Abstract: A dual rotary cutter bale processor operable in a first mode for producing ground material and dispersing ground material for a first use and a second mode for producing cut material and dispersing cut material from the processor for a second use, where the cut material is coarser than the ground material. Material is processed for feeding into a container, bunk, or tire, into windrows on the ground, making piles of material, spreading the material for use as animal bedding, and/or mulching newly seeded areas. A screen and moveable bypass door for each rotary cutter and a position of a deflector direct a cut path such that the bypass doors can be used to force the material through the screens to further reduce size of the material or the deflectors can be used so the material bypasses the screens for dispersal from the processor in a coarser state.

Abstract: A bale wrapping attachment for a baler that forms round bales is mounted at a rear portion of the baler and includes a support for a supply of wrapping material that is formed as a web and rolled into a roll. The web is passed across a fixed, non-rotating feed bar. The wrapping attachment includes a guillotine type knife that cooperates with a cross frame member forming an anvil. The knife is slidable between a retracted position and a cutting position wherein a knife carried by the cutter engages the cross frame member to sever material underneath the knife. When the knife is in its retracted position, the non-rotating feed bar is moved to a position wherein wrapping material draped over the feed bar contacts exposed surfaces of bale forming belts from the baler, causing the wrapping material to be carried with the belts and into the bale chamber to wrap around the bale.

Abstract: A bale wrapping attachment for a baler that forms round bales is mounted at a rear portion of the baler and includes a support for a supply of wrapping material that is formed as a web and rolled into a roll. The web is passed across a fixed, non-rotating feed bar. The wrapping attachment includes a guillotine type knife that cooperates with a cross frame member forming an anvil. The knife is slidable between a retracted position and a cutting position wherein a knife carried by the cutter engages the cross frame member to sever material underneath the knife. When the knife is in its retracted position, the non-rotating feed bar is moved to a position wherein wrapping material draped over the feed bar contacts exposed surfaces of bale forming belts from the baler, causing the wrapping material to be carried with the belts and into the bale chamber to wrap around the bale.

Abstract: A bale shredder is mounted on a frame and has a flail that will shred material, such as hay, straw and silage, and an auger receives the shredded material and moves it toward a first end of the auger. The first end of the auger is surrounded by a chamber that has a first opening in an axial direction of the auger that opens into a fan or blower so that material going through the first opening is blown out of a discharge chute. An endless conveyor is mounted adjacent a second opening of the chamber, laterally of the auger, and is positioned to receive material from the second opening. Panels are provided for selectively blocking the first opening when the endless conveyor is to be moving material from the chamber, and for blocking the second opening when the fan is to be used for discharging material. The two different conveyors are selectively used for delivery of shredded material from the bale shredder.

Abstract: A bale shredder is mounted on a frame and has a flail that will shred material, such as hay, straw and silage, and an auger receives the shredded material and moves it toward a first end of the auger. The first end of the auger is surrounded by a chamber that has a first opening in an axial direction of the auger that opens into a fan or blower so that material going through the first opening is blown out of a discharge chute. An endless conveyor is mounted adjacent a second opening of the chamber, laterally of the auger, and is positioned to receive material from the second opening. Panels are provided for selectively blocking the first opening when the endless conveyor is to be moving material from the chamber, and for blocking the second opening when the fan is to be used for discharging material. The two different conveyors are selectively used for delivery of shredded material from the bale shredder.

Abstract: A wood chipper has a pair of feed rollers, a first of which has a fixed axis position, and a second of which is moveably toward and away from the first feed roller. Springs are provided to urge the moveable roller toward the first feed roller and to a reference position, and an actuator is provided for moving the moveable feed roller away from the first feed roller. A sensor is provided to sense the height of an object on a feed chute as the object approach the feed rollers and cause the actuator to move moveable feed roller away from the reference when the sensor signals the object exceeds a selected amount.

