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A laser beam delivery system for ablating a desired array of features in an object to be processed. The imaging system comprises a laser, a shaping apparatus for shaping the laser beam into a plurality of separate laser beams, first and second repeat positioners for redirecting the beams, a convergi

A laser beam delivery system for ablating a desired array of features in an object to be processed. The imaging system comprises a laser, a shaping apparatus for shaping the laser beam into a plurality of separate laser beams, first and second repeat positioners for redirecting the beams, a converging mechanism for converging the laser beams through a clear aperture of a reflective mirror of the first repeat positioner, and a focusing member for focusing the laser beams at a desired one of a plurality of holographic imaging segments. Each one of the holographic imaging segments, comprising the holographic imaging lens, forms a desired formation in a surface of the object to be processed. A number of the components are housed within a rotatable module and a rotational drive is connected to the rotatable module to facilitate rotation thereof relative to the optical axis.

대표청구항 ▼

A laser beam delivery system for ablating a desired array of features in an object to be processed. The imaging system comprises a laser, a shaping apparatus for shaping the laser beam into a plurality of separate laser beams, first and second repeat positioners for redirecting the beams, a convergi

A laser beam delivery system for ablating a desired array of features in an object to be processed. The imaging system comprises a laser, a shaping apparatus for shaping the laser beam into a plurality of separate laser beams, first and second repeat positioners for redirecting the beams, a converging mechanism for converging the laser beams through a clear aperture of a reflective mirror of the first repeat positioner, and a focusing member for focusing the laser beams at a desired one of a plurality of holographic imaging segments. Each one of the holographic imaging segments, comprising the holographic imaging lens, forms a desired formation in a surface of the object to be processed. A number of the components are housed within a rotatable module and a rotational drive is connected to the rotatable module to facilitate rotation thereof relative to the optical axis. said elastic driver; wherein said elastic driver has, on the bottom face thereof, the disk-like elastic pressing portion opposed to the backside of said upper resistor layer with a predetermined clearance, and said elastic driver has, on the top face thereof, a planar surface and a columnar portion in a center of the planar surface; and wherein said manipulation knob is attached to the columnar portion, the planar bottom surface of the manipulation knob is in contact with the planar surface on the top face of said elastic driver in a position within a predetermined diameter, and the planar bottom surface gradually floats from a position of the predetermined diameter to an outer peripheral edge thereof. 11. The multi-directional input device as set forth in claim 1, said electronic component for input further comprising: a self-restoring press switch actuated by holding down the driving knob portion of said elastic driver, comprising: a circular dome of a resilient thin metal plate mounted on the flexible insulated substrate under the driving knob portion; and an outer fixed contact and a central fixed contact provided in a center of one of the fle