Abstract: Disclosed is a system for use in a rolling mill having: (a) a roll holder housing a plurality of rollers; (b) a smart module coupled to the roll holder, the smart module comprising: (1) a power source powering the smart module; (2) a microcontroller; (3) a motor, the motor, based on instructions from the microcontroller, controlling a position of the plurality of rollers by moving the roll holder; (4) one or more position sensors, the one or more position sensors detecting the position of the roll holder; and (5) a communication module, the communication module communicating with a central controlling computer to: (i) communicate the position of the roll holder and other sensor data to the central controlling computer, and (ii) receive instructions from the central controlling computer to control the position of the roll holder.

Abstract: A multifunction work apparatus includes a drawing and yielding assembly and at least one of either a wire guide assembly, a straightening assembly, or a finishing assembly. The drawing and yielding assembly includes a contrast roll, rotatable idly around its axis of rotation, and at least two motorized rolls positioned on the periphery of said contrast roll.

Abstract: A packaging apparatus with an improved pinch roller apparatus, fluid supply apparatus, and/or a sealing apparatus. The pinch roller apparatus (e.g., comprising one or more guide and/or pinch rollers) is used to deliver film material to the fluid supply apparatus (e.g., nozzle and blower apparatus, or the like) that fills one or more chambers of the film material with fluid (e.g., air, gas, or other like fluid), and the film material is then sealed by a sealing apparatus (e.g., using one or more heating elements with an improved temperature sensor configuration) that seals the fluid within the one or more chambers in order to form the inflated article (e.g., inflated packaging material). In particular, the sealing apparatus provides improved sealing through the improved accuracy of the temperature reading in the heating zone, in part, by locating a sensor between a heating element and a protective member that covers the sensor.

Abstract: A device for applying coiling-tension to a slit band sheet includes an upper structure that is disposed on the upper side of a band sheet which has been passed through a slitter line and slitted; and a lower structure that is disposed on the lower side of the band sheet and faces the upper structure vertically. In addition, an upper belt is stretched on an outer peripheral surface of the upper structure. A lower belt is stretched on an outer peripheral surface of the lower structure. The upper structure has a first reversing portion, an upper pressing portion, and a second reversing portion. The first reversing portion and the upper pressing portion are integrated with each other. A tension adjusting mechanism is installed on side surfaces of the first reversing portion and the upper pressing portion and a side surface of the second reversing portion.

Abstract: A cable feeder for feeding cables through a structure according to some embodiments of the disclosure includes a housing having a drive roller attached thereto, and idler roller assembly attached to the housing. In an embodiment, the idler roller assembly can be released from the housing to allow cable to be released from the cable feeder. In an embodiment, the housing is formed from upper and lower housings, and the position of the lower housing and idler roller assembly can be adjusted relative to the upper housing and drive roller.

Abstract: Provided are a device and a method capable of suitable cooling of a fiber bundle without hindering nozzle maintenance work or preparation work before the start of manufacturing. The provided device includes a nozzle which allows the fiber bundle impregnated with thermoplastic resin to pass therethrough while forming the fiber bundle into a tape shape, a cooling roller for cooling the fiber bundle, and a supporting device. The supporting device supports the cooling roller rotatably so as to allow the cooling roller to be moved between a cooling position at which an outer periphery surface of the cooling roller makes contact with the fiber bundle having passed through the nozzle and a retraction position away from the nozzle beyond the cooling portion.

Abstract: An electrically powered work piece feeder for use with inverted routers or small shapers incorporates improvements in adjustability which enhances accuracy, convenience, and safety in the use of such power tools. The powered feeder element mounts on a table fence and has an inverted roller suspended over the table adjacent a working face. Mounting structure permits positional adjustment of the roller in spatial relation to the power tool cutter and a workpiece on the table so as to propel the workpiece on the table over the power tool cutter and along the working face in the direction of the longitudinal feed axis. An out-feed section may be provided on the fence that includes inner and outer wedge-shaped ramps movable with respect to one another along the longitudinal feed axis and adapted to be locked together, thus allowing slow and precise advancement of the outer ramp toward the router.

