Abstract: The invention relates to an agricultural harvesting machine having a switching device for cutter blades for comminuting crop material before the pressing or gathering operation. It is particularly applicable for round and square baling presses as well as self-loading forage boxes. The essential characteristics of the invention are support strips, which are associated with pivot strips and attached to bearing sleeves, and a blocking rod which is arranged outside the pivot range of the support strips, extends across the whole width of the conveying channel and can be pivoted by an adjusting device into the working range of the support strips.

Abstract: A vehicle comprises a structure 10 including an elongate section 11 connected to chassis sections 12,13 at its ends. Each chassis section 12,13 carries two steerable drive wheels 18,20. Two engines 16 are provided, one carried by each chassis section 12, 13 to drive the wheels 18,20 of that chassis section 12,13. The vehicle can be driven transverse to or longitudinally of the elongate section 11. The elongate section 11 is offset in relation to the chassis sections 12,13. Each wheel 18,20 is mounted by an arm 22, each arm 22, being connected to each respective wheel 18,20 within the height of the wheel and at each side of the vehicle. On each chassis section 12,13 one arm 22 is connected to one side of its respective wheel 18,20 and the other arm 22 is connected to the other side of its respective wheel 18, 20. Each arm 22 is connected to two pivot points within the wheel 18,20 on the upright diametrical axis of the wheel.

Abstract: An ensilage harvester is equipped with a blower including a rotor equipped with paddles for conveying crop along a housing wall surrounding the rotor. The paddles include cutting edges that reach close to the wall so as to cut crop that may enter the rotor between a paddle and the wall as the paddle is approaching the wall with the result that the crop captured between the wall and the cutting edges is cut thereby preventing crop from becoming jammed in the intervening gap and causing friction losses.

Abstract: A row crop header for cutting row crops beneath the ground surface thereby increasing the percentage of brittle and bent over row crop harvested. The inventive device includes a pair of frames defining a slot therebetween, a hydraulic motor, a pair of corrugated belts, a pair of cutting discs overlapping one another, the cutting discs include a plurality of arcuate notches, a pair of capturing discs having a plurality of resilient tines and a pair of hubs. The arcuate notches in the cutting discs prevent debris such as rocks from becoming lodged in between the cutting discs while allowing the cutting discs to cut thick stalks of the row crop. The hubs rotate near a front portion of the respective pair of frames thereby elevating the pair of frames at the desired elevation for maintaining the desired penetration into the ground of the cutting discs.

Abstract: A two-row cane harvester 10 simultaneously harvests two rows of sugar cane in a green tropical cane field. Gatherer chains 62, 64 lift fallen cane stalks upwardly and support the fallen cane stalks as the harvester 10 moves through the cane field. A pair of topper mechanisms 54 top the cane stalks while base cutters 80 base cut the cane. A pair of transversely spaced turnaround devices 62 each move the cane transversely past the respective topper mechanism and toward a centerline 22 of the harvester, and thrust the topped cane stalks in a direction away from the harvester movement such that the topped cane stalks do not interfere with the cane moving toward the topper mechanisms by the gatherer chains. Base cut cane is received base first into the harvester intake.

Abstract: A cane harvester having at least two basecutter assemblies disposed so as to harvest cane stalks from at least two rows simultaneously. The harvester comprises a first basecutter assembly for severing a first row of cane stalks and at least a second basecutter assembly arranged so as to severe cane stalks in a row substantially parallel to the first row of cane stalks. The cane stalks severed by the second base cutter assembly are transported by a conveying means to a position proximate the first row of cane stalks so that the cane stalks can then be fed into the harvester.

