Abstract: A system for the replacement of sleeves that can be slipped on arbors of ink transfer rollers of at least printing machine has a storage device, in which the sleeves not being used in current ink transfer can be stored, and a transport device, with which several sleeves can be transported to the printing machine. The system has a transfer device the facilitates the transfer of the sleeves between the storage device and/or the transport device and the arbors of the ink transfer rollers, and/or between the storage device and the transport device.

Abstract: A system for the replacement of sleeves that can be slipped on arbors of ink transfer rollers of at least printing machine has a storage device, in which the sleeves not being, used in current ink transfer can be stored, and a transport device, with which several sleeves can be transported to the printing machine. The system has a transfer device the facilitates the transfer of the sleeves between the storage device and/or the transport device and the arbors of the ink transfer rollers, and/or between the storage device and the transport device.

Abstract: A system for replacement of sleeves that can be slipped on arbors of Wei y transfer rollers of a printing machine has a storage device, in which the sleeves, which are not used in cl current ink transfer, can be stored, and transport devices, with which several sleeves can be transported to the printing machine, Devices for the transfer of the sleeves with which the sleeves can be transported between the storage device, the transport devices, an, the arbors of the ink transfer rollers include devices for receiving the sleeves, which are associated with a robotic arm such that the devices for receiving the sleeves have three degrees of freedom for translation and are rotatable about at least two axes of rotation.

Abstract: A system for the replacement of sleeves that can be slipped on arbors of ink transfer rollers of at least printing machine has a storage device, in which the sleeves not being, used in current ink transfer can be stored, and a transport device, with which several sleeves can be transported to the printing machine. The system has a transfer device the facilitates the transfer of the sleeves between the storage device and/or the transport device and the arbors of the ink transfer rollers, and/or between the storage device and the transport device.

Abstract: A system for the replacement of sleeves that can be slipped on arbors of ink transfer rollers of at least printing machine has a storage device, in which the sleeves not being used in current ink transfer can be stored, and a transport device, with which several sleeves can be transported to the printing machine.

Abstract: The invention relates to a system for replacement of sleeves (6, 6a) (6, 6a) that can be slipped on arbors (5, 5a) of ink transfer rollers (4) of at least one printing machine (1), with a storage device, in which the sleeves (6, 6a) (6, 6a), which are not used in the current ink transfer, can be stored, and/or with transport devices (8, 9), with which several sleeves (6, 6a) (6, 6a) can be transported to the printing machine (1). The inventive step lies in the means for the transfer of the sleeves (10-19, 21), with which the sleeves (6, 6a) can be transported between the storage device and/or the transport devices (8,9) and the arbors (5, 5a) of the ink transfer rollers (4) in at least one printing machine (1) and/or between the storage device and the transport devices (8, 9).

Abstract: The invention relates to a system for replacement of sleeves (6, 6a) (6, 6a) that can be slipped on arbors (5, 5a) of ink transfer rollers (4) of at least one printing machine (1), with a storage device, in which the sleeves (6, 6a) (6, 6a), which are not used in the current ink transfer, can be stored, and/or with transport devices (8, 9), with which several sleeves (6, 6a) (6, 6a) can be transported to the printing machine (1). The inventive step lies in the means for the transfer of the sleeves (10-19, 21), with which the sleeves (6, 6a) can be transported between the storage device and/or the transport devices (8,9) and the arbors (5, 5a) of the ink transfer rollers (4) in at least one printing machine (1) and/or between the storage device and the transport devices (8, 9).

Abstract: The invention relates to a system for replacement of sleeves (6, 6a) (6, 6a) that can be slipped on arbors (5, 5a) of ink transfer rollers (4) of at least one printing machine (1), with a storage device, in which the sleeves (6, 6a) (6, 6a), which are not used in the current ink transfer, can be stored, and/or with transport devices (8, 9), with which several sleeves (6, 6a) (6, 6a) can be transported to the printing machine (1). The inventive step lies in the means for the transfer of the sleeves (10-19, 21), with which the sleeves (6, 6a) can be transported between the storage device and/or the transport devices (8,9) and the arbors (5, 5a) of the ink transfer rollers (4) in at least one printing machine (1) and/or between the storage device and the transport devices (8, 9).