Abstract: A transport device includes a drive roller and a driven roller. The drive roller transports paper-sheets in a predetermined transport direction by rotation thereof. The driven roller rotates with rotation of the drive roller, and regardless of from which direction the paper-sheets hit a contact point with the first roller, moves in a direction diagonally forward than a vertical direction with respect to the transport direction. The transport device further includes a bearing groove formed so that a shaft of the driven roller moves in a direction diagonally forward than the vertical direction with respect to the transport direction along an inclined surface.

Abstract: A driver for a steel strip coiler, having at least one supporting driving roller mounted on a frame, and at least one driving roller, which can be adjusted with respect to the supporting driving roller and is mounted on at least one rocker connected to the frame, wherein the driving roller is attached to a bearing region of the rocker. The bearing region is open for the insertion or removal of the driving roller toward the side and/or upwardly when the rocker is placed in the operating position. The driver has a fixing mechanism for fixing the driving roller to the bearing region. The method for removing a driving roller from such a driver includes opening the fixing mechanism and removing the driving roller toward the side or upwardly from the driver.

Abstract: A feeding and reversing mechanism for a strapping machine includes a forward-reverse wheel assembly and a tension wheel assembly which are mounted on a base and arranged in such a way to provide larger contact areas between a strapping band and the two wheel assemblies. The feeding and reversing mechanism further includes first and second spring units. The first spring unit helps to keep a suitable gap between an active wheel and a passive wheel of the tension wheel assembly for the strapping band to pass through. The second spring unit helps to move the passive wheel toward the active wheel of the tension wheel assembly, so that the strapping band can be clamped between the passive wheel and the active wheel tightly to facilitate reversing and tightening of the strapping band.

Abstract: An apparatus for recovering hose, particularly coupled fire hose, comprises a lifting frame assembly, a lifting arm attached to the lifting frame assembly, a plurality of guide rollers, a motor mounted on the lifting frame assembly, an electric switch, a powered rotational drive roller, a plurality of lower rollers, and a detachable support assembly. A biasing means biases the lifting frame assembly to a plurality of guide roller mounts to allow lifting and lowering of the lifting frame assembly to and from at first and second position to allow passage of hose fitted with hose couplings. When using the relatively simple apparatus, a single operator can efficiently collect infinite quantities of hose fitted with hose couplings.

Abstract: A main roll and a sub-roll of a sheet material feeding apparatus interpose therebetween a sheet material to intermittently feed the same to a press apparatus. A roll clearance is adjusted according to a sheet thickness by displacing the main roll up and down. A release device that temporarily releases a sheet material having been interposed by the both rolls just before the sheet material is subjected to press working by the press apparatus includes a sub-roll guide that can move up and down together with the sub-roll, a rectilinear cam, and cam followers for engagement with a cam surface of the rectilinear cam, and the release device moves the rectilinear cam axially of the sub-roll in synchronism with the operation of the press apparatus to thereby displace the sub-roll up and down through the cam followers and the sub-roll guide.

Abstract: A handling assembly includes motor driver wheel assemblies that are supported on one or more platforms. The wheel assembles can be moved inwardly into engagement with tubing, cable or rods extending through the platforms so that the tubing, cable or rods can be raised or lowered in a controlled manner by frictional contact between the driven wheels and the tubing, cable or rods.

Abstract: Positioning apparatus applied on equipment with one or a plurality of single axles is fixed on two bases opposite to each other. Adjusting device is located in each base and corresponding to each cross or single axle, which is configured for adjusting the position of the cross or single axle in a direction parallel to the base. Fixing device is configured for fixing the adjusting device on the base. The fixing device is moved in one direction vertical to the adjusting device adjusted in another direction.

Abstract: A device for the transportation and chilling of a film tube extruded shortly before has at least one first pair of rollers, through the clearance between which rollers, the film tube enters into a chilling area, and a second pair of rollers, through the clearance between which rollers, the film tube leaves the chilling area. Thereby the film tube can discharge heat to its environment between the first and the second roller pair. The path length that the film traverses between the first roller pair and the second roller pair is variable.

