DE102011122520A1 - Method for setting up a material web processing machine, apparatus for processing a material web with a material web processing machine, arrangement of a device for processing a material web with a material web processing machine and a digital pressure stage device and use of an electronic data interface device - Google Patents

Abstract

The invention relates to a method for setting up a material web processing machine (3) with regard to material webs (2) to be processed, in which the material web processing machine (3) is adjusted as a function of material web processing specific parameter data (20) in order to individually process the respective material web (2) to be processed Material web processing machine (3) to edit, and in which material web processing specific parameter data (20) by means of an electronic data interface device (10) automatically on the material processing machine (3) received electronically and then to a device (7) for controlling and / or regulating the web processing machine (3 ) are provided electronically.

Description

On the one hand, the invention relates to a method for setting up a material web processing machine with regard to material webs to be processed, in which the material web processing machine is set as a function of material web processing-specific parameter data in order to be able to process the respective material web to be processed individually with the material web processing machine.

On the other hand, the invention also relates to a device for processing a material web with a material web processing machine and with a device for controlling and / or regulating the material web processing machine.

Moreover, the invention relates to an arrangement of a device for processing a material web with a material web processing machine and of a digital printing stage device which generates and uses digital print job workflow data for processing the material web.

Furthermore, the invention relates to a use of an electronic data interface device.

Generic methods and devices for carrying out such methods are already known from the prior art.

For example, from the published patent application DE 10 2005 056 802 A1 a method for controlling a web tension of a material web moved by means of a transport device or web with a web tension controller with determination of control loop parameters is known, which is characterized in that the control loop parameters of the web tension controller are determined according to a predetermined as a function and / or at several support points characteristic, thus an increase in production quality with a high production volume and a low effort in the conversion of a material web or web type is possible.

Furthermore, the published patent application DE 10 2009 019 624 A1 a method for determining at least one control parameter of a control element in a web tension control loop for a processing machine for processing a web or material web, wherein the at least one control parameter in dependence on at least one of the material web or web characterizing parameters, at least one processing machine characterizing parameters and at least one dead time is determined. As a result, a control of the processing machine can be advantageously carried out, so that the production quality can be improved.

In addition, from the published patent application DE 10 2010 013 782 A1 a method for automatically determining at least one controller parameter of a dancer position control element in a processing machine for processing a material web comprising a dancer whose dancer position is detected, wherein based on the detected dancer position, a rotational speed of a roller is specified, wherein the at least one controller parameter in response to a Diameter of the roller is determined automatically known. By means of this method, an automated parameterization of a dancer position control can be provided on a processing machine, whereby the production quality can also be improved thereby.

By means of the abovementioned solutions, in particular the production quality with regard to the processing of material webs can be well improved.

It is an object of the invention to further develop generic methods and devices in order to improve the reliability, especially in a conversion of a material web type, and thus the production quality on.

The object of the invention is achieved by a method for setting up a material web processing machine with respect to material webs to be processed, wherein the material web processing machine is adjusted depending on material web processing specific parameter data to process the respective web to be processed job individually with the material web processing machine, according to the invention material web processing specific parameter data by means of a electronic data interface device automatically received electronically on the material processing machine and then be provided electronically to a device for controlling and / or regulating the material web processing machine.

By virtue of the fact that required material web processing-specific parameter data can be received or read automatically by means of an electronic data interface device on the material processing machine, the risk of erroneous assignment of material web processing-specific parameter data with respect to a material web to be processed can be significantly reduced, whereby on the one hand the operational safety in the process sequence and on the other hand the production quality be increased advantageously.

In contrast to the prior art, the required material web-processing-specific parameter data can advantageously be made available to the material processing machine in an automated manner. In particular, a manual or manual input of related parameter data is no longer required, so that the material processing machine can be operated substantially almost fully automatically.

Advantageously, it is also possible to dispense cumulatively with a production-dependent formulation input with regard to a parameterization of corresponding setting values of an automation system in connection with the present method. Until now, it has often been the case that such setting values on a processing machine were not changed at all depending on production, which usually has a negative effect on the production quality to be achieved on the material web to be processed.

Often hitherto, an adjustment is only made via a recipe management stored on a machine control or on a higher-level control system. However, this recipe data must also be manually entered before they can be used in the case of a repeat order. This also increases the risk of incorrect entry.

