Two-part drilling and running tool including a one way mechanism
Provided is a two-part drilling and running tool, a well system, and a method for forming a well system. The two-part drilling and running tool, in one aspect, includes a conveyance, a smaller assembly coupled to an end of the conveyance, and a larger bit assembly slidably coupled to the conveyance, the smaller assembly and larger bit assembly configured to slidingly engage one another downhole to form a combined bit assembly. The two-part drilling and running tool, according to this aspect, further includes a one way mechanism coupled between the smaller assembly and the larger bit assembly, the one way mechanism configured to allow the smaller assembly and larger bit assembly to axially slide in one direction relative to one another and prevent the smaller assembly and larger bit assembly from axially sliding in an opposite direction relative to one another.
1. A two-part drilling and running tool, comprising:
a conveyance;
a smaller assembly coupled to an end of the conveyance;
a larger bit assembly slidably coupled to the conveyance, the smaller assembly and larger bit assembly configured to slidingly engage one another downhole to form a combined bit assembly; and
a one way mechanism coupled between the smaller assembly and the larger bit assembly, the one way mechanism configured to allow the smaller assembly and larger bit assembly to axially slide in one direction relative to one another and prevent the smaller assembly and larger bit assembly from axially sliding in an opposite direction relative to one another, wherein the smaller assembly includes a no-go shoulder that prevents the smaller assembly from being pulled entirely through the larger bit assembly.
2. The two-part drilling and running tool as recited in claim 1 , wherein the one way mechanism is a wedge feature.
3. The two-part drilling and running tool as recited in claim 2 , wherein the wedge feature is located in an annular space between the smaller assembly and the larger bit assembly.
4. The two-part drilling and running tool as recited in claim 3 , wherein the wedge feature is configured to allow the smaller assembly to slide uphole relative to the larger bit assembly but prevent the smaller assembly from sliding downhole relative to the larger bit assembly.
5. The two-part drilling and running tool as recited in claim 4 , wherein the wedge feature is a segmented cone.
6. The two-part drilling and running tool as recited in claim 5 , wherein each segment of the segmented cone has a first profile that engages with a second related profile on a radial exterior surface of the smaller assembly or a radial interior surface of the larger bit assembly, the first profile and the second related profile rotationally fixing the smaller assembly and the larger bit assembly when forming the combined bit assembly.
7. The two-part drilling and running tool as recited in claim 5 , wherein each segment of the segmented cone has a first profile that engages with both a second related profile on a radial exterior surface of the smaller assembly and a third related profile a radial interior surface of the larger bit assembly, the first profile, second related profile and the third related profile rotationally fixing the smaller assembly and the larger bit assembly when forming the combined bit assembly.
8. The two-part drilling and running tool as recited in claim 5 , wherein the segments of the segmented cone alter between downhole and uphole ends.
9. The two-part drilling and running tool as recited in claim 3 , further including a spring member positioned in the annular space between a shoulder of the larger bit assembly and the wedge feature.
10. A well system, comprising:
a wellbore extending through one or more subterranean formations; and
a two-part drilling and running tool located in the wellbore, the two-part drilling and running tool including:
a conveyance;
a smaller assembly coupled to an end of the conveyance;
a larger bit assembly slidably coupled to the conveyance, the smaller assembly and larger bit assembly configured to slidingly engage one another downhole to form a combined bit assembly; and
a one way mechanism coupled between the smaller assembly and the larger bit assembly, the one way mechanism configured to allow the smaller assembly and larger bit assembly to axially slide in one direction relative to one another and prevent the smaller assembly and larger bit assembly from axially sliding in an opposite direction relative to one another, wherein the smaller assembly includes a no-go shoulder that prevents the smaller assembly from being pulled entirely through the larger bit assembly.
11. The well system as recited in claim 10 , wherein the one way mechanism is a wedge feature.
12. The well system as recited in claim 11 , wherein the wedge feature is located in an annular space between the smaller assembly and the larger bit assembly.
13. The well system as recited in claim 12 , wherein the wedge feature is configured to allow the smaller assembly to slide uphole relative to the larger bit assembly but prevent the smaller assembly from sliding downhole relative to the larger bit assembly.
14. The well system as recited in claim 13 , wherein the wedge feature is a segmented cone.
15. The well system as recited in claim 14 , wherein each segment of the segmented cone has a first profile that engages with a second related profile on a radial exterior surface of the smaller assembly or a radial interior surface of the larger bit assembly, the first profile and the second related profile rotationally fixing the smaller assembly and the larger bit assembly when forming the combined bit assembly.
16. The well system as recited in claim 14 , wherein each segment of the segmented cone has a first profile that engages with both a second related profile on a radial exterior surface of the smaller assembly and a third related profile a radial interior surface of the larger bit assembly, the first profile, second related profile and the third related profile rotationally fixing the smaller assembly and the larger bit assembly when forming the combined bit assembly.
17. The well system as recited in claim 14 , wherein the segments of the segmented cone alter between downhole and uphole ends.
18. The well system as recited in claim 12 , further including a spring member positioned in the annular space between a shoulder of the larger bit assembly and the wedge feature.
19. A method for forming a well system, comprising:
forming a wellbore through one or more subterranean formations;
positioning a two-part drilling and running tool in the wellbore, the two-part drilling and running tool including:
a conveyance;
a smaller assembly coupled to an end of the conveyance;
a larger bit assembly slidably coupled to the conveyance, the smaller assembly and larger bit assembly configured to slidingly engage one another downhole to form a combined bit assembly; and
a one way mechanism coupled between the smaller assembly and the larger bit assembly, the one way mechanism configured to allow the smaller assembly and larger bit assembly to axially slide in one direction relative to one another and prevent the smaller assembly and larger bit assembly from axially sliding in an opposite direction relative to one another, wherein the smaller assembly includes a no-go shoulder that prevents the smaller assembly from being pulled entirely through the larger bit assembly.
20. A two-part drilling and running tool, comprising:
a conveyance;
a smaller assembly coupled to an end of the conveyance;
a larger bit assembly slidably coupled to the conveyance, the smaller assembly and larger bit assembly configured to slidingly engage one another downhole to form a combined bit assembly; and
a one way mechanism coupled between the smaller assembly and the larger bit assembly, the one way mechanism configured to allow the smaller assembly and larger bit assembly to axially slide in one direction relative to one another and prevent the smaller assembly and larger bit assembly from axially sliding in an opposite direction relative to one another, wherein the one way mechanism is a wedge feature located in an annular space between the smaller assembly and the larger bit assembly, the wedge feature is configured to allow the smaller assembly to slide uphole relative to the larger bit assembly but prevent the smaller assembly from sliding downhole relative to the larger bit assembly, the wedge feature being a segmented cone.