Abstract: A wire feed station of a wire processing system draws a supply of wire into the system. The wire feed station includes first and second feed wheels that create a nip to pull the wire through the feed station. A drive assembly is coupled to the first and second feed wheels to cause rotation of the feed wheels. The drive assembly includes first and second drive shafts that are coupled to the first and second feed wheels through a pair of flexible couplings. The flexible couplings allow the first and second feed wheels to move relative to each other to adjust the feed nip. The flexible couplings allow a single drive motor to rotate the first and second feed wheels through a pair of drive shafts without the use of a complex belt or gear assembly.

Abstract: A wire feed station of a wire processing system draws a supply of wire into the system. The wire feed station includes first and second feed wheels that create a nip to pull the wire through the feed station. A drive assembly is coupled to the first and second feed wheels to cause rotation of the feed wheels. The drive assembly includes first and second drive shafts that are coupled to the first and second feed wheels through a pair of flexible couplings. The flexible couplings allow the first and second feed wheels to move relative to each other to adjust the feed nip. The flexible couplings allow a single drive motor to rotate the first and second feed wheels through a pair of drive shafts without the use of a complex belt or gear assembly.

Abstract: A feeding mechanism for feeding a web of paper in a paper handling system includes a feeding nip assembly having a driven roller structured to be rotatably driven about a first axis, and an idler roller structured to rotate about a second axis substantially parallel to the first axis. In addition, the feeding nip assembly is structured to apply a force to the idler roller to push the idler roller toward the driven roller. The force is applied in a direction substantially perpendicular to the first axis and the second axis. The idler roller is also structured to pivot about a third axis substantially perpendicular to the first axis, the second axis, and the direction of the force.

Abstract: A method and an apparatus are for applying a rotationally driven pressure roller (4) onto a rotationally driven goods guiding roller (3) in stretching equipment for thermoplastic films. The pressure roller (4) is advanced in the direction of the goods guiding roller (3) by at least one first pressurizable piston-cylinder unit (7) in such a manner so that after the advancement an axis-parallel remaining stroke exists between the pressure roller (4) and the goods guiding roller (3). Then at least one second pressurizable piston-cylinder unit (8) operatively connected with the first piston-cylinder unit (7) carries out the remaining stroke, while maintaining the axis-parallelism, until a touching contact exists between the pressure roller (4) and the goods guiding roller (3). Then the pressure roller (4) becomes effective with a nominal pressing force onto the goods guiding roller (3).

Abstract: A wire injector apparatus for impelling wire or injecting wire is provided. The wire injector has a motorized pulley system connected to a drive wheels for moving the wire laterally through the apparatus. Further, upper and lower idler wheels are arranged about the drive wheels to engage the wire with the drive wheels. A clamp connects the upper idler wheels to the lower idler wheels such that a single actuated lever can control and position multiple upper and/or lower idler wheels. Wire line paths for moving the wire are provided intermediate to the drive wheels and the idler wheels. The arrangement of the components of the wire injector allows for customizing the number of idler wheels and drive wheels to, in turn, provide any number of wire line paths for impelling or injecting any number of wires.

Abstract: A bar speed changing device (48) comprising a pair of upper rollers (55, 55?) and a pair of lower rollers (59, 59?). Said device receives a bar section with the rollers (55, 55?, 59, 59?) in the open position and rotating at a given speed. Upon leaving the device (48) said sections are fed into axially arranged peripheral seats (58) of rotating drum channels. Control devices calculate the speed at which the bar section must be released, upon completion of the braking action, according to the position that said section must occupy in one of said seats and on the basis of the bar-seat friction coefficient. When the rollers (55, 55?, 59, 59?) receive the bar, they turn at the calculated release speed. At a predefined moment, such to enable braking in the correct space and time, the four rollers close on the section and exert the braking action, exploiting the dynamic friction between the roller-section.

