Common pivot and support member for attachment interface
View Patent ↗An attachment interface adapted for use with a loader is discussed. The attachment interface includes a horizontally extending cross member configured to be pivotally attached to the loader at each of first and second ends. The attachment interface further includes a first attachment mounting bracket having a generally flat portion and a brace that is attached to and perpendicularly extends from the generally flat portion. A second attachment mounting bracket is spaced apart from the first attachment mounting bracket. The horizontally extending cross member is attached to the brace and the second attachment mounting bracket and wherein the second attachment bracket is otherwise unattached to the first attachment bracket.
1. An attachment interface adapted for use with a loader having a pair of lift arms spaced apart from each other, comprising:
a horizontally extending cross member pivotally attachable to the loader at each of first and second ends of the horizontally extending cross member along an axis that extends through the horizontally extending cross member such that the entire horizontally extending cross member is positionable between the lift arms;
a first attachment mounting bracket having a generally flat portion and a brace that is attached to and perpendicularly extends from the generally flat portion;
a second attachment mounting bracket spaced apart from the first attachment mounting bracket; and
wherein the horizontally extending cross member is fixedly attached to the brace and the second attachment mounting bracket and wherein the second attachment bracket is otherwise unattached to the first attachment bracket.
2. The attachment interface of claim 1 , wherein the brace further comprises a mount configured to be attached to an actuator.
3. The attachment interface of claim 1 , wherein the brace has an aperture extending through it and wherein the horizontally extending cross member extends through the aperture.
4. The attachment interface of claim 1 , wherein the second attachment mounting bracket includes a generally flat portion and comprises a plurality of braces that extend perpendicularly from the generally flat portion and wherein each of the braces is attached to the horizontally extending cross member.
5. The attachment interface of claim 4 , wherein at least one of the plurality of braces extending from the second attachment mounting bracket further is configured to be attached to an actuator.
6. A self propelled loader having a frame, a lift arm assembly including first and second lift arms pivotally coupled to either side of the frame with a horizontal cross member attached therebetween, and an attachment interface coupled to the lift arm assembly, the attachment interface comprising:
a horizontally disposed element attached to a portion of each of the first and second lift arms at each of the first and second ends of the horizontally disposed element along a mounting axis so that the attachment interface is capable of pivoting with respect to the lift arm assembly about the mounting axis;
first and second pins, each of which extend from one of the first and second ends of the horizontally disposed element and engage the pair of lift arms to pivotally attach the horizontally disposed element to the lift arms;
a first attachment mounting bracket attached to the horizontally disposed element and configured to engage an attachment;
a second attachment mounting bracket attached to the horizontally disposed element and configured to engage an attachment;
a first actuator pivotally coupled to the lift arm assembly and the first attachment mounting bracket;
a second actuator pivotally coupled to the lift arm assembly and the second attachment mounting bracket; and
wherein the first and second attachment mounting brackets are permanently attached to the horizontally disposed element at locations between the first and second lift arms and wherein the first attachment mounting bracket and the second attachment mounting bracket are otherwise unattached to each other.
7. The loader of claim 6 , wherein the attachment interface is capable of rotating about the mounting axis.
8. The loader of claim 6 , wherein the mounting axis is generally perpendicular with respect to the portion of the first and second lift arms to which the attachment interface is attached.
9. The loader of claim 6 , wherein the first actuator is pivotally coupled to the horizontal cross member extending between the first and second lift arms.
10. The loader of claim 6 , wherein the first attachment mounting bracket includes a plate having a generally flat surface and a perpendicular brace attached to the plate.
11. The loader of claim 10 , wherein the brace is attached to the horizontally disposed element.
12. The loader of claim 11 , wherein the brace includes an aperture and wherein the horizontally disposed element extends through the aperture.
13. The loader of claim 10 , wherein the first actuator is pivotally coupled to the brace.
14. The loader of claim 6 , wherein the second attachment mounting bracket includes a plate having a generally flat surface and a pair of perpendicular braces attached to the plate and wherein each of the braces is attached to the horizontally disposed element.
15. The loader of claim 14 , wherein only one of the pair of perpendicular braces is attached to the second actuator.
16. The loader of claim 14 , wherein both of the pair of perpendicular braces are attached to the second actuator.
17. The loader of claim 14 , and further comprising an extendable wedge positioned between the pair of perpendicular braces.
18. The attachment interface of claim 1 and further comprising:
first and second pins, each of which extend from one of the first and second ends of the horizontally extending cross member for engaging the pair of lift arms to pivotally attach the horizontally extending cross member to the loader.