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    • 1. 发明授权
    • Wavefront characterization of corneas
    • 角膜的波前表征
    • US06578964B2
    • 2003-06-17
    • US10176600
    • 2002-06-24
    • Leonard John Otten, IIIGavin R. G. ErrySimon C. WoodsPaul Harrison
    • Leonard John Otten, IIIGavin R. G. ErrySimon C. WoodsPaul Harrison
    • A61B310
    • A61B3/1015A61B3/107A61F2/142G01J9/00
    • Apparatus for determining if a cornea (whether in vitro or in vivo) has been modified (either surgically or otherwise). The method includes the steps of: passing a beam of collimated light a (either coherent or incoherent) through the cornea to produce a distorted wavefront; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The analysis of the distorted wavefront can be for the presence of higher order aberrations, or Gausian characteristics which are indicative of modifications. More particularly, the method includes the steps of providing an optical system that has a pupil plane and an image plane at a detector; positioning the cornea in the pupil plane; passing a collimated beam of light through the cornea to produce at least two images in the image plane; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The apparatus includes: a source of collimated light: an optical system including a distorted grating and an imaging lens (which have a pupil plane, first and second virtual planes, and an image plane); structure for positioning the cornea in the pupil plane; and a computer. The structure for positioning the cornea (which is immersed in a suitable storage fluid) includes first and second plano/plano lenses. The first and second plano lens, which are substantially and perpendicular to and centered with respect to the axis, have less than total distortions.
    • 用于确定角膜(无论是体外或体内)是否已被修改(手术或其他方式)的装置。 该方法包括以下步骤:将准直光束(相干或非相干)通过角膜以产生畸变的波前; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 畸变波阵面的分析可以是高阶像差的存在,或表示修改的高斯特性。 更具体地说,该方法包括以下步骤:提供在检测器处具有瞳孔平面和图像平面的光学系统; 将角膜定位在瞳孔平面中; 使准直的光束通过角膜,在图像平面中产生至少两个图像; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 该装置包括:准直光源:包括失真光栅和成像透镜(其具有瞳孔平面,第一和第二虚拟平面以及像平面)的光学系统; 用于将角膜定位在瞳孔平面中的结构; 和电脑。 用于定位角膜(其浸入合适的储存液体中)的结构包括第一和第二平面/平视镜片。 基本上和垂直于和相对于轴居中的第一和第二平面透镜具有小于总失真。
    • 2. 发明授权
    • Beam splitters for, for instance, high efficiency spectral imagers
    • 光束分离器,例如高效光谱成像仪
    • US07535647B1
    • 2009-05-19
    • US11803398
    • 2007-05-11
    • Leonard John Otten, IIIGavin R. G. Erry
    • Leonard John Otten, IIIGavin R. G. Erry
    • G02B27/14
    • G02B27/1006G02B27/1086G02B27/144G02B27/145
    • Optical instruments having, inter alia, optics to process wavelengths of electromagnetic radiation to produce an interferogram. The instruments include an optical path and optical elements positioned along this path for splitting and recombining the wavelengths which interfere with each other to produce a plurality of different fringes of different wavelengths. The optics include matched gratings which are positioned along the optical path outside of the interferometer optics to produce first and second sets of spectrally dispersed beams. The interferometer optics includes a beam splitter and first and second mirrors. In two embodiments the beam splitter has an internal surface including three zones. The instruments can all include a detector for detecting the interferogram and means for processing the detected interferogram to produce spectral information that is spatially distributed.
    • 光学仪器尤其具有用于处理电磁辐射波长以产生干涉图的光学装置。 仪器包括沿着该路径定位的光路和光学元件,用于分离和重组彼此干涉的波长,以产生多个不同波长的不同条纹。 光学器件包括沿着干涉仪光学器件外部的光路定位的匹配光栅,以产生第一和第二组光谱分散的光束。 干涉仪光学器件包括分束器和第一和第二反射镜。 在两个实施例中,分束器具有包括三个区域的内表面。 仪器都可以包括用于检测干涉图的检测器和用于处理检测到的干涉图以产生空间分布的光谱信息的装置。
    • 3. 发明授权
    • Wavefront characterization of corneas
    • 角膜的波前表征
    • US07104649B2
    • 2006-09-12
    • US10115355
    • 2002-04-02
    • Leonard John Otten, IIIGavin R. G. ErrySimon C. WoodsPaul Harrison
    • Leonard John Otten, IIIGavin R. G. ErrySimon C. WoodsPaul Harrison
    • A61B3/10
    • A61B3/1015A61B3/107A61F2/142G01J9/00
    • Apparatus for determining if a cornea (whether in vitro or in vivo) has been modified (either surgically or otherwise). The method includes the steps of: passing a beam of collimated light a (either coherent or incoherent) through the cornea to produce a distorted wavefront; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The analysis of the distorted wavefront can be for the presence of higher order aberrations, or Gausian characteristics which are indicative of modifications. More particularly, the method includes the steps of providing an optical system that has a pupil plane and an image plane at a detector; positioning the cornea in the pupil plane; passing a collimated beam of light through the cornea to produce at least two images in the image plane; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The apparatus includes: a source of collimated light: an optical system including a distorted grating and an imaging lens (which have a pupil plane, first and second virtual planes, and an image plane); structure for positioning the cornea in the pupil plane; and a computer. The structure for positioning the cornea (which is immersed in a suitable storage fluid) includes first and second plano/plano lenses. The first and second plano lens, which are substantially and perpendicular to and centered with respect to the axis, have less than λ/10 total distortions.