Abstract: A wire pinch force mechanism has a drive assembly which includes at least a first drive roll and a second drive roll adapted and configured to drive a weld wire. The pinch force mechanism further includes a cover movable between a first relatively open position and a second relatively closed position; and a force converter, mounted to the cover, which communicates with and applies an adjustable force to the drive assembly.

Abstract: Method and apparatus for applying a rotationally driven pressure roller (4) onto a rotationally driven goods guiding roller (3), especially in a stretching equipment for thermoplastic films, whereby the pressure roller (4) is advanced in the direction of the goods guiding roller (3) by at least one first pressurizable piston-cylinder unit (7) in such a manner so that after the advancement an axis-parallel remaining stroke exists between the pressure roller (4) and the goods guiding roller (3), whereby thereupon at least one second pressurizable piston-cylinder unit (8) operatively connected with the first piston-cylinder unit (7) carries out the remaining stroke, while maintaining the axis-parallelism, until a touching contact exists between the pressure roller (4) and the goods guiding roller (3), and whereby thereupon the pressure roller (4) becomes effective with a nominal pressing force onto the goods guiding roller (3).

Abstract: A drive roll adapted and configured to feed weld wire includes first and second opposing sides and an outer body surface. The outer body surface includes a base body surface, and at least one elevated wire interface extending outwardly from and along at least a major portion of the base body surface. The elevated wire interface can rotationally drivingly engage the weld wire, which enables the drive roll to advance the weld wire along e.g. a desired path of travel such as to a welding arc.

Abstract: A wire feeding mechanism for advancing a continuous length of wire along a pathway includes a housing having two roller supports each rotatable about a corresponding axis transverse to a wire pathway. The roller supports are on opposite sides of the pathway and are driveably engaged with each other. A drive roller is on each of the roller supports for rotation therewith. The drive roller includes an outer surface extending circumferentially about the corresponding axis. The outer surface defines a groove having an included angle of less than ninety degrees (90°). The drive roller on each of the roller supports compressively contacts a continuous length of wire between the roller supports such that the wire is advanced along the pathway in response to rotation of the drive rollers.

Abstract: The tracked drive device particularly protected by its frame or hood as well as by protective plates, so as to prevent any accidental insertion of a finger or any other part of the human body between the track elements. The arrangement makes access to the track, for replacement or maintenance, particularly difficult. The invention provides a pivoting construction of the driving device, whereby the driving mechanisms become easily accessible, thus facilitating track change.

Abstract: A tubing injector apparatus for use with variable diameter tubing. The apparatus comprises a pair of carriages which may be moved transversely and pivotally with respect to one another by actuating hydraulic actuator cylinders. A hydraulic control system uses relief valves to maintain a substantially constant pressure in the actuator cylinders when a tapered connector in the tubing passes between the carriages. A gripper chain in each carriage has gripper blocks to grippingly engage the tubing. A linear beam supports the gripper chain and has a plurality of resiliently biased segments therein to help maintain better contact with the tubing when the tapered connector passes through.

Abstract: A synchronous fine tunable material feeding mechanism includes a platform, a control member and a link device. A side panel is installed separately on both sides of the platform, and a top panel is installed on the side panels. A fixed roller and a movable roller are disposed between the two side panels. The two control members are disposed at the top panel and elastically push against the movable roller. The link device is disposed between the two control members and is capable of simultaneously driving one control member according to the movement of the other control member and to elastically push the movable roller synchronously to produce a downward force with a constant pressure.

Abstract: A pinch roll unit for either propelling or retarding a product moving along the pass line of a rolling mill comprises a pair of levers mounted for rotation about parallel first axes. Roll shafts are carried by the levers with each roll shaft being journalled for rotation about a second axis parallel to the first axis of its respective lever. Pinch rolls are carried by the roll shafts and are positioned to define a gap therebetween for receiving the product. An electrically powered first motor operates via a linkage to rotate the levers about the first axes and to move the pinch rolls between open positions spaced from the product, and closed positions contacting and gripping the product therebetween. An electrically powered second motor rotatably drives the pinch rolls.

