Abstract: A crop transporter comprising a main frame, a bin support frame attached to the main frame and a bin connected to the bin support frame. An elevator has an entrance area located in the forward portion of the bin with the elevator extending forwardly and upwardly from the entrance area to a discharge area. A cross conveyor is located substantially normal to the elevator and below and adjacent to the discharge area of the elevator. The cross conveyor is connected to the bin support frame and is movable therewith.

Abstract: An automated machine comprising a handler mounted with a rotating aptitude about two perpendicular and intersecting rotational axes, having a free end fitted with a mechanical hand comprising an intake head. A vision system is permanently installed at the point of intersection of the rotational axes in a base unit comprised of a cradle which supports a rotatable turret which has an extension arm attached to another end of the handler. The handler is comprised of two branches comprising a folding arm that are joined together at one end with devices provided for symmetrical movement of both branches when an external force is exerted on either of them. The automated machine contains devices for deployment and retraction of its folding arms so as to grasp and release an object detected by the vision system installed in the handler apparatus.

Abstract: A grain hopper assembly to receive grain unloaded from a bottom unloading grain transport vehicle. The assembly comprises a shell having opposite ends. An auger is mounted to the shell and conveys grain toward one end of the shell. A hopper tube has an auger contained therein. An attachment housing is at one end of the shell and connects the hopper tube to the shell so that the hopper tube auger operatively communicates with the auger whereby grain at the one end of the shell is received and conveyed by the hopper tube auger.

Abstract: A unit train consisting of a plurality of hopper cars and a multi-purpose trailer car. The hoppers cars have one or more hoppers each having a bottom discharge opening and a controllable gate. An endless belt conveyor traverses the length of the train including a portion of the trailer car, and underlies the hopper discharge gates so that the hoppers may be emptied sequentially onto the train conveyor to unload the entire train. The trailer car includes a lift portion of the train conveyor to elevate the material for discharge onto a transfer conveyor carried on the trailer car. The elongated transfer conveyor is pivotally mounted at the receiving end to be swung laterally to discharge the material received from the train conveyor at some selected point relative to the trailer car. The trailer car may include the power systems and control systems for operating the conveyors and the hopper gates.

Abstract: System to feed and discharge materials continuously for the rehabilitation f railway road beds and the like in cooperation with operational machines (21) coupled to a plurality of waggons (10) storing such materials, in which system each storage waggon (10) comprises:hopper (11) to contain materials, with lower movable shutters (12) to open and close the hoppers (11),a lower conveyor (13) cooperating with the hoppers (11) and extending substantially along the whole length of the waggon (10) in a horizontal plane,a upper conveyor (14) extending substantially along the whole length of the waggon (10) in a horizontal plane, andan almost vertical conveyor (16) cooperating with the lower conveyor (13) in the transfer of materials.

Abstract: A pick-up trailer comprising a feeding mechanism composed of a pick-up (7) and a rotor (4) linking up therewith in downstream direction, and partly surrounded by a guide plate (9), thereby producing a guide channel (10) between the rotor and the guide plate. The guide channel (10), at the end opposite pick-up (7) is bounded in the downward direction by a rotary roller (12) and terminates at the top in a bottom opening of the trailer. The roller (12) as well as shaft (3) are mounted for rotation between side plates (5) attached to the bottom (1) of the trailer. The arrangement is characterized in that the rotary roller (12) is attached to separate, adjustable suspension arms (13) mounted for rotation to the shaft (3) of the rotor.

Abstract: A device for combine harvesters (11) equipped with impact straw cutters (16) of the kind equipped with a cleaning device (13) for separation of chaff from the grain and which rotary chopper is connected to the straw outlet (17) of the combine harvester, whereby the chaff coming from the cleaning device (13) and being transported by a flow of air is intended to be supplied to the rotary chopper (16). The rotary chopper is connected to the straw outlet (17) of the combine harvester. The purpose of the invention is to provide a device by which the chaff is spread over the entire harvesting breadth of the combine harvester and is also efficiently admixed with the comminuted straw such that a continuous and even distribution can be obtained on the field.

