DR. ROBERT GEROGE BURLINGAME, MD
Medical Practice in Sherman, TX
License number
Texas G4880
Category
Medical Practice
Type
Ophthalmology
Address
Address
1625 Hwy N, Sherman, TX 75090
Phone
(903) 892-3282
(903) 813-1872 (Fax)
(903) 813-1872 (Fax)
Professional information
Dr. Robert G Burlingame, Sherman TX - MD (Doctor of Medicine)
Specialties:
Ophthalmology
Address:
RGB Eye Associates
1303 N Travis St, Sherman 75092
(903) 892-3282 (Phone), (903) 893-9579 (Fax)
1303 N Travis St, Sherman 75092
(903) 892-3282 (Phone), (903) 893-9579 (Fax)
Procedures:
Cataract Surgery, Glaucoma, Iol Implantation, Laser Surgery, Laser-Yag Capsulotomy, Lasik Surgery, Pterygium Surgery
Conditions:
Cataract Surgery, Cataract Surgery Complications, Cataracts, Diabetic Eye Disease, Dry Eye Syndrome, Eyelid Disorders, Eyelid Growths, Glaucoma, Macular Degeneration, Pterygium
Certifications:
Ophthalmology, 1989
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
RGB Eye Associates
1303 N Travis St, Sherman 75092
North Texas Medical Center
1900 Hospital Blvd, Gainesville 76240
1303 N Travis St, Sherman 75092
North Texas Medical Center
1900 Hospital Blvd, Gainesville 76240
Education:
Medical School
University Of Texas Southwestern Medical Center At Dallas
Graduated: 1983
Scott White Hospital
Graduated: 1984
Graduated: 1987
Southwest Texas
Graduated: 1979
University Of Texas Southwestern Medical Center At Dallas
Graduated: 1983
Scott White Hospital
Graduated: 1984
Graduated: 1987
Southwest Texas
Graduated: 1979
Robert George Burlingame, Sherman TX
Specialties:
Ophthalmology
Work:
RGB Eye Associates
1625 Us Highway 75 N, Sherman, TX 75090
1625 Us Highway 75 N, Sherman, TX 75090
Education:
The University of Texas Southwestern (1983)
Apparatus And Method For Adjustable Variable Transmissivity Polarized Eye Glasses
US Patent:
2009021, Aug 27, 2009
Filed:
Feb 27, 2008
Appl. No.:
12/072535
Inventors:
Robert G. Burlingame - Sherman TX, US
Ernest Gerald Bylander - Sherman TX, US
Walter Wen - Garland TX, US
Robin Hines - Tullohoma TN, US
Ernest Gerald Bylander - Sherman TX, US
Walter Wen - Garland TX, US
Robin Hines - Tullohoma TN, US
International Classification:
G02F 1/1335
US Classification:
349 14
Abstract:
Adjustable variable transmissivity (AVT) eyewear for patients, the AVT eyewear having a liquid crystal lens driven by an electronics circuit so that light transmitted through the lens is detected, the transmitted light being driven to a setpoint by the electronics circuit according to feedback control on the liquid crystal lens drive voltage duty cycle. In another embodiment, light detected from the ambient is detected and the resulting photocurrent value processed by a microprocessor included in the electronics circuit, the microprocessor driving the liquid crystal lens to a desired transmissivity, the desired transmissivity given by a computed transmissivity curve. The computed transmissivity curve may be controlled by the physician or in an alternate embodiment controlled by the patient according to a set of electronic controls on the AVT eye glasses.
Apparatus And Method For Adjustable Variable Transmissivity Polarized Eyeglasses
US Patent:
8233102, Jul 31, 2012
Filed:
Mar 11, 2009
Appl. No.:
12/402422
Inventors:
Robert G. Burlingame - Sherman TX, US
Ernest G. Bylander - Sherman TX, US
Robin Hines - Tullahoma TN, US
Walter Wen - Garland TX, US
Ernest G. Bylander - Sherman TX, US
Robin Hines - Tullahoma TN, US
Walter Wen - Garland TX, US
Assignee:
RGB Optics, LLC - Sherman TX
International Classification:
G02F 1/1335
US Classification:
349 13
Abstract:
Adjustable variable transmissivity (AVT) eyeglasses for patients. In one embodiment, the eyeglasses include: (1) a frame having earpieces coupled thereto, (2) liquid crystal lenses coupled to the frame and configured to assume a transmissivity in response to a lens control signal, (3) a light sensor coupled to the frame and configured to sense light in a field of view and produce a sensor signal in response thereto, (4) a light plug coupled to the frame and configured to define a field of view and (5) an electronic circuit coupled to the frame and configured to employ the sensor signal to generate the lens control signal.