In this respect, the object of the invention is also achieved by using an electronic data interface device for electronic reading of digital print job workflow data of a digital prepress device on a printing machine for the automated setting of web course characterizing material web processing machine parameters with respect to a material web to be printed on the press. The use according to the invention of the electronic data interface device advantageously makes it possible to completely dispense with hitherto required manual and thereby also tedious and error-prone input of relevant data or information.

The term "material web" in the context of the invention describes a machineable with the web processing machine web, which can be designed almost arbitrarily, in particular with regard to their material properties and dimensions. For example, the present web of material is a web of paper, film, fabric or the like to be printed.

In this case, it is extremely advantageous if, on the basis of the electronically or digitally received material web-processing-specific parameter data, web-path-processing machine parameters of web-winder rolling devices, take-up winder rolling devices and / or controlled web web rolling device are set.

An essential component of the present invention is also to be seen in that material web processing machine parameters which generally characterize web path are determined electronically from existing digital order workflow data or especially from digital print job workflow data, as will be described in more detail later.

For the purposes of the invention, the term "web-course-characterizing material web processing machine parameters" essentially describes parameters for controlling or regulating functional components or functional component groups which have an effect on the treatment of the respective material web by the present or the present material web processing machine.

With the present method, material web transporting axes of the material web processing machine can be set particularly advantageously.

In particular, the drain and Auflaufwicklerwalzeneinrichtungen can in this case, for example, in the operating modes "winder with dancer position controller", "winder with load cell and web tension controller with torque control", "winder with load cell and web force controller with speed control", "sensorless winder with torque control" operated.

Material web transporting axes, such as in particular the Materialbahnzugwalzeneinrichtungen, this example, in the operating modes "axes that always run in an unchanged ratio to the machine speed, ie uncontrolled or uncontrolled axes", "axes that run in a predetermined ratio to the machine speed" (asked Axes) and "axes that run in a predetermined by a controller ratio to the machine speed" (controlled axes of a material web tension controller) are operated.

Both the aforementioned Wicklerwalzeneinrichtung, also referred to as winder, as well as the regulated or Asked material web transporting axes or in the present case also called Materialbahnzugwalzeneinrichtungen include parameters, such as controller parameters that need to be changed depending on production or should be changed in order to achieve a high production quality. This can advantageously be automated with the present inventive method.

It is understood that the present method can be advantageously used on any material web processing machines, which recourse to material path processing-specific parameter data from a previous work process, and to which the material web processing-specific parameter data can be used on an adjoining processing process on the material web processing machine.

However, the present invention can be used particularly advantageously in connection with printing machines for printing material webs.

The object of the invention is also achieved by a device for processing a material web with a material web processing machine and with a device for controlling and / or regulating the material web processing machine, wherein the device has an electronic data interface device for electronically receiving digital precursor data of a digital prepress device, by means of which material web processing specific Parameter data on the device for controlling and / or regulating the material web processing machine can be provided electronically.

As a result, due to a lower input error risk, the production quality with regard to the material webs to be processed can be significantly increased.

In particular, however, the method according to the invention can also advantageously be carried out with the present device.

By means of the material web processing-specific parameter data, in particular, a motion control device for controlling or regulating winder or web tension rollers can advantageously be set in an automated manner.

For this reason too, it is advantageous if the device for controlling and / or regulating the material web processing machine comprises a motion control unit and / or a PLC unit which can electronically interpret or parse the material web processing-specific parameter data.

This material web processing-specific parameter data can contain, for example, information about an E-modulus of a material web. In particular, controller parameters of material web tension regulators or winders with a load cell or sensorless winders, specification of a winding hardness characteristic of a winder and / or specification of a lead of provided web tension rollers can be advantageously set by means of this information. With regard to the modulus of elasticity, for example, information relating to the material web width, the material web thickness or the grammage and the material web material are also indirectly included. In this respect, it is advantageously possible to set E-module-dependent controller parameters of web tension regulators or winding controllers.

In addition, the material web processing-specific parameter data may also contain, for example, information about a mass and / or a diameter of a full roll or an empty winding tube, this information being good for an acceleration feed forward, a diameter-dependent Kp adaptation of speed controllers of the winding drive and / or for a setting from start values after roll changes (preset values) or from limit values during winding, for example with regard to a diameter at which a roll change is initiated, can be used.

