Adaptive ophthalmologic system
View Patent ↗A system for improving vision that can diagnose monochromatic aberrations within a subject's eyes, apply the wavefront correction, and then enable the patient to view the results of the correction. The system utilizes a laser for producing a beam of light; a corrector; a wavefront sensor; a testing unit; an optic device for directing the beam of light to the corrector, to the retina, from the retina to the wavefront sensor, and to the testing unit; and a computer operatively connected to the wavefront sensor and the corrector.
1. An apparatus for improving vision by correcting for higher order aberrations utilizing a patient's retina, comprising:
a laser for producing a laser beam of light,
a corrector,
a wavefront sensor,
a testing unit,
optic means for directing said laser beam of light to said corrector, to said retina, from said retina to said wavefront sensor, and to said testing unit, wherein said optic means includes an adjustable lens, and
a computer operatively connected to said wavefront sensor and said corrector.
2. The apparatus for improving vision of claim 1 wherein said corrector comprises a microelectromechanical system corrector.
3. The apparatus for improving vision of claim 1 wherein said corrector comprises a deformable mirror.
4. The apparatus for improving vision of claim 1 wherein said corrector comprises a liquid crystal spatial light modulator.
5. The apparatus for improving vision of claim 1 wherein said corrector comprises a microelectromechanical system deformable mirror.
6. The apparatus for improving vision of claim 1 wherein said testing unit includes an eye chart.
7. The apparatus for improving vision of claim 1 wherein said testing unit includes a video projector.
8. The apparatus for improving vision of claim 1 wherein said testing unit includes a video monitor.
9. The apparatus for improving vision of claim 1 wherein said adjustable lens is a phoropter.
10. The apparatus for improving vision of claim 1 wherein said optic means includes a flip-in mirror operatively connected to said testing unit.
11. The apparatus for improving vision of claim 1 wherein said optic means includes a beam splitter operatively connected to said testing unit.
12. The apparatus for improving vision of claim 1 wherein said optic means includes a beam splitter operatively connected to said laser.
13. The apparatus for improving vision of claim 1 including a target.
14. The apparatus for improving vision of claim 13 wherein said target is a focusing target.
15. The apparatus for improving vision of claim 1 including a diverter means for diverting said laser beam of light to said testing unit.
16. The apparatus for improving vision of claim 15 wherein said diverter means is a flip-in mirror.
17. The apparatus for improving vision of claim 15 wherein said diverter means is a beam splitter.
18. The apparatus for improving vision of claim 1 wherein said wavefront sensor comprises a Hartmann-Shack type wavefront sensor.
19. A method of improving vision by correcting for higher order aberrations utilizing a patient's retina, comprising the steps of:
producing a laser beam of light utilizing a laser
directing said laser beam of light to an adjustable lens,
directing said laser beam of light to a corrector,
directing said laser beam of light from said corrector to said retina and producing a return laser beam of light,
directing said return laser beam of light to said corrector, to a wavefront sensor, and to a testing unit.
20. The method of improving vision of claim 19 including the step of having said patient focus on a target.
21. The method of improving vision of claim 19 wherein said wavefront sensor produces information and including the step of capturing said information produced by said wavefront sensor.
22. The method of improving vision of claim 21 including the step of using said information produced by said wavefront sensor to improve said patient's vision.
23. The method of improving vision of claim 22 wherein said step of using said information produced by said wavefront sensor to improve said patient's vision comprises producing custom contact lenses.
24. The method of improving vision of claim 22 wherein said step of using said information produced by said wavefront sensor to improve said patient's vision comprises custom ophthalmologic surgery.
25. The method of improving vision of claim 22 wherein said step of using said information produced by said wavefront sensor to improve said patient's vision comprises custom intra-ocular implants.