Abstract: In an embodiment, a hose coupling assembly includes a collet including a head and an axial protrusion extending from the head in a first axial direction. The axial protrusion is configured to engage a hose while the axial protrusion is in a locked position, and to disengage the hose while the axial protrusion is in an unlocked position. The hose coupling assembly also includes a housing disposed about the axial protrusion and configured to receive the hose. An inner surface of the housing is shaped to enable movement of the axial protrusion toward the unlocked position in response to movement of the axial protrusion in the first axial direction, and to drive the axial protrusion toward the locked position in response to movement of the axial protrusion in a second axial direction, opposite the first axial direction.

Abstract: A wing locking assembly for an agricultural implement is provided. One agricultural implement includes a first frame section having a mounted bracket and a second frame section pivotally coupled to the first frame section. A cam is mounted to the second frame section. The implement includes an actuating cylinder having a first end pivotally coupled to the second frame section, and a second end disposed within a slot of the bracket. The implement also includes a locking mechanism rotatably coupled to the bracket. The locking mechanism includes a first end configured to engage the second end of the actuating cylinder, and a second end configured to abut the cam. The locking mechanism is configured to drive the second end of the actuating cylinder into a desired position within the slot upon contact between the cam and the second end of the locking mechanism.

Abstract: A wing locking assembly for an agricultural implement is provided. One agricultural implement includes a first frame section having a mounted bracket and a second frame section pivotally coupled to the first frame section. A cam is mounted to the second frame section. The implement includes an actuating cylinder having a first end pivotally coupled to the second frame section, and a second end disposed within a slot of the bracket. The implement also includes a locking mechanism rotatably coupled to the bracket. The locking mechanism includes a first end configured to engage the second end of the actuating cylinder, and a second end configured to abut the cam. The locking mechanism is configured to drive the second end of the actuating cylinder into a desired position within the slot upon contact between the cam and the second end of the locking mechanism.

Abstract: In an embodiment, a hose coupling assembly includes a collet including a head and an axial protrusion extending from the head in a first axial direction. The axial protrusion is configured to engage a hose while the axial protrusion is in a locked position, and to disengage the hose while the axial protrusion is in an unlocked position. The hose coupling assembly also includes a housing disposed about the axial protrusion and configured to receive the hose. An inner surface of the housing is shaped to enable movement of the axial protrusion toward the unlocked position in response to movement of the axial protrusion in the first axial direction, and to drive the axial protrusion toward the locked position in response to movement of the axial protrusion in a second axial direction, opposite the first axial direction.