In this respect, a particularly advantageous method variant provides that the material path processing-specific parameter data are generally provided as digital order workflow data and especially as digital print job workflow data of a digital pre-press device on the electronic data interface device in order to be able to set the web web processing machine based on the digital print job workflow data.

The web-path-specific parameter data which can be used for the material web processing machine or, in particular, for the device for controlling and / or regulating the material web processing machine, can either be contained directly as corresponding digital precursor data in the digital order or print job workflow data or at least indirectly determined from them become.

With the present invention, it is advantageously made use of in particular that data or pre-stage data from a digital prepress device is already part of a digital print job workflow for processing print jobs.

For example, respective digital pre-stage data and digital pre-press data include CIP4 data. These CIP4 data include also JDF data (JDF: Job Definition Format), wherein in the JDF data advantageously also PPF data (PPF: Print Production Format) can be embedded.

In this respect, the material path processing-specific parameter data or digital print job workflow data can advantageously be provided as CIP4-JDF data from media resources of a resource pool, whereby the JDF media resources will advantageously use the following data: CoreWeigt, Dimension, Grade, MediaType , MediaTypeDetails, OuterCoreDiameter, RollDiameter, Thickness; Weight and ResourceWeight. Cumulatively, CIP4 JDF data of type Node-Info-Resources with data concerning FirstStart, LastStart or LastEnd can be used.

In addition, the material path processing-specific parameter data or digital print job workflow data can also advantageously be provided as CIP3-PPF data from Administration-Data, with the following data advantageously being used by the PPF administration data: CIP3AdmPrintVolume, CIP3AdmFilmType, CIP3AdmPaperGrade, CIP3AdmPaperGrammage, CIP3AdmPaperThickness , CIP3AdmReelWidth, CIP3AdmCylinderCircumference.

Furthermore, the material path processing-specific parameter data or digital print job workflow data can likewise advantageously be provided as private data of JDF data or PPF data. In private data fields additional data or information, which may be relevant in particular for a good material web run on the material web processing machine, may be included.

For example, there could be information regarding a modulus of elasticity of the material web, for example regulator settings, with respect to a density of a coil, for example in the unit "mass per volume" for acceleration precontrol, with respect to a duration of production, for example for an energy-optimal specification Production speed and / or be included with respect to a web length between individual printing units, with information regarding the latter usually only after determining the material web processing machine used, for example, by a JDF agent, can be added.

In addition, the material path processing-specific parameter data can advantageously also cumulatively contain dancer position controller parameters (Kp, Tn,...) Which are predefined on the basis of the winding diameter. PPF pre-stage data "CIP3AdmCylinderCircumference" or JDF pre-stage data "RollDiameter" can advantageously be used for this purpose.

In this respect, a further advantageous variant of the method provides that such dancer position controller parameters are predetermined on the basis of the winding diameter.

In addition, the diameter calculator starting value can advantageously also be predefined on the basis of the winding diameter, for which purpose JDF precursor data "RollDiameter" can advantageously be used.

A roll change time can be advantageously set based on the diameter of empty pods, for which purpose JDF pre-stage data "OuterCoreDiameter and Thickness" can be advantageously used.

It is also extremely advantageous if different sleeve positions of a roll changer are preset based on the width of the roll. For this purpose, preferably PPF pre-stage data "CIP3AdmReelWidth" or JDF pre-stage data "dimension" are used.

An acceleration precontrol and a Kp adaptation of a speed controller of a winding axle can also advantageously be predefined on the basis of the diameter and the mass of the winding. For this, the PPF pre-stage data "CIP3AdmFilmType, CIP3AdmPaperGrade, CIP3AdmPaperGrammage, CIP3AdmPaperThickness and CIP3AdmReelWidth" or the JDF pre-stage data "CoreWeigt, Dimension, Grade, MediaType, MediaTypeDetails, OuterCoreDiameter, RollDiameter, Thickness, Weight and ResourceWeight" can be advantageously used.