Abstract: The invention relates to a system for replacement of sleeves (6, 6a) (6, 6a) that can be slipped on arbors (5, 5a) of ink transfer rollers (4) of at least one printing machine (1), with a storage device, in which the sleeves (6, 6a) (6, 6a), which are not used in the current ink transfer, can be stored, and/or with transport devices (8, 9), with which several sleeves (6, 6a) (6, 6a) can be transported to the printing machine (1). The inventive step lies in the means for the transfer of the sleeves (10-19, 21), with which the sleeves (6, 6a) can be transported between the storage device and/or the transport devices (8,9) and the arbors (5, 5a) of the ink transfer rollers (4) in at least one printing machine (1) and/or between the storage device and the transport devices (8, 9).

Abstract: A changing station for sleeves of a printing machine has a conveyable magazine with at least one take-up device for the sleeves. The magazine is both vertically and horizontally conveyable alongside the printing machine. The horizontal movement can be provided by a rail, and the vertical movement can be provided by a crane or hoist.

Abstract: The invention relates to a process for replacing printing sleeves (7) of a printing machine (1), in which printing sleeves (7) that are not required for the actual printing process are mounted in at least one storage device and the transportation of the printing sleeves (7) necessary for the replacement between the storage device and the printing machine (1) is performed by at least one transportation device (13), that comprises printing sleeve retaining devices (14) that can bring the printing sleeves (7) into a position that is suited for the replacement of the printing sleeves (7). The present invention is characterized in that the arrangement of the printing sleeves (7) in the transportation device (13) is determined by a processing and control unit (19), to which the set positions of the printing sleeves in the printing machine during the next printing job are known.

Abstract: Changing station for sleeves (12, 15) of a printing machine (1), with a magazine (17) with at least one take-up device (18) for sleeves (12, 15), which (8) is vertically conveyable, whereby an additional conveyance option (21) is provided for the magazine (17) in the horizontal direction, which ensures that the magazine (17) is conveyable on a horizontal (x) and on a vertical (y) plane alongside the printing machine (1).

Abstract: A cutting and transport roller and a process for cutting the material webs which rest on the peripheral surface of the cutting and transport roller. In so doing, the material webs are severed with the aid of a cutter, which is located inside the shell of the cutting and transport roller in its resting position and which exhibits at least one knife, which during the cutting process of the material web reaches through an opening in the shell of the cutting and transport roller. The cutting motion, which is executed by the cutting surfaces of the knife during the cutting process, exhibits rotary components, whereby the rotational motions of the knife run about an axis of rotation, which is either parallel or at an acute angle to a perpendicular line on the plane which is defined by the radial (r) and axial (z) coordinates of the cutting and transport roller.

Abstract: A lay-flat removal device for a plastic tube film web with a lay-flat and squeezing device having lay-flat plates and squeezing rolls that are rotatable in a reversing manner around an axis of a supplied film tube. The removal device includes a first reversing, non-rotational pneumatic reversal rod and a first reversing, rotating deflection roll mechanically connected to one another in a first fixed transmission ratio to form a first functional pair which is driven by a first motor, and a second reversing, non-rotational pneumatic reversal rod and a second reversing, rotating deflection roll mechanically connected to one another in a second fixed transmission ratio to form a second functional pair driven by a second motor. The motors are controlled in such a way that the different functional pairs cover angles of rotation that can be determined in a variable manner.

Abstract: The invention relates to a cutting and transport roller (1) and a process for cutting the material webs (7), which rest on the peripheral surface (3) of the cutting and transport roller. In so doing, the material webs (7) are severed with the aid of a cutter (4), which is located in essence inside the shell of the cutting and transport roller (1) in its resting position and which exhibits at least one knife (9), which during the cutting process of the material web reaches through an opening (6) of the shell of the cutting and transport roller. The cutting motion, which is executed by the cutting surfaces (9a, 9b) of at least one knife during the cutting process, exhibits rotary components, whereby the rotational motions of at least one knife (9) run about the axes (D, 36), which are either parallel or at an acute angle to a perpendicular line on the plane, which is defined by the radial (r) and axial (z) coordinates of the cutting and transport roller.

Abstract: The invention relates to a lay-flat and removal device for a plastic tube film web produced by means of a film blowing head arranged in a stationary manner, whose lay-flat plates (10) and squeezing rolls (9) may be rotated in a reversing manner around the axis of the supplied film tube (17), having a subsequent fixed winding device or device for further processing as well as at least two reversing pneumatic reversal rods (6, 106) and at least two reversing deflection rolls (19, 119), with one reversing, non-rotational pneumatic reversal rod (6, 106) each and one adjacent reversing, rotating deflection roll (19, 119) each forming one functional pair (1, 101), with a motor (11, 111) being assigned to each functional pair.