Abstract: A brushwood clearing machine comprises two mutually adjacent brushwood cutting units rotating in opposite directions about respective parallel axes lying in a generally horizontal plane. The cutting units are elongate and comprise cylindrical surfaces centered on the axes of rotation, and longitudinal brushwood cutting blades mounted on the cylindrical surfaces. In the region between the cylindrical surfaces of the two cutting units, the cutting blades of one cutting unit imbricate the cutting blades of the other cutting unit. In operation, rotation of the cutting units in opposite directions force the brushwood between the cylindrical surfaces where the blades cut the brushwood and throw the cut brushwood material upwardly. A funnel-like channel has a wide lower opening surrounding the cutting units to efficiently receive the cut brushwood material directed toward a discharge opening of this channel. The latter opening can be provided with a spout to discharge the cut brushwood material into a container.

Abstract: A harvesting apparatus for use with fragile row crops such as tobacco where the produce or leaves must be handled with great care to avoid breakage or bruising. The apparatus has a conveyor system and gathering chains which receive the tobacco from a cutter and engage the stalks and the leaves separately to convey the tobacco to a processing point. A specially designed dual conveyor system contacts the leaves on two sides to adequately support and transport the tobacco without damage.

Abstract: An improved two-row, four-wheel cane harvester includes first and second front carrier assemblies for carrying cut cane rearward in first and second passageways each passing between the pair of front wheels and then outwardly between the respective front and rear wheels. First and second rear piler assemblies are provided for receiving cane from the respective first and second carrier assemblies and moving the cane transversely before releasing the cut cane across a cut cane row spaced between the first and second rows.

Abstract: The present invention relates to a method for harvesting and bundling plants, preferably energy forest plants and the like planted in rows. The plants may be harvested from one or several planting rows by a harvesting assembly. The harvesting assembly is advanced across the ground in such a manner that the plants are continuously gripped by a feeding apparatus and are cut off. The cut-off plants are broken at a position between their ends and are folded around the position of breaking, in a direction towards the subsequent plants for forming a continuous bead of folded plants. Subsequently, the plants are conveyed by a feeding apparatus for further treatment or storing.

Abstract: A trash plant stem shredder having vertically stacked pairs of parallel, frictionally engaged contra-rotating uprooting rollers are carried by a frame and towed behind a vehicle. The uprooting rollers are tilted forward such that, when a trash plant stem which remains in the ground after harvesting an agricultural product from the plant, enters the nips of the rollers, the stem is uprooted and moved rearwardly along the frame. A contra-rotating feed roller is disposed rearwardly of the uprooting rollers and in abutting relationship thereto, and feeds the stem to a shredder which includes a plurality of vertically stacked cutter units that longitudinally shear or shred the stem into small sections which are scattered and allowed to biodegrade in the field and fertilize the soil.

Abstract: An improved two-row, four-wheel cane harvester includes first and second front carrier assemblies for carrying cut cane rearward in first and second passageways each passing between the pair of front wheels and then outwardly between the respective front and rear wheels. First and second rear piler assemblies are provided for receiving cane from the respective first and second carrier assemblies and moving the cane transversely before releasing the cut cane across a cut cane row spaced between the first and second rows.

Abstract: In a sugar-cane harvesting machine with a mobile machine base frame and a chopping mechanism (8), harvesting attachments which can be optionally fixed on the machine base frame are provided for adapting to different harvesting circumstances and terrain conditions, of which harvesting attachments one is designed for single-row harvesting and another for multi-row harvesting. The harvesting attachments contain row dividers (5, 6, 7), a mowing mechanism (23, 24, 25, 26) and a feeding mechanism (b 19, 20, 21, 41, 42). The multi-row harvesting attachment projects beyond the chopping mechanism (8) predominantly on one side so that symmetry is produced with respect to the running gear. In the uniform feeding space behind the mowing mechanism, the stream of material is laterally constricted and, specifically, preferably on one side.

Abstract: A device and method for automated, mechanical harvesting of plants having differing heights and stem lengths, wherein a stem portion of the plant must be severed at a uniform, predetermined length from the top of the plant.

Abstract: A crop feeding system is provided for a crop gathering implement and includes a frame assembly mounted on the crop gathering implement above a transverse crop cutting mechanism thereof. A pair of wheel subassemblies are mounted on the frame assembly and each includes a generally vertical rotational axis. A drive motor is mounted on the frame assembly and is drivingly connected to one of the wheel subassemblies. The wheel subassemblies are in engagement whereby the driven wheel subassembly drive the other wheel subassembly. The wheel subassemblies are positioned for gathering crops and guiding them into the crop gathering implement.

