Patent Assignment
Reel/Frame 053877/0679
Merger
Recorded: 2020-09-24
Pages: 13
Assignor
OPTIMEDICA CORPORATION
Executed: 2019-12-30
Assignee
AMO DEVELOPMENT, LLC
1700 E. ST. ANDREW PLACE, SANTA ANA, CALIFORNIA, 92705
Covered Properties
(193)
Patterned Laser Treatment of the Retina
Ophthalmic lens assembly utilizing replaceable contact element
Application:
11/166,660 →
Publication:
US US20050284774A1
Separate computing device for medical device with computing capabilities
Application:
11/717,505 →
Publication:
US US20070255119A1
Apparatus for Creating Incisions to Improve Intraocular Lens Placement
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Application:
12/048,185 →
Publication:
US US20090012507A1
Method and Apparatus for Creating Ocular Surgical and Relaxing Incisions
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Method for Creating Incisions to Improve Intraocular Lens Placement
Method For Creating Incisions To Improve Intraocular Lens Placement
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Method for Laser Capsulotomy and Lens Conditioning
Application:
12/978,367 →
Publication:
US US20110184395A1
Method and System for Modifying Eye Tissue and Intraocular Lenses
Method and Apparatus for Automated Placement of Scanned Laser Capsulorhexis Incisions
System and Method for Plasma-Mediated Modification of Tissue
Patient Interface for Ophthalmologic Diagnostic and Interventional Procedures
Method and Apparatus for Creating Ocular Surgical and Relaxing Incisions
Apparatus for Creating Incisions to Improve Intraocular Lens Placement
Methods and Systems for Performing a Posterior Capsulotomy and for Laser Eye Surgery with a Penetrated Cornea
Graphical User Interface for Laser Eye Surgery System
Liquid Optical Interface for Laser Eye Surgery System
Laser Eye Surgery System
Low Voltage Communication Between Subsystems in a Laser Eye Surgery System
Interface Force Feedback in a Laser Eye Surgery System
Laser Eye Surgery System Calibration
Optical Surface Identification for Laser Surgery
Method for Creating Incision to Improve Intraocular Lens Placement
Patent:
9,795,472 →
Application:
14/163,530 →
Method for Creating Incision to Improve Intraocular Lens Placement
Free Floating Patient Interface for Laser Surgery System
Laser Capsulovitreotomy
Laser Eye Surgery System
Microfemtotomy Methods and Systems
Application:
14/199,087 →
Publication:
US US20140276681A1
Laser Fiducials for Axis Alignment in Cataract Surgery
Corneal Topography Measurement and Alignment of Corneal Surgical Procedures
In Situ Determination of Refractive Index of Materials
Method and Apparatus for Automated Placement of Scanned Laser Capsulorhexis Incisions
Laser Eye Surgery System Calibration
Laser Eye Surgery System
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Confocal Laser Eye Surgery System
Confocal Detection to Minimize Capsulotomy Overcut While Dynamically Running on the Capsular Surface
System and Method for Laser Corneal Incisions for Keratoplasty Procedures
Vacuum Loss Detection During Laser Eye Surgery
Automated Calibration of Laser System and Tomography System with Fluorescent Imaging of Scan Pattern
Method and Apparatus for Creating Ocular Surgical and Relaxing Incisions
Method and Apparatus for Creating Ocular Surgical and Relaxing Incisions
System and Method for Plasma-Mediated Modification of Tissue
Intraocular Lens
Method and System for Modifying Eye Tissue and Intraocular Lenses
Methods and Systems for Corneal Topography, Blink Detection and Laser Eye Surgery
Corneal Topography Measurements and Fiducial Mark Incisions in Laser Surgical Procedures
Laser Eye Surgery Lens Fragmentation
Automatic Patient Positioning Within a Laser Eye Surgery System
Vacuum Loss Detection During Laser Eye Surgery
Mobile Patient Bed
Method and Apparatus for Creating Ocular Surgical and Relaxing Incisions
Method and Apparatus for Creating Ocular Surgical and Relaxing Incisions
Closed-Loop Laser Eye Surgery Treatment
Methods and Systems for Laser Scan Location Verification and Laser Surgical Systems with Laser Scan Location Verification
