Side firing probe
First Claim
1. In a side firing fiberoptic probe, the combination comprising:
- (a) an optical fiber with proximal and distal ends having a core and cladding about said core, a portion of said fiber adjacent said distal end being free from cladding;
(b) a transparent reflector of generally cylindrical configuration on the distal end of said core, said reflector being of larger diameter than and coaxial with said core, said reflector having a planar face at its opposite end extending at an angle to said axis of said core and reflector; and
(c) a transparent end cap having a cylindrical body portion extending about and sealingly engaged with said fiber distal end portion and said reflector, said cap having a closed end spaced from said planar face of said reflector, said closed end having inner and outer surfaces, said end cap being dimensioned to provide an atmospheric interface between the inner surface of its closed end and said planar face of said reflector and about said unclad distal end portion of said core, whereby light rays passing through said core fall on said planar face in a generally circular pattern and are reflected at an angle of 50°
-90°
in a generally circular beam through said reflector and cap.
1 Assignment
0 Petitions
Accused Products
Abstract
A side firing fiberoptic probe has an optical fiber with proximal and distal ends and the cladding is removed from its distal end portion. On the distal end of the core is a transparent reflector of generally cylindrical configuration and it is of larger diameter than and coaxial with the core. The reflector has a planar face at its opposite end which extends at an angle to the axis of the reflector and core. Extending about and sealingly engaged with the fiber distal end portion and the reflector is the cylindrical body portion of a transparent end cap. The cap has a closed end spaced from the planar face of the reflector, and it provides an atmospheric interface between the inner surface of its closed end and the planar face of the reflector and about the unclad distal end portion of the core. Light rays passing through the core fall on the planar face in a generally circular pattern and are reflected thereby at an angle of 50°-90° in a generally conical beam through the reflector and cap.
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Citations
17 Claims
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1. In a side firing fiberoptic probe, the combination comprising:
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(a) an optical fiber with proximal and distal ends having a core and cladding about said core, a portion of said fiber adjacent said distal end being free from cladding; (b) a transparent reflector of generally cylindrical configuration on the distal end of said core, said reflector being of larger diameter than and coaxial with said core, said reflector having a planar face at its opposite end extending at an angle to said axis of said core and reflector; and (c) a transparent end cap having a cylindrical body portion extending about and sealingly engaged with said fiber distal end portion and said reflector, said cap having a closed end spaced from said planar face of said reflector, said closed end having inner and outer surfaces, said end cap being dimensioned to provide an atmospheric interface between the inner surface of its closed end and said planar face of said reflector and about said unclad distal end portion of said core, whereby light rays passing through said core fall on said planar face in a generally circular pattern and are reflected at an angle of 50°
-90°
in a generally circular beam through said reflector and cap. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. In a side firing fiberoptic probe, the combination comprising:
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(a) an optical fiber with a proximal and distal end having a core and synthetic resin cladding about said core, a portion of said fiber adjacent said distal end being free from cladding; (b) a transparent reflector of generally cylindrical configuration fused to the distal end of said core, said reflector being of larger diameter than and coaxial with said core, said reflector having a planar face at its opposite end of said core extending at an angle to said axis of said core and reflector; and (c) a transparent end cap having an arcuate closed end and a cylindrical body portion sealingly engaged about said fiber distal end portion and said reflector, said cap having a closed end spaced from said planar face of said reflector, said closed end having inner and outer surfaces, said end cap being dimensioned to provide an atmospheric interface between the inner surface of its closed end its end and said planar face of said cylinder and about the unclad distal end portion of said core, whereby light rays passing through said core fall on said planar face in a circular pattern and are reflected at an angle of 50°
-90°
in a generally circular beam through said reflector and cap. - View Dependent Claims (10, 11, 12)
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13. In a side firing fiberoptic probe, the combination comprising:
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(a) an optical fiber with proximal and distal ends having a core and cladding about said core, a portion of said fiber adjacent said distal end being free from cladding; (b) a transparent reflector on the distal end of said core, said reflector having a peripheral surface including a generally cylindrical portion coaxial with said core and defined by a radius greater than that of said core, said reflector having a planar face at its opposite end extending at an angle to said axis of said core and reflector and generally opposite said cylindrical portion; and (c) a transparent end cap having a cylindrical body portion extending about and sealingly engaged with said fiber distal end portion and said cylindrical portion of said reflector, said cap having a closed end spaced from said planar face of said reflector, said closed end having inner and outer surfaces, said end cap being dimensioned to provide an atmospheric interface between the inner surface of its closed end and said planar face of said reflector and about said unclad distal end portion of said core, whereby light rays passing through said core fall on said planar face in a generally circular pattern and are reflected at an angle of 50°
-90°
in a generally circular beam through said cylindrical portion of said reflector and cap. - View Dependent Claims (14, 15, 16, 17)
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Specification