Abstract: A single drive dual hopper conveyor system is presented having a center conveyor system and a pair of side conveyor systems that are connected to one another. A single motor is connected to the center conveyor system and drives movement of a belt within the center conveyor system. The connection of the center conveyor system to the side conveyor system causes the belts of the side conveyor systems to be simultaneously driven as the belt of the center conveyor system is driven. This arrangement eliminates the need for multiple motors. A guide at the center of the belts is configured to guide the belts through the center of the housings and prevent the buildup of grain within a cut-out section of the flights of the belt that is needed to allow access to the links of the belts to facilitate driving of the belts.

Abstract: An auger system for removing particulate material from an interior of s storage bin having a bin floor with a center and a periphery. The auger system may comprise an outflow auger for positioning from the center of the bin floor to the periphery of the bin floor to move the particulate material from the center to the periphery, an inflow auger for positioning from the periphery of the bin floor to the center of the bin floor to move the particulate material toward the center of the bin floor to feed particulate material to the outflow auger; and a movement assembly configured to move the inflow auger with respect to the outflow auger. The system may also include a lift assembly configured to lift the inflow auger upwardly with respect to the bin floor from a lowered operational position to a raised, clearing position.

Abstract: A bin sweep system for a bin having a floor surface and a central well may comprise a center post defining a common center and a sweep assembly configured to move across the floor surface of the bin and having an inboard end and an outboard end. The sweep assembly may comprise at least two sweep segments including a first sweep segment and a second sweep segment, with the first sweep segment being located toward the inboard end and the second sweep segment being located toward the outboard end. At least one of the sweep segments may be movable about the center post substantially independently of another of the sweep segments.

Abstract: Disclosed are various embodiments for a roller cover that can be installed in a conveyor system that includes a conveyor. The roller cover is positioned over a passive roller of the conveyor system. The conveyor transports the item. The speed of the item is reduced using the roller cover.

Abstract: A transportable drive-over conveyor system comprising a drive-over hopper for receiving grain or other material and having a belted conveyor for conveying the grain or other material, a transition section pivotally connected at an upstream end to the drive-over hopper, an auger mounted at a downstream end of the transition section, wherein the transition section transfers the grain or other material from the belted conveyor to the auger.

Abstract: A belt conveyor system with a distributing belt conveyor unit having upper and lower movable frame assemblies that are pivotally connected to a gear unit that simultaneously moves the lower movable frame assembly in opposition to the movement of the upper movable frame assembly, therein allowing the belt to track smoothly when transferring the articles between one branch belt conveyor unit and two or more branch belt conveyors units. The construction of the distributing belt conveyor unit allows for easy removal of the belt.

Abstract: The embodiments of the Pivoting Conveyor System comprise a feed assembly, plurality of conveying assemblies, and a plurality of pivoting assemblies. These embodiments allow the entire embodiment to articulate in a wide variety of conformations and be placed in various orientations such that the feed assembly can be moved to adjust to the location of the mineral source, such as a rock formation, and transport the material from the quarrying location to the final storage location. In addition, the articulating motion of the embodiments allow for the end of the embodiments to be moved and adjusted as required to transport the material to the desired end location.

Abstract: The invention relates to method of supporting a unloading conveyor bridge extending substantially horizontally at the bottom level of a bulk material pile storage, implemented as supports in the area of the bridge ends as well as in at least one point therebetween. At least one of the supports is positionally adjusted in the vertical direction. The support force is thereby kept substantially constant at the actual support point. For the adjustment can be used spring loading, fluid pressure loading or gravity loading, for example.

Abstract: A conveyor system for sorting items that are supplied in a random sequence via a conveyor including a plurality of conveyor sections 4, and including individual sorting means arranged in a row for directing the items to specific receiving positions at least one side of the sorting means. The sorting means are constituted by relatively short individually driven belt conveyor sections which are pivotably suspended on mainly vertical turning shafts (8), and which at a foremost end part (5) project in over a next belt conveyor section (4) in the row. By means of simple technical measures it is possible to counteract the drawbacks of corresponding prior art conveyor systems and to achieve further advantages that are very essential and new.

