초록 ▼

A crop residue harvesting system for a harvesting machine is provided. The crop residue harvesting system includes a blower and a transition member having a first position and a second position. In a first position the transition member directs at least a portion of the crop residue to the blower fo

A crop residue harvesting system for a harvesting machine is provided. The crop residue harvesting system includes a blower and a transition member having a first position and a second position. In a first position the transition member directs at least a portion of the crop residue to the blower for harvesting of the crop residue. In a second position the transition member allows for spreading at least a portion of the crop residue. A lever or actuator may be operatively connected to the transition member for selecting between the first position and the second position or selecting an intermediate position to control the proportions of the crop residue harvested and the crop residue spread.

대표청구항 ▼

1. A crop residue harvesting system for a harvesting machine having a crop residue chopper, the crop residue harvesting system comprising: an accelerator to assist in conveying crop residue up an exit conduit operatively connected to the accelerator;a transition member having a first position and a

1. A crop residue harvesting system for a harvesting machine having a crop residue chopper, the crop residue harvesting system comprising: an accelerator to assist in conveying crop residue up an exit conduit operatively connected to the accelerator;a transition member having a first position and a second position;wherein in the first position the transition member directs at least a portion of the crop residue to the accelerator and subsequently up the exit conduit and into a collection container for harvesting of the crop residue;wherein in the second position the transition member allows for spreading at least a portion of the crop residue onto ground. 2. The crop residue harvesting system of claim 1 wherein the transition member further has at least one intermediate position between the first position and the second position, wherein in the intermediate position the transition member directs a first portion of the crop residue to the accelerator for harvesting of the crop residue and allows a second portion of the crop residue to be spread. 3. The crop residue harvesting system of claim 1 further comprising an actuator operatively connected to the transition member adapted for selecting at least between the first position and the second position. 4. The crop residue harvesting system of claim 1 further comprising an actuator operatively connected before the transition member and adapted for selecting at least between the first position and the second position. 5. The crop residue harvesting system of claim 1 further comprising an actuator operatively connected after the transition member and adapted for selecting at least between the first position and the second position. 6. The crop residue harvesting system of claim 1 wherein in the first position the transition member is above a discharge opening associated with the chopper. 7. The crop residue harvesting system of claim 1 wherein in the second position, the transition member is aligned with a discharge opening associated with the chopper. 8. The crop residue harvesting system of claim 1 wherein position of the transition member is electronically controlled. 9. The crop residue harvesting system of claim 1 wherein the transition member comprises a conduit. 10. The crop residue harvesting system at claim 9 wherein the conduit is pivotably connected proximate the chopper. 11. The crop residue harvesting system of claim 9 wherein the conduit is pivotably connected proximate the accelerator. 12. The crop residue harvesting system of claim 1 further comprising at least one sensor positioned proximate the residue chopper and adapted for sensing at least one characteristic associated with crop residue. 13. A harvesting machine, comprising: a self-propelled vehicle adapted for separating grain from crop residue;a residue chopper operatively connected to the vehicle and adapted for receiving the crop residue and chopping the crop residue to form chopped crop residue;an exit conduit;an accelerator operatively connected to the exit conduit for conveying the chopped crop residue up the exit conduit;a transition member having a first position and a second position operatively connected between the residue chopper and the accelerator;wherein in the first position the transition member directs at least a portion of the chopped crop residue to the accelerator and subsequently through the exit conduit and into a collection container for harvesting of the chopped crop residue;wherein in the second position the transition member allows for spreading at least a portion of the chopped crop residue onto ground. 14. The crop residue harvesting system of claim 13 wherein the transition member further has at least one intermediate position between the first position and the second position, wherein in the intermediate position, the transition member directs a first portion of the chopped crop residue to the blower for harvesting of the chopped crop residue and allows a second portion of the chopped crop residue to be spread. 15. The harvesting machine of claim 13 further comprising a lever operatively connected to the transition member and further wherein the lever is adapted for selecting between the first position and the second position. 16. The harvesting machine of claim 13 wherein the transition member is electronically controlled. 17. The harvesting machine of claim 13 wherein the residue chopper is a flail chopper. 