Abstract: The mowing machine, of the seated operator type, comprises a supporting frame which supports, at its central portion, a casing including a grass cutting assembly, and a seat for the operator.The main feature of the machine is that it further comprises, associated with the supporting frame, a front steering column supporting a driven front roller for displacing the machine, there being moreover provided a rear bearing roller and two further rear rollers to allow for the cutting assembly to track the unevenness of the ground, the two further rear rollers being suitable to stabilize the machine and improve its performance on not perfectly flat soils.

Abstract: Plant extracting apparatus is provided by the present invention which utilizes spaced pairs of endless belts having adjacent runs which extend from an inlet adjacent the ground towards an elevated outlet above a cutter assembly. The adjacent runs of the belts are biassed towards one another and engage plants therebetween and pull them from the ground as they are conveyed along the adjacent runs and as the apparatus travels along. Transfer means are provided for transferring the plants to the cutter assembly.

Abstract: The invention relates to a machine which is pulled or attached to a three-point attachment on a tractor and used for the harvesting of corn or similar stalk-like crops. The machine has a cutting device and a chopping blower arranged subsequent thereto with slide-in rollers to which the crop is supplied by a cross-conveyor running transversely to the direction of travel of the tractor. The cross-conveyor is designed as a cutting and supplying device, cutting the crop at any point in the working area, holding it above the cut area and supplying it in an approximately upright or inclined position, opposite to the conveying direction, to the slide-in rollers or a chopping machine with simultaneous release.

Abstract: A machine for shredding stalk, particularly that of cotton, is disclosed which comprises a wheeled frame adapted to be trailed along crop rows, a power driven unit, and a stalk puller device. The device comprises a pair of frictionally coupled rollers, at least one of which being rotatably driven by the power unit about an axis forming an acute angle with respect to the vertical. Stalk which becomes engaged between contacting circumferential portions of the rollers is pulled, plucked from the ground and fed in a generally backwards direction by the rollers. A first shredding device is provided comprising a series of cutting knives rotating in a direction away from the rollers. The cut stalk becomes airborne and is conveyed backwards along a first, streamlined shroud member overhanging the first shredding device. A second shredding device of similar construction is installed, operating in tandem with the first shredder, whereby the stalk is cut into small chips and discharged from the machine.

Abstract: A field chopper has a frame adapted to travel along the ground in a normal travel direction, a main housing fixed on the frame and defining a chopping chamber extending along an axis transverse to the direction and having relative to the direction a front radially open intake opening and a rear outlet angularly offset therefrom, and an intake housing having a front end turned forward away from the frame. This intake housing is pivotal on the main housing or the frame about the axis. A stationary counterblade is carried on the intake housing to one angular side of the intake opening. A rotary cutting/chopping drum rotatable in the chamber about the axis has a blade orbitable immediately adjacent the stationary counterblade. Crop is cut at the the front end of the intake housing and conveyed back in the intake housing from the cutter to the intake opening.

Abstract: An improved device is disclosed for piling stalk material after it is gathered for harvesting. Stalk material is frictionally engaged and conveyed from a cutting assembly to a discharge assembly. A pressure bar urges a portion of the stalk material against sticker chain. A discharge assembly is attached to the end of the piler arm assembly and may be moved to various positions. In at least one position, the fall of stalk material is directed.

Abstract: A two-row sugar cane harvester utilizing a single crossing arm for conveying two rows of cane rearwardly, merging the two rows of cane and discharging the two rows of cane at laterally adjusted positions in relation to the path of travel of the harvester with the crossing arm including a laterally adjustable discharge mechanism enabling six-row heaps of sugar cane to be formed without rolling over the initial row. The crossing arm includes a unique powered sticker chain arrangement oriented in opposed relation to a non-powered roller chain for gripping and conveying the sugar cane stalks in relation to the harvester. The forward end of the harvester includes a novel arrangement of lower and upper pairs of scroll-type gathering and lifting devices and a novel cutting and shredding assembly for cutting and chopping the immature upper end portions of the sugar cane stalks.