Abstract: A belt conveyor system with a distributing belt conveyor unit having upper and lower movable frame assemblies that are pivotally connected to a gear unit that simultaneously moves the lower movable frame assembly in opposition to the movement of the upper movable frame assembly, therein allowing the belt to track smoothly when transferring the articles between one branch belt conveyor unit and two or more branch belt conveyors units. The construction of the distributing belt conveyor unit allows for easy removal of the belt.

Abstract: A plurality of conveying apparatuses ace arranged from the inside of the first building to the inside of the second building along a conveying direction. A plurality of connection mechanisms connect each pair of adjacent conveying apparatuses such that the conveying apparatuses are arranged in a meandering manner in a case where relative positions between the first building and the second building are changed.

Abstract: A device for the turning of flat articles, particularly blanks of folded boxes, includes conveying elements which define at least two conveying sections that are permeable to air and on which the articles are conveyed lying substantially flat, the conveying elements being mounted in a frame, a suction device arranged below the conveying element and to extend through the conveying section to increase the friction between the conveying elements and the articles, and a separate drive for each of the conveying elements of the respective conveying sections. The frame is mounted such that it can swivel about a pivot in the exit region of the frame relative to a machine frame.

Abstract: A conveying device (1) with change of direction for conveying stock, preferably on pallets (2), along a first conveying line (3) and along a second conveying line (4) oriented in a different direction, and with a transferring system for transferring the pallets from the first to the second conveying line. The transferring system is provided in the form of a driven linear conveying track (5) for receiving the pallet(s) (2) from the first conveying line (3), for linearly advancing it/them on the linear conveying track and for transferring the pallet(s) to the second conveying line (4). The linear conveying track can swivel around an essentially vertical axis (7) between the first and the second conveying line via a driven swivel device (6). The vertical axis is located outside of the conveying track center (m) of the linear conveying track (5).

Abstract: The invention relates to a conveyor system for transporting at least one linear entry stream of a product into exit streams of said product which are laterally offset in relation to the entry stream. The conveyor system is provided with two successive conveyor units (5, 6) whose adjacent downstream (7, 8) or upstream ends can be displaced in opposite directions in relation to each other, transversally to the direction of transport.

Abstract: A conveyor system having a plurality of segments and articulable joints connecting adjacent segments is disclosed. Each segment is provided with an individually controllable drive unit for moving the conveyor segment over a surface on which the conveyor system is supported. Each joint between segments is provided with a sensor system to measure the amount of articulation at each joint. The conveyor system is further provided with a control system for aligning the segments of the conveyor system. The control system surveys each joint of the conveyor to determine which, if any, joints are out of alignment. The extent of misalignment at each joint is measured and the joint having the maximum misalignment at the time is identified. The maximum velocity at which the overall conveyor system may travel is then limited based on the ratio between the maximum measurable misalignment and the maximum surveyed misalignment.

Abstract: The present invention reveals an automated sorting device capable of receiving articles from an input source, correctly choosing among which of many output destinations to direct the articles, and transferring those articles without slowing the sorting process. To accomplish its purpose, a sorting conveyor is pivoted at its receiving end about both a horizontal axis and a vertical axis. The sorting conveyor is cradled within a vertically moveable carriage which, in turn, is mounted within a horizontally moveable frame. The frame is driven horizontally and the carriage driven vertically to align the conveyor's output end with each output destination. In a preferred embodiment, tracks attached to a support structure stabilize the frame and a controller positions the frame and carriage in response to destination indicia associated with each article to be sorted.

Abstract: A method and apparatus for mining of aggregate material from a seam includes a mining apparatus and a self-propelled conveyor capable of advancing or retreating in the seam on its own power and advancing and steering arrangement for the mining apparatus. The self-propelled conveyor, the electric cables and other services for the mining apparatus are protected against the roof falls. The power input for the self-propelled conveyor is provided by continuous drive shafts powered at either one or both ends of the conveyor. Alternately, a unique reciprocating conveyor mechanically powered at either one or both ends of is provided for conveying of aggregate material. An apparatus for assembling the conveyor and receiving of aggregate material is provided at the rear end of the conveyor.

Abstract: A displaceable conveyor is used to convey selected printed products to different destination points. A reversing device is positioned intermediate the different destination points and a rigid guide track. A partial guide path connects the reversing device with the rigid guide track.

