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    • 3. 发明公开
    • 개선 방법
    • 改进方法
    • KR1020090042780A
    • 2009-04-30
    • KR1020097001883
    • 2007-06-28
    • 퍼미스캔 오스트레일리아 피티와이 리미티드
    • 프렌치피터더블유코리노게리엘
    • G01N23/20G01N33/48A61B6/00
    • G01N23/2055G01N21/47G01N21/65
    • A method of analyzing a keratin sample from a subject so as to improve sensitivity and specificity of a diagnostic test for a pathological state in the subject comprising: a) exposing the keratin sample to incident energy derived from an energy source; b) receiving radiated energy from the keratin sample consequent upon impingement of the incident energy on the keratin sample; c) passing at least a portion of the radiated energy received from the keratin sample through a transducer so as to derive subject specific data; d) processing subject specific derived data; e) comparing the processed subject specific data thus derived with a second group of reference data present in a reference database; wherein the second group of reference data is consistent with a presence of the pathological state in the subject; f) Said processing method including the steps of applying an appropriate algorithm to said subject specific data prior to said step of comparing thereby to improve sensitivity and specificity relative to said reference data.
    • 分析来自受试者的角蛋白样品的方法,以改善对受试者病理状态的诊断测试的敏感性和特异性,其包括:a)将角蛋白样品暴露于源自能量的入射能; b)在将入射能量撞击在角蛋白样品上时,从角蛋白样品接收辐射能; c)使从角蛋白样品接收的辐射能量的至少一部分通过换能器,从而得到对象特定数据; d)处理主题特定的派生数据; e)将如此导出的经处理的受试者特定数据与存在于参考数据库中的第二组参考数据进行比较; 其中第二组参考数据与受试者中病理状态的存在一致; f)所述处理方法包括以下步骤:在所述比较步骤之前对所述主题特定数据应用适当的算法从而提高相对于所述参考数据的灵敏度和特异性。
    • 4. 发明公开
    • 고처리량 X선 토포그래피 측정을 위한 다중 소스/탐지기의 사용
    • 使用多种来源/检测器进行高速X射线测量
    • KR1020150145189A
    • 2015-12-29
    • KR1020150084953
    • 2015-06-16
    • 조르단 밸리 세미컨덕터즈 리미티드
    • 라이언폴앤쏘니월존레너드워밍턴매튜
    • H01L21/66H01L27/30
    • G01N23/2055G01N23/20025G01N2223/6116G01N2223/6462
    • X선토포그래피장치는소스어셈블리, 탐지기어셈블리, 스캐닝어셈블리, 및프로세서를포함한다. 소스어셈블리는샘플상의복수의각각의구역을조사하도록복수의 X선빔을지향시키도록구성되어있는데, 이구역들은샘플의제1 축을따라서로부분적으로중첩되고제1 축에수직인샘플의제2 축을따라서로에어긋나있다. 탐지기어셈블리는샘플로부터회절된 X선빔을탐지하고탐지된 X선빔에응답하여각각의전기신호를산출하도록구성되어있다. 스캐닝어셈블리는샘플을소스어셈블리및 탐지기어셈블리에대하여제2 축을따라이동시키도록구성되어있다. 프로세서는샘플이이동되는동안탐지기어셈블리에의해산출된전기신호를처리하여샘플내의결함을식별하도록구성되어있다.
    • 用于X射线形貌的装置包括源组件,检测器组件,扫描组件和处理器。 源组件被配置为引导多个X射线束以便用X射线束照射样品上的多个相应区域,其中所述区域沿着样品的第一轴线彼此部分重叠并且从一个 另一个沿着与第一轴正交的样品的第二轴。 检测器组件被配置为检测从样本衍射的X射线束并且响应于检测到的X射线束产生相应的电信号。 扫描组件被配置为沿着第二轴相对于源组件和检测器组件移动样本。 处理器被配置为通过处理在样品移动时由检测器组件产生的电信号来识别样品中的缺陷。
    • 5. 发明公开
    • X-RAY DIFFRACTION IMAGING SYSTEM
    • X射线衍射成像系统
    • KR20070105938A
    • 2007-10-31
    • KR20070091047
    • 2007-09-07
    • POSTECH FOUNDATION
    • JE JUNG HOYI JAE MOKHWU YEU KUANG
    • G01N23/20G01N23/205
    • G01N23/205G01N23/2055G01N23/207G01N2223/0561G01N2223/1016
    • An X-ray diffraction imaging system is provided to detect a variation of material in real time by obtaining an image of the material using a visible ray, which is converted from a diffracted X-ray. An X-ray diffraction imaging system is used to analyze defects of a material(100). The X-ray diffraction imaging system comprises a photo converter(200) for converting a diffracted X-ray into a visible ray, and a photographing unit(400) for obtaining an image of the material using the visible ray. The photo converter(200) uses scintillation crystal. The photographing unit includes an optical lens(401) for obtaining an image with high resolution, and a charge coupled device(402) for photographing the image. A reflective mirror(300) is provided to reflect the visible ray toward the photographing unit.
    • 提供X射线衍射成像系统,通过使用从衍射X射线转换的可见光线获得材料的图像来实时检测材料的变化。 使用X射线衍射成像系统来分析材料(100)的缺陷。 X射线衍射成像系统包括用于将衍射X射线转换成可见光的光转换器(200),以及用于获得使用可见光线的材料的图像的拍摄单元(400)。 光转换器(200)使用闪烁晶体。 拍摄单元包括用于获得高分辨率的图像的光学透镜(401)和用于拍摄图像的电荷耦合装置(402)。 提供反射镜(300)以将可见光线朝向拍摄单元反射。