Abstract: A ground milling machine, comprising a machine frame, an operator platform, a drive engine, travelling apparatuses, a milling unit, a conveying apparatus for transporting milled material from the milling unit to a discharge point with a transfer conveyor and a downstream loading conveyor, and with a material transfer apparatus arranged in a material transfer region between transfer conveyor and loading conveyor, which material transfer apparatus is configured so as to direct milled material from the transfer conveyor to the loading conveyor, the transfer conveyor and the loading conveyor each comprising a support frame, wherein the material transfer apparatus comprises a milled-material-directing transfer chute, wherein the transfer chute has a chute guide surface extending at least partially in a horizontal direction and running in an at least partially descending manner from the transfer conveyor to the loading conveyor, and wherein the transfer chute is arranged at least partially immovably with respect to

Abstract: A pipe handling apparatus and method for using the pipe handling apparatus is described. The pipe handling apparatus can be used by putting a boom of the pipe handling apparatus in a nesting position. The boom of the pipe handling apparatus is pivotally mounted to a base and at least one arm. In the nesting position, a pivot point between the at least one arms and the boom is moved within an elongated slot of the boom and the length of the at least one arm is simultaneously adjusted.

Abstract: A conveyor sled assembly is utilized to supply proppant in support of oilfield hydraulic fracturing operations. The conveyor sled assembly includes precisely positioned components where tolerances between components are so small as to prevent significant spillage at component junction boundaries. This manner of fitting proppant pods onto the conveyor sled assembly increases predictability of which pods will discharge their proppant load first. This enhances reliability of the overall proppant delivery system.

Abstract: A hybrid emitter of low discharge for water or solutions is inserted and welded into a pipe during the production phase. The hybrid emitter bears at its convex and cylindrical surface local protrusions that are covered completely from the pipe which is swelled locally. The water exits preferably from two nozzles that are created within the protrusions by the cutting-off of the tips, which protrusions protrude and after cutting-off, said nozzles eject the water almost cross-wise to two opposite directions and at short discrete distances left and right of the pipe. A method for welding of emitters and accessories into a pipe where the emitter or the hybrid one with or without protrusions on the outer surface, are inserted into the pipe during its production phase.

Abstract: A vehicle includes a frame, a plurality of tanks supported on the frame and housing particulate, an unloading system, a lifting mechanism, and a positioning system. The unloading system includes a plurality of individual carriers, each of which corresponds to one or more of the tanks. Each of the carriers defines a discharge opening for dispensing particulate unloaded from one or more of the tanks. The carriers are mounted to the frame such that the carriers are supported independently of the tanks. The lifting mechanism includes a shiftable positioning rail that at least partially supports each of the carriers, with generally vertical shifting of the positioning rail simultaneously raising or lowering each of the discharge openings. The positioning system includes a plurality of positioning devices, with shifting of each of the positioning devices resulting in fore-and-aft shifting of the corresponding one or more of the discharge openings.

Abstract: A self-contained seed tender (20) includes a plurality of bins (48) as well as a conveyor system (30) with a lower conveyor (32) and a shiftable lift conveyor (34). The lift conveyor (34) is shiftable between a stowed, travel position astride the bins (48) and a central, rearwardly extending delivery position. A deployment assembly (38) serves to sequentially pivot the lift conveyor (34) about an upright axis, followed by lateral translation thereof to the central use position. The conveyor (34) can then be rotated and elevated as desired for off-loading of seeds. The tender (20) may also be used for delivery of other types of agricultural particulates.

Abstract: A seed carrier includes a main hopper coupled with a frame via leg members. The main hopper has a discharge. A base plate is coupled with the frame. A support arm is rotatably coupled with the base plate at a first end. A belt driven conveyor having a conveyor hopper at a first end and a discharge at a second end is rotatably coupled with a second end of the support arm at an approximate center of gravity thereof. A latch mechanism is provided for detachably coupling the first end of the conveyor with the first end of the support arm such that the conveyor hopper is position below the main hopper discharge. When the conveyor is uncoupled from the first end of the support arm, the conveyor can rotate to a loading position wherein the discharge thereof can be positioned over the main hopper.

