Dynamic optical surgical system utilizing a fixed relationship between target tissue visualization and beam delivery
A system and method of treating target tissue that includes generating a treatment beam of light using a light source, directing the treatment beam onto target tissue using an optical element, generating an image of the target tissue from light emanating from the target tissue using a plurality of optical elements, and translating the light source, the optical element and/or the plurality of optical elements relative to the target tissue (using a translation device) to simultaneously move the treatment beam along the target tissue and the field of view of the target tissue as defined by the plurality of optical elements. Control electronics control the translation device to cause the treatment beam to move along the target tissue in a predetermined pattern.
1. A surgical device for treating a target tissue, comprising:
a light source configured to generate a treatment beam of light;
a mirror configured to reflect the treatment beam toward the target tissue and to direct the treatment beam onto the target tissue;
a plurality of optical elements configured to generate an image of the target tissue from light emanating from the target tissue;
a translation device configured to translate the mirror and the plurality of optical elements relative to the target tissue to simultaneously move the treatment beam along the target tissue and a field of view of the target tissue defined by the plurality of optical elements,
wherein the light source is configured to remain stationary while the minor and the plurality of optical elements are translated; and
control electronics for controlling the translation device to cause the treatment beam to move along the target tissue in a predetermined pattern.
2. The surgical device of claim 1 , further comprising:
an optical fiber for delivering the treatment beam to the mirror.
3. The surgical device of claim 1 , wherein at least one of the plurality of optical elements includes target indicia for visually referencing a location of the target tissue at which the treatment beam is incident on the target tissue.
4. The surgical device of claim 1 , wherein the plurality of optical elements further comprises:
a reticle device for visually marking a location in the image of the target tissue at which the treatment beam is incident on the target tissue.
5. The surgical device of claim 4 , wherein the reticle device further displays information about at least one of the treatment beam and an operation of the light source.
6. The surgical device of claim 1 , wherein the treatment beam directed onto the target tissue is pulsed, and wherein the predetermined pattern comprises a plurality of spaced apart spots.
7. The surgical device of claim 6 , wherein the spots are spaced apart by irregular spacing.
8. The surgical device of claim 1 , wherein the predetermined pattern comprises one or more curved or straight lines.
9. The surgical device of claim 1 , further comprising:
a second light source for generating an aiming beam of light, wherein the mirror directs the aiming beam onto the target tissue, and wherein the translation device translates at least one of the second light source, the mirror and the plurality of optical elements relative to the target tissue to simultaneously move the aiming beam along the target tissue and the field of view of the target tissue defined by the plurality of optical elements.
10. The surgical device of claim 1 , further comprising:
a graphic user interface for operating the control electronics.
11. A surgical device for treating a target tissue, comprising:
a light source configured to generate a treatment beam of light;
a mirror configured to reflect the treatment beam toward the target tissue and to direct the treatment beam onto the target tissue;
a plurality of optical elements configured to generate an image of the target tissue from light emanating from the target tissue;
a translation device configured to translate the light source, the minor and the plurality of optical elements relative to the target tissue to simultaneously move the treatment beam along the target tissue and a field of view of the target tissue defined by the plurality of optical elements; and
control electronics for controlling the translation device to cause the treatment beam to move along the target tissue in a predetermined pattern.
12. The surgical device of claim 11 , wherein at least one of the plurality of optical elements includes target indicia for visually referencing a location of the target tissue at which the treatment beam is incident on the target tissue.
13. The surgical device of claim 11 , wherein the plurality of optical elements further comprises:
a reticle device for visually marking a location in the image of the target tissue at which the treatment beam is incident on the target tissue.
14. The surgical device of claim 13 , wherein the reticle device further displays information about at least one of the treatment beam and an operation of the light source.
15. The surgical device of claim 11 , wherein the treatment beam directed onto the target tissue is pulsed, and wherein the predetermined pattern comprises a plurality of spaced apart spots.
16. The surgical device of claim 15 , wherein the spots are spaced apart by irregular spacing.
17. The surgical device of claim 11 , wherein the predetermined pattern comprises one or more curved or straight lines.
18. The surgical device of claim 11 , further comprising:
a second light source for generating an aiming beam of light, wherein the mirror directs the aiming beam onto the target tissue, and wherein the translation device translates at least one of the second light source, the mirror and the plurality of optical elements relative to the target tissue to simultaneously move the aiming beam along the target tissue and the field of view of the target tissue defined by the plurality of optical elements.
19. The surgical device of claim 11 , further comprising:
a graphic user interface for operating the control electronics.
20. A surgical device for treating a target tissue, comprising:
a light source configured to generate a treatment beam of light;
a mirror configured to reflect the treatment beam toward the target tissue and to direct the treatment beam onto the target tissue;
a plurality of optical elements configured to generate an image of the target tissue from light emanating from the target tissue;
a translation device configured to translate the mirror and some but not all of the plurality of optical elements relative to the target tissue to simultaneously move the treatment beam along the target tissue and a field of view of the target tissue defined by the plurality of optical elements; and
control electronics for controlling the translation device to cause the treatment beam to move along the target tissue in a predetermined pattern.
21. The surgical device of claim 20 , wherein at least one of the plurality of optical elements includes target indicia for visually referencing a location of the target tissue at which the treatment beam is incident on the target tissue.
22. The surgical device of claim 20 , wherein the plurality of optical elements further comprises:
a reticle device for visually marking a location in the image of the target tissue at which the treatment beam is incident on the target tissue.
