Abstract: A pressing device for providing a bale from plant material, including a pressing chamber with a pressing space to which plant material can be supplied, a pressing element movable from an initial position into an end position with a drive apparatus for compressing the plant material, and a binding apparatus, wherein the pressing space is delimited laterally by a wall for forming a pressing box, and an abutment delimits the pressing space, against which abutment the plant material is compressible during the movement of the pressing element into a first partial bale, wherein the first partial bale provided in this manner is transportable through a transport opening of the pressing space into a following space, wherein at least one further partial bale, via the pressing element, can be provided by compressing further plant material introduced into the pressing space against at least one abutment arranged at the pressing chamber.

Abstract: A twine knotter (10) for forming two knots (16, 33) in a pair of twine strands comprising: a drive pulley (20), a bill hook (9) rotatably driven by the drive pulley (20) about a knotter axis (K) to form two successive knots (16, 33) in the pair of twine strands (5, 7), a twine holding device (18) for clamping the pair of twine strands (5, 7) between a first clamping element (21) and a second clamping element (22), and a twine knife (13) for cutting the pair of twine strands (5, 7). The second clamping element is driven rotatably about a twine holder axis (G) by the drive pulley such that the rotatable second clamping element completes two rotations for one rotation of the drive pulley, and the twine holder axis (G) and the knotter axis (K) enclose an angle of less than 45° with one another.

Abstract: A rebar tying tool may include a twisting mechanism, a body, a grip, and a control board. The twisting mechanism may include a twisting motor and a holder configured to twist a wire around rebus by operation of the twisting motor. The body may house the twisting mechanism. The grip may be disposed below the body and configured to be gripped by an operator. The control board may be configured to control the operation of the twisting motor. The control board may be disposed below a connection between the grip and the body.

Abstract: A binding machine includes a wire feeding unit configured to feed two wires to be wound on an object to be bound, a wire guide configured to align the two wires in parallel, a binding unit having an engaging member in which the wires are to be engaged, and the binding unit configured to twist the wires which are wound on the object to be bound and which are engaged in the engaging member, a curl guide configured to curl the wires being fed by the wire feeding unit into a loop shape, an inductive guide configured to guide the wires curled by the curl guide toward the binding unit, and a parallel alignment regulation part configured to guide an alignment direction of the two wires to be engaged with the engaging member in a radial direction of the loop.

Abstract: A strapping device including a tensioner operable to apply a strap tension to a loop of wrapping strap, a friction welder operable to produce a friction weld connection at two areas of the loop of wrapping strap disposed one on top of the other, a motor operable in a first rotational direction to drive the tensioner and in a second opposite rotational direction to drive the friction welder, and a control device. The control device is configured to, in response to receiving a first designated input: (1) operate the motor in the first rotational direction to drive the tensioner until a predetermined strap tension is reached in the loop of wrapping strap; and (2) afterwards, automatically operate the motor in the second different rotational direction to drive the friction welder to produce the friction weld connection.

Abstract: A baling press for baling cotton gin trash and other particulate biomass feedstock. The baling press includes an infeed chute assembly, a compression ram assembly, an extrusion chamber assembly, a strapping storage and dispensing assembly, and a strapping insertion assembly. Methods of producing a bale with the baling press and a bale generated by the baling press are also described.

Abstract: A pair of jaws for a twist tying machine enables a user to tie products with a small outer diameter. The pair of jaws includes a fixed jaw that has a generally cylindrical housing attached to the twist tying machine and extending to a flat distal edge. A fixed jaw channel is formed within the fixed jaw and configured to accommodate a product tie from the twist tying machine. A movable jaw is rotatably attached to the twist tying machine and extends to a movable jaw distal end. A movable jaw channel is formed within the movable jaw and configured to accommodate the product tie from the fixed jaw channel. Closing the movable jaw against the fixed jaw enables the product tie to travel through the movable jaw around a product, and through the fixed jaw creating a tie around the product.

Abstract: A knotter assembly for use in a wire-tieing system, and method for removing and replacing a twist-module sub-assembly in a knotter assembly on a material baling apparatus. Embodiments of the knotter assembly include a slidably removable twist module assembly, a ratcheted cover arm assembly, and a torque tube assembly having two operating arms that carry all of the operating components for activating various elements of the knotter assembly.

