Apparatus for maintaining an optical fiber and a focusing means

Claim 2

A multi-movement optical fiber and lens positioner device for impinging light from a light source through the lens into a core of the optical fiber, comprising in combination: maintaining means for maintaining an optical focusing lens and one end of an optical fiber in a precisely controlled relationship, said maintaining means including a gimbal means for adjusting said precisely controlled relationship by advancing or retracting said end of said optical fiber with respect to said lens; and means for pivoting said maintaining means to vary impingement of light onto the lens.

Claim 3

The device as described in claim 1 wherein said gimbal means includes a framework, said framework having a bore therethrough and being equipped with an axially movable cylinder about said bore, said cylinder having an inner threaded surface.

Claim 4

The device as described in claim 2 wherein said maintaining means includes a fiber chuck for receiving and maintaining one end of an optical fiber and a fiber chuck holder for maintaining said chuck, said chuck holder having outer threads for threaded engagement with said inner threaded surface of said cylinder.

Claim 5

The device as described in claim 3, wherein said chuck includes a bore lined with a resilient insert to receive and maintain said end of said optical fiber.

Claim 6

The device as described in claim 2, wherein said pivoting means includes: a base; and a screw in threaded engagement with said base having one end thereof extending through said base and contacting a peripheral portion of said maintaining means, said screw and said one end of said optical fiber being in generally parallel axial alignment wherein advancement of said screw causes said maintaining means to pivot to differentially change said generally parallel axial alignment of said screw and said end of said optical fiber to change the angle of impingement of light on both said lens and said end of said optical fiber.

Claim 7

The device described in claim 2, wherein said maintaining means further includes a fiber chuck holder having a first cylindrical portion and a second cylindrical portion extending from said first cylindrical portion, said second cylindrical portion being equipped with a threaded outer surface, said chuck holder further including an axial bore extending through said first and second cylindrical portions.

Claim 8

The device as described in claim 6, wherein said maintaining means includes a fiber chuck for insertion in said axial bore of said chuck holder having a generally cylindrical portion having a bore through the axis thereof, said bore being lined with a resilient thermoplastic resin for receiving and maintaining one end of said optical fiber, said chuck having a hemicylindrical extension at one end thereof to allow one end end of said optical fiber to be directed through said bore of said chuck and rest on said hemicylindrical extension.

Claim 9

The device as described in claim 7, wherein said axial bore extending through said chuck holder includes first and second interconnected portions, said first portion of said bore extending partially through said first cylindrical portion to engagingly receive said chuck, said second portion of said bore extending through said second cylindrical portion of said chuck holder to interconnect with said first portion of said bore, said second portion of said bore having a smaller diameter than the outer diameter of said cylindrical portion of said fiber chuck, the interconnection of said first and second portions of said bore having an interface defining an abutment surface.

Claim 10

An assembly for maintaining one end of an optical fiber comprising: a fiber chuck having a generally cylindrical portion provided with a bore through the axis thereof, said bore being lined with a resilient thermoplastic resin for receiving and maintaining one end of an optical fiber, said chuck having a hemicylindrical extension at one end thereof to allow one end of said optical fiber to be directed through said bore and rest on said hemicylindrical extension; and a chuck holder having a first cylindrical portion and a second cylindrical portion extending from said first cylindrical portion, said chuck holder further including an axial bore extending through said first and second cylindrical portions for receiving said chuck, said axial bore including first and second interconnecting portions, said first portion of said bore extending partially through said first cylindrical portion to engagingly receive said chuck, said second portion of said bore extending through said second cylindrical portion of said chuck holder to interconnect with said first portion of said bore, said second portion of said bore having a smaller diameter than the outer diameter of said cylindrical portion of said fiber chuck, the interconnection of said first and second portions of said bore having an interface defining an abutment surface.

Claim 11

An assembly for maintaining one end of an optical fiber comprising: a fiber chuck having a generally cylindrical portion provided with a bore through the axis thereof, said bore being lined with a resilient thermoplastic resin for receiving and maintaining one end of an optical fiber, said chuck having a hemicylindrical extension at one end thereof to allow one end of said optical fiber to be directed through said bore and rest on said hemicylindrical extension; and a chuck holder having a first cylindrical portion and a second cylindrical portion extending from said first cylindrical portion, said chuck holder further including an axial bore extending through said first and second cylindrical portions for receiving said chuck, said axial bore including first and second interconnecting portions, said first portion of said bore extending partially through said first cylindrical portion to engagingly receive said chuck, said second portion of said bore extending through said second cylindrical portion of said chuck holder to interconnect with said first portion of said bore, said second portion of said bore having a smaller diameter than the outer diameter of said cylindrical portion of said fiber chuck, the interconnection of said first and second portions of said bore having an interface defining an abutment surface.