23. The surgical device of claim 22 , wherein the reticle device further displays information about at least one of the treatment beam and an operation of the light source.
24. The surgical device of claim 20 , wherein the treatment beam directed onto the target tissue is pulsed, and wherein the predetermined pattern comprises a plurality of spaced apart spots.
25. The surgical device of claim 24 , wherein the spots are spaced apart by irregular spacing.
26. The surgical device of claim 20 , wherein the predetermined pattern comprises one or more curved or straight lines.
27. The surgical device of claim 20 , further comprising:
a second light source for generating an aiming beam of light, wherein the mirror directs the aiming beam onto the target tissue, and wherein the translation device translates at least one of the second light source, the mirror and the plurality of optical elements relative to the target tissue to simultaneously move the aiming beam along the target tissue and the field of view of the target tissue defined by the plurality of optical elements.
28. The surgical device of claim 20 , further comprising:
a graphic user interface for operating the control electronics.
29. A surgical device for treating a target tissue, comprising:
a light source configured to generate a treatment beam of light;
a lens configured to direct the treatment beam onto the target tissue;
a plurality of optical elements configured to generate an image of the target tissue from light emanating from the target tissue, wherein the light emanating from the target tissue passes through the lens and to the plurality of optical elements;
a translation device configured to translate the lens relative to the target tissue to simultaneously move the treatment beam along the target tissue and a field of view of the target tissue defined by the plurality of optical elements;
control electronics for controlling the translation device to cause the treatment beam to move along the target tissue in a predetermined pattern;
a housing; and
a contact element mounted to the housing for making contact with a patient's eye, wherein the lens is mounted to the housing via the translation device, and wherein the translation device moves the lens relative to the housing.
30. The surgical device of claim 29 , wherein at least one of the plurality of optical elements includes target indicia for visually referencing a location of the target tissue at which the treatment beam is incident on the target tissue.
31. The surgical device of claim 29 , wherein the plurality of optical elements further comprises:
a reticle device for visually marking a location in the image of the target tissue at which the treatment beam is incident on the target tissue.
32. The surgical device of claim 31 , wherein the reticle device further displays information about at least one of the treatment beam and an operation of the light source.
33. The surgical device of claim 29 , wherein the treatment beam directed onto the target tissue is pulsed, and wherein the predetermined pattern comprises a plurality of spaced apart spots.
34. The surgical device of claim 33 , wherein the spots are spaced apart by irregular spacing.
35. The surgical device of claim 29 , wherein the predetermined pattern comprises one or more curved or straight lines.
36. The surgical device of claim 29 , further comprising:
a second light source for generating an aiming beam of light, wherein the lens directs the aiming beam onto the target tissue, and wherein the translation device translates at least one of the second light source, the lens and the plurality of optical elements relative to the target tissue to simultaneously move the aiming beam along the target tissue and the field of view of the target tissue defined by the plurality of optical elements.
37. The surgical device of claim 29 , further comprising:
a graphic user interface for operating the control electronics.
38. A surgical device for treating a target tissue, comprising:
a light source configured to generate a treatment beam of light;
an optical element configured to direct the treatment beam onto the target tissue;
a plurality of optical elements configured to generate an image of the target tissue from light emanating from the target tissue;
a translation device configured to translate the light source and the plurality of optical elements relative to the target tissue to simultaneously move the treatment beam along the target tissue and a field of view of the target tissue defined by the plurality of optical elements,
wherein the optical element is configured to remain stationary while the light source and the plurality of optical elements are translated; and
control electronics for controlling the translation device to cause the treatment beam to move along the target tissue in a predetermined pattern.
39. The surgical device of claim 38 , wherein:
the treatment beam follows a first optical path from the light source, through the optical element and to the target tissue;
the light emanating from the target tissue follows a second optical path from the target tissue, through the optical element, and through the plurality of optical elements; and
the first and second optical paths are spatially separated but cross each other at a common location.
40. The surgical device of claim 39 , wherein:
the plurality of optical elements includes a lens that defines an object plane; and
the common location is located at the object plane.
41. The surgical device of claim 38 , wherein at least one of the plurality of optical elements includes target indicia for visually referencing a location of the target tissue at which the treatment beam is incident on the target tissue.
42. The surgical device of claim 38 , wherein the plurality of optical elements further comprises:
a reticle device for visually marking a location in the image of the target tissue at which the treatment beam is incident on the target tissue.
43. The surgical device of claim 42 , wherein the reticle device further displays information about at least one of the treatment beam and an operation of the light source.
44. The surgical device of claim 38 , wherein the treatment beam directed onto the target tissue is pulsed, and wherein the predetermined pattern comprises a plurality of spaced apart spots.
45. The surgical device of claim 44 , wherein the spots are spaced apart by irregular spacing.
46. The surgical device of claim 38 , wherein the predetermined pattern comprises one or more curved or straight lines.
47. The surgical device of claim 38 , further comprising:
a second light source for generating an aiming beam of light, wherein the optical element directs the aiming beam onto the target tissue, and wherein the translation device translates at least one of the second light source, the optical element and the plurality of optical elements relative to the target tissue to simultaneously move the aiming beam along the target tissue and the field of view of the target tissue defined by the plurality of optical elements.
48. The surgical device of claim 38 , further comprising:
a graphic user interface for operating the control electronics.