Abstract: A method for flip chip stacking includes forming a cavity wafer comprising a plurality of cavities and a pair of corner guides, placing a through-silicon-via (TSV) interposer with solder bumps coupled to a surface of the TSV interposer on the cavity wafer, such that the solder bumps are situated in the plurality of cavities and the TSV interposer is situated between the pair of corner guides, placing an integrated circuit (IC) die on another surface of the TSV interposer, such that the IC die, the TSV interposer, and the solder bumps form a stacked interposer unit, removing the stacked interposer unit from the cavity wafer, and bonding the solder bumps of the stacked interposer unit to an organic substrate such that the stacked interposer unit and the organic substrate form a flip chip.

Abstract: A reinforcing bar binding machine is provided with a device for detecting a power supply voltage during a binding wire twisting step subjected to the heaviest load and comparing the power supply voltage with a predetermined CPU operation voltage, and a control device for driving a motor in a reverse direction when the voltage has dropped below the predetermined CPU operation voltage. The power supply voltage during operation is monitored, and twisting operation is suspended before the voltage drops below the CPU operation voltage, whereby the binding wire twisting mechanism is returned to the initial position. Therefore, it is possible to prevent the binding wire twisting mechanism from being stopped while grasping the binding wire, when the CPU stops.

Abstract: A machine for forming a two-stage wire tie around a pair of bars to bind the bars together. The machine comprises an arrangement for passing the wire in a loop around the bars and a twisting head for twisting the ends of the loop together. The twisting head comprises an arrangement for gripping the ends of the wire and a tie plate through which the ends of the wire pass, and the head is resiliently mounted relative to the bars so as to allow the tie plate to move through a predetermined amount of travel towards the bars, to thereby define the length of a first stage of the tie. The machine is adapted thereafter to release the ends of the wire and continue twisting these to form a second stage of the tie.

Abstract: The subject invention relates to a knotter assembly for use in a wire-tieing system. The knotter assembly includes a slidably removable twist module assembly, a ratcheted cover arm assembly, and a torque tube assembly having two operating arms that carry all of the operating components for actuating various elements of the knotter assembly.

Abstract: A twister assembly for use in connection with bundling one or more objects with a length of wire may cut, grip, eject, and twist the length of wire. The twister assembly includes a main shaft driven by a main shaft motor and a twister shaft driven by a twister motor. The main shaft may be operatively coupled to a gripping mechanism, which is operable between an open and a closed position, a cutting mechanism, and an ejector mechanism. The twister shaft may be operatively coupled to a twisting mechanism, where the twisting mechanism includes a plurality of gears configured to rotate a twister pinion. The twister pinion is further configured to engage the length of wire and twist a portion of the length of wire to form a knot. Related twister assemblies and methods are also provided.

Abstract: The present invention relates to a binding apparatus for binding a wire around one or more objects. In particular the present invention relates to a binding apparatus wherein a wire is automatically guided around the object(s). Moreover, the present invention relates to a shaping tool for shaping a wire to have a predetermined curvature.

Abstract: An electric hand-held binding apparatus according to embodiments including a wire feeding device configured to convey the binding wire. The binding apparatus further includes a twisting device including a twisting shaft, a fork disposed on an end of the twisting shaft, a twisting shaft spur gear disposed on the shaft, and a twisting shaft bevel gear. The twisting device is configured to wrap an object with the binding wire. The binding apparatus further includes a cutoff device configured to cut the binding wires. In the binding apparatus, the twisting shaft spur gear includes a groove on a surface in contact with the twisting shaft bevel gear, and the twisting shaft bevel gear includes a pillar configured to slide in the groove so that a rotation of the driving wire-feeding wheel shaft is desynchronized relative to a rotation of the twisting shaft.

Abstract: A wire-binding device for binding together at least two objects comprises a handle part via which the wire-binding device can be held by an operator. Pushing forward the handle part causes a V-shaped wire clip to be guided along the inside of two closing jaws of a mouth until the wire clip encloses the two objects which are to be connected. Additionally provided on the mouth is positioned having two mutually opposite guide faces of which the spacing from one another is less than the spacing of the closing jaws from one another.

Abstract: The subject invention relates to a knotter assembly for use in a wire-tieing system. The knotter assembly includes a slidably removable twist module assembly, a ratcheted cover arm assembly, and a torque tube assembly having two operating arms that carry all of the operating components for actuating various elements of the knotter assembly.

Abstract: A wire-binding device for binding together at least two objects comprises a handle part via which the wire-binding device can be held by an operator. Pushing forward the handle part causes a V-shaped wire clip to be guided along the inside of two closing jaws of a mouth until the wire clip encloses the two objects which are to be connected. Additionally provided on the mouth is positioned having two mutually opposite guide faces of which the spacing from one another is less than the spacing of the closing jaws from one another.