Abstract: The present invention includes a cutting wheel device for grinding materials, the cutting wheel comprising a plurality of discrete plates mounted on an axle and cutting heads positioned between the plates. The cutting heads having a portion extending beyond the periphery of the plate. Secondary cutters are attached to the cutting head to project over an adjacent discrete plate for keeping debris from lodging between adjacent cutting heads.

Abstract: A machine for grinding forage material includes a support frame that supports an enclosure for retaining a bale of forage material. A rotary shredder is positioned within the enclosure where the rotary shredder grinds the bale of forage material and discharges a forage material from the enclosure. The machine includes at least two deflectors attached to the enclosure that deflect the shredded forage material onto a surface where the at least two deflectors are positionable independent from each other.

Abstract: A wood chipper has a pair of feed rollers, a first of which has a fixed axis position, and a second of which is moveably toward and away from the first feed roller. Springs are provided to urge the moveable roller toward the first feed roller and to a reference position, and an actuator is provided for moving the moveable feed roller away from the first feed roller. A sensor is provided to sense the height of an object on a feed chute as the object approach the feed rollers and cause the actuator to move moveable feed roller away from the reference when the sensor signals the object exceeds a selected amount.

Abstract: The present invention includes a cutting wheel device for grinding materials, the cutting wheel comprising a plurality of discrete plates mounted on an axle and cutting heads positioned between the plates. The cutting heads having a portion extending beyond the periphery of the plate. Secondary cutters are attached to the cutting head to project over an adjacent discrete plate for keeping debris from lodging between adjacent cutting heads.

Abstract: A material reclaiming device is positioned below the bale forming of a round baler. The bale forming belts are spaced apart. The reclaiming device underlies a region to the bale chamber to catch material falling through the spaces between the bale forming belts and move the material forwardly, to be recycled or reclaimed into the in-feed region of the baler. A trough is provided under an in-feed drum to receive the material from the reclaiming device and cause such material to be carried with the incoming material into the bale forming chamber.

Abstract: A machine for grinding forage material includes a support frame that supports an enclosure for retaining a bale of forage material. A rotary shredder is positioned within the enclosure where the rotary shredder grinds the bale of forage material and discharges a forage material from the enclosure. The machine includes at least two deflectors attached to the enclosure that deflect the shredded forage material onto a surface where the at least two deflectors are positionable independent from each other.

Abstract: A material reclaiming device is positioned below the bale forming of a round baler. The bale forming belts are spaced apart. The reclaiming device underlies a region to the bale chamber to catch material falling through the spaces between the bale forming belts and move the material forwardly, to be recycled or reclaimed into the in-feed region of the baler. A trough is provided under an in-feed drum to receive the material from the reclaiming device and cause such material to be carried with the incoming material into the bale forming chamber.

Abstract: A material reclaiming conveyor is positioned below the apron of a round baler. The apron has a series of side by side bale forming belts that are spaced apart and form a bale chamber. The conveyer underlies an in-feed region to the bale chamber to catch material falling through the spaces between the bale forming belts and convey the material forwardly, to be recycled into the in-feed region of the baler. A trough is provided under an in-feed drum to receive the material from the reclaiming conveyer and cause such material to be carried with the drum into the bale forming chamber.

Abstract: A large industrial waste tub grinder is mounted onto a lift or support frame that has a connection for a hook from a hoist on a truck so that the lift or support frame can be placed onto the truck and offloaded from the truck utilizing a conventional hook hoist. The lift or support frame supports the tub grinder on the ground surface, for in place use, the lift or support frame carries stabilizers for insuring that the lift or support frame provides a stable mounting for the tub grinder.

Abstract: A tub grinder is used for grinding industrial wastes, including large stumps, lumber chunks and the like. A cover member is pivoted alongside the tub, and is made in two sections. An upright frame section is pivoted near a plane along the bottom of the tub, and extends upwardly to a level at or adjacent to the top of the tub. A cover section is pivotally mounted to the upright frame and can be adjusted about a generally horizontal axis from a generally horizontal position to an upwardly extending position. The upright frame can be tilted outwardly so that the cover section is out of registry with the tub to permit the tub to be loaded.