Abstract: A conveyor is arranged to be mounted underneath a hopper bottom highway transportation truck which has two longitudinally spaced dump hoppers each with a bottom discharge opening to carry the discharged material to the side of the trailer from each of the hoppers in turn. The conveyor is thus carried between the bottom discharge openings so that it can be raised up between them during transport. From the mounting point at one side between the openings the conveyor is lowered so that its loading end is lowered and then the conveyor pivots to one side or the other so that its loading end is underneath the selected bottom discharge opening. The conveyor runs in a direction so that it lifts the material from the selected discharge opening upwardly to the mounting point at the one side for discharge to the side.

Abstract: A chute turning restriction mechanism includes: a rotary shaft on which a chute is disposed and which is provided to be capable of rotating relative to a vehicle body of a mixer truck; a bracket that is provided on the vehicle body and includes an insertion hole into which the rotary shaft is inserted and a cutaway portion formed by cutting away a part of the insertion hole; an inner diameter adjustment shaft provided across the cutaway portion to be capable of adjusting an inner diameter of the insertion hole, and configured to restrict rotation of the rotary shaft by reducing the inner diameter of the insertion hole; a rotary body that is provided to rotate together with the rotary shaft and includes an engagement groove; and a lock lever that is provided to be capable of rotating about the inner diameter adjustment shaft, and that restricts the rotation of the rotary shaft by engaging with the engagement groove.

Abstract: The invention relates to a conveyor belt mounting for a charger that is used in road building, in order to supply a road-finishing machine with paving material. Using the slewing belt mounting, it is possible to achieve different discharge heights for the paving material. The slewing belt mounting comprises a cantilever arm, which is movably mounted on the frame of the charger, a pivot arm, which is pivotally connected to the cantilever arm, and a conveyor belt, which is connected to the pivot arm. The slewing belt mounting is characterized in that it comprises at least one lifting element, such as a hydraulic cylinder, cable winch, toothed rack, gear mechanism or the like, which is fastened by a first end to the frame and by a second end to the cantilever arm, wherein the cantilever arm is vertically adjustable by means of the lifting element.

Abstract: An excavating and loading apparatus and method. The excavating and loading apparatus includes an excavator and a stacker conveyor. The excavator includes paired crawler tracks and an articulated boom with a bucket. The excavator further includes an inclined feeder conveyor with an intake end and a discharge end. A wide apron is positioned at the intake end of the feeder conveyor. The apron includes a left-hand side and right-hand side load receiving area that are arranged on opposing sides of the feeder conveyor. Two double hinged feeder blades are positioned at the apron. The feeder blades are arranged to operate asynchronously. Each feeder blade includes a main blade and a wing blade. The stacker conveyor is on paired crawler tracks and includes an intake end and a discharge end. The excavator includes a control cabin that is turreted to the crawler tracks.

Abstract: A mobile screening device for the screening of soil and other materials has a chassis (1), which is carried by at least one wheel (1.1) or a similar member, and a screen frame (2), which is carried by the chassis (1) and which includes at least one screen (5) that is supplied with material to be screened. The screen frame (2) is pivotable around a primarily vertical turning axis (7) in relation to the chassis (1).

Abstract: Seed tender apparatus for holding one or more seed containers and including an inclined conveyor apparatus pivotable between a stowed configuration and a discharged configuration.

Abstract: An articulated discharge end for a conveyor that is positionable adjacent to a moveable receiver includes a frame, having a distal end, configured to bear a discharge end of a conveyor belt at the distal end. The frame has two axes of rotation, whereby the distal end is vertically translatable and laterally rotatable. A guide is disposed near the distal end, and is configured to contact the moveable receiver, whereby motion of the moveable receiver can substantially govern vertical translation and lateral rotation of the distal end.

Abstract: A swing hopper is pivotally secured about vertical and horizontal axes to the inlet end of a swing auger which is pivotally connected to the main auger tube of a grain auger.