Abstract: A crop processor for forage harvesters includes a paddle wheel assembly for replacing the lower compressor roll of a compressor roll assembly. The paddle wheel assembly includes paddles arranged to convey crop material that has been previously cut and chopped by a cutterhead toward a discharge blower while causing only minimal further conditioning of the cut and chopped crop material. When harvesting grass crops such as alfalfa, the paddle wheel assembly prevents plugging of the crop processor.

Abstract: A branch compactor for compacting branches, brush, small trees, and the like into a continuous bundle for compact disposal or input into a chipper device. The compactor includes a receiving bin and a coupled compactor mechanism, the bin has a bed conveyor for advancing loose branch material received in the bin toward the compactor mechanism. The compactor mechanism includes a pair of vertical entry rolls and a pair of horizontal secondary rolls arranged behind the entry rolls to define a constricted opening through which the branch material is drawn by projecting vanes on the contrarotated rolls.

Abstract: A header frame for a combine harvester having a linkage connection between the crop reel and the auger, whereby the auger may be automatically and mechanically raised from the header floor by raising the reel for purposes of unplugging wedged crop material. The linkage includes a lost-motion connection so that the reel can be moved vertically as required during harvesting without affecting the auger, and the auger is also capable of floating action during operation. A sprocket and chain drive for the auger includes a spring-biased idler sprocket for maintaining proper chain tension and uninterrupted operation of the auger at all times. An adjustable wedge is also provided for fixing and limiting the minimum spacing between the auger and the header floor.

Abstract: A machine for the mowing and chopping-up of maize or the like should be able to operate independent of the distance between rows and the direction of the rows of the material to be harvested, and should also be able to pick up in a perfect manner stalks that have been flattened. To this effect one or several rotating drawing-in and mowing devices (6, 9) are arranged in front of a chaff-blower (1) with feed rollers (3), which drawing-in and mowing devices (6, 9) each comprise several cutting points (15;56) with adjacent working widths distributed over the front operating range. The drawing-in and mowing device positioned closest to the feed rollers at the same time acts as a transfer element for the harvested material coming from the cutting points arranged further away.

Abstract: An improvement for an attachment on a harvester which picks up downed corn stalks including a roller supported on a spindle disposed on lateral extremities of the harvester attachment formed from elongate cylinders having radially extending vanes on an outer face thereof, the roller spindle driven by a bevel gear system, one of the bevel gears supported on a drive shaft, the other bevel gear extending from a distal end of the spindle supported for rotatable motion about the driving axle by means of a collar attached to the driving axle, and a chain tensioning instrumentality disposed on harvesting snouts intermediate the lateral extremities including a protective shroud over a portion of the chain.

Abstract: A sugar cane harvester is disclosed in which chopped crop is conveyed from a chopping mechanism to a cleaning mechanism. The cleaning mechanism includes an extractor fan positioned in an upper portion of a cleaning cylinder and a substantially unobstructed air intake surrounding the periphery of the cleaning cylinder. The air intake draws air in a generally downwardly direction through the air intake and into the cleaning cylinder, and upwardly through a substantial portion of the crop after the crop exits from the chopping mechanism. Debris is expelled upwardly through the extractor fan, while cleaned crop drops into an elevator for transportation away from the cleaning mechanism.

Abstract: An adjustable multiple row head assembly for a crop harvester provides cantilevered support arms for a plurality of row head units. The units are adjustably positioned for harvesting crops planted in differently spaced rows. An adjusting device for the row head units provides infinitely variable adjustment, and specifically includes a jackscrew operating between a moveable frame member of the row head unit and the fixed cantilevered support arm therefor. The row head units extend in a fore-and-aft direction with respect to a base and include gathering conveyors driven by sprockets. The conveyors cooperatively form passageways having inlets for the crop, and engage idler sprockets adjustable in accordance with the row head unit adjustment to maintain proper tension in the conveyors.

