OPTISCHES FILTER UND EIN VERFAHREN ZUR HERSTELLUNG EINES OPTISCHEN FILTERS
    192.
    发明申请
    OPTISCHES FILTER UND EIN VERFAHREN ZUR HERSTELLUNG EINES OPTISCHEN FILTERS 审中-公开
    光学滤镜和方法用于生产光学滤波器

    公开(公告)号:WO2010133642A1

    公开(公告)日:2010-11-25

    申请号:PCT/EP2010/056901

    申请日:2010-05-19

    Abstract: Ein Spektrometer umfasst einen ersten teiltransparenten Spiegel (1a), einen zweiten teiltransparenten Spiegel (1b), einen verformbaren Abstandshalter (7a, 7b), der zwischen dem ersten teiltransparenten Spiegel (1a) und dem zweiten teiltransparenten Spiegel (1b) angeordnet ist, und eine Mehrzahl von Detektorelementen. Der verformbare Abstandshalter (7a, 7b) ist ausgebildet, um einen Abstand zwischen dem ersten teiltransparenten Spiegel (1a) und dem zweiten teiltransparenten Spiegel (1b) in Abhängigkeit einer angelegten Spannung derart zu verändern, dass der erste teiltransparente Spiegel (1a) und der zweite teiltransparente Spiegel (1b) zueinander verkippt angeordnet sind. Die Mehrzahl von Detektorelementen sind entlang der Verkippungsrichtung des ersten und zweiten teiltransparenten Spiegels (1a, 1b) angeordnet, um unterschiedliche Wellenlängen einer einfallenden Strahlung zu detektieren.

    Abstract translation: 光谱仪包括:第一半透半反镜(1a)中,第二部分透明镜(1b)中,可变形垫片(7A,7B),第一半透半反镜(1a)和所述第二半透半反镜(1B)之间设置,和一个 多个检测器元件。 所述可变形垫片(7A,7B)被形成(图1b),响应于所施加的电压来改变第一半透半反镜(1a)和所述第二半透明镜之间的距离,使得第一部分透明镜(1a)和所述第二 部分透明镜(1b)中设置相互倾斜。 所述多个检测器元件沿第一和第二半透明反射镜的倾斜的方向布置(1A,1B)被布置为检测入射辐射的不同波长。

    METHOD AND SYSTEM FOR OPTICAL MEASUREMENTS
    193.
    发明申请
    METHOD AND SYSTEM FOR OPTICAL MEASUREMENTS 审中-公开
    光学测量方法与系统

    公开(公告)号:WO2009019690A3

    公开(公告)日:2010-03-04

    申请号:PCT/IL2008001073

    申请日:2008-08-05

    Abstract: An optical measurement Method and System for spectroscopy are disclosed for evaluating the parameters of a sample. The device generally includes a broadband source for generating a light beam. Reflected light beam are simultaneously analyzed as a function of the position within the beam to provide information at multiple wavelengths and/or angular distribution. A Furier filter, comprising dispersion element and a two-dimensional photodetector array are used so that the beam may be simultaneously or consicuently analyzed at multiple angles of returned from the sample (diffracted) light at multiple wavelengths.

    Abstract translation: 公开了用于评估样品参数的光学测量方法和系统。 该装置通常包括用于产生光束的宽带源。 作为光束内的位置的函数同时分析反射光束,以提供多个波长和/或角度分布的信息。 使用包括色散元件和二维光电检测器阵列的富尔滤光器,使得可以以从多个波长的样品(衍射)光返回的多个角度同时或仔细地分析光束。

    PRISM SPECTROMETER WITH MOVEABLE DETECTOR ELEMENT AND WITH COLLIMATED INPUT LIGHT
    195.
    发明申请
    PRISM SPECTROMETER WITH MOVEABLE DETECTOR ELEMENT AND WITH COLLIMATED INPUT LIGHT 审中-公开
    具有可移动检测元件的PRISM光谱仪和带有输入光的入射光

    公开(公告)号:WO2008106016A3

    公开(公告)日:2008-12-31

    申请号:PCT/US2008001962

    申请日:2008-02-14

    Abstract: An optical spectroscopy tool is provided. In one embodiment a highly efficient means by which moderate resolution spectroscopy may be performed in the vacuum ultraviolet (VUV) is described. In one embodiment the techniques can be used as a high throughput spectrometer to spatially disperse wavelengths in and around the VUV in such a manner as to generate a substantially flat field focal plane, suitable for use in combination with an array detector. Some embodiments utilize prism based spectrometers. Some embodiments utilize detector elements that may be movable and/or located within the spectrometer. In some embodiments, collimated light may be provided as an input to the spectrometer.