Abstract: An agricultural conveyor assembly of the type including a main conveyor, a feed auger assembly, and a main auger boot pivotally supporting the outlet end of the feed auger assembly on the inlet end of the main conveyor for swinging movement further includes a feed auger lift assembly. The feed auger lift assembly includes a bearing surface supported about an inlet opening of the main auger boot and one or more extendable lift members extending between a first end pivotally coupled to the feed auger assembly and a second end supported on the bearing surface for rotational movement about a feed auger swing axis together with the feed auger assembly.

Abstract: A product cart has a frame and one or more tanks forming compartments each having an opening at the upper end for receiving product. The cart includes a conveyor support having a swing arm with a first end pivotally mounted to the frame for motion generally horizontally between storage and use positions, a shift assembly mounted to a second end of the swing arm, and a mounting bracket assembly coupled to the shift assembly. Finally a conveyor is coupled to the mounting bracket assembly. The swing arm is constructed as a parallel linkage having first and second links which form a four-bar parallel linkage with the frame and with the shift assembly to maintain the shift assembly in a fixed orientation relative to the frame as the swing arm is moved. The shift assembly is operable to move the mounting bracket assembly between lowered and raised positions.

Abstract: A product cart has a frame and one or more tanks forming compartments each having an opening at the upper end for receiving product. The cart includes a conveyor support having a swing arm with a first end pivotally mounted to the frame for motion generally horizontally between storage and use positions, a shift assembly mounted to a second end of the swing arm, and a mounting bracket assembly coupled to the shift assembly. Finally a conveyor is coupled to the mounting bracket assembly. The swing arm is constructed as a parallel linkage having first and second links which form a four-bar parallel linkage with the frame and with the shift assembly to maintain the shift assembly in a fixed orientation relative to the frame as the swing arm is moved. The shift assembly is operable to move the mounting bracket assembly between lowered and raised positions.

Abstract: A conveyor apparatus is provided that includes a frame and a cross conveyor. The cross conveyor has a moveable belt sized and configured to receive and move material. The cross conveyor is supported by the frame. The frame has a base and a plurality of rotatable members attached to the base. The rotatable members are configured to rotate to move the frame. The frame is sized and configured to be positionable adjacent to a mobile bridge conveyor having a tripper conveyor device such that a portion of the cross conveyor is positionable under an upper end portion of the tripper conveyor device to receive material from the tripper conveyor device and move the material to a storage area or stacking area for stacking the material. The tripper is preferably constrained to the frame of the mobile bridge conveyor.

Abstract: An auger assembly transfers particulate material from a source area to a target area using a main auger, an open top swing auger or U-trough, and an extendable loading swing auger connected to one another. The main auger is supported on a wheeled frame similar to conventional grain augers while the U-trough is pivoted thereon, and the extendable loading swing auger is mounted on a rail system on the top of the U-trough. The inlet hopper of the extendable swing auger can be extended out to reach away from the main auger thus can be more easily positioned for proper alignment with the discharge hopper of a particulate material container even when the discharge hopper is within a confined space.

Abstract: A conveyor apparatus is provided that includes a frame and a cross conveyor. The cross conveyor has a movable belt sized and configured to receive and move material. The cross conveyor is supported by the frame. The frame has a base and a plurality of rotatable members attached to the base. The rotatable members are configured to rotate to move the frame. The frame is sized and configured to be positionable adjacent to a mobile bridge conveyor having a tripper conveyor device such that a portion of the cross conveyor is positionable under an upper end portion of the tripper conveyor device to receive material from the tripper conveyor device and move the material to a storage area or stacking area for stacking the material. The tripper is preferably constrained to the frame of the mobile bridge conveyor.

Abstract: A suspension system for an unloading conveyor of an agricultural harvester vehicle, has a first support configured to hold the unloading conveyor in a vertical unloading position; a second support configured to hold the unloading conveyor in a horizontal unloading position; a control circuit coupled to the first and second supports, wherein the control circuit is configured to selectively engage at least one gas charged hydraulic accumulator to one of the first support and the second support to thereby spring-load the unloading conveyor in the vertical or the horizontal direction (or both).