Abstract: A freight discharge assembly particularly for a unit of railway hopper wagons (10) comprising an endless conveyor (30) arranged to run under the hoppers to receive material falling from the hoppers under gravity, a drive drum (36) at each end of the unit for selectively driving the endless belt in either direction each drive drum being mounted on arms (38) pivotally mounted on the unit whereby each loop of the endless belt around each drum (36) can be moved away from the unit.

Abstract: An unloading chute for a combine which may be swiveled so as to discharge crop outside the combine to a loading vehicle which may be operated to receive crop from the unloading chute on either side of the combine.

Abstract: A leaf collector and removal apparatus that may be movably mounted to a refuse compacting vehicle. The apparatus comprises a chute having an inlet end facing forwardly in a position to gather leaves which are fed to a conveyor inside the chute for engaging the leaves received from the inlet end to transporting the leaves to an auger which is in communication with the refuse compactor in the refuse compacting vehicle so that the leaves are transported into the refuse compacting vehicle is filled at which time the apparatus may be moved to the next truck.

Abstract: A cargo conveyor system (10) having a receiving platform (20) for receiving cargo containers (138) conveyed through a loading door (16) in an aircraft fuselage (14), and movable between a lower inclined position and a vertically raised, horizontally level position; a first roller platform (22) positioned at an upper horizontal level that is substantially coplanar with the vertically raised, horizontally level position, the first roller platform being adapted for lateral movement in the cargo hold (12) between a first position and a second position; and a second roller platform (24) vertically movable between an intermediate horizontal level position vertically below the first roller platform (22) and the upper horizontal level when the first roller platform (22) is in the second position. A lug (130) is contacted by the first roller platform (22) during lateral movement and moves a rod (128) to raise the second roller platform (24) to the upper horizontal level.

Abstract: A grain cart includes an auger having a first lower section fixedly mounted to an inner portion of the cart and a second upper section pivotally mounted to an upper end of the first auger section and movable between a retracted, non-use position and an extended, use position. The auger's second section is folded inwardly and maintained in position within an upper portion of the grain cart by gravity when positioned in the retracted position. The second section of the auger is pivotally displaced outwardly to assume the extended, use position wherein the two auger sections are aligned and mechanically coupled for removal of grain from the cart, with the second auger section also maintained in this extended position by gravity. The first and second auger sections are coupled to a mounting plate so as to form an integral structure which is easily removed from and installed in the cart as a unit by means of a plurality of bolts coupling the mounting plate to a lateral wall of the cart.

Abstract: Disclosed is a method and apparatus for lifting and stacking cartons onto a bed attached to a truck bed, especially in an agricultural field. The lifting apparatus includes two endless parallel belts to lift the cartons from the field onto a first conveyor. Variations in carton size or alignment may be accommodated by a pivoting loading frame or by lateral movement of the loader, which lateral movement is compensated for by a self-alignment mechanism. Cartons are transported to an elevator via a first and second conveyor. The elevator lifts the cartons to the level of a palletizer with a false floor wherein a reciprocating and pivoting transfer head removes the cartons from the elevator and deposits them onto the prestacking area of the palletizer false floor. Cartons may be selectively rotated into a transverse loading position by the transfer heads. Upon assembly of a first row of cartons, a tamping bar extends to position the cartons against the truck tailgate or against previously stacked cartons.

Abstract: Equipment for loading, moving and feeding round bales having a bale lifting mechanism, a T-bar to move the bales along a trailer bed surface and having a pair of tiltable platforms at the front of the trailer bed. One of the platforms is used to move the bale to the other platform and the second platform cooperates with a feeding drum to unwrap the bale substance in a controlled manner.

Abstract: An apparatus for unloading bulk material, particularly asphalt and the like, from the deck (3) of a load-carrying vehicle, and spreading the material (49) over ground (37) contiguous to the vehicle, includes a spreader unit connectable for support to the rear end of the deck (3). The unit comprises a part (5) arranged for connection to the end of the deck for receiving material from the deck, and with the aid of a transverse conveyor (7) to give this material a suitably agitated or comminuted state and convey it further, and a cantilever arm-like conveyor (9), adapted at its first end to receive the material conveyed according to the above and at its second free end to discharge received material, the conveyor (9) being controllably swivelably suspended (at 11) at said first end, so that it can be caused to sweep over ground (37) contiguous to the vehicle, thereby to spread the discharged material (49) over said ground.

