초록 ▼

The invention relates to an optical arrangement provided for a spectral fanning out of a light beam ( 1 ), preferably the detection beam path of a confocal microscope, especially for the subsequent splitting of the fanned out beam ( 2 ) out of the dispersion plane thereof. The optical arrangment is

The invention relates to an optical arrangement provided for a spectral fanning out of a light beam ( 1 ), preferably the detection beam path of a confocal microscope, especially for the subsequent splitting of the fanned out beam ( 2 ) out of the dispersion plane thereof. The optical arrangment is also provided for detecting the fanned out spectral regions ( 4 ), whereby the incoming light beam ( 1 ) is focused on a pinhole ( 7 ). The invention is characterized in that the pinhole ( 7 ) has a polygonal passageway ( 8 ) in order to realize a high dynamic response when the light beam is split into spectral regions ( 4 ) or into spectral colors.

대표청구항 ▼

1. An optical arrangement in a confocal microscope, the arrangement comprising:means for spectrally fanning out an incoming light beam in a detection beam path of said confocal microscope;means for splitting said spectrally fanned out light beam out of a dispersion plane for said spectrally fanned o

1. An optical arrangement in a confocal microscope, the arrangement comprising:means for spectrally fanning out an incoming light beam in a detection beam path of said confocal microscope;means for splitting said spectrally fanned out light beam out of a dispersion plane for said spectrally fanned out light beam;means for detecting a spectral range of said split, spectrally fanned out light beam; and,a pinhole occluder, located at a focus for said detection beam path, having a passageway with a polygonal configuration. 2. The optical arrangement as recited in claim 1 wherein said means for spectrally fanning out an incoming light beam further comprises a prism. 3. The optical arrangement as recited in claim 1 wherein said means for splitting said spectrally fanned out light beam further comprises a plurality of locations at which said spectrally fanned out light beam strikes said splitting means; and, wherein said means for splitting said spectrally fanned out light beam reflects all of said spectrally fanned out light beam at a first location selected from said plurality of locations and passes all of said spectrally fanned out light beam at a second location selected from said plurality of locations. 4. The optical arrangement as recited in claim 3, wherein said means for splitting said spectrally fanned out light beam further comprises a first detection gap element having a first gap; and, wherein said first gap is operatively arranged to pass a first range of said spectrally fanned out light. 5. The optical arrangement as recited in claim 4 wherein said means for detecting a spectral range of said split, spectrally fanned out light beam further comprises a first detector operatively arranged to detect at least a portion of said first range passing through said first gap. 6. The optical arrangement as recited in claim 4 wherein said first detection gap element further comprises a reflective surface operatively arranged to reflect a second range of said spectrally fanned out light beam; and, wherein said means for splitting said spectrally fanned out light beam further comprises a second detection gap element having a second gap operatively arranged to pass said reflected second range. 7. The optical arrangement as recited in claim 6 wherein said means for detecting a spectral range of said split, spectrally fanned out light beam further comprises a second detector operatively arranged to detect at least a portion of said second range passing through said second gap. 8. The optical arrangement as recited in claim 1 wherein said passageway is symmetrically configured. 9. The optical arrangement as recited in claim 8 wherein said passageway has a triangular configuration. 10. The optical arrangement as recited in claim 8 wherein said passageway has a four-corner configuration. 11. The optical arrangement as recited in claim 8 wherein said passageway has a rectangular configuration. 12. The optical arrangement as recited in claim 1 wherein said passageway has a triangular configuration. 13. The optical arrangement as recited in claim 1 wherein said passageway has a four-corner configuration. 14. The optical arrangement as recited in claim 1 wherein said passageway has a rectangular configuration. 15. An optical arrangement in a confocal microscope, the arrangement comprising:means for spectrally fanning out an incoming light beam in a detection beam path of said confocal microscope;means for splitting said spectrally fanned out light beam out of a dispersion plane for said spectrally fanned out light beam;at least one detector operatively arranged to detect a range of said spectrally fanned out beam on a detection line in said dispersion plane, said detection line defined by diffraction minima of said fanned out beam on said dispersion plane; and,a pinhole occluder, located at a focus for said detection beam path, having a passageway with a polygonal configuration.