Abstract: A conveyor apparatus comprising a frame removably connectable to an extendable conveyor and a pivoting conveyor coupled to the frame. The pivoting conveyor includes a stewing conveyor section pivotally coupled to the frame for pivotal movement about a generally vertical axis, and a tiltable conveyor section having one end pivotally coupled to the slewing conveyor section for pivotal movement about a generally horizontal axis and an opposing free end shaped for receiving objects being unloaded from the shipping container. Each section includes a conveying surface for conveying the objects from the free end of the tiltable conveyor section, and toward the extendable conveyor. The free end of the tiltable conveyor section can be moved from side-to-side by pivoting the stewing conveyor section about the vertical axis, and can be moved up and down by pivoting the tiltable conveyor section about the horizontal axis independent of the stewing conveyor section.

Abstract: This invention provides an improvement relating to an extendable and retractable auxiliary axle suitable for supporting an end section of a telescopic conveyor system having rotatable wheel assemblies. The improvement provides for an axle assembly for a conveyor system where the axle is a transversely extending axle positioned forwardly of the rotatable wheel assemblies on the conveyor system. There is provided an axle frame operatively associated with the axle for mounting the axle relative to the conveyor system. Actuatable systems mounted on the frame are provided for displacing the axle between a first raised position and a second lowered position; also provided are a device for actuating the actuatable system to permit the actuatable system to raise and lower the auxiliary axle as desired.

Abstract: A material processing apparatus comprises a conveyor that is rotatable in vertical direction around a horizontal axis that is situated in an element rotatable in horizontal direction relative to the apparatus. The element is articulated to the apparatus at a main point of articulation, and at a point remote from the main point of articulation, articulated to a variable length element which in turn is articulated to the apparatus, and the element is connected to an actuator causing the horizontal rotational movement of the element together with the conveyor, defined by said main point of articulation.

Abstract: An apparatus for moving grain from a grain includes a vertical main auger at a rear end of a frame, a knife extending rearward to cut the grain bag, a turret auger pivotally attached to the top of the main auger, and a feed auger extending laterally from the bottom intake of the main auger. A bias element forces a pair of pinching rollers against each other. A drive rotates the pinching rollers such that an empty portion of the bag can be fed between the rollers and the rollers rotated to pull the empty bag upward from the ground and forward between the rollers such that the empty bag falls on the ground in front of the rollers as the frame moves rearward, and such that the frame is pulled rearward by the rollers and the feed auger moves rearward into a filled portion of the grain bag.

Abstract: A mobile bridge of great length is a support construction for at least one transport means, which particularly avoids constraints and undefined stresses as a result of temperature variations and/or support lowering movements, for example, to the greatest possible extent. This will guarantee a statically definite system, is essentially accomplished in that the bridge, in its totality, forms a multi-member statically definite system in the vertical plane, and a statically definite continuous carrier in the horizontal plane. The bridge segments of the bridge are connected with one another, in articulated manner, exclusively in the vertical plane, and the bridge is supported by means of at least three bearing mechanisms of a type A, B, and C having different static valence. Each bearing mechanism of the type A, B, C is carried by a self-propelled, tip-proof traveling mechanism.

Abstract: An air cart for use in an agricultural seeder includes a frame; a material tank carried by the frame; an arm pivotally coupled with the frame; a conveyor coupled with the arm for conveying material to the tank; and a hydraulic positioning system coupled with the conveyor for automatically moving the conveyor to a selected one of a plurality of predetermined positions.

Abstract: A movable table for serving out food is described, which has an operating position for serving out food, and a transportation position for moving of the table. The movable table comprises at least two modules, each module comprising an automated transferring device, e.g. at least one conveyor belt, for transferring food receptacles from one end of the table to an opposite end thereof. The upper side of the transferring device in operating position forms a working surface of the table. The table is furthermore provided with means for fixing a support above the table surface. Each module may be provided with a transferring mechanism for transferring food receptacles on the automated transferring device of that module when the table is in the operating position. Said transferring mechanism of a module operatively connects as the table is into the operating position and operatively disengages when the table is brought into the transportation position.

Abstract: A portable screening trommel having a chassis, at least one wheel assembly at a rear portion of the chassis, a hopper for receiving a material, a rotary trommel being chain driven at a discharge end and which receives the material from a feed conveyor beneath the hopper, a first product conveyor extending from a rearward end of the chassis to a forward end and feeding a rotatable stacking conveyor, and a second product conveyor receiving material from within the trommel and being rotatable between an operating position and a traveling position. The stacking conveyor is positioned at the forward end of the chassis and is rotatable between a first operating position and a second traveling position.