Abstract: An attachment for a sugar cane harvester for gathering, severing and chopping or shredding the non-millable, immature top portions of a sugar cane stalk so that the remaining millable portion of the sugar cane stalk can be harvested by the sugar cane harvester in a conventional manner.

Abstract: A two row harvester running gear is of a tricycle type with all wheels being hydraulically driven and with a center rear wheel that is steerable and smaller than the two front wheels. The running gear configuration provides sharper turns in muddy fields without bulldozing, and space for side mounting pilers adjacent the front wheels and inboard of them to minimize the number and degree of changes of direction in cut cane travel. Closed loop and parallel connections of an hydraulic power system rotates all wheels for a common linear speed, and at torques relative to the size and positioning thereof for maximum traction.

Abstract: A machine for gathering and disintegrating standing, row-planted, trash stems of crops such as cotton, pineapples etc., comprises a frame adapted to be travelled along a row of trash stems and direct them into the nip of rotating resilient rollers in mutual contact. The rollers are mounted on parallel shafts which are tilted so that the upper ends of the shafts are further ahead in the direction of machine travel than are their lower ends; thus, trash stems caught up between the rollers are uprooted and then presented to an array of scissoring blades whereby the stems are cut into short easily-disposable fragments.

Abstract: A sugar cane harvester having at its front end a topper section for cutting off the tops of the cane stalks and upper and lower sets of cane gathering arms which gather up the cane and bring it into the harvester for harvesting at its base and topping at its top. The topper section is carried on a vertically moveable base riding on vertical tracks for varying the height of the topping cuts, to which base is also pivotally connected the harvester ends of the upper set of cane gathering arms, thus interconnecting the topper cutter entry or harvester ends of the upper arms and the topper section for combined movement together. Variable length, telescoping bracing arms are pivotally connected between the left, upper and lower arms and the right, upper and lower arms, respectively, to provide stabilizing bracing to the upper sets of arms when they are vertically varied with the topper section.

Abstract: In a method of forming bundles of brushwood, brushwood is fed to a bundle rmer of a bundling machine. The various items are oriented by the machine in a manner such that the thick ends of the items lie on the outside of a finished bundle while the thin ends extend in towards the center of the bundle, and such that the thick ends of the various items of brushwood are displaced relative to one another in the longitudinal direction of the bundle. The method is continuous, and hence a bundle is constantly formed in the bundle former. As the bundle leaves the bundle former, the bundle is bound with straps or like securing elements, and cut into lengths of the desired size.

Abstract: A stalk harvester comprises a mobile frame on which is mounted a deflector for engaging and bending upper portions of standing stalks forwardly. A cutter cuts the bent stalks at their base. A pair of generally rotary stalk feeding members are disposed behind the deflector and are mounted for rotation about generally upright axes. These rotary feeding members form a generally upright nip therebetween for gripping the lower stalk ends and feeding the stalks rearwardly. A drive mechanism rotates the feeding members to feed the lower stalk ends rearwardly while upper ends thereof are acted upon by the deflector to cause the stalks to travel upwardly within the nip as the stalks travel rearwardly, thereby causing the stalks to approach a horizontal orientation. A plurality of additional pairs of stalk feeding rotary members are inclined relative to vertical by progressively increasing amounts toward the rear so as to accelerate the reorientation of the stalks toward a horizontal inclination.

Abstract: A two row harvester running gear is of a tricycle type with all wheels being hydraulically driven and with a center rear wheel that is steerable and smaller than the two front wheels. The running gear configuration provides sharper turns in muddy fields without bulldozing, and space for side mounting pilers adjacent the front wheels and inboard of them to minimize the number and degree of changes of direction in cut cane travel. Closed loop and parallel connections of an hydraulic power system rotates all wheels for a common linear speed, and at torques relative to the size and positioning thereof for maximum traction.