Abstract: A conveyor system having a plurality of segments and articulable joints connecting adjacent segments is disclosed. Each segment is provided with an individually controllable drive unit for moving the conveyor segment over a surface on which the conveyor system is supported. Each joint between segments is provided with a sensor system to measure the amount of articulation at each joint. The conveyor system is further provided with a control system for aligning the segments of the conveyor system. The control system surveys each joint of the conveyor to determine which, if any, joints are out of alignment. The, extent of misalignment at each joint is measured and the joint having the maximum misalignment at the time is identified. The maximum velocity at which the overall conveyor system may travel is then limited based on the ratio between the maximum measurable misalignment and the maximum surveyed misalignment.

Abstract: An auger system for a gravitationally dispensing storage receptacle associated with a trailer. The system comprises two discrete sections selectively coupled by a pivot assembly. During coupling, the second section arcuately moves from a stowed position into a discharge position wherein receptive contact is established with the first section. The first section comprises an elongated conveyor disposed beneath the bin to receive dispensed materials for subsequent output adjacent the trailer periphery. The conveyor comprises a cylindrical housing supporting a terminal hydraulic motor that rotates an internal screw auger to propel dispensed particulate material inside the transporter to an output orifice for transfer into the second section for external delivery. The second section comprises a auger transporter that comprises a cylindrical housing supporting a terminal motor rotating an internal screw auger that propels materials therethrough to an external discharge spout.

Abstract: The present invention is directed to an adjustable yoke assembly adapted to pivotally connect components of a continuous haulage system designed for use in underground excavation environments. The yoke assembly is vertically adjustable relative to the component it is carried on by selectively securing the assembly to the component through a series vertically aligned openings.

Abstract: The present invention is directed to an adjustable yoke assembly adapted to pivotally connect components of a continuous haulage system designed for use in underground excavation environments. The yoke assembly is vertically adjustable relative to the component it is carried on by selectively securing the assembly to the component through a series vertically aligned openings.

Abstract: The present invention is directed to an adjustable yoke assembly adapted to pivotally connect components of a continuous haulage system designed for use in underground excavation environments. The yoke assembly is vertically adjustable relative to the component it is carried on by selectively securing the assembly to the component through a series vertically aligned openings.

Abstract: A coin supply and collection apparatus that is applied easily to an existing carousel of the type having a plurality of gaming machines, is readily installed without requiring significant alteration of the gaming machine bases or the internal components of the gaming machines. The apparatus is provided with a first belt conveyor for receiving coins from a coin-providing side and conveys them, as coins to be used in each of the gaming machines, beneath the plurality of gaming machines. A second belt conveyer receives the coins fed from the first belt conveyer and conveys them to coin carriers associated with each of the gaming machines.

Abstract: An articulated apparatus including a first section having first and second ends, and a length between the first and second ends; a second section having first and second ends, and a length between the first and second ends; a joint connecting the second end of the first section to the first end of the second section for pivotal movement about a first axis; and a cylinder/piston assembly having a piston connected to the first section and movable with the first conveyor section, and having a cylinder mounted to the second section and movable with the second section, the piston being slidably received in the cylinder, and a transmitter and a receiver capable of determining the location of the piston in the cylinder, the transmitter and receiver being located within the cylinder.

Abstract: A pivoting transfer means for a jet of bulk material between a first cover belt conveyor and a second cover belt conveyor. The bulk material leaves the cover belt conveyor in the area of the tail pulleys and enters the receiving mouth of a second cover belt conveyor as a free jet of bulk material. Both cover belt conveyors are arranged pivotably in relation to one another around a pivot axis. The receiving mouth of the cover belt conveyor is limited by the bottom belt, the cover belt and the side walls. The jet of bulk material is deflected from the vertical into the horizontal direction of delivery within the receiving mouth. The first belt conveyor may be arranged at a higher level with the second cover belt conveyor arranged thereunder. However, the second cover belt conveyor may also be arranged at a higher level with the first cover belt conveyor arranged thereunder wherein the transfer is still from the first cover belt conveyor to the second cover belt conveyor.

Abstract: A device for feeding and distributing material which is loose or in single pieces to a plurality of collection points peripheral to the device itself comprising a main fixed support framework, a plurality of radial channels for transporting the material to the collection points supported by the framework, and a part for distributing the material to the transport channels, supported rotatably above the channels, whereto the material is fed and transferred by the latter through falling and distributed by rotation to the radial transport channels.