Abstract: An aggregate processing unit is provided that includes an in-feed conveyor adapted to have a first lower section that can move laterally to accommodate various processing configurations and to also allow for enhanced mobility.

Abstract: A remote controlled swing auger system for efficiently manipulating a position of a swing auger. The remote controlled swing auger system includes a swing auger connectable to a main auger, a swing hopper connected to the swing auger, a plurality of front wheels and a plurality of rear wheels rotatably attached to the swing hopper, a drive motor mechanically connected to the front wheels, a control unit in communication with the drive motor, and at least one controller in communication with the control unit. The controller may be comprised of a manual controller and/or a remote controller. The user is able to pivot the swing hopper with respect to a main auger by using the remote controller while in the tractor or in a remote location away from the augers.

Abstract: A material collection device for particles received from a processing device on a road processing machine. The material collection device comprises a guide having a material discard opening and an attachment face. A conveyor support is shiftably fixed to the guide and is positionable in a substantially horizontal plane with respect to the attachment face. Additionally, the guide is positioned to direct particles milled from the road through the material discard opening to the conveyor support.

Abstract: A pallet and conveyor system for loading pallets onto a transport vehicle is described. The conveyor system has a first and a second conveyor which positions the pallets between the conveyors and maintains the pallets in upright orientation. The conveyor defines an upper conveyance track and a lower conveyance track which may be placed on the bed of a transport truck. The pallets maintained in the conveyor system are easily loadable on the truck and can be captured without operator lifting by the conveyor system. The pallets may be forked from any direction and provide a stabilization device for maintaining the cargo within the pallets.

Abstract: A crop discharging device, such as a discharge spout for a crop chopping machine, has a crop input end mounted for swiveling about an inclined upright axis and for pivoting vertically about a horizontal axis. The discharge spout also includes a vertically adjustable flap at its discharge end for directing the flow of crop from the spout. A first actuator is provided for effecting movement of the spout about the upright axis, a second actuator is provided for effecting movement of the spout about the horizontal axis and a third actuator is provided for effecting movement of the flap. A control arrangement, which includes a memory into which a preset correlation table, or the like may be loaded, is provided for automatically controlling the position of the second actuator as a function of the position of the first actuator so as to maintain a given discharge height.

Abstract: An improved combination of a powered combine carrying a combine grain bin for housing harvested grain and a towed grain cart carrying a grain cart bin for housing harvested grain includes improved harvested grain transfer between the combine grain bin and the grain cart bin and improved off-loading of harvested grain from the combination. A generally horizontally disposed first grain movement assembly is pivotally connected within the combine grain bin and pivotally connected within the grain cart bin and disposed for reciprocally transporting grain between the combine grain bin and the grain cart bin. A generally vertically disposed second grain movement assembly is cooperatively operable with the first grain movement assembly for transferring grain from the grain cart bin to the first grain movement assembly and thence to the combine grain bin. An off-loading grain movement assembly is disposed for off-loading grain only from the combine grain cart.

Abstract: A conveyor apparatus comprises an upper conveyor tube. A lower conveyor tube has an open upper discharge end telescopically engaged with the upper conveyor tube, and an intake hopper mounted on a lower intake end. A telescope actuator selectively extends and retracts the lower conveyor tube. Wheels are attached to the upper conveyor tube to support the lower end of the upper conveyor tube and the lower conveyor tube. The wheels are oriented for travel transverse to the conveyor tubes, and an elevating actuator is operative to raise and lower the wheels. A conveyor belt has a top run that passes through the hopper and conveyor tubes, and a belt drive moves the top run of the conveyor belt up through the conveyor tubes to carry material from the intake hopper to the upper discharge end of the upper conveyor tube.