Abstract: A reel-less line retriever suitable for rescue work provides open housing and guides such as may receive a flexible line along its length without threading through the guides and housing to be positioned between a pair of engaging wheels. The wheels are compressed about the line by a trigger mechanism and activated by a crank so as to discharge the line loosely into a following bucket or other suitable container. A handle may be held by an operator allowing the device to be supported in one hand with control of the trigger with one finger of that hand while the other hand is used to activate the crank. The line may be fully removed from the device and the device from the container for storage or ready access to the line.

Abstract: A control unit of hydraulic pinch rolls 1 comprises: position detectors 10c, 10d that detect position of right and left cylinder pistons 6c; an arithmetical unit 13 that calculates a difference of output 16c, 16d from the position detectors; a controller 14 that processes a calculated value to make correction output; and add-subtract units 18c, 18d that add/subtract the correction output from the controller such that the correction output 17 is added to an end portion of the pinch rolls having a wider gap in a direction to push the gap and the correction output of the same amount is subtracted from the opposite end portion, by which the set values of pressing force control provided for right and left independently are corrected. Thus, a defective winding shape can be suppressed.

Abstract: A wire feeding mechanism suitable for advancing ferrous and nonferrous wire along a pathway without causing damage to the wire, including a plurality of drive rollers stationed in opposing pairs along the pathway, each comprising a cylindrical hub and a flexible cover extending thereabout. The flexible covers conform to the cross-sectional contour of the wire therebetween under the compressive forces generated by the opposing drive rollers as the wire is driven along the pathway.

Abstract: The gap adjusting device for nipping rollers is provided with one roller rotatably provided at a prescribed position and the other movable roller. The nipping rollers are adapted so that the other roller is capable of forcing a paper web passing between the two rollers onto the one roller. A nipping-roller gap adjusting device includes a pair of supporting arms, one end of each of the supporting arms being swingably supported and the other end thereof rotatably supporting the other roller. A pressing force imparting device gives to the support arms a force working in such a direction that causes the other roller to approach the one roller and which, at the same time, can adjust the magnitude of the force. A minimum gap setting device can set a minimum gap between the one roller and the other roller. A gap adjusting device adjusts the size of a gap between the one roller and the other roller. A fixed frame member rotatably supports the one roller. The gap adjusting device is mounted on the fixed frame.

Abstract: A control unit of hydraulic pinch rolls 1 comprises: position detectors 10c, 10d that detect position of right and left cylinder pistons 6c; an arithmetical unit 13 that calculates a difference of output 16c, 16d from the position detectors; a controller 14 that processes a calculated value to make correction output; and add-subtract units 18c, 18d that add/subtract the correction output from the controller such that the correction output 17 is added to an end portion of the pinch rolls having a wider gap in a direction to push the gap and the correction output of the same amount is subtracted from the opposite end portion, by which the set values of pressing force control provided for right and left independently are corrected. Thus, a defective winding shape can be suppressed.

Abstract: A feeding system for difficult web and sheet materials, such as bubble wrap. A drive roller having a high friction surface is spaced over a flexible platen having a low friction transport surface. The gap between the platen and the drive roller is adjustable, and the drive roller is driven to advance web and sheet materials between the drive roller and the transport surface. The transport surface has a very low coefficient of static friction, and the surface of the drive roller has a very high coefficient of static friction, with the coefficients of friction differing by at least 0.5.

Abstract: A winding device has a drive shaft having a flange, and a holder rotatably mounted on the drive shaft in covering relation to the flange, for winding the web therearound. The holder has a first torque adjustment plate rotatably mounted on the drive shaft and having a surface disposed in facing relation to a surface of the flange, the first torque adjustment plate supporting a plurality of magnets on the surface thereof, and a second torque adjustment plate rotatably mounted on the drive shaft and having a surface disposed in facing relation to an opposite surface of the flange, the second torque adjustment plate supporting a plurality of magnets on the surface thereof. The winding device is capable of winding relatively wide webs having a large thickness ranging from 100 to 150 &mgr;m, e.g., photographic photosensitive webs (films), with a low tension fluctuation ratio of ±5% or less, while producing large tension easily and stably. The winding device is constructed for easy maintenance.