Abstract: A snapper head for harvesting maize has gathering wheels and a gathering snout for gathering maize stalks of maize plants and for guiding them into a slot in the head. The slot is defined between a snapper plate and a snapper shoulder on the opposite side of the slot to the snapper plate for together snapping crop, that is ears to be harvested, from maize stalks guided into said slot. Beneath the slot there are snapper rolls for engaging stalks within said slot and drawing the stalks downwardly to draw crop against the snapper shoulder and snapper plate for separation from the maize stalks. A conveyor screw extends along an axis substantially parallel to, above, and to one side of said slot for conveying crop separated from maize stalks, away from the slot. The screw can also extend forwardly of the slot for gathering maize into the slot.

Abstract: There is described an implement for the harvesting of seed-producing plants which is suitable for use with mechanical harvesters and is formed of a chassis which comprises basically a hollow front transverse beam and a structure defined by lateral, base and rear parts and a structure which includes a mesh-covered portion; at least two quill-defining trays arranged at an angle with respect to the horizontal, one alongside the other and with their quills pointing in the direction of advance, they being directly connected in front of the front beam; defining between said trays at least one access passage to a cutting station; a cutting station at the end of each passage and arranged slightly to the rear of the trays on the front beam; on which there is provided a high-speed cutting disk which partially overlaps the respective passage; there being provided, in the vicinity of each cutting station and also borne by the front beam a stalk-impelling mechanism adapted to bring, by impeller elements arranged to move o

Abstract: A tractor-drawn agricultural implement serving to extract and to shred stalks and roots from a reaped cotton field, comprises a frame mounted on two wheels, on which are mounted a shredder and a blower unit. The shredder is completely enclosed in a casing which is provided with a stalk inlet opening and with an outlet opening connected to the suction side of the blower unit. Two arms are pivotally connected to the frame above the shredder inlet, each arm being provided at its lower end with two obliquely positioned, hydraulically rotated extractor wheels fitted with resilient tires which have their adjoining surfaces pressed together and pull the stalks out of the ground while passing thereover. The implement is characterized by the conveying means serving to grip the extracted stalks and to insert them into the shredder casing.

Abstract: A forage harvester, otherwise of generally typical construction, is modified to include kernel-processing means in the form of a pair of cooperative compressor rolls situated in close proximity to the cutterhead and adapted to receive from the cutterhead fragmented crops and to further reduce the crops and especially to crack the kernels. The compressor rolls are of the type usually employed in a roller mill and have corrugated cylindrical outer surfaces particularly adapted to crack the kernels.

Abstract: An attachment for a combine harvester includes a plurality of narrow housings disposed forwardly of the sickle bar of the harvester. Within each housing an endless belt carries a multiplicity of flexible tines which, for a given course of the belt, extend laterally across a grain receiving channel between housings. The tines protrude through slots in the housings for the course of the belt moving toward the harvesting machine, but are folded within the housings on the return course.

Abstract: A self-propelled combine includes a corn picker head having a cornstalk harvesting and windrow attachment on its underside which includes gathering guide fingers for each row for feeding stalks into a sickle cutter and either a paddle reel or rotary cutter forwardly of augers which optionally convey cut stalks to a centrally positioned discharge whereby the stalks are dropped onto the ground in a windrow or upon opening of a gate rearwardly of the augers the stalks are discharged directly onto the ground. A gathering chain is provided on one of the guide fingers for each row and includes upper and lower sections with the lower return section being displaced laterally outwardly away from the stalks engaged by the upper section. The sickle cutter is positioned rearwardly of the forward end of the snapping rollers and cutting of the stalks occurs after the stalks are engaged by the snapping rollers which rotate inwardly and downwardly.

Abstract: In a self-propelled, hydraulic four wheel drivetwo row cane harvester having a four-row piler with a main power source driving variable volume pumps for propulsion and operation; structural and operational improvements of a shortened wheel base, outward extension of right rear center carrier, individual suspension of rear wheels for stability on uneven ground, steerable rear wheels differentially linked by means of bell crank linkages, single articulation pilers having multiple row piling capacity, adjustable cane butt deflectors, and a combination range and speed controls with independent adjustments of ranges ground chain speeds and unit control of the cut cane carrier chains of all speeds within the set range.

