Implement interface
An interface for an implement that is to be operably coupled to a power machine includes an implement carrier mountable to a power machine for securing the implement for use with the power machine. The implement carrier includes an implement carrier frame, a locking feature for securing an implement, and a coupler block that is pivotally mounted to the implement carrier frame for engaging couplers on the implement. Implements and adapters configured to interface with the implement carrier are also disclosed.
1. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface having a substantially flat surface with engagement features on opposing sides thereof that are configured to engage complementary features on an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface including:
a locking feature configured to be engaged by the implement carrier of the power machine for securing the implement to the implement carrier;
a plurality of implement couplers configured to be engaged with a plurality of couplers on the implement carrier of the power machine; and
a locating member extending substantially perpendicularly from the substantially flat surface and configured to interface a locating feature located on the implement carrier.
2. The implement of claim 1 , wherein the implement carrier interface includes an implement coupler assembly in which the implement couplers are mounted.
3. The implement of claim 1 , wherein a first coupler of the plurality of couplers on the implement carrier interface is a hydraulic coupler configured to be engaged with a first coupler on the implement carrier of the power machine, and wherein the first coupler on the implement carrier interface is configured to relieve hydraulic pressure therein when the implement is removed from the implement carrier of the power machine.
4. The implement of claim 3 , wherein the implement carrier interface further comprises a fluid relief path, and wherein a valve member of the first coupler on the implement carrier interface is configured to move between an open position when the one of the plurality of couplers on the implement carrier interface is engaged with the first coupler on the implement carrier on the power machine and a closed position when the first coupler on the implement carrier interface is disengaged with the first coupler on the implement carrier, wherein in the open position the valve member prevents pressurized hydraulic fluid from traveling into the fluid relief path, and wherein in the closed position the valve member allows pressurized hydraulic fluid to travel into the fluid relief path to relieve hydraulic pressure in the first coupler on the implement carrier interface when the implement is removed from the implement carrier of the power machine.
5. The implement of claim 1 , wherein the weight of the implement urges the plurality of implement couplers of the implement carrier interface into engagement with the plurality of couplers on the implement carrier of the power machine when the implement is mounted to the power machine.
6. The implement of claim 1 , and further comprising an adapter that is configured to be removably attached to the implement, wherein the adapter provides the implement carrier interface.
7. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface configured to engage an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface having an implement coupler assembly comprising:
a plurality of implement couplers configured to be engaged with a plurality of couplers on the implement carrier of the power machine, wherein a first coupler on the implement carrier interface is a hydraulic coupler configured to be engaged with a first hydraulic coupler on the implement carrier of the power machine; and
a fluid relief path configured to be selectively placed in communication with the first coupler to relieve hydraulic pressure in the implement coupler assembly when the implement is removed from the implement carrier of the power machine and the first coupler on the implement carrier interface is disengaged from the first coupler on the implement carrier on the power machine.
8. The implement of claim 7 , and further comprising a valve member configured to control connection of the fluid relief path to the first coupler on the implement carrier interface.
9. The implement of claim 8 , wherein the valve member is configured to move between an open position when the first coupler on the implement carrier interface is engaged with the first coupler on the implement carrier on the power machine and a closed position when the first coupler on the implement carrier interface is disengaged with the first coupler on the implement carrier on the power machine, wherein in the open position the valve member prevents pressurized hydraulic fluid from traveling into the fluid relief path and wherein in the closed position the valve member allows pressurized hydraulic fluid to travel into the fluid relief path to relieve hydraulic pressure in the first coupler on the implement carrier interface when the implement is removed from the implement carrier of the power machine.
10. A mounting adapter configured to be removably attached to an implement, comprising:
an implement carrier interface configured to engage and be mounted to an implement carrier of a power machine, including a first plurality of couplers configured to be engaged with a plurality of couplers on the implement carrier of the power machine, wherein the implement carrier interface is configured such that the first plurality of couplers on the implement carrier interface are urged into engagement with the plurality of couplers on the implement carrier of the power machine when the implement carrier interface engages with the implement carrier of the power machine and such that disengagement of the implement carrier interface from the implement carrier of the power machine causes the first plurality of couplers on the implement carrier interface to disengage from the plurality of couplers on the implement carrier of the power machine; and
a second plurality of couplers in communication with the first plurality of hydraulic couplers and configured to be connected to conduits on the implement.
11. The adapter of claim 10 , and further comprising at least one releasable adapter locking mechanism configured to removably attach the adapter to the implement.
12. The adapter of claim 10 , wherein the implement carrier interface further comprises an implement locking feature configured to be releasably engaged by a locking mechanism of the implement carrier of the power machine.
