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    • 2. 发明授权
    • Antenna mounted identification marker
    • 天线安装识别标记
    • US5636588A
    • 1997-06-10
    • US583747
    • 1996-01-17
    • Jan KellerSuzanne R. Geiger-Visci
    • Jan KellerSuzanne R. Geiger-Visci
    • G09F21/04
    • G09F21/04Y10T428/24017
    • An identification device for mounting on the antenna of a transport vehicle. The device is tubular and resilient, and has a central cavity for receiving the antenna. A series of spaced apart external grooves selectively accept a tie constricting the tubular device about the antenna. The device has hook and loop material attached thereto, and a corresponding patch of hook and loop material. The corresponding patch is mounted to the vehicle, for temporary stowage of the identification device when not in use. The identification device has one or more distinctive bright colors, for being conspicuous at a distance. The device is preferably employed when parking a vehicle amidst many similar vehicles, thereby enabling an owner or operator to identify the vehicle.
    • 一种用于安装在运输车辆的天线上的识别装置。 该装置是管状和弹性的,并且具有用于接收天线的中心腔。 一系列间隔开的外部凹槽选择性地接受围绕天线收缩管状装置的连接。 该装置具有附接到其上的钩环材料和相应的钩和环材料片。 相应的补丁安装到车辆上,用于在不使用时临时装载识别装置。 识别装置具有一个或多个独特的亮色,用于在远处显眼。 当在许多类似的车辆中停放车辆时,优选地使用该装置,从而使所有者或操作者能够识别车辆。
    • 3. 发明授权
    • Three-dimensionally localizing light emitting molecules of unknown orientation and unknown Z-position
    • 三维定位未知取向和未知Z位的发光分子
    • US08559021B2
    • 2013-10-15
    • US13441043
    • 2012-04-06
    • Johann EngelhardtStefan W. HellJan Keller-Findeisen
    • Johann EngelhardtStefan W. HellJan Keller-Findeisen
    • G01B11/14G01J3/30G06K9/00
    • G02B21/0076G01N21/6456G01N2021/6463
    • To the end of three-dimensionally localizing light emitting marker entities of unknown orientation and unknown position in a sample, the light emitted by each single marker entity is imaged in at least two different ways onto at least one detection plane which corresponds to a focal plane (13) in the sample resulting in at least two images of the marker entity. Virtual x- and y-positions of the marker entity in parallel to the focal plane (13) are separately determined from the emitted light intensity distribution over each image of the marker entity. Further, the z-position of the marker entity normal to the focal plane is determined from the emitted light intensity distributions over the images of the marker entity. The real x- and y-positions of the marker entity in parallel to the focal plane (13) are determined based on its virtual x- and y-positions and on its z-position.
    • 在三维定位样品中未知取向和未知位置的发光标记实体的三维定位结束时,由每个单个标记实体发射的光以至少两种不同的方式成像到至少一个对应于焦平面的检测平面 (13),导致标记实体的至少两个图像。 标记实体与焦平面(13)平行的虚拟x和y位置根据标记实体的每个图像上的发射光强度分布分别确定。 此外,从标记实体的图像上的发射光强度分布确定垂直于焦平面的标记实体的z位置。 标记实体与焦平面(13)平行的真实x和y位置基于其虚拟x和y位置及其z位置来确定。