Abstract:
A plant deflector assembly adapted for mounting to an open frame of a row crop harvester which is movable over a field of plants. The plant deflector assembly includes a series of fore-and-aft spaced elongated deflector members which are adapted to pass beneath at least a portion of a drive assembly on the harvester and extend transversely across a frame of the harvester for vertically deflecting and inhibiting plants passing beneath the harvester from rising into contact with the drive assembly and becoming entangled therewith. The series of spaced deflector members are mounted to extend from an area adjacent a forward end of the harvester frame and extend rearwardly to an area adjacent an engine forming part of the drive assembly. The plant deflector assembly may further include a mounting apparatus adapted for securement to the frame of the harvester and to which the plant deflector members are secured. The mounting apparatus preferably includes at least two fore-and-aft extending and generally parallel arms defining a series of mounting holes which promote releasable securement of the plant deflector members thereto.
Abstract:
Apparatus and a method for collapsing an on-board crop receiver of a harvester to a transport position, utilizing a remotely releasable locking element to allow telescopic collapsing or retracting the receiver without entering the receiver, and powered apparatus for positively collapsing a duct extending between a row unit of the harvester and an inlet opening of the receiver. The duct is telescopically retractable at an inclined angle by a similarly inclined duct driver to a height about equal to that of the receiver when in the transport position, so as to be freed from the receiver and any associated hood extending outwardly therefrom associated with the inlet opening. Using crop compactor apparatus within the interior of the receiver, the compactor can be lowered and the locking mechanism unlocked, and then the compactor operated to telescopically collapse or retract the receiver. The receiver can be extended in the reverse order.
Abstract:
The apparatus for directing a flow of air and cotton from a cotton conveyor duct of a cotton harvester into a cotton receiver includes a cover member and a mounting element configured for mounting the cover member to a cotton conveyor duct for movement between a first position located at least partially in a path of a flow of air and cotton discharged through a discharge outlet of the duct, and a second position located adjacent to the path for directing the flow therealong. The cover member when in the first position is movable to the second position by a force exerted thereagainst by a flow of at least air discharged from the duct. A locking element of the apparatus is configured for automatically holding the cover member in the second position, the locking element being automatically operable for releasing the cover member when a downward force is applied thereagainst by the cotton receiver for moving the cover member to the first position.
Abstract:
The apparatus for directing a flow of air and cotton from a cotton conveyor duct of a cotton harvester into a cotton receiver includes a cover member and a mounting element configured for mounting the cover member to a cotton conveyor duct for movement between a first position located at least partially in a path of a flow of air and cotton discharged through a discharge outlet of the duct, and a second position located adjacent to the path for directing the flow therealong. The cover member when in the first position is movable to the second position by a force exerted thereagainst by a flow of at least air discharged from the duct. A locking element of the apparatus is configured for automatically holding the cover member in the second position, the locking element being automatically operable for releasing the cover member when a downward force is applied thereagainst by the cotton receiver for moving the cover member to the first position.
Abstract:
A cotton conveying structure for a laterally movable cotton harvesting unit of a cotton harvester. The cotton conveying structure comprises a cotton receiving assembly and a duct structure. The cotton receiving assembly vertically moves with and is inhibited against lateral movement to a tool bar assembly on which the harvesting unit is supported for lateral movement. The cotton receiving assembly includes first and second conveying sections which remain integrally connected to each other while allowing relative lateral movement of the harvesting unit from a harvesting position to permit servicing thereof. By inhibiting its lateral movement, the cotton receiving assembly is aligned in a cotton conveying relationship with and when the harvesting unit is returned to its harvesting position.
Abstract:
Apparatus for collapsing an on-board crop receiver of a harvester to a transport position, utilizing a remotely releasable locking element to allow telescopic collapsing or retracting the receiver without entering the receiver, and powered apparatus for positively collapsing a duct extending between a row unit of the harvester and an inlet opening of the receiver. The duct is telescopically retractable at an inclined angle by a similarly inclined duct driver to a height about equal to that of the receiver when in the transport position, so as to be freed from the receiver and any associated hood extending outwardly therefrom associated with the inlet opening. Using crop compactor apparatus within the interior of the receiver, the compactor can be lowered and the locking mechanism unlocked, and then the compactor operated to telescopically collapse or retract the receiver. The receiver can be extended in the reverse order.
Abstract:
The apparatus for directing a flow of air and cotton from a cotton conveyor duct of a cotton harvester into a cotton receiver includes a cover member and a mounting element configured for mounting the cover member to a cotton conveyor duct for movement between a first position located at least partially in a path of a flow of air and cotton discharged through a discharge outlet of the duct, and a second position located adjacent to the path for directing the flow therealong. The cover member when in the first position is movable to the second position by a force exerted thereagainst by a flow of at least air discharged from the duct. A locking element of the apparatus is configured for automatically holding the cover member in the second position, the locking element being automatically operable for releasing the cover member when a downward force is applied thereagainst by the cotton receiver for moving the cover member to the first position.
Abstract:
An easily removable support for a moistener stand or column of a harvesting unit of a cotton harvester, which tilts the stand or column when rotated from an operative position to a service position, to raise a plurality of moistening pads of the stand or column relative to picker spindles of the harvesting unit. The moistener stand or column is then merely lifted to disconnect the support for removal, and when reinstalled and/or rotated back to the operative position, previous fore, aft and height adjustments of the moistening pads are retained.