Abstract: A conveyor assembly is for use with a vehicle having a wheel pivotable about an axis and an actuator configured to pivot the wheel. The conveyor assembly includes a carriage connectable with the vehicle and having a wheel pivotable about an axis, a swing axis and a first bearing surface about the swing axis. A carriage steering actuator pivots the carriage wheel about its axis in one direction when the vehicle actuator pivots the vehicle wheel about its axis in an opposing direction. A conveyor connected with the carriage has a second bearing surface engaged about the first bearing surface. Further, a swing actuator rotates the conveyor about the swing axis such that the second bearing surface linearly displaces along a first arcuate path as an actuator end displaces along a second arcuate path, configured such that the bearing surface displacement is greater than the actuator end displacement.

Abstract: A framework for a belt conveyor comprising a base structure having a three point mounting arrangement in which the mountings are in a substantial triangular displacement with one upper mounting and two lower mountings. A boom structure has its inward end pivotally connected to the base structure through the three mountings and has an elongate boom member and an elongate support member. The boom member is pivoted to the upper mounting with the support member being pivoted to one of the lower mountings. The support member underlies the boom member and towards its mounted inward end is cranked outwardly and has outer end pivotally connected to the boom structure. A mounting plate is provided near to the crank between which and the second of the lower mountings, a ram and cylinder arrangement is connected. The mountings are displayed angularly to enable the boom structure to be capable of articulation between an outbound upwardly inclined horizontal orientation and an inward substantially vertical orientation.

Abstract: An apparatus for conveying/dispensing produce susceptible to damage upon impact. The apparatus includes a produce conveyor assembly adapted to receive, transport, and gently deposit produce into an open topped bin or container.

Abstract: A novel transfer conveyor transports material from a feed point to an input section of a main conveyor. The transfer conveyor comprises a feed end, a discharge end, and a conveyance device for conveying material from the feed end to the discharge end. A connector is provided for detachably and rotatably connecting the transfer conveyor to the main conveyor such that the feed end of the transfer conveyor may be moved about the input section of the main conveyor while maintaining a gravity assisted flow of material from the discharge end of the transfer conveyor into an input section of the main conveyor. The connector may be adapted to permit rotation of the transfer conveyor about the input section of the main conveyor at each operation angle of the main conveyor.

Abstract: A transport conveyor particularly for grain in piles on the ground has a trailer mounted on ground wheels for towing by a tractor in a direction of travel. The trailer can be driven forward while the tractor remains stationary either by a hydraulic cylinder on an extendible hitch or by a drive at the ground wheels which moves the trailer while the hitch and the tractor remain stationary. An auger tube is carried on the trailer by a support post which allows the auger tube to swivel about a vertical axis from a longitudinally extending transport position to an operating position in which the tube extends generally transversely of the direction of travel with a feed end of the tube projecting outwardly beyond one side of the trailer, with a discharge end projecting outwardly beyond the opposite side of the vehicle and with the discharge end raised for discharge into a transport truck on that side. The tube can also pivot about a horizontal axis at the post allowing the feed end to float up and down.

Abstract: A conveyor assembly is for use with a vehicle having a wheel pivotable about an axis and an actuator configured to pivot the wheel. The conveyor assembly includes a carriage connectable with the vehicle and having a wheel pivotable about an axis, a swing axis and a first bearing surface about the swing axis. A carriage steering actuator pivots the carriage wheel about its axis in one direction when the vehicle actuator pivots the vehicle wheel about its axis in an opposing direction. A conveyor connected with the carriage has a second bearing surface engaged about the first bearing surface. Further, a swing actuator rotates the conveyor about the swing axis such that the second bearing surface linearly displaces along a first arcuate path as an actuator end displaces along a second arcuate path, configured such that the bearing surface displacement is greater than the actuator end displacement.

Abstract: Disclosed is a novel transfer conveyor for transporting material from a feed point to an input section of a main conveyor. The transfer conveyor comprises a feed end, a discharge end, and a means for conveying material from the feed end to the discharge end. A connector is provided for detachably and rotatably connecting the transfer conveyor to the main conveyor such that the feed end of the transfer conveyor may be moved about the input section of the main conveyor while maintaining the flow of material from the discharge end of the transfer conveyor into an input section of the main conveyor. If the main conveyor to which the transfer conveyor is attached is to be operated within a range of operation angles, the connector is adapted to permit rotation of the transfer conveyor about the input section of the main conveyor at each operation angle of the main conveyor within the range. The transfer conveyor may be provided with a nozzle portion on the discharge end thereof to which the connector is attached.

