A control mechanism for a hydraulic assembly is disclosed. The control mechanism comprises a hydraulic pump, a swash plate, a control arm, a return to neutral mechanism and a cruise control arm. The control arm is linked to the swash plate and is moveable in such a manner so as to provide the swash
A control mechanism for a hydraulic assembly is disclosed. The control mechanism comprises a hydraulic pump, a swash plate, a control arm, a return to neutral mechanism and a cruise control arm. The control arm is linked to the swash plate and is moveable in such a manner so as to provide the swash plate with a plurality of non-discrete angular orientations with respect to the hydraulic pump. The return to neutral mechanism is used to move the control arm from a driving position to a neutral position. The cruise control arm is moveable between a first position and a second position. In the first position, the cruise control arm is disengaged from the control arm. In the second position, the cruise control arm engages the control arm to resist movement of the control arm from one of a plurality of non-discrete forward driving positions to the neutral position under the influence of the return to neutral mechanism.
대표청구항▼
What is claimed is: 1. A control mechanism for a hydraulic assembly, comprising: a hydraulic pump; a swash plate; a control arm linked to the swash plate and moveable in such a manner so as to provide the swash plate with a plurality of non-discrete angular orientations with respect to the hydrauli
What is claimed is: 1. A control mechanism for a hydraulic assembly, comprising: a hydraulic pump; a swash plate; a control arm linked to the swash plate and moveable in such a manner so as to provide the swash plate with a plurality of non-discrete angular orientations with respect to the hydraulic pump; a return to neutral mechanism for moving the control arm from a driving position to a neutral position; and a cruise control arm moveable between a first position, where the cruise control arm is disengaged from the control arm, and a second position, where the cruise control arm engages the control arm to resist movement of the control arm from one of a plurality of non-discrete forward driving positions to the neutral position under the influence of the return to neutral mechanism. 2. The control mechanism of claim 1, wherein the engagement between the control arm and the cruise control arm is along two generally flat edges. 3. The control mechanism of claim 1, wherein the cruise control arm is mounted in such a manner so as to rotate about the same axis as the control arm. 4. The control mechanism of claim 1, wherein the range of rotation of the cruise control arm is limited by the interaction of a fastener attached to the hydraulic assembly by a slot formed in the cruise control arm. 5. The control mechanism of claim 4, wherein an adjustable friction mechanism is engaged to the slot. 6. The control mechanism of claim 1, wherein the movement of the cruise control arm is controlled by a mechanical linkage to a control lever. 7. A control mechanism for a hydraulic assembly, comprising: a hydraulic pump; a swash plate; a control mechanism comprising: a control arm linked to the swash plate and moveable in such a manner so as to provide the swash plate with a plurality of non-discrete angular orientations with respect to the hydraulic pump; and a return to neutral mechanism for moving the control arm from a driving position to a neutral position; and a cruise control arm moveable between a first position, where the cruise control arm is disengaged from the control mechanism, and a second position, where the cruise control arm engages the control mechanism to resist the action of the return to neutral mechanism. 8. The control mechanism as set forth in claim 7, wherein the cruise control arm engages the control arm to resist the action of the return to neutral mechanism. 9. The control mechanism as set forth in claim 7, wherein the cruise control arm is mounted in such a manner so as to rotate around an axis that is generally collinear with the control arm's axis of rotation. 10. The control mechanism as set forth in claim 7, further comprising a brake mechanism, wherein operation of the brake mechanism overcomes the resistance of the cruise control arm to move the control arm toward the neutral position. 11. The control mechanism as set forth in claim 7, wherein the control arm is actuated by a foot pedal. 12. The control mechanism as set forth in claim 7, wherein the amount of resistance exerted by the cruise control arm on the control arm is adjustable. 13. The control mechanism as set forth in claim 7, wherein the cruise control arm has a plurality of attachment locations for connection to an operator handle. 14. A cruise control mechanism for a hydraulic assembly, comprising: a hydraulic pump; a swash plate; a control arm linked to the swash plate and moveable in such a manner so as to provide the swash plate with a plurality of non-discrete angular orientations with respect to the hydraulic pump; and a cruise control arm moveable between a first position, where the cruise control arm is disengaged from the control arm, and a second position, where the cruise control arm engages the control arm to resist movement of the control arm in only one direction. 15. The cruise control mechanism of claim 14, wherein: the hydraulic assembly further comprises a return to neutral mechanism; the control arm is biased to a neutral position by the return to neutral mechanism; and the cruise control arm resists the bias force. 16. The cruise control mechanism of claim 14, wherein: the hydraulic assembly further comprises a brake mechanism; and actuation of the brake mechanism overcomes the resistance of the cruise control arm to move the control arm toward neutral and then causes to the brake to actuate. 17. The cruise control mechanism of claim 14, wherein the resistance provided by the cruise control arm is adjustable. 18. The cruise control mechanism of claim 14, wherein the cruise control arm further comprises a slot and the hydraulic mechanism further comprises a post and the interaction of the post with the slot limits the range of rotation of the cruise control arm. 19. The cruise control mechanism of claim 18, wherein the post is part of a mechanism that provides adjustable resistance to the cruise control arm.
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