E-module-dependent controller parameters of web tension controller or winding regulator can advantageously be adjusted on the basis of the width of the material web, the grammage or the thickness of the material web and on the basis material web type, such as paper type, foil or the like. For example, PPF pre-stage data used for this purpose may be "CIP3AdmFilmType, CIP3AdmPaperGrade, CIP3AdmPaperGrammage, CIP3AdmPaperThickness, CIP3AdmReelWidth and / or CIP3AdmCylinderCircumference". As JDF pre-stage data, for example, "Dimension, Grade, MediaType, MediaTypeDetails, Thickness and / or Weight" come into question.

For the above reasons, it is particularly advantageous in terms of the present method, if private data such as modulus of elasticity, density of the coil, the duration of production and the web length between the individual Printing units of the present material web processing machine are defined and processed.

Furthermore, it is advantageous if the number of products produced or processed material webs can be determined automatically by the machine control. Is in the present machine control, such as in the motion control unit, a product quality monitoring device included, which distinguishes the products or the material webs to be processed during a printing process (inline) in good or bad products, the good products in particular from the motion control Unit automatically determined and it can be automatically stopped with the knowledge of the required number of products, the web processing machine, so as to be able to optimally exploit resources about material webs, color, time duration or the like. Advantageously usable PPF pre-stage data or advantageously usable JDF pre-stage data can be, for example, "CIP3AdmPrintVolume" or "DropltemIntent-> Amount".

In addition, an optimal production speed can be determined based on a permitted production time. It is generally known from the prior art that a production of products on corresponding production machines almost always has an energy-optimal production speed. In this regard, for example, energy consumption of the present material web processing machine, a maximum allowable production time, an earliest or latest production start, a late production end and mechanical engineering properties, such as a minimum process speed or process speeds to avoid etc. may be important boundary conditions for determining the energy-optimal production speed. On the basis of this knowledge, the optimum machine speed can advantageously be determined automatically by means of a corresponding machine control, for example a motion control unit. Alternatively, this can also be done by order control (agent, MIS system (print order management system) or the like). In particular, JDF pre-stage data used here may be "FirstStart", "LastStart" and / or "LastEnd".

In general, pre-stage data exists in both the JDF pre-stage data and PPF pre-stage data. Basically, the present pre-stage data in existing data fields are optional, that is, they do not have to or may even be redundant, that is double. For example, rules for using the data may apply here. For example, rules can be established that preferably the JDF pre-stage data is to be used. However, if required pre-stage data or material path processing-specific parameter data is not contained in the JDF pre-stage data, then corresponding digital pre-stage data of the PPF pre-stage data is used. By using both prestage data, optional precursor data, which is not present in a prestage database, may optionally be used from the other prestage data base. This provides a degree of redundancy which advantageously increases the likelihood of having usable pre-stage data.

It is therefore particularly advantageous if the digital print job workflow data are provided in the JDF data format and / or in the PPF data format.

It is also particularly advantageous that such digital print job workflow data can be made available online and thus also sent to different printers if the print job workflow data has been created centrally. In this way, it can be advantageously ensured that the individual jobs in the different printers are always processed with the same process parameters, whereby the production quality can be further increased.

In this respect, another exceptionally advantageous method variant provides that digital print job workflow data of at least one pressure stage device be provided electronically or digitally at more than one material web processing machine equipped with an electronic data interface device.

Especially in this context, a further advantageous variant of the method provides that the material web processing-specific parameter data are provided electronically online via a LAN and / or WLAN connection device at the electronic data interface device.

By means of an electronic data interface device, the material web processing-specific parameter data can advantageously be fed online, for example, directly into the device for controlling and / or regulating the material web processing machine, so that an error rate in the handling of the parameter data can be further reduced. This, too, can further increase the production quality.

It is understood that the present electronic data interface device may be present in various forms as hardware and / or as software.

Material web-processing-specific parameter data integrated into digital print job workflow data can advantageously be processed automatically by the device for controlling and / or regulating the web-processing machine if the device has a parser for electronically determining web-path-specific parameter data.

If a parser for examining the precursor data, for example an XML parser for JDF precursor data or a PostScript parser for PPF precursor data, is implemented in the machine control, for example in the motion control unit or PLC unit, can be procedurally implemented particularly simply an entire JDF file or only relevant parts thereof (XML sub-tree of the resource pool's "media resources") or an entire PPF file or a slimmed-down file part (eg reduced image data), for example via FTP / TFTP are loaded into the machine control. This means that advantageously no own new data format or transmission protocol for the transmission of production-dependent data from the print job management system, short MIS system, must be defined and implemented in the machine control.