13. The adapter of claim 10 , wherein the implement carrier interface has a substantially flat surface configured to engage with the implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface further comprising a locating member extending substantially perpendicularly from the substantially flat surface and configured to interface a locating feature on the implement carrier of the power machine to align the first plurality of couplers on the implement carrier interface with the plurality of couplers on the implement carrier.
14. The adapter of claim 13 , wherein at least one of the second plurality of couplers is a hydraulic fitting.
15. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface having a substantially flat surface with engagement features on opposing sides thereof that are configured to engage complementary features on an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface further including:
a locking feature configured to be engaged by a locking mechanism of the implement carrier of the power machine;
a plurality of implement couplers configured to be engaged with a plurality of couplers on the implement carrier of the power machine, at least one of the plurality of implement couplers having a face that is substantially parallel with the flat surface; and
a locating member extending substantially perpendicularly from the substantially flat surface and configured to interface a locating feature located on the implement carrier.
16. The implement of claim 15 , wherein at least one of the plurality of implement couplers extends substantially perpendicularly with respect to the flat surface.
17. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface having a substantially flat surface and configured to engage an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface including:
a locking feature configured to be engaged by the implement carrier of the power machine for securing the implement to the implement carrier;
a plurality of implement couplers configured to be engaged with a plurality of couplers on the implement carrier, wherein a valve member of a first coupler on the implement carrier interface is configured to move between an open position when the first coupler on the implement carrier interface is engaged with a first coupler on the implement carrier and a closed position when the first coupler on the implement carrier interface is disengaged with the first coupler on the implement carrier; and
a fluid relief path, wherein in the open position the valve member prevents pressurized hydraulic fluid from traveling into the fluid relief path, and wherein in the closed position the valve member allows pressurized hydraulic fluid to travel into the fluid relief path to relieve hydraulic pressure in the first coupler on the implement carrier interface when the implement is removed from the implement carrier; and
a locating member extending substantially perpendicularly from the substantially flat surface and configured to interface a locating feature located on the implement carrier.
18. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface having a substantially flat, planar surface with engagement features on opposing sides thereof that are configured to engage complementary features on, and be secured to an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface including:
an implement coupler configured to be engaged with a coupler on the implement carrier of the power machine; and
a locating member extending perpendicularly from the planar surface and configured to interface an aperture locating feature located on the implement carrier of the power machine for urging the implement coupler into alignment with the coupler on the implement carrier.
19. The implement of claim 18 , wherein the implement carrier interface includes an implement coupler assembly in which the implement coupler is mounted.
20. The implement of claim 18 , and wherein the implement coupler on the implement carrier interface is rigidly mounted to, and extends from, the planar surface.
21. The implement of claim 18 , wherein the implement coupler on the implement carrier interface is a hydraulic coupler configured to be engaged with the coupler on the implement carrier of the power machine, and wherein the implement coupler on the implement carrier interface is configured to relieve hydraulic pressure therein when the implement is removed from the implement carrier of the power machine.
22. The implement of claim 21 , wherein the implement carrier interface further comprises a fluid relief path, and wherein a valve member of the implement coupler on the implement carrier interface is configured to move between an open position when the implement coupler on the implement carrier interface is engaged with the coupler on the implement carrier of the power machine and a closed position when the implement coupler on the implement carrier interface is disengaged with the coupler on the implement carrier of the power machine, wherein in the open position the valve member prevents pressurized hydraulic fluid from traveling into the fluid relief path, and wherein in the closed position the valve member allows pressurized hydraulic fluid to travel into the fluid relief path to relieve hydraulic pressure in the implement coupler on the implement carrier interface when the implement is removed from the implement carrier of the power machine.
23. The implement of claim 18 , wherein weight of the implement urges the implement coupler of the implement carrier interface into engagement with the coupler on the implement carrier of the power machine when the implement is mounted to the power machine.
24. The implement of claim 18 , and further comprising an adapter that is configured to be removably attached to the implement, wherein the adapter provides the implement carrier interface.
25. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface configured to engage an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface having an implement coupler assembly comprising:
an implement coupler configured to be engaged with a coupler on the implement carrier of the power machine, wherein the implement coupler and the coupler on the implement carrier of the power machine are hydraulic couplers, and wherein the hydraulic implement coupler is configured to be engaged with the hydraulic coupler on the implement carrier of the power machine; and
a fluid relief path configured to be selectively placed in communication with the hydraulic implement coupler to relieve hydraulic pressure in the implement coupler assembly when the implement is removed from the implement carrier of the power machine and the hydraulic implement coupler on the implement carrier interface is disengaged from the hydraulic coupler on the implement carrier of the power machine.
