Because only a fraction of the delivered power is processed, the losses associated with the front-end converter are a very small fraction of the total delivered power, leading to very high overall efficiencies. The input power to the front-end converter is provided from the output of the main converter; this reduced power is thus circulated within the converter. Regulation of the output voltage by controlling the dc voltage relieves the regulating function from the main converter, allowing the main converter to be selected strictly on the basis of efficiency and small size. The result is an overall efficient, compact dc-to-dc converter with minimal output filter requirements and protection against output short circuits. Additionally, the converter bandwidth is determined by the bandwidth of the low-power front-end converter which can have a higher bandwidth than a full-rated converter. Therefore, a significantly higher bandwidth can be achieved as compared with presently available converters, advantageously resulting in a reduced output filter size and faster speed of response.
    • 前端转换器仅处理由有效输出(即主)转换器传递的功率的一部分(例如,约10%),以便控制其输出电压。 由于只有一小部分交付的功率被处理,与前端转换器相关的损耗是总传输功率的很小一部分,从而导致非常高的总体效率。 前端转换器的输入功率由主转换器的输出端提供; 因此,这种降低的功率在转换器内循环。 通过控制直流电压调节输出电压可以减轻主转换器的调节功能,从而可以在效率和体积小的基础上严格选择主转换器。 其结果是整体高效,紧凑的直流 - 直流转换器,具有最小的输出滤波器要求和防止输出短路。 另外,转换器带宽由低功耗前端转换器的带宽决定,它可以具有比全额定转换器更高的带宽。 因此,与目前可用的转换器相比,可以实现显着更高的带宽,有利地导致输出滤波器尺寸减小和响应速度更快。