Robotic pipe handler
A system includes a pipe handler with an arm and gripper configured to transport an object from a pickup location to a delivery location, and a horizontal storage area with an intermediate storage location, where the object is substantially parallel with the intermediate storage location when its positioned in the intermediate storage location, and the gripper is configured to rotate the object in the intermediate storage location. Also a system includes a pipe handler configured to transport an object from a pickup location to a delivery location, a first horizontal storage area positioned below a first rig floor by a first vertical distance, and a second horizontal storage area positioned below a second rig floor by a second vertical distance, wherein a controller automatically adapts the pipe handler to access the object when the pickup location or the delivery location is the first or the second horizontal storage area.
1. A tubular handling system comprising:
a pipe handler comprising:
a first arm rotationally coupled to a rig floor, and
one or more grippers rotationally coupled to the first arm, wherein the first arm is configured to transport an object from a pickup location to a delivery location when the one or more grippers are engaged with the object;
a horizon storage area comprising an intermediate storage location with a first longitudinal axis, wherein a second longitudinal axis of the object is substantially parallel with the first longitudinal axis of the intermediate storage location when the object is positioned in the intermediate storage location, and wherein the one or more grippers are configured to drive the object to rotate about the second longitudinal axis in the intermediate storage location when the one or more grippers are engaged with the object;
a moveable doping device positioned at one end of the intermediate storage location; and
a stationary doping device positioned at an opposite end of the intermediate storage location.
2. The tubular handling system of claim 1 , wherein the moveable doping device is configured to move the object in an axial direction relative to the first longitudinal axis toward the stationary doping device.
3. The tubular handling system of claim 1 , wherein the moveable doping device is configured to engage a first end of the object and move the object such that a second end of the object engages the stationary doping device.
4. The tubular handling system of claim 3 , wherein the tubular handling system is configured to measure a parameter of the object when the first end is engaged with the moveable doping device and the second end is engaged with the stationary doping device.
5. The tubular handling system of claim 4 , wherein the parameter is an overall length of the object, a weight of the object, a diameter of the object, or a combination thereof.
6. The tubular handling system of claim 3 , wherein the moveable doping device is configured to clean, dry, or apply dope to threads of the first end when the one or more grippers rotate the object in the intermediate storage location.
7. The tubular handling system of claim 3 , wherein the stationary doping device is configured to clean, dry, or apply dope to threads of the second end when the one or more grippers rotate the object in the intermediate storage location.
8. The tubular handling system of claim 3 , wherein the first end is a box end with internal threads and the second end is a pin end with external threads.
9. The tubular handling system of claim 1 , wherein the object is a tubular, a sub, a bottom hole assembly, or a tool.
10. A tubular handling system comprising:
a pipe handler comprising:
a first arm that is configured to be rotationally coupled to either one of a first rig floor or a second rig floor;
a second arm rotationally coupled at one end to the first arm; and
one or more grippers rotationally coupled to an opposite end of the second arm, wherein the second arm is configured to transport an object from a pickup location to a delivery location when the one or more grippers are engaged with the object;
a first horizontal storage area positioned below the first rig floor by a first vertical distance; and
a second horizontal storage area positioned below the second rig floor by a second vertical distance,
wherein the first vertical distance is different than the second vertical distance, and
wherein a controller automatically adapts the pipe handler to access the object when the pickup location or the delivery location is the first horizontal storage area when the pipe handler is coupled to the first rig floor, and wherein the controller automatically adapts the pipe handler to access the object when the pickup location or the delivery location is the second horizontal storage area when the pipe handler is coupled to the second rig floor.
11. The tubular handling system of claim 10 , wherein the first horizontal storage area comprises a first intermediate storage location, and wherein the first intermediate storage location is the pickup location or the delivery location associated with the first rig floor.
12. The tubular handling system of claim 11 , wherein the second horizontal storage area comprises a second intermediate storage location, and wherein the second intermediate storage location is the pickup location or the delivery location associated with the second rig floor.
13. The tubular handling system of claim 12 , wherein the controller automatically adapts the pipe handler to access the object when the pickup location or the delivery location is either the first intermediate storage location or the second intermediate storage location.
14. The tubular handling system of claim 10 , wherein the controller automatically avoids one or more non-gripping zones of a first object or a second object, when the one or more grippers engage either the first object or the second object, when the first object or the second object is positioned in either the first horizontal storage area or the second horizontal storage area.
15. The tubular handling system of claim 14 , wherein the one or more non-gripping zones of the first object are located at one or more longitudinal positions along the first object and the one or more non-gripping zones of the second object are located at one or more longitudinal positions along the second object.
16. A tubular handling system comprising:
a pipe handler comprising:
a first arm that is configured to be rotationally coupled to either one of a first rig floor or a second rig floor;
a second arm rotationally coupled at one end to the first arm; and
one or more grippers rotationally coupled to an opposite end of the second arm, wherein the second arm is configured to transport an object from a pickup location to a delivery location when the one or more grippers are engaged with the object;
a first horizontal storage area positioned away from the first rig floor by a first horizontal distance; and
a second horizontal storage area positioned away from the second rig floor by a second horizontal distance,
wherein the first horizontal distance is different than the second horizontal distance, and
wherein a controller automatically adapts the pipe handler to access the object when the pickup location or the delivery location is the first horizontal storage area when the pipe handler is coupled to the first rig floor, and wherein the controller automatically adapts the pipe handler to access the object when the pickup location or the delivery location is the second horizontal storage area when the pipe handler is coupled to the second rig floor.
17. The tubular handling system of claim 16 , wherein the first horizontal storage area is positioned below the first rig floor by a first vertical distance, wherein the second horizontal storage area is positioned below the second rig floor by a second vertical distance, and wherein the first vertical distance is different than the second vertical distance.
18. The tubular handling system of claim 17 , wherein the controller automatically avoids one or more non-gripping zones of a first object or a second object, when the one or more grippers engage either the first object or the second object when the first object or the second object is positioned in either the first horizontal storage area or the second horizontal storage area.
19. The tubular handling system of claim 18 , wherein the controller automatically adapts a trajectory of the first object or the second object to accommodate for one or more parameters of the first object or the second object when the pipe handler transports the first object or the second object from the pickup location to the delivery location, wherein the one or more parameters of the first object or the second object comprises size, weight, length, a position in the pickup location, a position in the delivery location, or combinations thereof.