Abstract: A seed containing and dispensing system may include a mobile base, a primary hopper on the mobile base with an interior to hold particulate material and having a dispensing opening, and a conveyor to transfer particulate material received by the conveyor from the hopper. The conveyor may rotatable with respect to the primary hopper about a rotation axis to at least two positions. The system also including a dispensing apparatus configured to dispense a substance into the particulate material conveyed by the conveyor, and the dispensing apparatus may be configured to move with the conveyor as the conveyor rotates with respect to the primary hopper to permit dispensing of the substance at each of the at least two positions.

Abstract: A developer container includes a developer containing portion capable of containing a developer, a discharge port through which the developer contained in the developer containing portion is discharged, and a storing portion configured to store the developer to be discharged through the discharge port. The storing portion is in fluid communication with an inside of the developer containing portion and the discharge port. In addition, a displacement portion is provided in the storing portion and arranged to be displaceable, and includes a displaceable shaft portion configured to extend along the storing portion and a coil spring which biases the displaceable shaft portion. A rotatable member is provided above the storing portion and has first and second portions arranged in a rotational direction of the rotatable member, the first portion being contactable to a part of the shaft portion and the second portion not being contactable to the shaft portion.

Abstract: A drive coupling assembly includes a housing having a first wall, a second wall, a first end and a second end. A first aperture extends through the second wall adjacent to the first end and a second aperture extending through the second wall adjacent to the second end. The first aperture receives a motor drive shaft and the second aperture receives a sweep drive shaft. Each of the first and second apertures has one of a pair of sprocket hubs aligned therewith. A pair of drive hubs each has an opening extending therethrough and each opening engages one of the motor or sweep drive shafts. The drive hubs have a plurality of pins thereon extending into corresponding slots in the sprocket hubs. A continuous belt engages the sprocket hubs. The slots each have a length allowing limited rotation of the sprocket hubs with respect to the drive hubs.

Abstract: A rescue auger has a transport tube that is approximately five feet long with a spout having an angled portion that is disposed on top of the transport tube to direct grain out from the transport tube. An auger is located within the transport tube to direct grain up and out towards the spout when rotated. An electric drill is used to operate the rescue auger by attaching the drill to a triangle shank on an exposed portion of the auger shank. An intake guard surrounds a lower portion of the transport tube and has a diameter a little larger than the diameter of the transport tube. A handle is located on a portion of the spout and allows a user to position and hold the rescue auger during use. The rescue auger is used in conjunction with a rescue tube which is first placed around the trapped victim.

Abstract: The first gear is fixed to a conveyance screw. The second gear is arranged in tandem with the first gear. The third gear meshes with the first gear and the second gear. The first support member supports the first gear to enable movement in one radial direction. The second support member supports the second gear to disable movement in the radial direction. The number of teeth of the first gear and that of the second gear are different. In the first gear, a first cam unit is formed. In the second gear, a second cam unit is formed. The both cam units converts a circumferential relative displacement, generated along with rotation of the third gear, between the first and second gears is converted into a displacement in the one direction of the first gear, in a predetermined period in accordance with the number of rotations of the third gear.

Abstract: A rescue auger has a transport tube that is approximately five feet long with a spout having an angled portion that is disposed on top of the transport tube to direct grain out from the transport tube. An auger is located within the transport tube to direct grain up and out towards the spout when rotated. An electric drill is used to operate the rescue auger by attaching the drill to a triangle shank on an exposed portion of the auger shank. An intake guard surrounds a lower portion of the transport tube and has a diameter a little larger than the diameter of the transport tube. A handle is located on a portion of the spout and allows a user to position and hold the rescue auger during use. The rescue auger is used in conjunction with a rescue tube which is first placed around the trapped victim.

Abstract: An agricultural equipment drive system comprises a main drive shaft connectable to a power source, a first gear box, a second gear box and a second drive shaft. The first gear box has a first gear box input connected to the main drive shaft and a first gear box output at a first angle to the first gear box input. The second gear box has a second gear box input connected to the first gear box output and a second gear box output at a second angle to the second gear box input. The second drive shaft connects the first gear box output to the second gear box input.

Abstract: A transport device for an agricultural utility machine is provided, having a first pipe section in which a first conveyor auger is rotatably situated and a second pipe section in which a second conveyor auger is rotatably situated, and a joint and/or plug device to connect the first pipe section to the second pipe section. A friction clutch is provided between the first and the second conveyor auger to transfer torque from the first conveyor auger to the second conveyor auger. An agricultural utility machine having such a transport device is also provided.