Abstract: A twist-tie catch twister apparatus is taught that consists of dual feed rollers that feed twist-tie material through a back opening in a catch twister into the groove of a peripheral ring, which continues around the ring penetrating the front side of the catch twister through a second opening. The twist-tie material is then retained by a twist-tie clamp and the rollers reverse rotation drawing the twist-tie material onto a workpiece. The catch twist motor rotates the catch twister one half turn twisting to hold tension on the workpiece. A twist-tie cutter, positioned between the feed rollers and split ring, severs the twist-tie material and the twist-tie tape clamp opens with the motor rotating the catch twister a predetermined number of turns and then reverses at least one half turn to release the twisted material and the split ring opens for removal of the twist-tie secured workpiece.

Abstract: A binding apparatus for binding a wire around one or more objects, the binding apparatus is adapted to bind the wire such that a predetermined tension in the wire is achieved. A method of binding a wire around one or more objects so as to achieve a desired tension of the wire in the binding.

Abstract: A reinforcing bar binding machine is provided with: a main sleeve having a tip end on which a hook is pivotally mounted; a tip end shaft fitted in an inside of the main sleeve; a spiral screw groove formed on the tip end shaft; a fitting opening that penetrates from an outside to the inside of the main sleeve; a key fitted in the fitting opening and brought in mash engagement with the screw groove; a short sleeve provided on an outer periphery of the main sleeve and covering the key; and an engaging means formed on the short sleeve and controlling a rotation of the main sleeve.

Abstract: A method and associated apparatus designed to effectively twist and cut baling wire during the baling process. The apparatus includes a twister assembly that has a plurality of gear-driven twister heads. During the baling process the twister assembly extends from a slide housing so that the twister heads engage and twist adjacent strands of baling wire. The twister assembly then retracts back into the slide housing so that the twisted portion of the baling wire is cut by a cutting assembly attached to the slide housing.

Abstract: For tying wire material around a bale, a pair of end portions of the loop is held in a substantially mutually parallel orientation. An engaged section of at least one of the end portions is moved about a longitudinal axis of the other end portion of that pair, such that the pair of end portions is twisted into a wire twist between an engagement area and a portion of the loop extending about the bale. During twisting, wire material of at least one of the end portions slips through the engagement area towards the portion of the loop extending about the bale. An implement and twisters for use in such a method are also described.

Abstract: A bale stacker for consolidating a plurality of bales into a bale bundle. The bale stacker includes a compression chamber at least partially defined by a floor, sidewalls, and a ceiling. The compression chamber extends between an upstream opening and a downstream opening thereof. The bales are receivable in the compression chamber via the upstream opening and the bale bundle is configured to exit the compression chamber via the downstream opening. The compression chamber ceiling includes a substantially planar rear portion positioned substantially parallel to the floor. The compression chamber ceiling also includes a front portion positioned upstream from the rear portion, and located in a non-parallel relationship relative to the floor for engaging the bales as they are moved past the front portion in a downstream direction of travel toward the downstream opening, so that the bales are compressed between the front portion and the floor.

Abstract: A method and associated apparatus designed to effectively twist and cut baling wire during the baling process. The apparatus includes a twister assembly that has a plurality of gear-driven twister heads. During the baling process the twister assembly extends from a slide housing so that the twister heads engage and twist adjacent strands of baling wire. The twister assembly then retracts back into the slide housing so that the twisted portion of the baling wire is cut by a cutting assembly attached to the slide housing.

Abstract: A reinforcing bar binding machine is provided with a control unit operated in such a manner that at the time of turning on an electric power source switch, a setting position of a motor drive adjustment dial and a state of a trigger lever are read, and when the motor drive adjustment dial is at a specific setting position and when the trigger lever is turned on, a binding wire cutting mechanism is driven by a predetermined number of times for warming up the binding wire cutting mechanism. When the warming-up operation is carried out in a cold environment, it is possible to reduce the viscosity of grease coated on a mechanism portion. Therefore, it is possible to lower a viscosity of grease applied on a mechanical portion and conduct a reinforcing bar binding work without wasting a binding wire in the same manner as that in a warm environment.