    • 用于确定角膜(无论是体外或体内)是否已被修改(手术或其他方式)的装置。 该方法包括以下步骤:将准直光束(相干或非相干)通过角膜以产生畸变的波前; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 畸变波阵面的分析可以是高阶像差的存在,或表示修改的高斯特性。 更具体地说,该方法包括以下步骤:提供在检测器处具有瞳孔平面和图像平面的光学系统; 将角膜定位在瞳孔平面中; 使准直的光束通过角膜,在图像平面中产生至少两个图像; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 该装置包括:准直光源:包括失真光栅和成像透镜(其具有瞳孔平面,第一和第二虚拟平面以及像平面)的光学系统; 用于将角膜定位在瞳孔平面中的结构; 和电脑。 用于定位角膜(其浸入合适的储存液体中)的结构包括第一和第二平面/平视镜片。 基本上和垂直于和相对于轴居中的第一和第二平面透镜具有小于λ/ 10的总失真。
    • 4. 发明授权
    • Wavefront characterization of corneas
    • 角膜的波前表征
    • US06464357B1
    • 2002-10-15
    • US09895309
    • 2001-06-29
    • Leonard John Otten, IIIGavin R. G. ErrySimon C. WoodsPaul Harrison
    • Leonard John Otten, IIIGavin R. G. ErrySimon C. WoodsPaul Harrison
    • A61B310
    • A61B3/1015A61B3/107A61F2/142G01J9/00
    • Apparatus for determining if a cornea (whether in vitro or in vivo) has been modified (either surgically or otherwise). The method includes the steps of: passing a beam of collimated light a (either coherent or incoherent) through the cornea to produce a distorted wavefront; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The analysis of the distorted wavefront can be for the presence of higher order aberrations, or Gausian characteristics which are indicative of modifications. More particularly, the method includes the steps of providing an optical system that has a pupil plane and an image plane at a detector; positioning the cornea in the pupil plane; passing a collimated beam of light through the cornea to produce at least two images in the image plane; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The apparatus includes: a source of collimated light: an optical system including a distorted grating and an imaging lens (which have a pupil plane, first and second virtual planes, and an image plane); structure for positioning the cornea in the pupil plane; and a computer. The structure for positioning the cornea (which is immersed in a suitable storage fluid) includes first and second plano/plano lenses. The first and second plano lens, which are substantially and perpendicular to and centered with respect to the axis, have less than &lgr;/10 total distortions.
    • 用于确定角膜(无论是体外或体内)是否已被修改(手术或其他方式)的装置。 该方法包括以下步骤:将准直光束(相干或非相干)通过角膜以产生畸变的波前; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 畸变波阵面的分析可以是高阶像差的存在,或表示修改的高斯特性。 更具体地说,该方法包括以下步骤:提供在检测器处具有瞳孔平面和图像平面的光学系统; 将角膜定位在瞳孔平面中; 使准直的光束通过角膜,在图像平面中产生至少两个图像; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 该装置包括:准直光源:包括失真光栅和成像透镜(其具有瞳孔平面,第一和第二虚拟平面以及像平面)的光学系统; 用于将角膜定位在瞳孔平面中的结构; 和电脑。 用于定位角膜(其浸入合适的储存液体中)的结构包括第一和第二平面/平视镜片。 第一和第二平面透镜基本上和垂直于并且相对于轴居中,具有小于lambd / 10的总失真。
    • 5. 发明授权
    • Wavefront characterization of corneas
    • 角膜的波前表征
    • US07712900B2
    • 2010-05-11
    • US11825391
    • 2007-07-03
    • Leonard John OttenGavin R. G. ErrySimon C. WoodsPaul Harrison
    • Leonard John OttenGavin R. G. ErrySimon C. WoodsPaul Harrison
    • A61B3/10
    • A61B3/1015A61B3/107A61F2/142G01J9/00
    • Apparatus for determining whether cornea (vitro or in vivo) has been modified (surgically or otherwise). The method includes the steps of: passing a beam of collimated light through the cornea to produce a distorted wavefront; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification. The analysis of the distorted wavefront can be for the presence of higher order aberrations, or Gausian characteristics which are indicative of modifications. The method includes the steps of providing an optical system that has a pupil plane and an image plane at a detector; positioning the cornea in the pupil plane; passing a collimated beam of light through the cornea to produce at least two images in the image plane; determining the characteristics of the distorted wavefront; and analyzing the distorted wavefront for characteristics that identify the presence of a modification.