Abstract: The disclosure relates to a conveyor screw for a material conveyor system of a construction machine. The conveyor screw comprises a conveyor section which is configured to convey bulk material, and a driving section which is designed to receive a driving torque or a driving force and to transmit it to the conveyor section. The disclosure is characterized in that the conveyor section and the driving section are connected to each other by friction welding.

Abstract: In a workpiece feeding apparatus having a rotating shaft adapted to rotate to separate and individually feed a plate-like workpiece suspended side by side in an axial direction along a helical region formed on an outer peripheral surface of the rotating shaft and drop the plate-like workpiece from an edge thereof and a motor rotating the rotating shaft, the rotating shaft includes a first rod connected to the motor, and a second rod rotatably connected to the first rod and having a helical region formed on the outer peripheral surface of the second rod and a workpiece hanger at the edge to extend perpendicular to the axial direction and to be bent at a distal end, such that the second rod stops rotating when the workpiece is hung from the distal end of the workpiece hanger.

Abstract: An exemplary embodiment is directed to a cantilevered screw assembly comprising a solid oil bearing to facilitate rotation of the screw. Another exemplary embodiment of a cantilevered screw assembly includes an improved anchor system comprising multiple load-bearing walls. In particular, an exemplary embodiment may comprise a screw that is cantilevered to at least two walls. At least one reinforcement member may connect the walls for additional support.

Abstract: A pneumatically driven powder feeder system which is partly disposed within a municipal sewer for the purpose of providing periodic dispersal of wastewater treatment powder. A pneumatic source apparatus is disposed outside the sewer and provides a pneumatic source regulated by a solenoid valve control system. A pneumatically driven powder feeder apparatus is disposed in the sewer and is connected to the pneumatic source by a feed line. In response to periodic delivery of the pneumatic source to the pneumatically driven powder feeder apparatus, the powder is delivered to the wastewater of the sewer.

Abstract: An auger assembly for transporting bulk material includes an auger rotatably mounted in a tube. A toothed belt drive pulley is secured to a drive shaft and is rotatably driven about a drive pulley rotational axis. The drive shaft is generally parallel to the auger. A toothed belt driven pulley is secured to the auger for rotation therewith about a driven pulley rotational axis. A toothed belt extends around the driven pulley and the drive pulley and the auger is thereby rotatably driven for transporting bulk material through the tube. The drive shaft is selectively adjustable for tensioning the belt and for placing the drive pulley rotational axis generally parallel with the driven pulley rotational axis.

Abstract: An agricultural equipment drive system comprises a main drive shaft connectable to a power source, a first gear box, a second gear box and a second drive shaft. The first gear box has a first gear box input connected to the main drive shaft and a first gear box output at a first angle to the first gear box input. The second gear box has a second gear box input connected to the first gear box output and a second gear box output at a second angle to the second gear box input. The second drive shaft connects the first gear box output to the second gear box input.

Abstract: A releasable coupling, including a first and a second coupling part for transmitting torque, where the first coupling part has a projection which extends in the direction of the geometrical axis of rotation and in the circumferential surface of which a first peripheral groove is embedded, that the second coupling part has a recess which is matched in cross section to a receptacle on the projection and in the circumferential surface of which a second peripheral groove is embedded, that an annular securing element is provided, the securing element being elastically deformable with respect to the contour of its open or closed periphery and, in the separated state of the two coupling parts, being insertable into one or optionally into one of the peripheral grooves and the contour of which, in the separated state of the two coupling parts, projecting out of the peripheral groove.

Abstract: An inlet worm (11) for use in a treatment machine (1) for treating bottles or containers (2) of the like, having at least one distributing or inlet worm (11) which is provided to the side of a transport path (3), is driven by a drive device so as to rotate about a worm axis, and forms a conveying path or helix for the containers (2) on at least one worm body which is provided on a worm receptacle, having at least one transport star (12) which is assigned to the inlet worm, can be driven so as to rotate about a transport-star axis and has a multiplicity of container receptacles which are provided distributed about the transport-star axis at uniform angular intervals which correspond to a machine gauge, and having a drive device for the synchronous and angularly accurate drive of the at least one inlet worm (11) and the at least one transport star (12).