    Abstract translation: 提供光谱仪。 在一个实施例中,描述了可以在真空紫外线(VUV)中进行中分辨光谱的高效手段。 在一个实施例中,该技术可以用作高通量光谱仪,以便以这样的方式空间分散VUV中和周围的波长,以便产生适合与阵列检测器组合使用的基本平坦的场焦平面。 一些实施例使用基于棱镜的光谱仪。 一些实施例利用可移动和/或位于分光计内的检测器元件。 在一些实施例中,准直光可以作为光谱仪的输入提供。

    PRISM SPECTROMETER WITH MOVEABLE DETECTOR ELEMENT AND WITH COLLIMATED INPUT LIGHT
    197.
    发明申请
    PRISM SPECTROMETER WITH MOVEABLE DETECTOR ELEMENT AND WITH COLLIMATED INPUT LIGHT 审中-公开
    带可移动探测器元件和折射入射光的PRISM光谱仪

    公开(公告)号:WO2008106016A2

    公开(公告)日:2008-09-04

    申请号:PCT/US2008/001962

    申请日:2008-02-14

    Abstract: An optical spectroscopy tool is provided. In one embodiment a highly efficient means by which moderate resolution spectroscopy may be performed in the vacuum ultraviolet (VUV) is described. In one embodiment the techniques can be used as a high throughput spectrometer to spatially disperse wavelengths in and around the VUV in such a manner as to generate a substantially flat field focal plane, suitable for use in combination with an array detector. Some embodiments utilize prism based spectrometers. Some embodiments utilize detector elements that may be movable and/or located within the spectrometer. In some embodiments, collimated light may be provided as an input to the spectrometer.

    Abstract translation: 提供了一种光学光谱学工具。 在一个实施例中,描述了可以在真空紫外(VUV)中执行中等分辨率光谱学的高效手段。 在一个实施例中,可以将这些技术用作高通量光谱仪,以便以产生适合与阵列检测器结合使用的基本上平坦的场焦平面的方式空间分散VUV中和其周围的波长。 一些实施例使用基于棱镜的光谱仪。 一些实施例利用可移动和/或位于光谱仪内的检测器元件。 在一些实施例中,可以将准直光提供为光谱仪的输入。

    REAL TIME HIGH SPEED HIGH RESOLUTION HYPER-SPECTRAL IMAGING
    199.
    发明申请
    REAL TIME HIGH SPEED HIGH RESOLUTION HYPER-SPECTRAL IMAGING 审中-公开
    实时高速高分辨率超分辨率成像

    公开(公告)号:WO03085371A2

    公开(公告)日:2003-10-16

    申请号:PCT/IL0300292

    申请日:2003-04-07

    Inventor: MOSHE DANNY S

    Abstract: Real time high speed high resolution hyper-spectral imaging. (a) electromagnetic radiation collimating element (16), collimating electromagnetic radiation (44) emitted by objects (12) in a scene or a sample (14); (b) optical interferometer (18), receiving and dividing collimated object emission beam, generating interference images, and piezoelectrically determining and changing magnitude of optical path difference of divided collimated object emission beam; optical interferometer (18) includes: beam splitter (20'), fixed mirror (22), movable mirror (24), piezoelectric motor (26), displacing movable mirror (24) along axis (60), distance change feedback sensor (28), sensing and measuring change in distance of movable mirror (24) along axis (60), piezoelectric motor controller (30), actuating and controlling piezoelectric motor (26); and thermo-mechanically stable optical interferometer mount (32A); (c) camera optics (34), focusing interference images of each optical path difference; (d) detector (36), recording interference images; (e) central programming and signal processing unit (38), and (f) display (40).

    Abstract translation: 实时高速高分辨率超光谱成像。 (a)电磁辐射准直元件(16),对由物体(12)在场景或样本(14)中发射的电磁辐射(44)进行准直; (b)光学干涉仪(18),接收和分割准直物体发射光束,产生干涉图像,以及压电确定和改变分割的准直对象发射光束的光程差大小; 光干涉仪(18)包括:分束器(20'),固定反射镜(22),可移动反射镜(24),压电马达(26),沿轴线(60)移动可移动反射镜(24),距离变化反馈传感器 ),感测和测量可移动镜(24)沿轴线(60)的距离变化,压电马达控制器(30),致动和控制压电马达(26); 和热机械稳定的光学干涉仪安装座(32A); (c)相机光学器件(34),聚焦每个光程差的干涉图像; (d)检测器(36),记录干涉图像; (e)中央编程和信号处理单元(38)和(f)显示器(40)。

    NEAR INFRARED BLOOD GLUCOSE MONITORING SYSTEM
    200.
    发明申请
    NEAR INFRARED BLOOD GLUCOSE MONITORING SYSTEM 审中-公开
    测量近红外血糖的系统

    公开(公告)号:WO02016905A2

    公开(公告)日:2002-02-28

    申请号:PCT/US2001/025810

    申请日:2001-08-17

    Abstract: An individualized modeling equation for predicting a patient's blood glucose values is generated as a function of non-invasive spectral scans of a body part and an analysis of blood samples from the patient, and is stored on a central computer. The central computer predicts a blood glucose value for the patient as a function of the individualized modeling equation and a non-invasive spectral scan generated by a remote spectral device. If the spectral scan falls within the range of the modeling equation, the predicted blood glucose level is output to the patient. If the spectral scan falls outside the range of the modeling equation, regeneration of the model is required, and the patient takes a number of noninvasive scans and an invasive blood glucose level determination. The computer regenerates the individualized modeling equation as a function of the set of spectral scans and corresponding blood glucose values.

    Abstract translation: 基于身体部分的非侵入性光谱扫描和患者的血液样本分析生成用于预测患者血糖值的个性化建模方程,并将其存储在中央计算机上。 后者基于个体化建模方程和由远程光谱装置生成的非侵入性光谱扫描来预测患者的血糖值。 如果光谱扫描落在建模方程的范围内,则将预测的葡萄糖水平传递给患者。 如果光谱扫描落在建模方程的范围之外,则需要模型再生,并且患者执行多次无创扫描和有创血糖测定。 计算机根据一组光谱扫描和相应的血糖值重新生成个性化建模方程。

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