Abstract: An electrode wire feeder, including a housing defining a sealed compartment for containing a suitable lubricant, respective pairs of feed rolls rotatably mounted exteriorly of said housing, on rotatable shafts, one of the shafts of each pair of feed rolls being mounted in eccentric mounting member rotatably mounted in one wall of the housing for moving one of the feed rolls of each pair between operative and inoperative positions, pinion gears mounted on the inner ends of the feed roll shafts inside the lubricant compartment with the pinion gears of the movable shafts moving into and out of meshing relation with the other pinion gears, a motor driven gear in the compartment and meshing with the pinion gears for driving the feed rolls, and manually operable levers for rotating the eccentric mounting members to move the feed rolls between operative and inoperative positions.

Abstract: A bearing unit for throwing a movable nip pulley on and off a stationary mounted nip pulley has an actuating device for throwing the movable nip pulley laterally onto a material web, and adjustable stops for adjusting an actuating travel of the movable nip pulley. The bearing unit includes a bearing plate whereon one of the adjustable stops is accommodated, and a bearing foot having an anchorage. The bearing plate is movable around the anchorage of the bearing foot so as to be adjusted coaxially with respect to the anchorage. The bearing plate also includes a prestressing element accommodated on the bearing plate, a bearing housing subjectible to a loading by the prestressing element, and a damping element actable upon the prestressing element. A folder including the bearing unit is disclosed.

Abstract: In order to accurately perform the gap adjustment of nipping rollers; one roller rotatably provided at a prescribed position and the other movable roller; the nipping rollers being adapted so that the other roller is capable of forcing a paper web passing between the two rollers onto the one roller, there is provided a nipping-roller gap adjusting device comprising: a pair of supporting arms, one end of each of the supporting arms being swingably supported and the other end thereof rotatably supporting the other roller; a pressing force imparting means which gives to the support arms a force working in such a direction that causes the other roller to approach the one roller and which, at the same time, can adjust the magnitude of the force; a minimum gap setting means which can set a minimum gap between the one roller and the other roller; a gap adjusting means which adjusts the size of a gap between the one roller and the other roller; and a fixed frame member which rotatably supports the one roller and on w

Abstract: A method of feeding a photosensitive material processing device, includes providing a pair of feed rollers, each in a form of a coaxially-shaped two-layer structure formed by two-layers extrusion molding using thermoplastic resin, wherein the two-layer structure of each of the feed rollers has an internal layer portion and an external layer portion wherein the modulus of elasticity of either the thermoplastic resin constituting the external layer portion or the thermoplastic resin constituting the internal layer portion of the two-layer structure is 240 kgf/mm2 or more, the modulus of elasticity of the thermoplastic resin constituting the other layer portion is 900 kgf/mm2 or more, and the external diameter of one of the feed rollers is 13.7 mm or more.

Abstract: A driving device for an elongated element such as a cable includes a device for simultaneously and symmetrically moving two driving track belts apart or closer together in relation to the elongated element. With this driving device, the two track belts can be brought against the elongated element while the elongated element's longitudinal axis remains constant. A single handle allows for simple adjustment of a gap between the two driving track belts and a spring device absorbs instantaneous variation of a transverse dimension of the elongated element.

Abstract: A device in a wire rolling mill includes a pair of grooved rolls. Each grooved roll is fixedly attached to the free end of a rotatably supported spindle. Each grooved roll is positionable relative to the other so that they between themselves define a rolling gap of adjustable size. At least one of the spindles is arranged integrally with the output shaft of an electro motor. The electro motor drives the spindle directly thereby avoiding heavy and space-requiring transmissions.

Abstract: A well pump puller having a well casing collar including a coupling adapted to be tightly secured to a well casing and a frame support of legs upstanding from the coupling. A frame which is removably mounted on the support includes first and second u-shaped members pivotally mounted on one of the frame support legs. Wheels with well pipe engaging surfaces are rotatably mounted on each u-shaped member. Locking apparatus are provided for securing the u-shaped members together with the pipe engaging surfaces of the wheels on the u-shaped members above the coupling of the well case collar. A motor transmits power to the wheels on the first u-shaped member, to move well pipe relative to the casing. A crank on the second u-shaped member moves the wheel towards and away from the wheels on the first unshaped member. The frame may be mounted on a stand instead of a well casing collar.