Abstract: A fuel supply system for supplying pulverized feedstock to a gasifier includes a feedstock storage apparatus for storing pulverized feedstock. The feedstock storage apparatus operates at a first pressure. The fuel supply system also includes a mechanical conveyance apparatus linking the feedstock storage apparatus to a fuel distribution apparatus. The mechanical conveyance apparatus is operable to continuously convey the pulverized feedstock from the feedstock storage apparatus to the fuel distribution apparatus at a first flow rate. The fuel distribution apparatus operates at a second pressure that is greater than the first pressure. The fuel distribution apparatus includes at least one outlet communicably connected to at least one burner on the gasifier for transferring pulverized feedstock from the fuel distribution apparatus to the at least one burner.

Abstract: A folding auger assembly. The auger assembly includes at least one auger housing configured to receive at least one driveshaft. The auger assembly further includes flighting connected to each driveshaft, a lower drive assembly configured to operatively couple the driveshaft to a first end of an output driveshaft, a driveshaft support assembly coupled to the lower drive assembly and configured to receive the first driveshaft, an output driveshaft disengagement assembly coupled to the lower drive assembly, and a stabilizer assembly.

Abstract: A folding auger assembly. The auger assembly includes at least one auger housing configured to receive at least one driveshaft. The auger assembly further includes flighting connected to each driveshaft, a lower drive assembly configured to operatively couple the driveshaft to a first end of an output driveshaft, a driveshaft support assembly coupled to the lower drive assembly and configured to receive the first driveshaft, an output driveshaft disengagement assembly coupled to the lower drive assembly, and a stabilizer assembly.

Abstract: A grain bin sweep is adapted to be assembled within a grain bin. The sweep comprises an auger assembly including a shield and an auger; and a tractor frame assembly comprising a frame first part and a frame second part. The sweep components are sized to fit through a small access opening to a grain bin and to then be assembled together within the grain bin. Additionally, the assembly of the grain bin sweep is accomplished using simple hand tools, such as wrenches, screwdrivers, etc. No welding, drilling or other fabrication is required to assemble the parts or components together to form the sweep.

Abstract: A hinged unloading auger for an agricultural combine that reduces the portion of the unloading auger that extends beyond the rear end of the combine when the unloading auger is in its storage position. The horizontal section of the unloading auger includes a hinged joint that connects a first segment and a second segment. In the storage position, the joint is separated to provide a compact storage package. In the unloading position, the second segment is rotated around the hinge so that the axes of the first and second segments are coaxial.

Abstract: A torque transfer assembly (30a, 30b, 30c) is assembled with reinforced fasteners (44) so that it may withstand the shear forces created by torque loads. The reinforcement is provided by surrounding the portion of a fastener subjected to shear stress with a sleeve-like tube key (40).

Abstract: This invention related to a bearing for the drive ring of a ring drive of a silo reclaimer wherein the bearing is mounted on the drive ring for bearing relation with bearing surface of the ring drive and is made of a plastics bearing material. The plastics bearing material has a coefficient of friction on its bearing surface so as to operate without lubrication in use.

Abstract: The present invention is directed to the remote operation of an auger attached to a portable unit for storing and transporting particulate matter. A bin having a number of sidewalls which converge downwardly and inwardly to a discharge end secured to a frame. A discharge chute is attached to the bin to receive particulate matter from the bin and transfer the particulate matter from the bin. An unloading auger is secured within the discharge chute and powered by a motor which is secured to the frame. In general operation, a clutch assembly engages the motor to the unloading auger causing the particulate matter to be unloaded. A user may use a transmitter to send a signal to a receiver which increases or decreases the output of the motor and engages or disengages the clutch such that the auger may be started or stopped. The transmitter and receiver may communicate using a radio signal. Additionally, wheels may support the frame and a trailer hitch may be attached.

Abstract: In a grain cart equipped with a lower horizontally-disposed input drag auger, a vertically disposed lift auger, and an upper horizontally disposed discharge auger, a unique drive train is used. The lift auger and the discharge auger can be activated independently of the input auger in order to empty their contents on start-up of the grain cart discharge system. By so doing the strain on the drive train is considerably lessened thus permitting very large grain carts to be emptied without damage to the drive train system. A hydraulic cylinder activates a belt-tightener between a drive sheave and a driven sheave. The driven sheave is attached to the axis of the drag auger. When the hydraulic cylinder is extended, pressure exerted on the belt causes the input auger to rotate and to feed the lift and discharge augers.