Image Processing Method and System for Edge Detection and Laser Eye Surgery System Incorporating the Same
Liquid Loss Detection During Laser Eye Surgery
Multiple Depth Optical Coherence Tomography System and Method and Laser Eye Surgery System Incorporating the Same
Sub-Nanosecond Laser Cataract Surgery System
Patient Interface for Ophthalmologic Diagnostic and Interventional Procedures
Registration of Loi Fiducials with Camera
Confocal Laser Eye Surgery System and Improved Confocal Bypass Assembly
Laser Eye Surgery Systems and Methods of Treating Vitreous and Ocular Floaters
Patient Interface for Ophthalmologic Diagnostic and Interventional Procedures
Method for Creating Incisions to Improve Intraocular Lens Placement
Free Floating Patient Interface for Laser Surgery System
Sub-Nanosecond Laser Surgery System Utilizing Multiple Pulsed Laser Beams
Laser Eye Surgery System
Free Floating Patient Interface for Laser Surgery System
Application:
15/265,733 →
Publication:
US US20170056243A1
Methods and Systems for Opthalmic Measurements and Laser Surgery and Methods and Systems for Surgical Planning Based Thereon
Method and Apparatus for Automated Placement of Scanned Laser Capsulorhexis Incisions
Laser Beam Calibration and Beam Quality Measurement in Laser Surgery Systems
Optical Surface Identification for Laser Eye Surgery
Apparatus for Creating Incisions to Improve Intraocular Lens Placement
Intraocular Lens
System and Method for Plasma-Mediated Modification of Tissue
Methods and Systems for Corneal Topography, Blink Detection and Laser Eye Surgery
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Method for Creating Incision to Improve Intraocular Lens Placement
Ophthalmic Laser Delivery Apparatus Using Mems Micromirror Arrays for Scanning and Focusing Laser Beam
Method for Creating Incision to Improve Intraocular Lens Placement
Method and System for Modifying Eye Tissue and Intraocular Lenses
Method and System for Modifying Eye Tissue and Intraocular Lenses
Laser Eye Surgery System
Laser Eye Surgery System
Methods and Systems for Laser Ophthalmic Surgery That Provide for Iris Exposures Below a Predetermined Exposure Limit
Additive Manufacturing Inside the Human Eye
Mobile Patient Bed
Laser Eye Surgery System Calibration
Microfemtotomy Methods and Systems
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
Liquid Optical Interface for Laser Eye Surgery System
Liquid Optical Interface for Laser Eye Surgery System
Methods and Systems for Corneal Topography, Blink Detection and Laser Eye Surgery
Laser Capsulovitreotomy
Introcular Lens
System and Method for Laser Corneal Incisions for Keratoplasty Procedures
Method and System for Modifying Eye Tissue and Intraocular Lenses
Automated Calibration of Laser System and Tomography System with Fluorescent Imaging of Scan Pattern
Confocal Laser Eye Surgery System
Methods and Systems for Performing a Posterior Capsulotomy and for Laser Eye Surgery with a Penetrated Cornea
Vacuum Loss Detection During Laser Eye Surgery
Laser Fiducials for Axis Alignment in Cataract Surgery
Sub-Nanosecond Laser Cataract Surgery System
Laser Eye Surgery System Calibration
Methods and Systems for Laser Scan Location Verification and Laser Surgical Systems with Laser Scan Location Verification
Low Voltage Communication Between Subsystems in a Laser Eye Surgery System
Vacuum Loss Detection During Laser Eye Surgery
Laser Eye Surgery System
Laser Eye Surgery System Calibration
Laser Eye Surgery Lens Fragmentation
Closed-Loop Laser Eye Surgery Treatment
Confocal Detection to Minimize Capsulotomy Overcut While Dynamically Running on the Capsular Surface
Corneal Topography Measurements and Fiducial Mark Incisions in Laser Surgical Procedures
Liquid Loss Detection During Laser Eye Surgery
Optical Surface Identification for Laser Eye Surgery
Registration of Loi Fiducials with Camera
Free Floating Patient Interface for Laser Surgery System
Corneal Topography Measurement and Alignment of Corneal Surgical Procedures