Abstract: A method and associated apparatus designed to effectively twist and cut baling wire during the baling process. The apparatus includes a twister assembly that has a plurality of gear-driven twister heads. During the baling process the twister assembly extends from a slide housing so that the twister heads engage and twist adjacent strands of baling wire. The twister assembly then retracts back into the slide housing so that the twisted portion of the baling wire is cut by a cutting assembly attached to the slide housing.

Abstract: A wire strapping or tying device (46) is provided having a rotatable pinion-type knotter assembly (56) for twist-knotting of a pair of adjacent wire sections (50a, 50b), together with a shiftable knotter cover (266) movable between a home position for maintaining the sections (50a, 50b) within the assembly (56) and a remote knotter access position allowing ready access to the knotter assembly (56). The cover (266) is supported by arms (268, 270) which are pivotal about an axis spaced from and generally parallel with the cover (266). The cover (266) may be manually shifted to the remote knotter access position through an arc of at least 45°. Also, the knotter assembly (56) includes a primary body (128) supporting a rotatable, slotted knotter pinion (178). The body (128) is pivotally secured to frame plates (68, 70), allowing the body (128) to be pivoted to a convenient position for servicing of pinion (178).

Abstract: It includes a driving load detecting device which detects a driving load amount of a tie wire cutting mechanism, and a tie wire feeding amount control device which controls a feeding amount of the tie wire in a subsequent tying operation in accordance with the detected driving load amount. If the driving load amount when cutting the tie wire is equal to or less than a cutting determination reference value, the tie wire is fed by a normal feeding amount with a predetermined amount being added thereto in the subsequent tying operation to compensate the tie wire feeding amount, whereby a tip end of the tie wire is fed to a position which is same as the position in the normal state. The subsequent tying cycle is executed normally even if the tip end of the biding wire is failed to be clamped due to the failure of the feeding operation of the tie wire and the tie wire is pulled excessively.

Abstract: A cooling fan 17 is arranged on the rear side of a twisting motor 9 of a reinforcing bar binder 1. The cooling fan is located on the axial line of the twisting motor so that cooling air effectively flows along the surface of the twisting motor and through within the twisting motor. A control unit on-off controls the cooling fan according to the temperature detected by a heat sensitive element 23 so as to actuate the cooling fan when a trigger signal is received at an interior temperature not lower than a reference value and to stop it after a predetermined time elapses. Thus, the temperature of the reinforcing bar binder can be controlled within a safe temperature range. Even if the reinforcing bar binder is run during a long time, a protecting circuit is not operated to forcibly stop the reinforcing bar binder. Further, in a cold environment, the cooling fan is not actuated so that the performance at a low temperature is not deteriorated and so power consumption can be also saved.

Abstract: A crop baler having a bank of knotters employs a cross flow blower to produce a full width stream of air transversely across the line of knotters to keep them free of debris and residue. The blower is hingedly mounted on an enclosure over the knotters for selective movement between a lowered operating position and a raised access position.

Abstract: An apparatus for automatically binding reinforcing rods including a case having a predetermined shape at which reinforcing rods are forwardly attached, a binding-wire supplying device formed at a rear part of the case, a binding-wire feeding device for advancing the binding-wire, a rotary binding-wire guiding device, a binding-wire cutting device, and a binding-wire twisting device.

Abstract: An existing tying machine (20) is modified by the addition of components to produce a self contained laundry tie-out station (10). The components for the modification include a linear slide support yoke frame (22), attached on top of the tying machine's component mounting platform (24) with a pneumatic linear slide unit (34) mounted on top. A hanger slide rod assembly (40) is attached to the mounting face of the linear slide unit for retaining a selected group of hangers (36) containing laundered clothing (36?). Conveyer feed lines are aligned with distal ends of the recessed hanger slide rod (42) when in an at rest position. A pneumatic system operates the slide unit and controls are integrated into the tying machines existing electrical system. The invention draws the group of hangers into the tying machine where it bunches the hangers together and electromechanically binds the group with a twist tie.

Abstract: An existing tying machine (20) is modified by the addition of components to produce a self contained automatic laundry tie-out station (210). The components for the modification include a linear slide support yoke frame (22), attached on top of the component mounting platform (24) having a pneumatic linear slide unit (34) mounted on top. A hanger slide shaft assembly (220 or 220a) is attached to the linear slide unit which retains a selected group of hangers with laundered clothing (36?). Gravity conveyer feed lines are aligned with the hanger slide shaft (230) and a pneumatic system operates the slide unit with controls integrated into the tying machines existing electrical system. The hangers are drawn into the tying machine where they are bunched together and bound with a twist tie and then returned to the gravity laundry conveyer system. After the tying is completed a remote signal releases the bound hangers.