Abstract: The present invention relates to a positioning mechanism for a gravity box auger in which the auger is hydraulically swung between its transport and working positions. The positioning mechanism includes a telescopic support arm for supporting the auger at an elevation angle relative to the gravity box and the support arm is coupled to the gravity box and the auger by swivelable couplings which permit swivelable movement of the support arm relative to both the gravity box and the auger as it is being moved between its working and transport positions.

Abstract: A transportable material conveying apparatus includes a frame having a surge bin mounted on the frame for receiving, holding and discharging particulate material. A gathering conveyor is mounted on the frame for gathering the particulate material and delivering the particulate material into the surge bin. A discharge conveyor is mounted on the frame below an outlet of the surge bin for receiving the particulate material from the outlet and for conveying the particulate material to a discharge point.

Abstract: A travelling hopper belt car has a feed chute and a throw-off conveyor belt that can pivot in a vertical plane around a horizontal axis in the area of the feed chute. The side walls of the feed chute are designed in two parts with the upper side section in each case foldable down around a horizontal axis at least to the height of the axis.

Abstract: A moving gate discharge system designed to prevent product-breakage while discharging particulate products, particularly non-free flowing and inter-engaging particulate products, in a more uniform flow from a receptacle having a moving bottom, is disclosed. The system includes an endless circulating feeder mounted across the discharge of the receptacle with its lower end portion oscillating upwardly and downwardly and traveling at a horizontal speed more rapid than that of the product on the moving bottom of the receptacle. Product-progressing finger assemblies are mounted in transverse rows on the feeder, spaced distances equal to the longitudinal distance the feeder moves during one period of vertical movement of the lower end portion thereof, and located such that each will be disposed directly below the lower end portion of the feeder when the latter reaches the lower portion of its downward movement.

Abstract: A foldable and swivelable screw conveyor mounted on a transportable storage hopper is disclosed. The storage hopper typically contains particulate material such as grain, fertilizer and the like. The present invention is directed to a spatially-compact hopper-loading screw conveyor which can be folded onto a frame portion of the storage hopper, and which can be secured thereto. The conveyor is foldable along a hinge joint and swivelable along a swivel joint. The screw conveyor has an inlet chute which can be placed on the ground. The foldability and swivelability features allow the screw conveyor to be carried in a spatially-compact fashion on the storage-hopper frame when not in use and further allow the inlet chute to be placed on the ground and extended away from the storage hopper, to convey particulate material into the storage hopper, as desired.

Abstract: The invention is designed to automatically lay or maintain railroad tracks. The machine is positioned on prior laid rails, with fixing elements, such as track bolts, clips, spring washers and nuts in order to lock the rails to plates already integral with supporting ties. Guides direct each type of the elements along at least one specific routing path that commences at a charging area, passes across a vibrator designed to place the elements in predetermined positions, and terminates at a rotary table designed to accept each type of the elements. Assembly stations expel pre-assembled sets of the elements toward magazines which are able to house, in alignment, a plurality of the pre-assembled sets. The positioning machine is a railroad car which is movable on rails carrying a plurality of the magazines. The pre-assembled sets are sent to laying equipment designed to fix them to the plates. The laying equipment is connected to supports that cause the equipment to inch even when the car is constantly moving.

Abstract: An agricultural harvester has a grain bin with an oblique side wall section at one lateral side of the grain bin presenting a discharge opening, an unloading tube with an end portion pivotally mounted on the oblique side wall section for swinging movement about the axis of the discharge opening, and a linear hydraulic actuator and support structure therefor disposed in a pocket in the one lateral side of the grain bin. The cylinder and piston components of the actuator are pivotally connected, respectively, to the support structure and the unloading tube. A grain bin auger is disposed in the bottom of the grain bin, an unloading auger is disposed in the unloading tube and an inclined intermediate auger has its opposite ends connected to ends of the grain bin auger and the unloading tube auger by universal joints. An alignment adjustment joint is provided in the unloading tube to permit offsetting the effect of tolerance buildup occurring in manufacture of the unloading tube and its support structure.