Image Processing Method and System for Edge Detection and Laser Eye Surgery System Incorporating the Same
Apparatus for Creating Incisions to Improve Intraocular Lens Placement
Method for Creating Incision to Improve Intraocular Lens Placement
Laser Eye Surgery Systems and Methods of Treating Vitreous and Ocular Floaters
Application:
16/726,016 →
Publication:
US US20200129336A1
Liquid Optical Interface for Laser Eye Surgery System
Method for Patterned Plasma-Mediated Modification of the Crystalline Lens
In Situ Determination of Refractive Index of Materials
Laser Beam Calibration and Beam Quality Measurement in Laser Surgery Systems
Additive Manufacturing Inside the Human Eye
Interface Force Feedback in a Laser Eye Surgery System
Medical System Device
Patent:
654,596 →
Application:
29/376,901 →
Fluid Reservoir
Patent:
775,354 →
Application:
29/510,842 →
Suction Ring for a Patient Interface Device
Patent:
748,269 →
Application:
29/510,844 →
Docking Assembly
Patent:
900,316 →
Application:
29/510,845 →
Mobile Patient Bed
Patent:
804,038 →
Application:
29/576,483 →
Headrest for Mobile Patient Bed
Patent:
826,410 →
Application:
29/576,487 →
Mobile Patient Bed Controller
Patent:
802,542 →
Application:
29/576,495 →
Base with Wheels for a Mobile Patient Bed
Patent:
857,210 →
Application:
29/576,570 →
Ophthalmic lens utilizing replaceable contact element
Application:
60/582,445 →
Pascal photocoagulator
Application:
60/758,169 →
Separate computing device for medical device with computing capabilities
Application:
60/782,201 →
Separate computing device for medical device with computing capabilities
Application:
60/857,939 →
Method and apparatus for patterned plasma-mediated laser incisions of internal and external ocular structures
Application:
60/906,944 →
System And Method For Laser Capsulotomy And Lens Conditioning
Application:
61/289,837 →
Method and System for Modifying Eye Tissue
Application:
61/293,357 →
Method And Apparatus For Automated Placement Of Scanned Laser Capsulorhexis Incisions
Application:
61/297,624 →
Method And System For Patterned Plasma-Mediated Modification Of The Crystalline Lens
Application:
61/302,437 →
Coherent Fiber Bundle System and Method for Ophthalmic Intervention
Application:
61/311,267 →
Patient interface for opthalmologic diagnostic and interventional procedures
Application:
61/402,733 →
Methods and Systems for Performing a Posterior Capsulotomy and for Laser Eye Surgery with a Penetrated Cornea
Application:
61/698,516 →
Methods and Systems for Performing a Posterior Capsulotomy and for Laser Eye Surgery with a Penetrated Cornea
Application:
61/699,204 →
Graphical User Interface for Laser Eye Surgery System
Application:
61/718,156 →
Liquid Optical Interface for Laser Eye Surgery System
Application:
61/721,693 →
Interface Force Feedback in a Laser Eye Surgery System
Application:
61/721,709 →
Low Voltage Communication between Subsystems in a Laser Eye Surgery System
Application:
61/721,726 →
Graphical User Interface for Laser Eye Surgery System
Application:
61/722,037 →
Laser Eye Surgery System
Application:
61/722,048 →
Laser Eye Surgery System Calibration
Application:
61/722,064 →
Optical Surface Identification for Laser Eye Surgery
Application:
61/722,080 →
Laser Eye Surgery System
Application:
61/780,736 →
Free Floating Patient Interface for Laser Surgery System
Application:
61/780,881 →
Laser Capsulovitreotomy
Application:
61/785,672 →
Microfemtotomy Methods and Systems
Application:
61/788,201 →
Laser Fiducials for Axis Alignment in Cataract Surgery
Application:
61/813,172 →
Corneal Topography Measurement and Alignment of Corneal Surgical Procedures
Application:
61/813,613 →
In Situ Determination of Refractive Index of Materials
Application:
61/858,445 →
Corneal Topography Measurement and Alignment of Refractive Surgical Procedures
Application:
61/873,071 →
Laser Eye Surgery System Calibration
Application:
61/888,065 →
System and Method for Laser Corneal Incisions for Keratoplasty Procedures
Application:
61/935,471 →
Confocal Detection to Minimize Capsulotomy Overcut While Dynamically Running on the Capsular Surface
