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    • 14. 发明申请
    • APPARATUS FOR IMAGING AN EYE
    • 用于成像眼睛的装置
    • US20140204340A1
    • 2014-07-24
    • US14224053
    • 2014-03-24
    • Steven Roger Verdooner
    • Steven Roger Verdooner
    • A61B3/15
    • A61B3/0058A61B3/0083A61B3/0091A61B3/024A61B3/102A61B3/1208A61B3/132A61B3/135A61B3/14A61B3/145A61B3/152A61B3/158
    • A slit lamp mounted eye imaging a slit lamp integrated, a handheld, OCT integrated, or attached to a separate chinrest-joystick assembly apparatus for producing a wide field and/or magnified views of the posterior or the anterior segments of an eye through an undilated or dilated pupil. The apparatus images sections and focal planes and utilizes an illumination system that uses one or more LEDs, shifting optical elements, flipping masks, and/or aperture stops where the light can be delivered into the optical system on optical axis or off axis from center of optical system and return imaging path from the eye, creating artifacts in different locations on the eye image. Image processing is employed to detect and eliminate artifacts and masks from images. The apparatus can be used in combination with an OCT, microscope and can be disposed in a hand-held housing for hand-held use.
    • 整合的裂隙灯,集成的手术式OCT,或连接到单独的chinrest-joystick组装装置上的裂隙灯安装的眼睛,用于通过未被剥离的眼睛产生眼睛的后部或前部的宽视场和/或放大视图 或扩大瞳孔。 设备图像部分和焦平面并且利用使用一个或多个LED,移动光学元件,翻转掩模和/或孔径光阑的照明系统,其中光可以在光轴上离开光学系统或从轴的中心离开 光学系统和从眼睛返回成像路径,在眼睛图像上的不同位置创建伪影。 采用图像处理来检测和消除图像中的伪像和掩模。 该装置可以与OCT,显微镜组合使用,并且可以放置在用于手持使用的手持外壳中。
    • 15. 发明授权
    • Apparatus and method for imaging an eye
    • 眼睛成像装置和方法
    • US08714743B2
    • 2014-05-06
    • US13053934
    • 2011-03-22
    • Steven Roger Verdooner
    • Steven Roger Verdooner
    • A61B3/14A61B3/10A61B3/00
    • A61B3/0058A61B3/0083A61B3/0091A61B3/024A61B3/102A61B3/1208A61B3/132A61B3/135A61B3/14A61B3/145A61B3/152A61B3/158
    • The present invention is a slit lamp mounted eye imaging, a slit lamp integrated, a handheld, OCT integrated, or attached to a separate chinrest-joystick assembly apparatus and method for producing a wide field and/or magnified views of the posterior or the anterior segments of an eye through an undilated or dilated pupil. The apparatus images sections and focal planes and utilizes an illumination system that uses one or more LEDs, shifting optical elements, flipping masks, and/or aperture stops where the light can be delivered into the optical system on optical axis or off axis from center of optical system and return imaging path from the eye, creating artifacts in different locations on the eye image. Image processing is employed to detect and eliminate artifacts and masks from images. The apparatus can be used in combination with an OCT, microscope and can be disposed in a hand-held housing for hand-held use.
    • 本发明是一种安装眼睛的狭缝灯,成像的狭缝灯,一体化的手持式OCT,或集成或附接到单独的chinrest-joystick组装装置和方法,用于产生后部或前部的宽视场和/或放大视图 眼睛通过未扩张或扩张的瞳孔的部分。 设备图像部分和焦平面并且利用使用一个或多个LED,移动光学元件,翻转掩模和/或孔径光阑的照明系统,其中光可以在光轴上离开光学系统或从轴的中心离开 光学系统和从眼睛返回成像路径,在眼睛图像上的不同位置创建伪影。 采用图像处理来检测和消除图像中的伪像和掩模。 该装置可以与OCT,显微镜组合使用,并且可以放置在用于手持使用的手持外壳中。
    • 16. 发明申请
    • METHOD AND DEVICE FOR HIGH-RESOLUTION RETINAL IMAGING
    • 用于高分辨率视网膜成像的方法和装置
    • US20140049749A1
    • 2014-02-20
    • US14000613
    • 2012-02-21
    • Xavier Levecq
    • Xavier Levecq
    • A61B3/15
    • A61B3/158A61B3/1015A61B3/14
    • The invention relates, according to one aspect, to a retinal imaging device including at least one source (LSa, LSr) for emitting a light beam in order to illuminate the retina of an eye (10) of a subject, a retinal imaging path including a detection device (12) having a detection plane (121) and an optical imaging system (L1, L5, L6), an analysis path including a device (15) for measuring optical defects having an analysis plane (151) for receiving a set of light rays backscattered by the retina and optical means for adjoining said analysis plane and a predetermined plane in the input space of said imaging system of the imaging path, a correction device (14) shared by said analysis and imaging paths, which includes a correction plane (141) and which is intended to correct, in said correction plane, the light rays from said emission source and backscattered by the retina according to the optical defects measured by the device for measuring optical defects. The retinal imaging device further includes a light blackout system (20), which is positioned in an adjacent plane or which coincides with said correction plane, or which is positioned in an image plane of said correction plane located on an optical path shared by the analysis and imaging paths, and which is sized so as to at least partially black out the reflections of the light rays from said emission source by the corneal surface.
    • 根据一个方面,本发明涉及一种视网膜成像装置,其包括用于发射光束以便照射被检眼的眼睛(10)的视网膜的至少一个源(LSa,LSr),视网膜成像路径,包括 具有检测平面(121)和光学成像系统(L1,L5,L6)的检测装置(12),包括用于测量具有用于接收集合的分析平面(151)的光学缺陷的装置(15)的分析路径 由所述视网膜反向散射的光线和用于邻接所述分析平面的光学装置和所述成像路径的所述成像系统的输入空间中的预定平面,由所述分析和成像路径共享的校正装置(14),其包括校正 平面(141),其旨在根据由用于测量光学缺陷的装置测量的光学缺陷在所述校正平面中校正来自所述发射源的光线并由视网膜反向散射。 视网膜成像装置还包括遮光系统(20),其位于相邻平面中或与所述校正平面重合或位于位于由分析共享的光路上的所述校正平面的图像平面中 和成像路径,其尺寸被设计成至少部分地通过角膜表面来遮挡来自所述发射源的光线的反射。