Tubular handling system
View Patent ↗A tubular handling system comprising a catwalk having a trough, a tailing member coupled to the trough, and a catcher coupled to the tailing member. The catcher is moveable relative to the tailing member. The system further includes a support structure coupled to the tailing member at one end and coupled to the trough at an opposite end. The support structure is configured to move the tailing member relative to the trough to guide a tubular from a substantially horizontal or slightly angled position to a substantially vertical position.
1. A tubular handling system, comprising:
a catwalk having a trough with a top, trough tailing end, and two side faces;
a first tailing member releasably coupled to the trough via said two side faces, near said trough tailing end such that said first tailing member does not extend past said tailing end when said first tailing member is in a stored position;
a first catcher coupled to the first tailing member, wherein the catcher is moveable relative to the first tailing member;
a second tailing member with a second catcher, wherein the second tailing member is coupled to the first tailing member near said trough tailing end such that said second tailing member does not extend past said tailing end when said second tailing member is in a stored position, and
a support structure coupled to the first tailing member at one end and coupled to the trough at an opposite end such that said support structure does not extend past said tailing end when said support structure is in a stored position, wherein the support structure is configured to move the first tailing member relative to the trough to guide a tubular from a substantially horizontal or slightly angled position to a substantially vertical position.
2. The tubular handling system of claim 1 , wherein the second catcher is rotatable relative to the second tailing member.
3. The tubular handling system of claim 1 , wherein the first tailing member is rotatable relative to the trough about a pivot point.
4. The tubular handling system of claim 3 , wherein the support structure includes a rod member coupled at one end to the first tailing member and coupled at an opposite end to the trough, wherein the rod member is extendable and retractable to move the first tailing member about the pivot point.
5. The tubular handling system of claim 1 , wherein the support structure includes a rod member that is extendable from and retractable into a cylinder to move the first tailing member relative to the trough.
6. The tubular handling system of claim 5 , wherein the rod member is extendable from and retractable into the cylinder using at least one of a hydraulic, pneumatic, electric, and mechanical force.
7. The tubular handling system of claim 1 , wherein the second tailing member with the second catcher is configured to support the tubular from a side opposite the first tailing member and first catcher.
8. A method of moving a tubular from a substantially horizontal or slightly angled position in a trough with a top, trough tailing end, and two side faces of a catwalk, to a substantially vertical position on a rig floor, the method comprising:
providing a first tailing arm system, with a first tailing member and a first tailing catcher, near said trough tailing end such that said first tailing member does not extend past said trough tailing end when said first tailing member is in a stored position, and a second tailing member with a second catcher, wherein the second tailing member is coupled to the first tailing system near said trough tailing end such that said second tailing member does not extend past said trough tailing end when said second tailing member is in a stored position;
actuating the first tailing arm system into a catching position such that said first tailing member with said first catcher of the first tailing arm system are configured to engage a tailing end of the tubular while a leading end of the tubular is lifted from the trough relative to the catwalk, wherein said second tailing member with said second catcher is coupled to one end of the first tailing member, and wherein an opposite end of the first tailing member is coupled to and movable relative to the trough via said two side faces;
engaging the tailing end of the tubular with the second catcher of said second tailing member as the tubular is lifted; and
guiding the tailing end of the tubular with the second catcher of said second tailing member from the trough to the rig floor by moving the first tailing member relative to the trough to move the tubular into the substantially vertical position.
9. The method of claim 8 , wherein the first tailing member is movable about a pivot point where the opposite end of the first tailing member is coupled to the trough via said two side faces.
10. The method of claim 8 , further comprising moving the first tailing member relative to the trough via said two side faces by actuating a support structure that is coupled to the first tailing member at one end and coupled to the trough via said two side faces at an opposite end.
11. The method of claim 10 , wherein the support structure includes a rod member that is movable using at least one of a hydraulic, pneumatic, electric, and mechanical force.
12. The method of claim 10 , wherein the support structure includes a rod member that is extendable from and retractable into a cylinder using a pressurized fluid.
13. The method of claim 8 , further comprising actuating the second catcher with a second tailing member into an open position where a longitudinal axis of the second catcher with a second tailing member is substantially parallel to a longitudinal axis of the first tailing member.
14. The method of claim 8 , further comprising actuating the first tailing arm system into a stored position where a longitudinal axis of the first tailing member and the catcher with a second tailing member is substantially parallel and adjacent to the longitudinal axis of the trough via said two side faces.
15. A method of moving a tubular from a substantially vertical position on a rig floor to a substantially horizontal or slightly angled position in a trough with a top, trough tailing end, and two side faces of a catwalk, the method comprising:
providing a first tailing arm system with a first tailing member and a first tailing catcher, near said trough tailing end such that said first tailing member does not extend past said trough tailing end when said first tailing member is in a stored position, and a second tailing member with a second catcher, wherein the second tailing member is coupled to the first tailing system near said trough tailing end such that said second tailing member does not extend past said trough tailing end when said second tailing member is in a stored position;
actuating the first tailing arm system into a catching position such that said first tailing member with said first catcher and said second tailing member with said second catcher of the first tailing arm system are configured to engage a tailing end of the tubular while a leading end of the tubular is lowered onto the trough, wherein the second tailing member with said second catcher is coupled to one end of the first tailing member, and wherein an opposite end of the first tailing member is coupled to and movable relative to the trough via said two side faces;
engaging the tailing end of the tubular with the second catcher of said second tailing member as the tubular is lowered; and
guiding the tailing end of the tubular with the second catcher of said second tailing member from the rig floor to the trough by moving the first tailing member relative to the trough via said two side faces to move the tubular into the substantially horizontal or slightly angled position.
16. The method of claim 15 , further comprising moving the first tailing member relative to the trough via said two side faces by actuating a support structure that is coupled to the first tailing member at one end and coupled to the trough via said two side faces at an opposite end.
17. The method of claim 15 , further comprising actuating the second catcher with a second tailing member into an open position where a longitudinal axis of the second catcher with a second tailing member is substantially parallel to a longitudinal axis of the first tailing member.
18. The method of claim 15 , further comprising actuating the first tailing arm system into a stored position where a longitudinal axis of the first tailing member and the second catcher with a second tailing member is substantially parallel and adjacent to the longitudinal axis of the trough via said two side faces.