Application:
61/935,478 →
Confocal Detection to Minimize Capsulotomy Overcut While Dynamically Running on the Capsular Surface
Application:
61/950,416 →
Automated Calibration of Laser System and Tomography System with Fluorescent Imaging of Scan Pattern
Application:
61/969,688 →
Confocal Corneal Imaging with Variable Polarization
Application:
61/970,854 →
Confocal Laser Eye Surgery System
Application:
62/043,749 →
Methods and Systems for Corneal Topography, Blink Detection and Laser Eye Surgery
Application:
62/055,429 →
Automatic Patient Positioning Within a Laser Eye Surgery System
Application:
62/065,178 →
Laser Eye Surgery Lens Fragmentation
Application:
62/065,469 →
Vacuum Loss Detention During Laser Eye Surgery
Application:
62/065,481 →
Corneal Topography Measurements and Fiducial Mark Incisions in Laser Surgical Procedures
Application:
62/065,499 →
Liquid Optics Interface Liquid Loss Sense System
Application:
62/094,788 →
Closed-Loop Laser Eye Surgery Treatment
Application:
62/113,189 →
Multiple Depth Optical Coherence Tomography Method and System
Application:
62/138,232 →
Sub-Nanosecond Laser Cataract Surgery System
Application:
62/187,771 →
Image Processing Method and System for Edge Detection and Laser Eye Surgery System Incorporating the Same
Application:
62/190,217 →
Methods and Systems for Laser Scan Location Verification and Laser Surgical Systems with Laser Scan Location Verification
Application:
62/190,227 →
Laser Beam Calibration and Beam Quality Measurement in Laser Surgery Systems
Application:
62/244,507 →
Ophthalmic Laser Delivery Apparatus Using Mems Micromirror Arrays for Scanning and Focusing Laser Beam
Application:
62/413,370 →
Methods and Systems for Laser Ophthalmic Surgery That Provide for Iris Exposures Below a Predetermined Exposure Limit
Application:
62/452,911 →
Additive Manufacturing Inside the Human Eye
Application:
62/455,445 →
Related Assignments
(25)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest
Jul 1, 2004
From: BLUMENKRANZ, MARK S.; PALANKER, DANIEL V.; YELLACHICH, DIMITRI
To: BOARD OF TRUSTEES OF THE LELAND STANFORD JUNIOR UNIVERSITY, THE
Reel/Frame 015536/0291 →
Assignment of Assignor's Interest
Sep 12, 2005
From: MORDAUNT, DAVID H.
To: OPTIMEDICA CORPORATION
Reel/Frame 016521/0670 →
Security Agreement
Nov 29, 2006
From: OPTIMEDICA CORPORATION
To: TRIPLEPOINT CAPITAL LLC
Reel/Frame 018562/0001 →
Assignment of Assignor's Interest
Aug 8, 2007
From: MORDAUNT, DAVID; BELL, KATRINA; SIMONEAU, MICHAEL
To: OPTIMEDICA CORPORATION
Reel/Frame 019667/0591 →
Assignment of Assignor's Interest
Jul 28, 2008
From: CULBERTSON, WILLIAM; BLUMENKRANZ, MARK; ANGELEY, DAVID; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 021302/0872 →
Assignment of Assignor's Interest
Jul 30, 2008
From: CULBERTSON, WILLIAM; ANGELEY, DAVID; MARCELLINO, GEORGE; ANDERSEN, DAN E.
To: OPTIMEDICA CORPORATION
Reel/Frame 021318/0645 →
Assignment of Assignor's Interest
Sep 22, 2008
From: CULBERTSON, WILLIAM; SEIBEL, BARRY; FRIEDMAN, NEIL; SCHULE, GEORG
To: OPTIMEDICA CORPORATION
Reel/Frame 021565/0170 →
Release of Security Interest
Aug 17, 2010
From: TRIPLEPOINT CAPITAL LLC
To: OPTIMEDICA CORPORATION
Reel/Frame 024849/0463 →
Assignment of Assignor's Interest
Mar 25, 2011
From: SCHUELE, GEORG; ANDERSEN, DAN
To: OPTIMEDICA CORPORATION
Reel/Frame 026022/0885 →
Assignment of Assignor's Interest
Apr 12, 2011
From: SCHUELE, GEORG; FRIEDMAN, NEIL; CULBERTSON, WILLIAM; SEIBEL, BARRY
To: OPTIMEDICA CORPORATION
Reel/Frame 026111/0589 →
Assignment of Assignor's Interest
Apr 21, 2011
From: FRIEDMAN, NEIL; SEIBEL, BARRY; CULBERTSON, WILLIAM; SCHUELE, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 026166/0787 →
Assignment of Assignor's Interest
May 3, 2011
From: ANGELEY, DAVID; GOODING, PHILIP; WOODLEY, BRUCE; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 026217/0228 →
Corrective Assignment to Correct the Document Execution Date for Philip Gooding to 07/12/2010 Previously Recorded on Reel 026217 Frame 0228. Assignor(S) Hereby Confirms the Assignment.
