TH147459A - Reflective co-axis optical projector - Google Patents

Abstract

DC60 (13/02/58) Mirror for an eye-operated laser therapy device that can be moved on an axis. From the position of the laser therapy beam to the position off the laser therapy beam. The mirror reflects light from a light source into the patient's eye. The mirrors will be loaded into position in the trajectory. That and is moved out of the way by a stimulator By simply leaving enough distance for the laser therapy to be Available and without user visible interruption Revised Invention Summary 02/13/2015 A mirror for an eye-operated laser therapy device that can move on an axis. From the position of the laser therapy beam to the position off the laser therapy beam. The mirror reflects light from a light source into the patient's eye. The mirrors will be loaded into position in the trajectory. That and is moved out of the way by a stimulator By simply leaving enough distance for the laser therapy to be Available and without user visible interruption -------------------------------------------------- -------------------------------------------------- --- A mirror for an eye-operated laser therapy device that can move on an axis. From the position of the laser therapy beam to the position off the laser therapy beam. The mirror reflects light from a light source into the patient's eye. The mirrors will be loaded into position in the trajectory. That and is moved out of the way by a stimulator By simply leaving enough distance for the laser therapy to be Available and without user visible interruption

Claims (9)

Disclaimers (all) which will not appear on the advertisement page: edit 13/2/2015 1.Reflective co-axis optical projector for eye-based laser devices that It consists of a reflector that moves on an axis from a position in the trajectory of the laser beam. Therapy to a position outside the path of the laser beam 2. Reflective co-axial optical projector as described in claim 1, where the reflector The image is rotated around an axis to move from the trajectory of the laser beam to the desired location. Outside the path of the laser therapy beam 3. Reflective co-axial optical projector as described in claim 1, where the reflector The image is moved parallel to the axis to move from the position in the laser beam trajectory. Therapy to a position outside the path of the laser beam 4. Reflective co-axial optical projector as described in claim 1 where the reflector The images are weighted to maintain their position in the therapy, but can be moved to a position outside the therapy. By thrusters 5. Reflective co-axial optical projector as described in claim 4, where the reflector The image will be stalled by a spring. 6.Reflective co-axial optical projector as described in claim 4, where the exciter is Motors or solenoids or devices that use electrical power. 7.Eye laser device incorporating a reflex co-axial optical projector By the machine Reflected co-axial light.The illustration includes: a moving mirror on an axis from a position in the trajectory of the laser therapy beam to an address. Outside the path of the laser beam therapy; And actuators that move the mirrors 8. The eye laser device as described in claim 7, where the reflector is Rotates around an axis to move from the trajectory of the laser therapy beam to a position off the path. Of the laser therapy beam or the reflection mirror is moved parallel to the axis to It moves from the position of the laser therapy beam to the position off the laser therapy beam. 9.Eye laser device as described in claim 7, where the actuator is a motor or chain. Leanoid or any device that uses voltage power 1 0. The eye laser device as described in claim 7, where the reflector is Move from the position in the path of the laser therapy beam to the position off the path of the laser beam. Heal and move back without any noticeable interruption seen by the user. 1. An eye therapy device consisting of: one or more targeted laser emitters that produce a targeted laser beam that Was directed into the pathway to the therapeutic area by at least the first mirror; A laser therapy emitter that produces a therapeutic sensor beam that is directed into the trajectory. By the second mirror; A viewing microscope, which looks at therapeutic target areas along the visual trajectory. Coherent with the pathway therapy; And a reflector that directs the light from the light source into the projection path Co-axial light with pathway therapy; Where the reflector can move on an axis from the position in the pathway to the Out of path therapy 1 2. Eye therapy device as described in claim 11 where the reflector is moved. From the position in the path of the laser beam to the position off the path of the laser beam, and Moves back without any noticeable interruption visible to the user1 3. The eye therapy device as described in claim 12, which also includes a knowledge checker. Mirror position, which indicates when the reflex mirror is out of the therapeutic path 14, the eye therapy device is described in claim 11, which also includes a control circuit. System timer which controls the following timings: the movement of the reflector outside the therapeutic path; Detection of signaling from a locator indicating that the mirror is out of therapy; Emission of laser therapy; And the movement of the mirror to reflect the image into the healing path 1 5. The eye therapy device described in claim 11 with a pair of target laser beams. And the reflector is of the size and shape that can be positioned between pairs of aiming laser beams. 6. Methods of conducting laser eye therapy include the following steps: projecting the therapeutic area with co-axial directed light therapy. Of pathways therapy by mirror images; The direction of the target laser beam along the therapy trajectory to the area of Targeted therapy; Looking at the therapeutic area, targeting and adjusting the target laser beam to aim at Selected therapeutic area; And stimulating the laser therapy emitter to produce laser therapy beams which are directed into Therapeutic area; Where the reflected mirrors are moved outside the therapy path before the laser light is emitted and It will then move back into the therapy path after the laser light emission stops. 