Sound dampened one-way clutch

1. A one-way clutch comprising:

a first member having first and second pockets;

a second member having first and second notches that are alignable with the first and second pockets, respectively, each notch having a load-bearing surface;

a first engaging element that is cooperable with the first pocket and engageable with the load-bearing surface of the first notch to effect one-way torque transfer between the first and second members; and

a second engaging element that is cooperable with the second pocket and engageable with the load-bearing surface of the second notch, the second engaging element comprising a non-metallic, compressible material and being configured to compress upon engagement with the load-bearing surface of the second notch to inhibit relative movement of the members prior to engagement of the first engaging element with the load-bearing surface of the first notch;

wherein the second engaging element is longer than the first engaging element.

2. The one-way clutch of claim 1 wherein the first engaging element has a first length, and the second engaging element has a second length that is at least five percent greater than the first length.

3. The one-way clutch of claim 1 wherein the first engaging element has a first length, and the second engaging element has a second length that is in the range of two to twenty-five percent greater than the first length.

4. The one-way clutch of claim 1 wherein the second engaging element comprises rubber.

5. The one-way clutch of claim 1 wherein the second engaging element comprises plastic.

6. The one-way clutch of claim 1 wherein the first and second members each have a generally planar clutch face, the clutch face of the first member including the pockets, and the clutch face of the second member including the notches.

7. The one-way clutch of claim 1 wherein the first and second members each have a circumferential surface in close-spaced opposition with the circumferential surface of the other member, the circumferential surface of the first member including the pockets, and the circumferential surface of the second member including the notches.

8. The one-way clutch of claim 1 wherein the first engaging element comprises metal.

9. The one-way clutch of claim 8 wherein the first engaging element is configured to carry more load than the second engaging element when the first engaging element is engaged with the load-bearing surface of the first notch and the second engaging element is engaged with the load-bearing surface of the second notch.

10. A one-way clutch comprising:

a first member having multiple pockets;

a second member having multiple notches that are alignable with the pockets, each notch having a load-bearing surface;

multiple first engaging elements that are cooperable with the pockets and selectively engageable with the load-bearing surfaces of the notches to effect one-way torque transfer between the first and second members; and

multiple second engaging elements that are cooperable with the pockets and selectively engageable with the load-bearing surfaces of the notches, each second engaging element comprising a non-metallic, compressible material and being configured to compress upon engagement with the load-bearing surface of a respective notch to inhibit relative movement of the members prior to engagement of at least one first engaging element with the load-bearing surface of a respective notch;

wherein at least one of the second engaging elements is longer than at least one of the first engaging elements.

11. The one-way clutch of claim 10 wherein each first engaging element comprises metal.

12. The one-way clutch of claim 10 wherein the at least one first engaging element has a first length, and the at least one second engaging element has a second length that is at least five percent greater than the first length.

13. The one-way clutch of claim 10 wherein the at least one first engaging element has a first length, and the at least one second engaging element has a second length that is in the range of two to twenty-five percent greater than the first length.

14. A one-way clutch comprising:

a first member having multiple first recesses that each have a load-bearing surface;

a second member having multiple second recesses that are alignable with the first recesses, each second recess having a load-bearing surface; and

multiple engaging elements that are engageable with the load-bearing surfaces of the recesses to effect one-way torque transfer between the first and second members, wherein at least one of the engaging elements comprises a non-metallic, compressible material and is configured to compress upon engagement with a respective load-bearing surface of each member to inhibit relative movement of the members, and wherein the at least one engaging element is longer than another one of the engaging elements.

15. The one-way clutch of claim 14 wherein the at least one engaging element is at least five percent longer than another one of the engaging elements.

16. The one-way clutch of claim 14 wherein the at least one engaging element has a length that is in the range of two to twenty-five percent greater than a length of another one of the engaging elements.

17. The one-way clutch of claim 14 wherein the at least one engaging element comprises rubber.

18. The one-way clutch of claim 14 wherein the at least one engaging element comprises plastic.

19. The one-way clutch of claim 14 wherein the first and second members each have a generally planar clutch face, the clutch face of the first member including the first recesses, and the clutch face of the second member including the second recesses.

20. The one-way clutch of claim 14 wherein the first and second members each have a circumferential surface in close-spaced opposition with the circumferential surface of the other member, the circumferential surface of the first member including the first recesses, and the circumferential surface of the second member including the second recesses.

21. The one-way clutch of claim 14 wherein at least two of the engaging elements at least partially comprise a non-metallic, compressible material, each of the at least two engaging elements being configured to compress upon engagement with a respective recess of each member to inhibit relative movement of the members.

22. A one-way clutch comprising:

a first member including multiple first recesses that each have a load-bearing surface;

a second member including multiple second recesses that are alignable with the first recess, each second recess having a load-bearing surface; and

multiple engaging elements that are engageable with the load-bearing surfaces of the recesses to facilitate one-way torque transfer between the first and second members, wherein a first one of the engaging elements comprises metal, and a second one of the engaging elements comprises a non-metallic, compressible material and is configured to compress upon engagement with a respective load-bearing surface of each member to inhibit relative movement of the members.

23. The one-way clutch of claim 22 wherein the second engaging element is longer than the first engaging element.

24. The one-way clutch of claim 22 wherein the first engaging element has a first length, and the second engaging element has a second length that is at least five percent greater than the first length.

25. The one-way clutch of claim 22 wherein the first engaging element has a first length, and the second engaging element has a second length that is in the range of two to twenty-five percent greater than the first length.

26. The one-way clutch of claim 22 wherein the first engaging element is configured to carry more load than the second engaging element when the first and second engaging elements are each engaged with the first and second members.

27. The one-way clutch of claim 22 wherein the second engaging element comprises rubber.

28. The one-way clutch of claim 22 wherein the second engaging element comprises plastic.