OPTICAL COHERENCE TOMOGRAPHY OPTICAL SCANNER

Patent №

US 6,741,359

Granted

2004-05-25

Filed 2002

Owner

CARL ZEISS OPHTHALMIC SYSTEMS, INC.

Lab

—

AI components

vision

Assignment

Recorded

Dataset

AIPD

2023_r1 edition

Application

10153297

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One embodiment of the present invention is a scanner for a beam of scanning optical coherence tomography (“OCT”) radiation that includes: (a) a source of OCT radiation; (b) a scanner; and (c) scanning optics whose image surface has a negative field curvature.

VisionA61B 3/102G01B 9/02002G01B 9/0203G01B 9/02091G01B 2290/65

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Vision0.63

Natural language0.00

Planning0.00

Evolutionary computation0.00

Speech0.00

Machine learning0.00

Knowledge representation0.00

AI hardware0.00

Ownership

CARL ZEISS OPHTHALMIC SYSTEMS, INC.

assignment · 129320500

Assignors

WEI, JAY, ZHAO, YOUNGHUA, FOLEY, JAMES P.

On an employer assignment, the assignors are typically the inventors.

From the same owner

TRACKING ASSISTED OPTICAL PROCEDUREUS 6,736,508 · 2004 TRACKING ASSISTED OPTICAL COHERENCE TOMOGRAPHYUS 6,726,325 · 2004 METHOD AND APPARATUS FOR MEASURING OPTICAL ABERRATIONS OF AN EYEUS 6,575,572 · 2003 METHOD AND APPARATUS FOR MEASURING A CORNEAL PROFILE OF AN EYEUS 6,575,573 · 2003

Cited by (26)

EYE TRACKING USING OPTICAL COHERENCE METHODSUS 11,430,262 · 2022 APPARATUS FOR PATTERNED PLASMA-MEDIATED LASER OPHTHALMIC SURGERYUS 11,364,147 · 2022 METHODS AND SYSTEMS FOR CORNEAL TOPOGRAPHY WITH IN-FOCUS SCLERAL IMAGINGUS 11,311,187 · 2022 METHODS AND SYSTEMS FOR EYE MEASUREMENT WITH IN-FOCUS IRIS AND SCLERAL IMAGINGUS 11,246,484 · 2022 DRIFT CORRECTED EYE TRACKINGUS 10,963,046 · 2021 EYE TRACKING USING OPTICAL COHERENCE METHODSUS 10,832,051 · 2020 SYSTEM AND METHOD FOR TISSUE DIFFERENTIATION IN IMAGINGUS 10,359,271 · 2019 RECONSTRUCTION OF THREE DIMENSIONAL MODEL OF AN OBJECT FROM SURFACE OR SLICE SCANS COMPENSATING FOR MOTION BLURUS 9,972,101 · 2018 SYSTEM AND METHOD FOR GENERATING A WIDE-FIELD OCT IMAGE OF A PORTION OF A SAMPLEUS 9,677,869 · 2017 Electronically Controlled Fixation Light for Ophthalmic Imaging SystemsUS 9,532,708 · 2017 IMAGING SURGICAL TARGET TISSUE BY NONLINEAR SCANNINGUS 9,492,322 · 2016 RECONSTRUCTION OF THREE DIMENSIONAL MODEL OF AN OBJECT FROM SURFACE OR SLICE SCANS COMPENSATING FOR MOTION BLURUS 9,489,753 · 2016 IMAGE PROCESSOR FOR INTRA-SURGICAL OPTICAL COHERENCE TOMOGRAPHIC IMAGING OF LASER CATARACT PROCEDURESUS 9,456,927 · 2016 Precise Targeting Of Surgical PhotodisruptionUS 9,408,749 · 2016 METHOD AND APPARATUS FOR DETERMINING EYE TOPOLOGYUS 9,398,845 · 2016 Precise Targeting Of Surgical PhotodisruptionUS 9,044,303 · 2015 IMAGE PROCESSOR FOR INTRA-SURGICAL OPTICAL COHERENCE TOMOGRAPHIC IMAGING OF LASER CATARACT PROCEDURESUS 9,023,016 · 2015 Precise Targeting of Surgical PhotodisruptionUS 8,764,737 · 2014 IMAGE-PROCESSOR-CONTROLLED MISALIGNMENT-REDUCTION FOR OPHTHALMIC SYSTEMSUS 8,459,794 · 2013 OPTICAL COHERENCE TOMOGRAPHIC SYSTEM FOR OPHTHALMIC SURGERYUS 8,414,564 · 2013 METHODS AND APPARATUS FOR OPTICAL COHERENCE TOMOGRAPHY SCANNINGUS 8,405,834 · 2013 DEPTH PROJECTOR SYSTEM WITH INTEGRATED VCSEL ARRAYUS 8,320,621 · 2012 GRADIENT SEARCH INTEGRATED WITH LOCAL IMAGING IN LASER SURGICAL SYSTEMSUS 8,265,364 · 2012 METHODS AND APPARATUS FOR OPTICAL COHERENCE TOMOGRAPHY SCANNINGUS 7,884,945 · 2011 Patent US 10,803,634US 10,803,634

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