Abstract: The present invention is an ejector drive hub. The ejector drive hub comprises an axial through hole in a cylinder with a slot in the circumferential side wall of the cylinder. The slot truncates less than 180° of the cylinder. The ejector drive hub has an engagement face for a cam or pawl to drive it rotationally. A radial through hole in the slot forms a communicating opening between the slot and the axial through hole. The ejector drive hub further comprises a mount adapted to maintain a drive pawl in operative position relative to the radial through hole. The ejector drive hub further has at least one notch for engagement of a latch to maintain the ejector drive hub in a stationary position during knotting. The ejector drive hub has a boss to actuate an ejector. The boss and the disc portion of the ejector drive hub are integrally fabricated from a single piece of material as by machining.

Abstract: A twisting shaft 33 and a remover 34 fitted around the twisting shaft 33 are provided with forks 37, 44 at their respective front portions, and hooks 38 bent from front ends of the forks of the twisting shaft in the forward rotational direction are provided. The remover is rotatable by a one-way stopper mechanism in the forward direction only. When the twisting shaft and remover are rotated forward, a binding wire loop is hung on the hooks 38 and twisted. When the twisting shaft is reversely rotated after the completion of the twisting operation, the remover stops being rotated by the one-way stopper mechanism, and the twisting shaft alone is reversely rotated. As a result, the hooks 38 hide themselves behind the forks 44 of the remover 34, and the binding wire engaged with the hooks 38 is pressed by the forks 44 and removed.

Abstract: A binding machine is provided having a base member with a bifurcated shape in the front side thereof, into which an item can be inserted; a tie feed mechanism that feeds out a tie-like member of a predetermined length in the width direction of the base member so as to transverse an opening formed between the bifurcations of the base member; a tie guide mechanism having a pair of tie guide members capable of moving respectively in the substantially front/rear direction of the base member at the side areas of the opening thereby to press the front end side and the fed-out end side of the tie-like member toward the rear side by the respective front end portions, and a guide mechanism that guides each tie guide member toward the rear side substantially parallel to the opening, and turns the respective front end portions around toward the rear side of the opening thereby to make the respective front end portions closer to each other at the rear side of the opening; and a tying mechanism, provided at the rear side

Abstract: An operator interface for a control system for a bulk material baler includes interface means such as a touch screen or keyboard for an operator to enter process parameters into a control system memory. A display shows process parameter fields into which an operator may enter desired control parameters. The display also displays data feedback from baler process sensors. The baler control system then controls baling parameters as the operator directs including: strap feed position, strap feed speed, strap feed torque, strap release tension, tying cylinder position, tying cylinder speed and tying cylinder torque. The operator may also control carriage movement, alarm limits, shut off limits and monitor on the display baler processing data both currently and historically. Other aspects of automated baling may be optionally monitored or controlled through the operator interface of the present invention.

Abstract: A tying machine for tying an article, such as an open part of a bag, includes an operating member connected to a drive shaft which in turn is connected to a link mechanism. A rack member is connected pivotally to the link mechanism and engages a single-direction gear which drives a rotary shaft and a cam member. The cam member actuates a wire bending unit, a wire cutting unit, and a wire twisting unit. A returning spring is associated with the drive shaft. The operations of the link mechanism and the rack member may be reversed by turning the operating member to rectify malfunctions.

Abstract: The invention is a baling machine with an articulated guide track disposed in three operationally distinct sections. One section of the articulated guide track, representing approximately one-half of the track perimeter, is movable between a first position and a second position. In the first position, the large section completes a guide track perimeter. In the second position, the large section pivots away from tying heads of the baling machine to permit ejection of the bale from the machine.

Abstract: A twist tie feed device is provided for twisting together the ends of a tie ribbon which encircles a product including a base plate. A twist head assembly can be mounted on a base plate and receives a first end of a tie ribbon which encircles the product and a second end of the encircling tie ribbon and will rotate about itself to twist the tie ribbon about the product. Positive drive wheels and idler working in conjuction feed the ribbon in one of a first direction towards the twist head assembly and a second direction away from the twist head assembly. The positive drive wheels can contact the ribbon at one side and the idler can contact the ribbon on the other side to apply a positive drive force to the drive the ribbon as it passes between the drive wheels and idler. The ribbon can be fed in the second direction away from the twist head assembly, thereby tightening the ribbon about the product.

