Abstract: Process and apparatus for winding a material web onto a reel spool to produce a wound reel. The process is performed in the apparatus and includes producing the material web, online smoothing of the produced material web, guiding the smoothed material web over a reel drum and through a nip formed between the reel drum and one of the reel spool and the wound reel, maintaining contact between the reel drum and the one of the reel spool and the wound reel, and reeling the smoothed material web while transversely moving at least one of the reel drum and the one of the reel spool and the wound reel relative to a web travel direction. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Abstract: Process and winding machine for winding a continuous material web on a reel spool forming a wound reel. The process includes, upon attaining a desired roll diameter in an old wound reel, closing a new winding nip between a reeling drum and a new reel spool brought into a standby position. In this regard, the reeling drum and the old wound reel are jointly displaced while maintaining the old winding nip formed between the reeling drum and the old wound reel. After the closing of the new winding nip between the reeling drum and the new reel spool, the linear load in the new winding nip is adjusted, controlled or regulated by a corresponding displacement and tightening of the reeling drum.

Abstract: A reeling machine is designed for continuous winding of fibrous web, in particular a paper or carton web, into a jumbo roll. An air squeeze arrangement is located in the lower area of the reeling machine which can be positioned against the jumbo roll and includes a positionable supporting profile with segmented rolls positioned eccentrically next to each other by means of bearings, whereby, the interior of the supporting profile is provided with a tube, which is surrounded by a guide pipe and filled with a pressure medium from a pressure source, upon which bearings are centrally supported by power transmission elements.

Abstract: A method and a device for winding a continuously arriving foil web into a coil on a winding shaft, having a rotatably driveable contact roller, a winding station assigned to the contact roller for the winding shaft for winding the coil, a take-up station for receiving a fresh winding shaft and taking up the foil web, a transverse cutting device between the winding station and the take-up station for transversely cutting the foil web, wherein a charging station for creating an electrostatic charge between the winding shaft and the foil web and a blower device are assigned to the take-up station for the fresh winding shaft.

Abstract: A change device of a reel-up in placed in the reel-up of a paper web in connection with the reel spool (2) forming the core of a new roll and located against the web (W) running onto the old roll (R). The change device comprises a guiding device (3) which is provided with nozzles or the like which are positioned and directed with respect to the reel spool (2) in such a way that they direct air jets (S) to the new end of the web following the cut-off point of the web (W) substantially over the full width of the web, to guide the web around the reel spool (2).

Abstract: A system for producing coreless fabric rolls includes a feed station (12) operable to supply a leading edge of a fabric web (24) from a parent roll (18). The system includes a first tucking station (132) operable to position the leading edge of the fabric web (24) adjacent one of a plurality of spindles (48, 50, 52) coupled to a turret (46). The system also includes a winding station (38) comprising a winding roller (36). The winding station (38) is operable to receive the leading edge in a nip defined by the spindle (48, 50, 52) and the winding roller (36) and wind the fabric web (24) into a fabric roll about the spindle (48, 50, 52). The system also includes a cutting station (40) operable to separate the fabric roll from a remaining portion of the fabric web (24). The system also includes a second tucking station (42) operable to receive the spindle (48, 50, 52) from the winding station (36) and wind a trailing edge of the fabric roll about the fabric roll.

Abstract: In the method for stopping a machine reel (R) in the final stage of reeling a web (W), the web (W) is cut when the machine reel (R) has become full, the web (W) is possibly guided on a new reeling shaft (2), and the rotation of the machine reel (R) detached from the nip contact with a reeling cylinder (1) is stopped by means of braking forces which are exerted both on the reeling shaft (2) of the full machine reel (R) and on the surface of the machine reel (R). The braking powers which are exerted on the reeling shaft (2) of the machine reel (R) and on the surface of the machine reel (R) and which stop the machine reel (R) are distributed in the ratio (S) of 1:1 . . . 100:1. The ratio can be changed during the deceleration of the machine reel.

Abstract: Process and apparatus for winding a material web. The process includes guiding the material web over a carrying roll and through a nip formed between the carrying roll and a new reel spool, at least partially cutting the material web with at least one contactless cutter during a reel spool change to form a new web leader, and additionally cutting the material web with at least one separation element. The apparatus includes a reel spool, and a carrying roll. The reel spool and the carrying roll may be positioned to form a winding nip. The material web may be guided over the carrying roll and through the winding nip, at least one contactless cutter can be adapted to cut a web leader during a reel spool change, and at least one separation element can be positioned for additionally cutting the material web.

Abstract: The invention relates to an apparatus for continuously reeling a paper web, especially a high-gloss magazine paper web, around a reel spool. The apparatus comprises means for guiding the paper web towards the reel spool, means for winding the paper web around the reel spool to form a paper roll, and means for positioning the paper web on the roll in different axial positions with respect to said reel spool. The means for positioning the paper web on the roll in different axial positions comprises oscillating means provided for an oscillating movement of the reel spool in cross direction of the paper web.