Abstract: An auger support arrangement for attachment to a sidewall of a truck box enables the auger to be moved from a storage position alongside the sidewall to an operating position parallel to the tailgate and cooperating with an aperture in the tailgate. A separate hopper can be permanently attached to the tailgate with the auger having a flight which engages a drive coupling of polygonal shape of a drive motor attached to the hopper. The support includes an arm pivotally mounted on the sidewall with a swivel coupling on the free end of the arm. The arm allows the swivel to move from a position midway along the sidewall and at a mid height of the sidewall to a position at the top rear corner of the sidewall.

Abstract: The object of this invention is a machine which automatically collects hollow conical road markers, stores them, transports them and dispenses them in a line. This machine is comprised of a vehicle carrying a series of vertical cylindrical magazines open at both ends which are supported by a vertical central shaft which rotates them stepwise (into position). The machine includes a device which collects the cone markers comprised of a chain elevator having projections each of which penetrates one cone marker.When the chain reaches the top, the cone marker is released into the top of the magazine where they pile up one on top of the other.

Abstract: An apparatus for discharging material from the tail gate of a truck box comprises a first auger mounted on the tail gate. A second auger can be coupled to the first and is movable between a stored position and a position extending from one side of the truck by a pivot arrangement between the two augers. A third auger arrangement can replace the second auger and is movable between a first stored travelling position to a second working position providing an alternative path for the material by which the material can be discharged from a high point. Details of the couplings between the folded portions of the augers are disclosed.

Abstract: A cargo transfer system (10) for loading a unit-load (26) into and unloading the unit-load from the lower hold (12) of an aircraft fuselage (14) and for transferring the unit-load into and out of storage position along the fuselage, includes a tiltable platform (22) constructed with a lateral belt drive in the form of conveyors (32) to receive the unit-load from ground equipment. After receipt of the unit-load (26) the platform (22) is returned to a horizontal position thereby causing the unit-load to be removed from the lateral belt conveyors (32) and instead supported by a longitudinal belt drive in the form of belt conveyors (34) and (35) mounted on the lower deck (24) of the aircraft.

Abstract: The forage receiving container box of a crop transporting vehicle is tiltable between a stowed position and a tilted operating position, and includes an unloading elevator spout that is shiftable by a position-control mechanism between stowed and extended positions simultaneously with the shifting of the container box from its stowed to tilted position. Tilting of the container box is accomplished by a first piston and cylinder assembly, and the motion imparted by the first piston and cylinder assembly is transmitted to the elevator by a normally retracted, second piston and cylinder assembly acting in the nature of a rigid link. Additionally, the second piston and cylinder assembly may be extended independently of the first assembly for lowering of the elevator independently of the position of the crop container box.

Abstract: A loading vehicle having a pick-up drum with resilient fingers for picking up straw material from the ground and a conveyor drum with conveyor arms, fitted in rows for carrying the material into the vehicle. The pick-up drum and the conveyor drum are disposed with respect to each other so that the conveying direction of the material is abruptly changed when the material is introduced into the path of motion of the conveyors. This produces a damming-up effect causing the material to be distributed over the entire conveyor front, which minimizes the tendency of squeezing between conveyors and the housing wall defining the conveyor duct at one side. The change in conveying direction also causes a certain compaction of the material, resulting in a better utilization of the available volume. The structure allows short spacing between the conveyor arms and closely spaced knives are positioned in the conveyor duct so that the blades of straw can be cut in small pieces which are suitable for ensilage.

Abstract: In a crop harvesting and threshing machine there is provided apparatus that will permit the unloading auger and tube to be automatically moved from at least an inboard first position to an outboard second position by the momentary manual engagement of the control apparatus for substantially less time than that required for the unloading auger and tube to move from the first position to the second position.

Abstract: A mounting ring carried by a truck frame supports a swingably positionable mixing and delivery trough by which concrete ingredients are mixed and poured at a site. A catch basin is carried by the mounting ring and provides both nozzles and scraper means serving to purge the belt surface of particles. Barriers at the basin sides laterally confine the purged particles. Positionable scrapers carried by the catch basin are swingable to an inoperable rearward position to permit access to the catch basin for periodic cleaning. Water and particulate are removed from the belt surface to enhance belt life and thence are routed from the catch basin back into the normal flow of concrete ingredients and into the delivery trough. Nozzle sprays, in addition to belt washing, may provide the total water required for the concrete mix.