Abstract: An apparatus for transferring small goods from a main conveyor belt onto a branch-off conveyor belt, the apparatus including a pivotal lateral guide perpendicular to the conveyor belt. The main conveyor belt as well as the beginning of the branch-off conveyor belt are provided with a pivotal module, with each module including two lateral conveyor belts that are perpendicular to the conveyor belt and the lateral conveyor belts of the pivotal module of the main conveyor belt have the same length while the lateral conveyor belts of the pivotal module of the branch-off conveyor belt have different lengths, with the difference in length corresponding to the offset of the lateral conveyor belts of the main conveyor belt in the pivoted-out state.

Abstract: A mining machine includes a material dislodging mechanism and a cascading conveyor system extending rearwardly on a mobile frame. The cascading conveyor system includes a fixed, main conveyor and a discharge conveyor underlying the main conveyor and pivotally connected to a stabilizer shoe of the machine for lateral swinging movement 90.degree. on either side of the longitudinal axis of the mining machine. The fixed conveyor and the discharge conveyor are in linear alignment in a first mode of operation. The discharge conveyor is also vertically pivotal on the stabilizer shoe to permit lateral and vertical displacement of the discharge conveyor relative to the main conveyor in a second mode of operation. A dust collecting system includes a longitudinal duct extending beneath the fixed, main conveyor with dual inlets extending above the tracks of the mining machine rearwardly of the dislodging mechanism.

Abstract: A modular conveyor system for the conveyance and distribution of individual items or continuous materials by means of conveyors and in particular conveyor belts. The conveyor system includes two or more conveyor modules mounted one after the other or aligned on a base frame, with each conveyor module having a rack on which a floor belt and two lateral guide belts are mounted. The rack of each conveyor module is mounted so that it can be moved relative to the base and to the other conveyor modules to discharge material from the respective conveyor module. An intermediate member is provided between each two adjacent conveyor modules and abuts each of the adjacent conveyor modules to provide a continuous conveyor path between adjacent conveyor modules.

Abstract: An arrangement for cooling in a controlled manner a rolled wire from rolling temperatures. The arrangement includes a cooling unit arranged following a finishing stand, a coiling unit for the wire and a cooling and conveying system for the spread-out wire coils. A pivotable and/or displaceable coil placement unit is arranged between the coiling unit and the cooling and conveying system.

Abstract: A conveyor system suitable for holding food products, such as fish, comprising a feed conveyor, having a discharge end, a receiving conveyor having a receiving end, a double conveyor having a collecting end adjacent said discharge end and an output end adjacent the receiving end. The double conveyor has two cooperating conveyor belts arranged vertically one above the other so as to be capable of gripping food products on the feed conveyor and being able to transport the food products to the receiving conveyor, the collecting end of the double conveyor is laterally displaceable in response to information signals obtained from a preceding processing station.

Abstract: A slip sheet removal apparatus for removing a dunnage sheet disposed beneath a paperboard blank stack conveyed by a conveyor assembly, the slip sheet removal apparatus comprising a dunnage sheet removal assembly having a stationary subassembly with roller driven drive belts and a retractable subassembly with guide belts thereon. Fluid actuators selectively raise and lower the retractable subassembly to engage a leading edge of the dunnage sheet as it advances on the conveyor assembly to pull the dunnage sheet underneath the conveyor assembly for storage and later removal. Also, a pivot conveyor assembly receives the paperboard stack from the conveyor assembly to alter the direction of travel thereof if required.

Abstract: A device for transferring the debris cut by a cutting machine during mining operations onto a drift conveyer comprises a pair of bridge conveyers connected to each other. The first bridge conveyer has its receiving end pivotally connected to the cutting machine with its discharge end being supported by a dirigible chassis. The second bridge conveyer is supported on the chassis of the first conveyer and pivotable about its horizontal and vertical axis. The support chassis is capable of being swivelled around a vertical axis relative to the first bridge conveyer.

Abstract: A sweep auger attachment for use in combination with an unloading conveyor. The sweep auger includes a first auger coupled to a second auger. A backboard, for directing grain into engagement with the augers extends along one side of the first and second augers. The first auger is rotatably mounted by a bracket to the backboard. A support arm, mounted on the backboard, supports the second auger. The sweep auger is selectively pivotally mounted on the loading conveyor between a first and a second position. The sweep auger longitudinal plane, defined by the axes of the first and second augers, is offset with respect to the pivot axis in the first position, and aligned with the pivot axis in the second position.