Abstract: A screw conveyor is provided with a drive in which cogged wheels are supported such that they are radially movable in relation to each other, parallel to a straight line perpendicular to a pressure line of tooth contact of the cogged wheels and parallel to surfaces of contact. The screw conveyor includes a frame adapted to turn around a vertical turning axis and a conveyor screw adapted to turn with the frame. A second one of the cogged wheels is supported such that it is movable vertically.

Abstract: A drive (D) for an auger conveyor (FC) is disclosed where the auger conveyor comprises a conveyor conduit (11) and a centerless helical coil auger (15) disposed within the conduit. The auger has a longitudinal axis and a plurality of spaced, helical flights (17). The drive (D) is a drive screw (23) substantially coaxial with the auger and having a plurality of flights in face-to-face engagement with corresponding flights of the auger. A drive member (47) is in driving engagement with the drive screw with the drive screw and the drive member being mounted for rotation about the longitudinal axis. A power drive (27) is rotatably drives the drive screw about its longitudinal axis so as to effect movement (either axial or rotational movement) of the auger relative to the conveyor conduit. A method of driving the auger is also disclosed.

Abstract: A material conveying system for accurately conveying a specific predetermined amount of a material. The system includes a large primary auger that is rotated to convey the material until the amount of material closely approaches the predetermined amount. A smaller secondary auger, disposed coaxially with the primary auger, is then rotated to convey material until the amount of material conveyed reaches the predetermined amount.

Abstract: This invention relates to a grain cart having a downwardly and inwardly tapered hopper for temporarily storing grain, an auger mounted to an outer, forward portion of the cart's hopper is adapted for unloading grain from the cart. An interface housing mounted to the outer portion of the cart's forward inclined wall and disposed over an aperture in the wall is coupled to a lower end of the auger. Grain discharged from the hopper under the influence of gravity enters the interface housing and is removed from the housing by the auger for discharge into another vehicle such as a truck. The interface housing is removably mounted to the outer surface of the hopper, such as by bolts, to facilitate removal and repair of the auger, and to simplify grain cart design and manufacture. An angle drive gearbox couples the auger shaft to the power take-off unit of a tractor pulling the grain cart for driving the auger.

Abstract: An improved harvesting cart having a drive assembly for providing easy transition between PTO drive and hydraulic drive is disclosed. The harvesting cart has a drive shaft for engaging an auger flighting or other unloading mechanism. A forward end of the drive shaft is adapted to receive a complementary PTO coupling from a pulling vehicle.

Abstract: There is disclosed an improved grain cart comprising a mobile frame adapted to be pulled by a vehicle, such as a tractor. The frame supports a grain hopper or box. The hopper includes an inset front corner area. An auger for unloading grain from the hopper is located entirely outside the hopper. The auger includes a sump for receiving grain from the hopper, the sump being positioned on a lower, outside wall portion of the inset front corner area. Between the sump and the surface of the outside wall portion of the inset front corner area there is a grain shut off door for controlling a flow of grain from the hopper to the sump. A hydraulic cylinder is mounted adjacent to the sump and is connected to the grain shut off door for opening and closing the door. A conduit is connected to the sump, and a drive assembly is provided for conveying grain through the conduit. The drive assembly includes a gear box having a shaft connected to auger flighting disposed inside the conduit, and a drive shaft.

Abstract: A center drive portable auger system for transporting particulate material. The auger includes an auger tube having a feed end and a discharge end, an auger drive shaft within the auger tube, and an auger flighting mounted to the auger drive shaft for transporting particulate material from the feed end to the discharge end of the auger tube. A gear box is positioned adjacent an external surface of the auger tube between the discharge end and the feed end for center driving the auger flighting. Since the central gear is external to the auger tube it does not restrict the flow of the particulate material within the auger tube, does not leak oil into the particulate material, and runs cooler than the internal gear boxes due to less friction during operation. A drive linkage operates between the gear box and the auger drive shaft for driving the auger flighting.