Abstract: A bale binding machine utilizes controlled pins to guide the path of a wire (or strap) around a bale such that strength-reducing bending is not introduced to the wire. The bale binding machine binds bales of fibrous bulk materials such as cotton and nylon.

Abstract: The invention is a baling machine with an articulated guide track disposed in three operationally distinct sections. One section of the articulated guide track, representing approximately one-half of the track perimeter, is movable between a first position and a second position. In the first position, the large section completes a guide track perimeter. In the second position, the large section pivots away from tying heads of the baling machine to permit ejection of the bale from the machine.

Abstract: A bale binding machine utilizes controlled pins to guide the path of a wire (or strap) around a bale such that strength-reducing bending is not introduced to the wire. The bale binding machine binds bales of fibrous bulk materials such as cotton and nylon.

Abstract: An operator interface for a control system for a bulk material baler includes interface means such as a touch screen or keyboard for an operator to enter process parameters into a control system memory. A display shows process parameter fields into which an operator may enter desired control parameters. The display also displays data feedback from baler process sensors. The baler control system then controls baling parameters as the operator directs including: strap feed position, strap feed speed, strap feed torque, strap release tension, tying cylinder position, tying cylinder speed and tying cylinder torque. The operator may also control carriage movement, alarm limits, shut off limits and monitor on the display baler processing data both currently and historically. Other aspects of automated baling may be optionally monitored or controlled through the operator interface of the present invention.

Abstract: Apparatus and methods for wire-tying one or more objects. A wire accumulating and feeding mechanism feeds the wire axially through the hollow axle of an accumulator drum and then out to a drive wheel. The wire is wrapped around the periphery of the drum to accumulate the wire during tensioning. A wire gripping mechanism is a simple, economical device including a gripper block having a wire receptacle formed therein, an opposing wall positioned proximate the wire receptacle, and in one embodiment a tapered gap formed in the gripper block proximate the wire receptacle and opposite from the opposing wall, and a gripper disc mounts in a gripper release lever constrained to move within the tapered gap and frictionally engageable with the length of wire disposed within the wire receptacle, the gripper disc being driven into the tapered gap by frictional engagement with the length of wire and pinching the length of wire against the opposing wall when the drive motor is operated in the tension direction.

Abstract: A tire compacting apparatus to compress a conventional tire includes a modular frame upon which a rotating apparatus and a gripping apparatus are attached. The rotating apparatus is mounted to the proximal side of the frame and includes a servomotor having a drive shaft. The drive shaft is connected to a proximal clamp which initially engages the sidewalls of the tire. The gripping apparatus is attached to the distal side of the frame and includes an actuator with a piston. The piston is connected to a distal clamp that grips the sidewalls of the tire opposite the proximal clamp. Once the distal clamp has engaged the tire, the servomotor of tire rotating apparatus will be set in motion, such that the drive shaft will begin rotation in the desired direction. The rotation of the drive shaft will cause rotation of the proximal clamp.

Abstract: The invention is a baling machine with an articulated guide track disposed in three operationally distinct sections. One section of the articulated guide track, representing approximately one-half of the track perimeter, is movable between a first position and a second position. In the first position, the large section completes a guide track perimeter. In the second position, the large section pivots away from tying heads of the baling machine to permit ejection of the bale from the machine.

Abstract: A binding device for binding pulp bales 13 with wire 12 drawn from a wire magazine comprises a feed means 20 for feeding and tightening the wire, a guide means 14 for guiding the wire round the bale 13 during forward feeding thereof, means 17 for cutting the tightened wire and twisting together the ends thereof, and a take-up unit 34 for taking up the slack loop of wire 33 arising from the tightening of the wire. A spring-loaded device 30 adjacent to the feed means damps the jerk which occurs when the slack loop 33 of wire runs out and wire 12 begins to be drawn from the magazine.

Abstract: A large round baler has an expansible baling chamber defined, in part, by a plurality of side-by-side mounted belts that act to roll up crop to form a bale within the chamber. The baler is equipped with a twine wrapping arrangement which leaves loose twine ends adjacent one of the ends of the wrapped baler. In order to secure these loose ends, there is provided an adhesive tape dispensing arrangement, which cooperates with the bale-forming belt that is aligned with the area of the bale on which the loose twine ends lie, so that a length of adhesive tape is selectively fed into the bale chamber by the bale-forming belt such that it is wrapped about the bale in covering relationship to the loose twine ends. A separating arrangement is provided for causing that part of the length of adhesive tape that is wrapped about the bale to be separated from the supply roll of tape.