Wired conduit segment and method of making same
A method of manufacturing a downhole conduit segment is disclosed. The method includes: extruding a material as a tubular shape to form a body of the conduit segment having an interior bore extending through a length of the segment, the body including an exterior surface and an interior surface defined by the interior bore, the material being an extrudable material sufficient to withstand conditions in a downhole environment; and extruding at least one passageway extending along the length of the body and disposed at least partially between the exterior surface and the interior surface, the at least one passageway having a shape configured to restrict lateral movement of a conductor disposed therein.
1. A downhole conduit segment comprising:
a tubular body having an interior bore extending through a length of the segment, the body including an exterior surface and an interior surface defined by the interior bore, the body made from an extrudable material sufficient to withstand conditions in a downhole environment; and
at least one extruded passageway formed in the tubular body and extending along the length of the body, the at least one extruded passageway partially enclosed within a segment wall formed between the exterior surface and the interior surface, the at least one extruded passageway having a cross-sectional dovetail shape configured to restrict lateral movement of a conductor disposed therein, the dovetail shape exposed to a surface of the segment wall and having a width that increases from the surface of the segment wall toward an interior of the segment wall, the at least one extruded passageway configured to hold the conductor laterally in place without any additional securing mechanisms.
2. The conduit segment of claim 1 , wherein the tubular body is made from an aluminum material.
3. The conduit segment of claim 1 , wherein the elongated channel is configured to allow the conductor to be snapped laterally in place without any additional securing mechanisms.
4. The conduit segment of claim 1 , wherein the elongated channel is configured to allow the conductor to be disposed in the elongated channel by inserting the conductor laterally into the elongated channel.
5. The conduit segment of claim 1 , wherein the conductor has a cross-sectional dovetail shape that conforms to the dovetail shape of the at least one extruded passageway.
6. The conduit segment of claim 1 , further comprising a pin connector at a first end of the tubular body and a box connector at a second end of the tubular body.
7. The conduit segment of claim 1 , further comprising a tool joint configured to operably connect the conduit segment to an additional conduit segment, the tool joint having a first end including a pin connector and a second end including a box connector.
8. The conduit segment of claim 7 , wherein the conduit segment includes at least one first conductor disposed therein, and the tool joint includes a transmission device disposed in at least one of the pin connector and the box connector and configured to operably connect the first conductor to at least one additional conductor disposed in an additional conduit segment.
9. The conduit segment of claim 7 , wherein the at least one extruded passageway is formed within the conduit segment and the additional conduit segment, and forms a continuous passageway when the conduit segment and the additional conduit segment are coupled via the tool joint.