May 4, 2011
From: ANGELEY, DAVID; GOODING, PHILIP; WOODLEY, BRUCE; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 026221/0516 →
Assignment of Assignor's Interest
Dec 15, 2011
From: GOODING, PHILIP; ANGELEY, DAVID
To: OPTIMEDICA CORPORATION
Reel/Frame 027390/0520 →
Corrective Assignment to Correct the Spelling of Assignor:Schule, Georg Previously Recorded on Reel 021565 Frame 0170. Assignor(S) Hereby Confirms the Correct Spelling of Assignor:Schuele, Georg.
Dec 19, 2012
From: CULBERTSON, WILLIAM; SEIBEL, BARRY; FRIEDMAN, NEIL; SCHUELE, GEORG
To: OPTIMEDICA CORPORATION
Reel/Frame 029499/0189 →
Corrective Assignment to Correct the Spelling of Inventor's Name from Philip Gooding Previously Recorded on Reel 027390 Frame 0520. Assignor(S) Hereby Confirms the Spelling to Read: Phillip Gooding.
Feb 25, 2013
From: GOODING, PHILIP; ANGELEY, DAVID
To: OPTIMEDICA CORPORATION
Reel/Frame 029872/0255 →
Corrective Assignment to Correct the Spelling of Inventor Philip Gooding's Name Previously Recorded on Reel 026221 Frame 0516. Assignor(S) Hereby Confirms the the Spelling to Read: Phillip Gooding.
Mar 25, 2013
From: ANGELEY, DAVID; GOODING, PHILLIP; WOODLEY, BRUCE; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 030081/0331 →
Corrective Assignment to Correct the Correct Spelling of Inventor Philip Gooding's Name Previously Recorded on Reel 029499 Frame 0189. Assignor(S) Hereby Confirms the Spelling to Read: Phillip Gooding.
Mar 25, 2013
From: CULBERTSON, WILLIAM; SEIBEL, BARRY; FRIEDMAN, NEIL; SCHUELE, GEORG
To: OPTIMEDICA CORPORATION
Reel/Frame 030081/0166 →
Assignment of Assignor's Interest
Apr 23, 2013
From: CULBERTSON, WILLIAM; SEIBEL, BARRY; FRIEDMAN, NEIL; SCHUELE, GEORG
To: OPTIMEDICA CORPORATION
Reel/Frame 030269/0220 →
Assignment of Assignor's Interest
Apr 23, 2013
From: CULBERTSON, WILLIAM; BLUMENKRANZ, MARK; ANGELEY, DAVID; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 030265/0947 →
Assignment of Assignor's Interest
Apr 23, 2013
From: CULBERTSON, WILLIAM; BLUMENKRANZ, MARK; ANGELEY, DAVID; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 030266/0056 →
Assignment of Assignor's Interest
Apr 23, 2013
From: CULBERTSON, WILLIAM; ANGELEY, DAVID; MARCELLINO, GEORGE; ANDERSEN, DAN E.
To: OPTIMEDICA CORPORATION
Reel/Frame 030266/0393 →
Assignment of Assignor's Interest
Apr 23, 2013
From: CULBERTSON, WILLIAM; SEIBEL, BARRY; FRIEDMAN, NEIL; SCHUELE, GEORG
To: OPTIMEDICA CORPORATION
Reel/Frame 030269/0423 →
Assignment of Assignor's Interest
May 16, 2014
From: SCHUELE, GEORG; GOODING, PHILLIP
To: OPTIMEDICA CORPORATION
Reel/Frame 032912/0702 →
Assignment of Assignor's Interest
Nov 18, 2016
From: CULBERTSON, WILLIAM; BLUMENKRANZ, MARK; ANGELEY, DAVID; MARCELLINO, GEORGE
To: OPTIMEDICA CORPORATION
Reel/Frame 040367/0789 →