Abstract: A pallet for use in transporting a container housing a particulate material, the container having a gate for releasing the particulate material from the container. The pallet includes a frame member for receiving the container, a hopper mounted to the frame member for receiving the particulate material from the container when the container gate is open, an conveyor having a feed end and a discharge end, the feed end of the conveyor being fixedly mounted to the hopper for transporting the particulate material from the hopper to the discharge end of the conveyor to fill a desired target with the particulate material, and a drive system for driving the conveyor.

Abstract: A grain separator is disclosed comprising a plurality of operatively connected grain separator units and a grain inlet for feeding grain into the separator, wherein the grain is separated . The grain separator also has an outlet for dispensing the grain after the grain is separated and an internal drive for operating the units in separating grain.

Abstract: An improved auger design comprises a one-piece assembly with bearings at both the inboard and outboard ends of the auger flight to self-support the auger flight within a discharge tube of the feed bin. Furthermore, a single mounting plate secures the auger to the discharge tube such that a small number of bolts may be removed to thereby facilitate the ready insertion or removal of the auger from within the discharge tube to aid in its cleanability and maintenance or replacement of failed parts.

Abstract: A heater for burning particulate combustible fuel material, and a stoker for transferring the fuel for use in connection with such a heater. The heater includes a burner with a step upward from the stoker onto the burner, for reducing the possibility of the fire burning back into the supply of fuel. The stoker includes a first conveyor and a second conveyor, spaced vertically apart and connected together by a drop box. A drive arrangement for driving the conveyors includes a prime mover connected to the first conveyor by means of a drive shaft and to the second conveyor by an intermittent drive. The intermittent drive includes a second shaft with a plurality of paddles extending radially outwardly therefrom. In one embodiment, one or more paddles are removably affixed to the first shaft and extend radially outward therefrom. Thus rotation of the first shaft causes rotation of the second shaft only when the paddles are in contact.

Abstract: A bulk seed transport bin includes an enclosed storage container mounted on a frame. An auger extends upwardly out of a roof portion of the container and has an upper dispensing port. The auger includes a lower end extending through the interior of the container and downwardly through a funnel-shaped lower portion of the container. An auger shaft with flighting thereon is removably mounted within the auger tube, and may be removed through the upper end of the auger tube by removing an upper flange sealing the upper end of the tube. The lower end of the auger shaft is hollow and is journaled on the upper end of a connector shaft extending through the lower end of the auger tube. The upper end of the connector shaft has an arm mounted thereon which will engage a stop on the lower end of the auger shaft when the auger shaft is journaled on the connector shaft.

Abstract: A system for handling agricultural chemicals, such as herbicides, pesticides, and the like which are supplied in dry form. A refillable tank includes an integral, internal auger that horizontally extends through the bottom portion of the tank and is adapted to feed dry chemicals from an outlet in one side of the integer auger, and an internal flow regulating system for apportioning the chemical into the auger. The internal tank auger is driven by a detachable drive motor which is connected to the drive end of the internal tank auger. A feeder hose having a flexible, internal auger detachably connects to the outlet end of the internal tank auger by a cam lock coupling provided on one end of the feeder hose and on the outlet end of the internal tank auger. An auger coupling extending from the cam lock coupling end of the feeder hose mateingly engages the internal tank auger when connected. A drybreak assembly connects the feeder hose with a planter hopper box for later dissemination.

Abstract: A screw feeder is provided having a lower screw shaft and an upper drive shaft which are detachably connected to each other. The drive shaft includes an outer tubular member, with an inner, generally solid, connecting member positioned within the drive shaft. The lower end of the tubular member of the drive shaft includes a generally tapered recess which is adapted to mate with a lower end of the connecting rod positioned therein. The lower end of the connecting rod has a plurality of generally axially arranged slits which make the lower rod end flexible, with the lower end having a generally frustoconical outer surface. The upper end of the screw shaft is adapted to be attached to the lower end of the drive shaft by at least one annular member which engages one of the shafts. The annular member has two inwardly protruding pins, with the lower end of the drive shaft having a portion with two generally L-shaped opposed recesses which are adapted to engage the pins.

Abstract: A waste toner conveyer of an image forming apparatus has a screw for conveying powdery toner along a toner conveying passage defined in the conveyer. The screw includes a plurality of strip-like spring members which are reciprocally moved along a longitudinal direction of the waste toner conveyer. The screw is secured to a rotary shaft. A pin fixed to the shaft rotates and slides along an irregular surface of a cam so as to reciprocate the screw horizontally during the rotation of the shaft. Accordingly, waste toner is shaken from the screw by an extension and retraction of the screw along the longitudinal axis so that such waste toner can fall through a waste toner outlet.