In this respect, it is advantageous if the device has a parser for the electronic readout of the material path processing-specific parameter data from digital order workflow data or from digital print job workflow data.

A related advantageous variant of the method provides that the material web processing-specific parameter data is extracted by means of a parser from digital JDF data formats and / or from digital PPF data format.

Advantageously, the parser device can be implemented in the device for controlling and / or regulating the material web processing machine.

Although in the present case reference has been made mainly to printing presses, the invention is not limited thereto, but rather relates to all types of processing machines in which a web or a material web is processed, as already explained above. With regard to printing presses, the method according to the invention can be used very well, in particular with regard to newspaper printing presses, commercial printing machines, gravure printing machines, packaging printing presses or securities printing machines, as already described above. But also in processing machines, such as bag machines, envelope machines, packaging machines or the like, the inventive method can be advantageously used.

In this respect, the object of the invention is also achieved by an arrangement comprising a device for processing a material web with a material web processing machine and from a digital printing stage device which generates and uses digital print job workflow data for processing the material web, wherein the device for processing the material web and the digital printing stage device are electronically interconnected by means of an electronic data interface device to electronically provide web-path-specific parameter data to the device for processing the material web by means of the digital print job workflow data.

Advantageously, data or information already present at the digital prepress stage can advantageously be provided online at a material web processing machine or in particular a printing press which further processes the material web with regard to material web processing-specific parameter data, and thus be used directly.

Further advantages, objects and features of the present invention will be elucidated with reference to the attached drawings and the description which follows, in which an apparatus with a printing machine for printing material webs and with an electronic data interface device for receiving digital print job workflow data of a digital prepress device is shown and described by way of example. In the drawing shows the only one

FIG. 1 shows a schematic view of an apparatus with a printing press for printing on a material web and with an electronic data interface device for receiving digital print job workflow data of a digital prepress device.

The device shown in the single figure 1 for processing a material web 2 has a material web processing machine 3 on, by means of which the material web 2 through a variety of printing units 4 (here only exemplarily figured) can be printed. In this respect, it is the material web processing machine 3 in this embodiment, a printing press 5 ,

The device 1 also has a machine control 6 with a device 7 for controlling and / or regulating the material processing machine 3 on. The device 7 to control and / or rules of the material processing machine 3 in turn is characterized in particular by a motion control unit 8th and a PLC unit 9 out.

According to the invention, the device 1 with an electronic data interface device 10 equipped to digital print job workflow data 11 a digital prepress device 12 to receive electronically. Here stands the electronic data interface device 10 online via a LAN connection device 13 and over the internet 14 with the digital prepress device 12 in active connection.

The digital print job workflow data 11 include as digital prestage data 19 among other material handling specific parameter data 20 in the JDF data format and in the PPF data format, based on which the material processing machine 3 can be adjusted.

To the material path processing-specific parameter data 20 from the digital print job workflow data 11 to extract, includes the device 7 for controlling and / or regulating advantageously a suitable parser 25 ,

The material web 2 becomes in transport direction 30 through the material web processing machine 3 guided. This is the material web 2 from a drainage roller device 31 the input side 32 the device 1 unwound for printing or the like by the web processing machine 3 passed and on a Auflaufwicklerwalzeneinrichtung 33 output side 34 the device 1 finished, wound up again. Alternatively to the winder roller device 33 Advantageously, a transverse cutting device, not shown here, can also be provided with a stack delivery device.

For optimal treatment of the material web 2 are the expander roller device 31 dancers elements 35 (numbered here only as an example) and the winder roller device 33 a load cell element 36 assigned.

In between is the input side 32 a nip 37 with a drive roller 38 and a pressure roller 39 , wherein the drive roller 38 by means of a drive motor 40 can be driven. One revolution speed and one angular position at the first nip 37 be by means of a rotary encoder 41 detected.

Accordingly, the output side 34 another nip 42 with another drive roller 43 and another pressure roller 44 present, with the further drive roller 43 by means of another drive motor 45 can be driven. One revolution speed and one angular position at the other clamping point 42 is by means of another rotary encoder 46 detected.

