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Laser microscope adaptor apparatus with auto-focus
   
Document Number
US Patent 5688262
Issued Date
November 18, 1997
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Abstract
A laser micromanipulator for surgical applications includes an adaptor attachable to a laser and to a microscope which automatically maintains, preferably using phase detection, the laser beam in focus on tissue during any changes in the working distance by the surgeon manipulating the microscope.
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Laser microscope adaptor apparatus with auto-focus - US Patent 5688262 Drawing
Drawing from US Patent 5688262
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Number of Claims:
1
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Owner
Laser Industries Ltd. (Tel Aviv,IL)
Published
November 18, 1997
Application Number
08/368,994
Filed
January 5, 1995
US Classification
606/18   606/13 606/17 606/2
Int'l Classification
A61N   5/067   (20060101)   A61N   5/06   (20060101)  
Examiner
Attorney/Law Firm
Priority Data
Jan 14, 1994 [IL] 108335
USPTO Field of Search
606/2   606/3   606/4   606/5   606/6   606/7   606/8   606/9   606/10   606/11   606/12   606/13   606/14   606/15   606/16   606/17  
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A laser treatment apparatus for irradiating an affected part of a patient's eye with a treatment laser beam to treat the affected part is disclosed. The laser treatment apparatus includes treatment beam irradiation section including a first irradiation optical system for irradiating the treatment beam; aiming beam irradiation section including a second irradiation optical system for irradiating an aiming beam, the second irradiation optical system being optically adjusted such that sighting of the treatment beam is completed when the aiming beam forms a predetermined shape on a reflection plane; image pickup section including an image pickup optical system for imaging an area including the affected part of the patient's eye; sighting detection section for processing an image of the aiming beam picked-up by the image pickup section to detect a sighting state; movement detection section for detecting movement in an optical axis direction of at least one of at least a part of the image pickup optical system and at least a part of the irradiation optical system; and determination section for determining a direction in which at least one of at least the part of the image pickup optical system and at least the part of the irradiation optical system is to be moved based on results detected by the sighting detection section and the movement detection section respectively.

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