Abstract: This cable conveying unit serves for the precise feeding of a given length of a cable into a cable processing station between at least two conveying rollers or bands driven in counterrotation and capable of being placed against the outside of such a cable.For this purpose the two conveying rollers or bands disposed on either side of the cable passing through and each associated with a drive unit are driven, mechanically separated from one another in terms of drive, by a respective speed-controlled electric motor.

Abstract: A nip roller assembly for adjusting the vertical movement of a top nip roller with respect to a bottom nip roller mounted on a machine base, the assembly including a frame attached to the base, the frame including opposing upwardly extending guide legs and a datum member attached to each guide leg and extending therebetween. A support assembly is adjustably mounted on the frame. The support assembly includes a hanger member extending between the guide legs and moveably engaged with each guide leg, a pilot member attached to the hanger member and selectively adjustably attached to the datum member, a cylinder attached to the hanger member, the cylinder having a plunger which is selectively expandable and retractable from the cylinder, and a nip roller bracket for rotatably supporting the nip roller, the bracket being attached to the plunger and extending between the upright guide rods. The bracket movably engages each guide rod to allow movement of the nip roller bracket in conjunction with the rod.

Abstract: An entry guide device comprising a funnel shaped inlet member in close proximity to three adjustable rollers mounted at 120.degree. around the axis of work moving through the entry guide device. The adjustable rollers are actuated to move in concert so as to be able to accommodate a work product of difference diameters, whilst preserving the concentricity of the three rollers. The funnel shaped inlet member is replaceable to accommodate for wear and provision is made to calibrate the position of the three movable rollers with a calibration device which may be conveniently inserted into the device to check and calibrate the three rollers for concentricity. This entry guide device is ideally suited for guiding a work produce having circular, triangular or hexagonal cross-sections.

Abstract: A turndown apparatus has first and second guide rollers arranged respectively along the inside and outside of a curved path along which bendable products such as bars, rods and the like move at high speeds. The guide rollers coact in pairs to define gaps spaced along the curved path, and a mechanism is provided for symmetrically adjusting the gaps defined between the guide rollers in order to accommodate different product sizes.

Abstract: Apparatus for feeding a web of material, in particular a web of cardboard, having at least one driven element which engages one surface of the web of material to be fed, and which cooperates with at least one bearing element acting upon the other surface of the web of material, a contact-pressure force for generating a frictional force exerted on the web of material, at least one bearing element or the at least one driven element is acted upon by a contact-pressure device, a sensor for detecting the feeding speed of the web of material which delivers to a control unit which operates to control the feeding speed signal of the contact-pressure device so that the difference between the detected web speed and a set-point speed signal applied to the control unit is essentially equal to zero.

Abstract: A module for a web-processing machine includes a sub-frame to which are mounted an operating roll (such as a die roll), and means urging the operating roll in one direction. The sub-frame can assume a position in which the operating roll is juxtaposed against and parallel with a driven anvil roll, and a further position in which the sub-frame is released, allowing the operating roll to move away from the anvil roll, so that the operating roll can be quickly and easily removed for replacement or maintenance. Preferably, the sub-frame is hingedly connected to the machine for rotation between the above positions.

Abstract: A paper delivery device in which paper is delivered, being put between pinch rollers and a delivery roller. Such paper delivery device is comprised of a lever that is operated to pivot to at least a first position, a second position and a third position; a locking device locking a pinch roller unit, which supports the pinch rollers, at a predetermined locked position; a pressing force changing device for changing the pressing force of the pinch rollers applied to the delivery roller to the high level or low level, by pivoting the switching means between the first position and the second position; and an unlocking device for unlocking the pinch roller unit locked by the locking device when the lever is operated to pivot from the second position to the third position.