    • 用于确定角膜(体外或体内)是否已被修改(手术或其他)的装置。 该方法包括以下步骤:将准直光束通过角膜以产生扭曲的波前; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。 畸变波阵面的分析可以是高阶像差的存在,或表示修改的高斯特性。 该方法包括以下步骤:在检测器处提供具有瞳孔平面和图像平面的光学系统; 将角膜定位在瞳孔平面中; 使准直的光束通过角膜,在图像平面中产生至少两个图像; 确定畸变波前的特征; 并分析畸变波阵面以识别修改的存在的特征。
    • 6. 发明授权
    • Wavefront characterization and correction
    • 波前表征和校正
    • US08009280B1
    • 2011-08-30
    • US12167945
    • 2008-07-03
    • Gavin R. G. ErryPaul HarrisonBoyd HunterEugene W. Butler
    • Gavin R. G. ErryPaul HarrisonBoyd HunterEugene W. Butler
    • G01J1/00
    • G01J9/00
    • A system, for determining characteristics of a beam wavefront and reshaping such wavefront, including: apparatus for sampling the wavefront curvature and generating outputs; apparatus for reshaping the wavefront; and apparatus for receiving the outputs, proportioning the outputs to match the inputs need to drive controls for the reshaping apparatus, and sending the proportioned outputs to the reshaping apparatus. The reshaping apparatus is, preferably, a deformable mirror. The sampling apparatus includes a distorted grating. The method includes: positioning the sampling apparatus in the bean path; positioning a reshaping apparatus in the beam path; sampling the curvature of the wavefront and generating outputs representative of the curvature thereof; sending the generated outputs to the proportioning apparatus; proportioning the outputs to match the inputs needed to drive the controls of the reshaping apparatus; and sending the proportioned outputs to the reshaping apparatus to change the shape thereof.
    • 一种用于确定光束波前的特征并重构这种波前的系统,包括:用于采样波前曲率并产生输出的装置; 用于重塑波前的装置; 以及用于接收输出的装置,使输出比例与输入匹配,需要驱动整形装置的控制,并将成比例的输出发送到整形装置。 整形装置优选为可变形反射镜。 采样装置包括失真光栅。 该方法包括:将采样设备定位在豆路径中; 将整形装置定位在光束路径中; 对波前的曲率进行采样并产生表示其曲率的输出; 将所生成的输出发送到配比装置; 比较输出以匹配驱动整形装置的控制所需的输入; 并将成比例的输出发送到整形装置以改变其形状。
    • 7. 发明授权
    • Diagnostic methods and apparatus for directed energy applications
    • 用于定向能量应用的诊断方法和装置
    • US07538872B1
    • 2009-05-26
    • US11498397
    • 2006-08-02
    • Eugene W. ButlerL. John Otten, IIIGavin R. G. Erry
    • Eugene W. ButlerL. John Otten, IIIGavin R. G. Erry
    • G01J1/00G01J3/28G01J3/45G01N21/00G01B9/02
    • G01J3/453G01B11/002G01J1/4257G01J3/02G01J3/0205G01J3/0208G01J3/027G01J3/2823G01J3/42
    • Determining relationships between one laser beam and an object onto which such beam is directed including: directing such beam onto the object; collecting radiation from the beam that is reflected back; spectrally discriminating the collected, reflected radiation from other collected radiation; generating an image of the collected beam radiation; and analyzing this image to determine the value of at least one parameter selected from: the diameter of the beam on the object; the position of the beam on the object; and beam quality on the object. The determined value(s) may be used to adjust parameter(s) of the beam. Additional steps include directing a second beam onto the object and collecting, spectrally discriminating, generating an image and analyzing it to determine the value of at least one parameter related to the second beam. The forgoing may also include utilizing the determined second value to adjust parameter(s) of the second beam.
    • 确定一个激光束和这样的光束被引导到的物体之间的关系包括:将这种光束引导到物体上; 收集反射回来的光束的辐射; 对来自其他收集辐射的收集的反射辐射进行光谱鉴别; 产生收集的束辐射的图像; 并分析该图像以确定选自以下的至少一个参数的值:物体上的光束的直径; 光束在物体上的位置; 和物体上的光束质量。 确定的值可以用于调整波束的参数。 附加步骤包括将第二光束引导到物体上并收集,光谱鉴别,生成图像并对其进行分析,以确定与第二光束相关的至少一个参数的值。 前述还可以包括利用确定的第二值来调整第二波束的参数。