18. The harvesting machine of claim 13 further comprising an actuator operatively connected proximate the transition member for switching the transition member between two or more positions of the transition members. 19. The harvesting machine of claim 18 further comprising an intelligent control. 20. The crop residue harvesting system of claim 1 further comprising at least one sensor electrically connected to an intelligent control and adapted for sensing at least one characteristic associated with crop residue. 21. The crop residue harvesting system of claim 1 wherein the transition member comprises a conduit. 22. A method for harvesting a crop using a harvesting machine, comprising: providing the harvesting machine with a crop residue harvesting system comprising: an accelerator to assist in conveying crop residue up an exit conduit operatively connected to the accelerator;a transition member having a first position and a second position;wherein in the first position the transition member directs at least a portion of the crop residue to the accelerator and subsequently up the exit conduit and into a collection container for harvesting of the crop residue;wherein in the second position the transition member allows for spreading at least a portion of the crop residue onto ground;selecting a setting on the harvesting machine to control relative proportions of (a) crop residue spreading onto the ground and (b) crop residue harvesting into a collection container;separating grain from the crop residue using the harvesting machine;collecting the grain using the harvesting machine;chopping the crop residue using a chopper of the harvesting machine; andwherein the step of selecting a setting on the harvesting machine controls the transition member to be positioned at the first position, the second position, or at least one intermediate position between the first position and the second position, corresponding to the relative proportions. 23. The method of claim 22 further comprising the step of conveying at least a portion of the crop residue from the chopper to the accelerator if the setting provides for harvesting the crop residue. 24. The method of claim 22 further comprising the step of spreading at least a portion of the crop residue onto the ground if the setting provides for crop residue spreading. 25. The method of claim 22 wherein the step of selecting is performed by positioning a lever. 26. The method of claim 22 wherein the step of selecting is performed under electronic control. 27. The method of claim 22 wherein the setting provides for crop residue spreading substantially all of the crop residue. 28. The method of claim 22 wherein the setting provides for crop residue harvesting substantially of the crop residue. 29. The method of claim 22 further comprising the step of sensing at least one characteristic of the crop residue. 30. The method of claim 29 wherein the step of selecting a setting is automatically performed at least partially based on the at least one characteristic of the crop residue. 31. The method of claim 29 wherein the step of selecting a setting is automatically performed at least partially based on map data. 32. A crop residue harvesting system for a harvesting machine having a residue chopper, the crop residue harvesting system comprising; an exit conduit;an accelerator operatively connected to conduit for crop residue up the exit conduit;a transition member operatively connected between the residue chopper and the accelerator, wherein a relative position of the transition member to the accelerator or the chopper controls relative amounts of the crop residue (a) conveyed to the accelerator and through the exit conduit for harvest in a collection container and (b) spread to ground;at least one actuator for adjusting the relative position of the transition member; andan intelligent control operatively connected to the at least one actuator for controlling the relative position of the transition member to thereby control the relative amounts of the crop residue harvested and spread. 33. The crop residue harvesting system of claim 32 further comprising at least one position sensor electrically connected to the intelligent control. 34. The crop residue harvesting system of claim 32 further comprising at least one flow sensor electrically connected to the intelligent control for use in monitoring flow of the chopped crop residue. 35. The crop residue harvesting system of claim 34 wherein the at least one flow sensor is positioned to measure flow of crop residue cut and collected. 36. The crop residue harvesting system of claim 32 further comprising a geolocation sensor operatively connected to the intelligent control wherein the intelligent control is adapted to control the at least one actuator at least partially based on a geolocation associated with the crop residue harvesting system. 37. The crop residue harvesting system of claim 36 wherein the geolocation sensor comprises a GPS receiver. 38. A harvesting machine adapted for selectively collecting and spreading crop residue, comprising: a vehicle adapted for separating grain from the crop residue;an exit conduit;a transition member having at least a first position and a second position;wherein in the first position the transition member directs at least a portion of the crop residue towards the exit conduit for collection within a collection container;wherein in the second position the transition member allows for spreading at least a portion of the crop residue on ground; andat least one actuator operatively connected to the transition member for adjusting position of the transition member. 39. The harvesting machine of claim 38 wherein the transition member has a plurality of intermediate positions between the first position and the second position.