26. The implement of claim 25 , and further comprising a valve member configured to control connection of the fluid relief path to the hydraulic implement coupler on the implement carrier interface.
27. The implement of claim 26 , wherein the valve member is configured to move between an open position when the hydraulic implement coupler on the implement carrier interface is engaged with the hydraulic coupler on the implement carrier of the power machine and a closed position when the hydraulic implement coupler on the implement carrier interface is disengaged with the hydraulic coupler on the implement carrier of the power machine, wherein in the open position the valve member prevents pressurized hydraulic fluid from traveling into the fluid relief path and wherein in the closed position the valve member allows pressurized hydraulic fluid to travel into the fluid relief path to relieve hydraulic pressure in the hydraulic implement coupler on the implement carrier interface when the implement is removed from the implement carrier of the power machine.
28. A mounting adapter configured to be attached to an implement, comprising:
an implement carrier interface configured to engage and be mounted to an implement carrier of a power machine, the implement carrier interface including at least one first coupler configured to be engaged with a corresponding at least one coupler on the implement carrier of the power machine, wherein the implement carrier interface is configured such that the at least one first coupler on the implement carrier interface is urged into engagement with the corresponding at least one coupler on the implement carrier of the power machine when the implement carrier interface engages with the implement carrier of the power machine and such that disengagement of the implement carrier interface from the implement carrier of the power machine causes the at least one first coupler on the implement carrier interface to disengage from the corresponding at least one coupler on the implement carrier of the power machine; and
at least one second coupler in communication with the corresponding at least one first coupler and configured to be connected to a conduit on the implement.
29. The adapter of claim 28 , and further comprising at least one releasable adapter locking mechanism configured to removably attach the adapter to the implement.
30. The adapter of claim 28 , wherein the implement carrier interface further comprises an implement locking feature configured to be releasably engaged by a locking mechanism of the implement carrier of the power machine.
31. The adapter of claim 28 , wherein the implement carrier interface has a substantially flat surface configured to engage with the implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface further comprising a locating member configured to interface a locating feature on the implement carrier of the power machine to align the at least one first coupler on the implement carrier interface with the corresponding at least one coupler on the implement carrier of the power machine.
32. The adapter of claim 31 , wherein the locating member extends substantially perpendicularly from the substantially flat surface.
33. The adapter of claim 31 , wherein the implement carrier interface includes an implement coupler assembly in which the at least one first coupler is mounted.
34. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface having a substantially flat surface with engagement features on opposing sides thereof that are configured to engage complementary features on an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface further including:
a locking feature configured to be engaged by a locking mechanism of the implement carrier of the power machine;
an implement coupler configured to be engaged with a coupler on the implement carrier of the power machine, the implement coupler having a face that is substantially parallel with the flat surface; and
a locating member on the substantially flat surface and configured to interface a locating feature located on the implement carrier.
35. The implement of claim 34 , wherein the implement coupler extends substantially perpendicularly with respect to the flat surface.
36. An implement configured to be mounted to a power machine, the implement comprising:
a tool portion; and
an implement carrier interface configured to engage an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface including:
at least one implement coupler configured to be engaged with at least one coupler on the implement carrier, wherein a valve member of a first coupler of the at least one coupler of the implement carrier interface is configured to move between an open position when the first coupler of the implement carrier interface is engaged with a first coupler of the implement carrier and a closed position when the first coupler of the implement carrier interface is disengaged with the first coupler of the implement carrier; and
a fluid relief path, wherein in one of the open position and the closed position the valve member prevents pressurized hydraulic fluid from traveling into the fluid relief path, and wherein in the other of the open position and the closed position the valve member allows pressurized hydraulic fluid to travel into the fluid relief path to relieve hydraulic pressure in the first coupler of the implement carrier interface when the implement is removed from the implement carrier.
37. A method of mounting an implement to a power machine, the method comprising:
providing an implement having a tool portion and an implement carrier interface configured to engage an implement carrier of the power machine to mount the implement to the power machine, the implement carrier interface including at least one implement coupler configured to be engaged with at least one coupler on the implement carrier of the power machine;
engaging an engagement feature on the implement carrier interface with a complementary engagement feature on the implement carrier of the power machine; and
using the power machine to lift the implement with the complementary engagement features engaged such that weight of the implement urges the at least one implement coupler of the implement carrier interface into engagement with the at least one coupler on the implement carrier of the power machine.
38. The method of claim 37 , wherein using the power machine to lift the implement with the complementary engagement features engaged further comprising lifting the implement such that the weight of the implement pivots the implement to urge the at least one implement coupler of the implement carrier interface into engagement with the at least one coupler on the implement carrier of the power machine.