Abstract: A screw conveyor mechanism mounted within the trough assembly. One end of said screw conveyor is removably mounted on the trough assembly. A drive shaft is provided for rotating the screw conveyor with the drive shaft being removably connected to the outer end of the screw conveyor. The drive shaft has a drive plate and the screw conveyor has a shaft plate, both of which are provided with an interengaging removable coupling. The removable coupling is a tongue-and-groove arrangement with the tongue on one plate and the groove on the other plate. A seal in the form of an O-ring is provided between the two plates.

Abstract: The multipath filling machine or unit for metering, filling and packing pastry products, especially soup pastes, in two or more product rows has a feed mechanism, which has a conveying device, and a following metering mechanism. The conveying device has a plurality of conveyor screws extending in pairs to a pressing chamber of the metering mechanism. These conveyor screws are associated with a common entrance funnel for all rows of products so that a uniform product distribution, is attained in the narrowest space and thus an exact metering over.

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: Readily attachable and detachable apparatus for coupling the drive shaft of a modular plastic screw conveyor with a power source is substantially concealed and protected by the modular plastic screw conveyor. Plastic screw conveyor modules define a non-circular axial aperture suitable for sliding over a matching or cooperating non-circular full length drive shaft. The drive shaft itself also includes an axial non-circular cross-section recess at one end for receiving a cooperating journal plug. The journal plug is retained in the drive shaft by a resilient axial force such as provided by a spring under tension, and such that rotation of the journal plug causes rotation of the drive shaft which in turn causes rotation of the plastic screw conveyor.

Abstract: A device for the transportation of flowable material in pulverulent, granular, lump, granulated or pasty form in a feed pipe comprises a coaxial endless feeder screw which is rotatable in the forward or reverse direction and a drive mechanism for driving said screw. The drive mechanism enables one to obtain a feed motion without rotation and a rearward motion with a forced, regular rotation of the endless screw so that the material to be transported remains axially stationary during the rearward motion. Owing to the dense column of material to be transported the bearings may be suppressed; if they are provided, they will have to be arranged outside the conveying stock. The endless screw is designed as a single piece screw and the distance between the screw and the feed pipe is slightly bigger than the average size of the grains or lumps of material to be conveyed. The device is preferably used for the supply of pneumatic or hydraulic conveyors.

Abstract: The device includes an actuating lever adjacent the intake end so that the intake end portion of the auger can be disengaged from the main auger flight if desired. A remote actuating lever is situated adjacent the discharge end of the auger tube operatively connected to the actuating lever adjacent the intake end so that remote control is possible. Over center linkage is provided so that the slip clutch assembly is held in the engaged position and disengaged is in the release position, depending upon the position of the actuating lever.

Abstract: An agricultural airplane loading device having a wheeled frame on which is mounted a hopper provided with a lower portion forming a discharge opening. Arranged below the hopper for receiving material from the discharge opening of the hopper is an auger conveyor which elevates the material received from the hopper at an angle permitting the material to be discharged into a reservoir of an airplane without contacting the aircraft. A gate arrangement controls flow of material from the hopper to the conveyor, while a pulley affixed to the auger for rotating same is provided with a mass disposed eccentrically of the auger for vibrating the hopper when the conveyor is in operation and preventing bridging and tunnelling of material in the hopper.

Abstract: A rotary piston conveyor comprising a plurality of interengaged rotors in which at least one rotor is driven and, in turn, drives the other rotors. Each pair of adjacent rotors have spiral vanes which mesh to form the conveyor path as the rotors rotate. The degree of interengagement of the flanks or edges of the meshed vanes determine the efficiency of the conveyor path formed by the meshed vanes for any particular material or groups of material. Hence the rotors are adjustable to vary the interengagement of the vanes. The clearance between vanes in a direction parallel to the shaft determines the size or cross-section of the conveyor path. Hence, the rotors are longitudinally adjustable with respect to each other to vary the clearance. The adjustment device includes a split gear on the driven rotor and means for making each of the two adjustments as well as markings or indicia which may be read against a marker to show the degree of adjustment.

Abstract: A section of a conveying pipe accommodates a conveyor screw, and drives are provided for rotating this conveyor screw as well as axially reciprocating it in the pipe section.