Abstract: A core destroying machine utilizes a single processing rotor cooperable with an arcuate screen member to disintegrate aeration cores therebetween. The arcuate screen member is configured to discharge thatch from the single processing rotor in a generally vertical direction into engagement with a rotating fluff roll. The fluff roll is configured with a pair of opposing rigid bats affixed to a central shaft for rotation around an axis of rotation. A plurality of extruded flexible plastic cords extend from the rigid bats into the direction of rotation of the fluff roll to engage the thatch portions discharged from the processing rotor and urge the thatch portions rearwardly into a collection hopper. The flexible plastic cords yield to any earthen pieces of aeration cores that might be discharged from the processing rotor to permit the discharged earthen pieces to be recycled back toward the processing rotor.

Abstract: An infeed conveyor is provided with high pivot capability. High pivot capability is the capability to raise the elevation of at least one end of an infeed conveyor belt to an elevation higher than regular horizontal operation if the belt placer is operating lower than the surrounding grade. High pivot capability prevents the infeed conveyor from bottoming out on the grade of the haul road or adjacent pavement; and in some instances, high pivot capability allows use of the belt placer under conditions that belt placers without high pivot capability could not operate. Also disclosed is the ability for belt placers to be used to pave in both forward and reverse directions, whereas former belt placers could only pave in the forward direction. This is accomplished by the ability to rotate the discharge conveyor under one side of the belt placer, and changing the direction in which the belt placer travels.

Abstract: The laser pointer 52 indicates the work position and the camera 54 takes the image and the laser range finder 46 provided on the upper frame 10 of the conveyor system is heading for the indicated position, so that the distance is measured. The coordinate of the work position is found from the previously obtained distance and the rotating amount rotating the laser range finder towards the indicated position, and the cargo work is executed. The work position may be easily indicated and the coordinate of the work position may be recognized surely.

Abstract: A method and apparatus for spreading paving materials. A chassis forms a support structure for the spreader and includes a front side facing toward a paving direction, a rear side opposite the front side, a receiving side facing toward a haul road and a far side opposite the receiving side. A receiving conveyor belt extends across the haul road and runs to a central point beneath the chassis, the receiving conveyor belt receives paving materials from delivery trucks traveling along the haul road and transports the paving materials to the central point where the paving materials fall off the receiving conveyor belt and onto a swinging delivery conveyor belt. The delivery conveyor belt includes a first end located at the central point beneath the receiving conveyor belt and extends beyond the rear side of the chassis to a second end of the receiving conveyor belt.

Abstract: A core harvesting machine that can be mounted to the rear of a conventional aeration machine to receive green cores directly from the aeration machine without having the cores discharged to the ground. The core harvesting machine has a rotating brush core capturing system that collects green aeration cores directly from an aeration machine to which the core destroying machine is attached. The collected green cores are discharged from the brush collector system and received by a core destroying apparatus including three rotary paddle assemblies co-operating with corresponding arcuate screens to separate the earthen material from the root thatch before discharging the thatch into a collector vessel. The core harvesting machine includes paddle members having overlapping arcs of rotation that have a relatively flat side and an opposing bent side to enhance the operation of the machine is either mode of operation.

Abstract: A portable trommel has a chassis, including support wheels at one end thereof for movement of the trommel. A trommel is rotatably mounted on the chassis and has an input and an output end. A hopper and an input conveyor, for supplying material to be screened to the input end of the trommel, are mounted on the chassis adjacent the input end of the trommel. An output or fines conveyor, for collecting material passing through the trommel screen, is mounted on the chassis, below the trommel. A stockpiling conveyor is mounted on the chassis and has a lower end adapted to receive screened material from the fines conveyor and an upper end for discharging screened material to form a stockpile. The stockpiling conveyor can be in two parts, which can be folded into a retracted position for storage and transportation, and further can be mounted for rotation about a vertical axis to enable an arcuate storage pile to be formed.