Abstract: Two funnel troughs which function as containers are supported on a carriage of a moving railway vehicle. The troughs contain one or more materials which may be combined in a central funnel from which the material is to be spread upon a railroad embankment adjacent railroad tracks along which the vehicle will traverse. The troughs open downwardly into two vibrating feeders. The feeders supply the materials through a funnel to a conveyor belt. The conveyor belt is mounted on a turntable and can rotate to either side of the vehicle so that the material can be spread at an adjustable distance from the tracks to either embankment located along the path of travel. The vibrating frequency of the feeders and the speed of the conveyor belt are adjustable according to the speed with which the vehicle is traversing the tracks. The feeders are so designed to permit doorless operation of the troughs for discharging the material.

Abstract: A manure removing machine carried by a vehicle having a mechanically driven feeder screw for taking up manure and other waste material where the machine includes an elongated horizontal casing around the feeder screw and a receiving mouth axially disposed in the casing. The casing at one end is connected to a tube directed vertically upward and guided into a tube socket that is fixed to the vehicle. The socket is in communication with a collection box carried by the vehicle. The feeder screw and casing are rotatable outward from under the vehicle to a position perpendicular to the longitudinal axis of the vehicle.

Abstract: A method of stocking a building under construction with wallboard panels, and apparatus. A stack of horizontal panels is delivered to the building site by truck, and removed by a fork lift truck, and then placed on a pallet provided with transverse rollers. The pallet, loaded with the stack of horizontal panels, is lifted to an upper floor, and a self-propelled transporter vehicle on that floor is placed adjacent the pallet. The stack is transferred as a unit to the transporter, which then delivers the stack to a desired location on the floor of the building, the stack of horizontal panels being discharged as a unit from the transporter.The pallet has three sets of rollers, longitudinally spaced, so as to provide between each two sets a passage which is upwardly facing, unobstructed, and which will receive one of the tines of a fork lift truck. One of the rollers is powered from a source of energy carried on the pallet.

Abstract: An improved granular material unloading vehicle, such as a feed grain cart, comprising a wheeled chassis having a material bin mounted thereto, a substantially horizontal screw conveyor for moving the material from the bin through a discharge opening therein, a substantially vertical screw conveyor in material communication with the horizontal conveyor outside the bin for further moving the material therethrough, a power transmission arrangement for cooperatively driving the horizontal and vertical conveyors and a pressure-relief device for assisting with the start of material conveyance from the bin by relieving pressure in the forward end of the horizontal auger outside the bin and adjacent the junction with the vertical auger during the start of material transfer therebetween.

Abstract: The invention provides an automatic bale wagon comprising a bale loader, a receiving table in a bale-receiving relationship with the bale loader, and a cross conveyor associated with the receiving table, and operable to convey bales along the receiving table, the conveyor being connected to the loader so as to be pivotable therewith.

Abstract: A self-driven forage harvester including a main vehicle and a trailer opeively joined therewith wherein the trailer includes an upwardly inclined scraper floor and an axle with a pair of drive wheels located below the forward half of the scraper floor. The main vehicle also includes a drive axle and drive wheels with a drive unit for the forage harvester being mounted thereabove. A pair of steering wheels are located forwardly of the main vehicle drive wheels.

Abstract: The apparatus of the present invention comprises a vehicle having a cement carrying container and two water carrying containers. The cement container is V-shaped in cross section with outwardly, flared walls adjacent the apex of the V, and includes an auger screw conveyor inside the container extending along the V-shaped bottom thereof. The auger is adapted to convey the cement within the container along the length of the auger to an outlet opening adjacent the bottom of the container. A vertical conveyor carries the cement upwardly from the outlet opening to a third conveyor which carries the cement to the concrete mixer being serviced. Within the container below the auger conveyor are a plurality of fluffing means which introduce air under pressure to the cement to cause it to be fluffed and to prevent it from packing around the auger screw.

Abstract: A truck loader is provided for loading tomatoes from a harvester machine onto a truck and includes means for extending or retracting the loader to different positions so that the harvester machine may pass through different rows of crop and load the truck traveling along the same path at different distances.