Abstract: A bulk goods unloading apparatus for ships or other similar transport vehicles is disclosed. The bulk goods unloading apparatus basically comprises a gantry, movable alongside the transport vehicle, the gantry being provided with a swiveling cantilever system rotating around a first vertical axis. A conveyor belt is provided which runs parallel to the cantilever system. The free end of the cantilever system is provided with a supporting frame which carries a paddle wheel bulk goods pickup device rotatable about a horizontal axis. The supporting frame, itself pivotable about a second vertical axis, is provided with a C-shaped vertical conveyor, which is arranged between the discharge area of the paddle wheel and the charge end of the conveyor belt of the cantilever system.

Abstract: A series of individual conveyor assemblies each having an independent endless belt conveyor extending longitudinally thereon are positioned in overlapping relationship. Each conveyor assembly includes a pivotal section adjacent a material receiving end portion thereof and is pinned to a material discharge end portion of a preceding section. The material discharge end portion overlies the material receiving end portion. The pivotal section connecting adjacent conveyors maintains the end portions thereof in material conveying relation as the assemblies extend along a curved path through the mine. A support beam is secured to the mine roof above the connected conveyor assemblies. Each conveyor assembly adjacent the receiving end portions thereof is secured to the support beam by a roller assembly that is longitudinally movable on guide tracks of the support beam.

Abstract: Apparatus is provided for debarking logs and cut timber, comprising a debarking drum rotatable in either direction and having an inlet at one end and a plurality of lifter means shaped and disposed on an interior wall of the drum in a manner to engage and lift logs and cut timber with rotational movement of the drum in either direction; and a conveyor feeding logs and cut timber into the interior of the debarking drum; the conveyor being movable between a first position and a second position with respect to the inlet and the center axis of the debarking drum; and means for driving the drum in one direction when the conveyor occupies the first position, and in the opposite direction when the conveyor occupies the second position, so as to wear the lifter means more evenly.

Abstract: A swivelling arrangement for controlling relative angular movement between two components comprises a yoke pivotally mounted on one of the components and pivotally movable under the action of a ram. The yoke has two limbs to the radially outermost ends of which are fixedly secured the ends of a drive chain arranged drivably to engage a drive sprocket fixedly secured to other of the components.

Abstract: A grain handling transfer and storing system including a plurality of bins in two rows in circular arcs about a center pad, each of the bins or receptacles having ground level discharging conveyors and open tops for filling, a pair of screw conveyors radially arranged from the center of the open space between the bins, with distal ends supported on wheeled carriages and proximal ends on a swiveling mounting carried by a tripod and a swiveling housing permitting swinging of the screw conveyors.

Abstract: The disclosed unloading machine is especially well adapted for unloading bulk materials from ships. The machine swivels around a full circle, to afford maximum coverage to take the bulk material.

Abstract: Apparatus for transferring pouches from a conveyor into product buckets of a cartoner. The pouches are deposited in shingled fashion in spaced groups on two slow moving parallel conveyors. Mounted on the same frame are two fast-moving conveyors which overlap the slower conveyors. At the junctions of the conveyors check and release mechanisms are provided which in the load engaging position raise the level of the slow conveyors above the fast ones and in the disengaged position raise the fast conveyors above the slow conveyors to facilitate the transfer. The pouches are transferred to the fast moving conveyors to increase the longitudinal separation between pouches. Two side-by-side groups of pouches are marshalled at the end of the fast moving conveyors by another check and release mechanism. The fast moving conveyors are swung alongside continuously moving product buckets, and during such swinging movement the pouches are deposited into the product buckets.

Abstract: A sorter system for articles such as baggage, mail bags, cartons, and the like is provided which combines a high speed main or sorting conveyor and a feed or induction conveyor, or a plurality of such induction conveyors along the length of the main conveyor. The induction conveyors are for the purpose of loading the main conveyor by depositing articles thereon with a velocity imparted to the articles in the direction of movement of the main conveyor which is substantially equal to the high rate of main conveyor velocity thereby avoiding shock. The arrangement is such that articles having length and width are deposited on an induction conveyor to travel in the direction of their length and be deposited on the main conveyor transversely of the motion thereof and thus oriented widthwise on the main conveyor to reduce the area required per article on the main conveyor.