7. The method described in claim 16 is that the mirror will be automatically moved. When laser therapy is stimulated and released back to the stalled position, when laser therapy is stopped 1 8. The method described in claim 16 is that the mirror is moved off the path. Treated before the laser light is released, and then it is moved back into the therapy pathway after the Emits laser therapy stops without visible interruption to the user.1 9. The method described in claim 16 is that the mirror is moved off the path. Treated before the laser light is released, and then it is moved back into the therapy pathway after the Emits the laser therapy stops in less than 1 second. 0. The approach is stated in claim 16 whereby the mirror is moved off the path. Treated first, the laser therapy is released and then it is moved back into the therapy path after the release Laser therapy stopped in less than 0.2 seconds -------------------------------------- ------------------- 1.Reflective co-axis optical projector for eye-based laser devices that It consists of a reflector that moves on an axis from a position in the trajectory of the laser beam. Therapy to a position outside the path of the laser beam 2. Reflective co-axial optical projector as described in claim 1, where the reflector The image is rotated around an axis to move from the trajectory of the laser beam to the desired location. Outside the path of the laser therapy beam 3. Reflective co-axial optical projector as described in claim 1, where the reflector The image is moved parallel to the axis to move from the position in the laser beam trajectory. Therapy to a position outside the path of the laser beam 4. Reflective co-axial optical projector as described in claim 1 where the reflector The image is weighted to maintain its position in the therapy, but can be moved to a position outside the therapy. By thrusters 5. Reflective co-axial optical projector as described in claim 4, where the reflector The image will be stalled by a spring. 6.Reflective co-axial optical projector as described in claim 4, where the exciter is Motors or solenoids or devices that use electrical power. 7.Eye laser device incorporating a reflex co-axial optical projector By the machine Reflected co-axial light.The illustration includes: a moving mirror on an axis from a position in the trajectory of the laser therapy beam to an address. Outside the path of the laser beam therapy; And actuators that move the mirrors 8. The eye laser device as described in claim 7, where the reflector is Rotates around an axis to move from the trajectory of the laser therapy beam to a position off the path. Of the laser therapy beam or the reflection mirror is moved parallel to the axis to It moves from the position of the laser therapy beam to the position off the laser therapy beam. 9.Eye laser device as described in claim 7, where the actuator is a motor or chain. Leanoid or any device that uses voltage power 1 0. The eye laser device as described in claim 7, where the reflector is It moves from the position in the path of the laser therapy beam to the position off the path of the laser beam. Heal and move back with no visible interruption to the user. 1. An eye therapy device consisting of: one or more targeted laser emitters that produce a targeted laser beam that Was directed into the pathway to the therapeutic area by at least the first mirror; A laser therapy emitter that produces a therapeutic laser beam of light which is directed into the therapy pathway. By the second mirror; A viewing microscope, which looks at therapeutic target areas along the visual trajectory. Coherent with the pathway therapy; And a mirror that directs the light from the light source into the projection path Co-axial light with pathway therapy; Where the reflector can move on an axis from the position in the pathway to the Out of path therapy 1 2. Eye therapy device as described in claim 11 where the reflector is moved. From the position in the path of the laser beam to the position off the path of the laser beam, and Moves back without any noticeable interruption visible to the user1 3. The eye therapy device as described in claim 12, which also includes a detector. Mirror position, which indicates when the mirror is out of therapeutic path 1 4. The eye-treatment device as described in claim 11, which also consists of a control circuit. System timer, which controls the following timings: the movement of the reflector outside the therapeutic path; Detection of signaling from a locator indicating that the mirror is out of therapy; Emission of laser therapy; And the movement of the mirror to reflect the image into the healing path 1 5. The eye therapy device described in claim 11 with a pair of target laser beams. And the reflector is of the size and shape that can be positioned between pairs of aiming laser beams. 6. How to perform laser eye therapy which includes the following steps: projecting the therapeutic area with co-axial directed light therapy. Of pathways therapy by mirror images; The direction of the target laser beam along the therapy trajectory to the area of Targeted therapy; Looking at the therapeutic area, targeting and adjusting the target laser beam to aim at Selected therapeutic area; And stimulating the laser therapy emitter to produce laser therapy beams which are directed into Therapeutic area; Where the reflection mirrors are moved outside the therapy path before the laser light is emitted and It will then move back into the therapy path after the laser light emission stops. 7. The method as stated in claim 16, whereby the reflector will be automatically moved. When laser therapy is stimulated and released back to the stalled position, when laser therapy is stopped 1 8. The method described in claim 16 is that the mirror is moved off the path. Treated before the laser light is released, and then it is moved back into the therapy pathway after the Emits laser therapy stops without visible interruption to the user.1 9. The method described in claim 16 is that the mirror is moved off the path. Treated before the laser light is released, and then it is moved back into the therapy pathway after the Emits the laser therapy stops in less than 1 second. 0. The method is stated in claim 16 whereby the mirror is moved off the path. Treated first, the laser therapy is released, and then it is moved back into the therapy path after the release. The laser therapy stops in less than 0.2 seconds.