Tube reattachment
At least some illustrative embodiments are including a method exposing a first optical fiber and a second optical fiber disposed within an interior volume of a first tube. A splice is formed between the first optical fiber and a third optical fiber, the splice joining an end of the first optical fiber and an end of the third optical fiber. A second tube is disposed the first, second, third optical fibers and the splice between the first and third optical fibers, wherein an end of the second tube adjoins an end of the first tube to form a structure comprising either an overlapping structure; or an abutting structure.
1. A method comprising:
exposing a first optical fiber and a second optical fiber disposed within an interior volume of a first tube;
forming a splice between the first optical fiber and a third optical fiber, the splice joining an end of the first optical fiber and an end of the third optical fiber;
disposing a second tube about the first, second, third optical fibers and the splice between the first and third optical fibers the second tube comprises a wall defining an interior volume thereof, the first, second and third optical fibers and the splice between the first and third optical fibers disposed within the interior volume, and the wall comprises one or more vents extending from an outer surface of the wall to the interior volume of the second tube
wherein an end of the second tube adjoins a broken end of the first tube to form a structure selected from the group consisting of: an overlapping structure; and an abutting structure.
2. The method of claim 1 wherein the first tube comprises a plastic.
3. The method of claim 2 wherein the first tube comprises a wall defining the interior volume, the exposing comprising:
severing the wall of the first tube, the severing forming the broken end and a severed portion of the first tube; and
removing the severed portion of the first tube from about the first and second optical fibers.
4. The method of claim 1 wherein the second tube comprises a helical preform configured to conform to a groove defined by a plurality of cable members within a sensor cable.
5. The method of claim 4 wherein each of the plurality of cable members is selected from the group consisting of:
a floodable optical fiber conduit having one or more vents in a wall thereof;
a strength member; and
a sealed optical fiber conduit.
6. The method of claim 4 further comprising inserting the preform into the groove defined by a plurality of cable members within a sensor cable.
7. The method of claim 1 wherein the interior volume of the second tube has a diameter in the range of 1.5 millimeters to 5.0 millimeters.
8. An apparatus comprising:
a first tube having an interior volume;
a first optical fiber disposed within the interior volume and having a portion extending past an end of the first tube;
a second optical fiber having an end abutting an end of the portion of the first optical fiber extending past the end of the first tube, the abutting ends of the first and second optical fibers having a splice therebetween; and
a second tube disposed about the portion of the first optical fiber extending past the end of the first tube, the splice and the second optical fiber, the second tube having an end adjoining the end of the first tube; wherein:
the second tube comprises a wall defining an interior volume; and wherein:
the portion of the first optical fiber extending past the end of the first tube, the splice and a portion of the second optical fiber proximal to the splice are disposed within the interior volume of the second tube; and
the wall comprises one or more vents extending between an outer surface of the wall and the interior volume.