Abstract: A method is provided using a winder to afford precise adjustment, preferably control of the progression of line force between the reel drum and the wound roll despite unevenness in the surface contour of the wound roll, and ensures that no air entrapment occurs between the individual layers in the wound roll. Further, the “wound in” web tension is maintained during the entire winding process.

Abstract: Winding machine and process for winding a material web, in particular a paper or cardboard web, onto a reel. The material web is guided by a carrying drum that can be supplied with suction, and a nip is formed between the carrying drum and the reel. The carrying drum, which has a perforated casing and/or is provided with circumferential grooves, is supplied with suction by way of at least one external suction box. The suction box is disposed with at least one suction opening opposite the circumference region of the carrying drum that is not wrapped by the material web. The suction box has at least one sealing element that cooperates with the carrying drum in the vicinity of the suction opening.

Abstract: The invention relates to a nip force control system in a reel-up gear for a paper machine comprising a pair of primary arms (6, 7) and secondary arms (8, 9) for supporting and positioning a tambour core (2, 3) at the paper web winding operation as well as at the so-called change-over procedure when the tambour core is replaced. Each of the arms are connected to a hydraulic cylinder (10, 11) for positioning the arms and the primary—as well as the secondary arms are provided with load cells (12, 15) for measuring the nip force (F) for respective arm against the tambour core (2, 3). The control system also includes load cells (17) in the holding bracket (4) of the tambour core for measuring the additional force from said holding bracket. By this location of the load cells close to the measuring point an improved nip force control is obtained, especially during the critical change-over procedure.

Abstract: A reeling machine is designed for continuous winding of fibrous web, in particular a paper or carton web, into a jumbo roll. An air squeeze arrangement is located in the lower area of the reeling machine which can be positioned against the jumbo roll and includes a positionable supporting profile with segmented rolls positioned eccentrically next to each other by means of bearings, whereby, the interior of the supporting profile is provided with a tube, which is surrounded by a guide pipe and filled with a pressure medium from a pressure source, upon which bearings are centrally supported by power transmission elements.

Abstract: Method for winding a material web onto a reel in an apparatus that includes a rotatable feed roll, a carrying drum, a discharge roll and a pulper. Winding device for winding a material web onto a reel, said winding device including: a feed roll, a carrying drum, and a support belt which is adapted to guide the material web over the feed roll and the carrying drum. An external vacuum device is positioned adjacent a circumferential surface of the carrying drum which is not contacted by the support belt and the material web and a winding nip is formed between the carrying drum and the reel. A discharge roll is provided for guiding the support belt, and the discharge roll is located in the vicinity of a pulper, downstream from the carrying drum, relative to a web run direction. The discharge roll is also adapted to divert at least a portion of the material web to the pulper before feeding the material web to the reel.

Abstract: A winding machine and process for winding a material web onto a reel. The material web is guided around a carrying drum, in which a nip is formed between the carrying drum and the reel. One of the reel and the carrying drum may be cyclically inclined in relation to a travel direction of the material web by a drive device or press device in order to achieve an axial changing of the material web in a winding roll.

Abstract: A reel-up in a paper machine has two primary arms, each of which has an elongate beam that is pivotably journalled on stand members in the reel-up, and a carriage that is displaceably journalled on the beam and has a gripper on its side that faces the surface winding drum for gripping a reeling drum collected from a top drum stock. Each beam has a free end located at a lesser distance from the pivot axis of the primary arm than the distance between the pivot axis and the empty reeling drum located in the drum stock. Each carriage can be displaced outwards from the beam so that the gripper is beyond the free end of the beam at a distance from the free end so as to assume a position for receipt of a reeling drum.

Abstract: Process and winding machine for the continuous winding of a web of material onto a reel spool to form a reel. The process includes forming a winding nip between a peripheral zone of a reel drum the reel, guiding the material web over the peripheral zone of the reel drum, positioning the reel in a secondary zone, and displacing and pressing the reel drum against the reel in the secondary zone. In this manner, one of control and regulation of a linear force in the winding nip occurs through the displacement of the reel drum.

Abstract: Method and a device for winding web sections into web section rolls. The device for winding web sections into web section rolls comprises a central roll and a cutting section. The web section rolls rest against the central roll in at least two winding position groups that are axially offset from one another at different positions about the circumference of the central roll. The cutting device axially extends axially over the winding position groups, and is adapted for pivoting about the central roll through the winding position groups. The method of winding web sections into web section rolls comprises cutting a web section at the point where a web section roll contacts the central roll and transferring the cut web sections to new roll cores.