Abstract: Apparatus is disclosed for harvesting a crop of the character having stalks which carry seed pods, such as the sesame plant. The apparatus includes a harvesting vehicle which mounts at its front end a header structure. The header structure includes side-by-side guide units adapted for movement along individual rows of the stalks. Each guide unit includes a pair of forwardly diverging guide members which gently guide the stalks for relative movement toward rotary cutter units disposed generally at the apex of the guide members. Horizontally extending, spaced-apart stabilizer fingers are mounted for movement along each guide unit in a path toward the cutter units for stabilizing the stalks prior to and during the time that they are cut off. Drive apparatus is provided for controlling rearward movement of the fingers at a rate substantially equal to the rate of forward vehicle travel whereby the fingers maintain registry with the stalks up to the point at which they are cut off.

Abstract: Two pairs of cane gatherers are mounted forwardly on a four-wheeled power train, for driving a plurality of constant and variable volume hydraulic pumps, the cane gatherers being provided with gathering chains for holding and moving cane through a pair of cane passageways defined thereby and by sticker and moving chains mounted for endless rotation for guiding two rows of cane to cane toppers and cutters mounted in each passageway, and then to a pair of articulated pilers mounted on the rear of the power train. Cut-cane passageways through the pilers are defined by cane moving chains and rub bars. The pilers in one articulated position lay the cut cane of one row just behind the cut cane of the second row in a continuous transverse windrow across the cut rows and behind the power train and in a second articulated position lay the cut cane across adjacent cut rows. Front wheels are pivotable up to 90.degree.

Abstract: A mowing machine adapted for use in harvesting long stem textile fiber plants such as kenaf (Hibiscus cannabinus), comprises a lower cutting unit provided with counter-rotating cutting discs, mounted on a wheeled frame in front of the inlet of a sheaves-forming magazine, and insertion members which are operatively associated with the cutting unit effecting the mowing of the stems, for guiding and conveying into the said magazine the cut stems standing in a substantially upright position; the said magazine having one elastically yielding wall; sheaves-expeller means associated to said magazine, and adapted for intermittent operation upon a control from a sensor or feeler member, which continuously senses the size of a sheaf being formed in the magazine, and automatically controls the operation of said expeller means, whenever the sheaf being formed has reached a predetermined size, so as to expel or discharge the said sheaf.

Abstract: A forage harvester including a basic processing unit of the type having a cutterhead, a plurality of opposed crop infeed rolls disposed forwardly thereof and a feed roll housing having transversely spaced side walls and a forward opening, and a pair of throat sheet members mounted on the basic processing unit for swinging relative to the housing and disposed adjacent the opening on each side, the sheets extending laterally outwardly from inner rearwardly turned ends inwardly adjacent the side walls to outward ends spaced from the sidewalls; and a crop feeding unit detachably mounted for vertical articulation to said basic unit and having a rear opening in confronting relationship to the sheets such that the sheets close off the portion of the discharge opening external of the feed throat.

Abstract: A multi-row crop header for a harvesting machine has a plurality of fore-and-aft extending row crop units, each having an elongated passageway with a front inlet opening and a rear discharge opening. The row crop units are pivotally mounted such that they can be swung toward and away from one another so as to vary the lateral distance between the inlet openings of adjacent units to thereby accommodate crops planted in various width row spacings.

Abstract: A multi-row crop header for a harvesting machine has a plurality of fore-and-aft extending row crop units, each having an elongated passageway with a front inlet opening and a rear discharge opening. The row crop units are pivotally mounted such that they can be swung toward and away from one another so as to vary the lateral distance between the inlet openings of adjacent units to thereby accommodate crops planted in various width row spacings.

Abstract: A device and method for automated, mechanical harvesting of plants having differing heights and stem lengths, wherein a stem portion of the plant must be severed at a uniform, predetermined length from the top of the plant.