The actual value of the web tension between the Ablaufwicklerwalzeneinrichtung 31 and the winder roller means 33 be using a transmitter 47 determined, wherein the material web 2 via a first guide roller 48 fed and a second guide roller 49 is discharged again, then to the printing units 4 to be able to enter.

In particular, the components described above 4 . 31 . 33 . 35 . 36 . 37 . 38 . 39 . 40 . 41 . 42 43 . 44 . 45 . 46 and 47 the material web processing machine 3 or the device 1 stand by means of exemplified data lines 50 (numbered here only as an example) with the device 7 for controlling and / or regulating the material web processing machine 3 in effective contact, so they also online by means of the parser 25 from the digital print job workflow data 11 extracted material path processing-specific parameter data 20 can be optimally adjusted or controlled and / or regulated.

The digital print job workflow data is used for this 11 which are present in JDF data format and PPF data format from the digital pre-press device 12 over the internet 14 - or via another electronic way - to the electronic data interface device 10 transmitted electronically. There will be the existing digital print job workflow data 11 automated via the parser 25 in the facility 7 for controlling and / or regulating the material web processing machine 3 read. In particular, the motion control unit 8th and / or the PLC unit 9 calculate from the material path processing-specific parameter data provided herewith 20 the optimal web-course-characterizing material web processing machine parameters, for example for the winding process and / or for the material web tension control as a function of the material web to be processed 2 , Subsequently, the production without manual input of these web-path-specific parameter data 20 started. The end of the production can advantageously also be automated via JDF / PPF data. Likewise, a new job can be started by reading in new JDF / PPF data.

It goes without saying that the exemplary embodiment explained above is only a first embodiment of the device 1 for carrying out the method according to the invention. In this respect, the embodiment of the invention is not limited to this embodiment.

All disclosed in the application documents features are claimed as essential to the invention, provided they are new individually or in combination over the prior art.

LIST OF REFERENCE NUMBERS

1

Device for processing a material web

2

web

3

Web processing machine

4

printing units

5

press

6

machine control

7

Device for controlling and / or regulating

8th

Motion control unit

9

PLC unit

10

electronic data interface device

11

digital print job workflow data

12

digital pre-press device

13

LAN connection device

14

Internet

19

prepress data

20

web path-specific parameter data

25

parser

30

transport direction

31

Ablaufwicklerwalzeneinrichtung

32

the input side

33

Auflaufwicklerwalzeneinrichtung

34

output side

35

dancers elements

36

Load cell element

37

nip

38

drive roller

39

pressure roller

40

drive motor

41

Rotary encoder

42

further clamping point

43

further drive roller

44

additional pressure roller

45

another drive motor

46

another rotary encoder

47

Transmitters

48

first deflecting roller

49

second guide roller

50

data lines

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 102005056802 A1 [0006]
• DE 102009019624 A1 [0007]
• DE 102010013782 A1 [0008]

Claims (11)

Method for setting up a material web processing machine ( 3 ) with regard to material webs to be processed ( 2 ), in which the material web processing machine ( 3 ) as a function of material path machining-specific parameter data ( 20 ) is adjusted to the respective material web to be processed ( 2 ) order-specific with the material web processing machine ( 3 ), characterized in that material path processing-specific parameter data ( 20 ) by means of an electronic data interface device ( 10 ) automated at the material processing machine ( 3 ) received electronically and subsequently to a facility ( 7 ) for controlling and / or regulating the material web processing machine ( 3 ) are provided electronically. A method according to claim 1, characterized in that based on the electronically received material web processing-specific parameter data ( 20 ) web-course characterizing material web processing machine parameters of Abwicklerwalzeneinrichtungen ( 31 ), Winder roller assemblies ( 33 ) and / or controlled material web tensioning means ( 37 . 42 ) or the like. Method according to claim 1 or 2, characterized in that the material path processing-specific parameter data ( 20 ) online via a LAN and / or WLAN connection device ( 13 ) automated at the electronic data interface device ( 10 ) are provided electronically. Method according to one of claims 1 to 3, characterized in that the material web processing-specific parameter data ( 20 ) as print job workflow data ( 11 ) of a digital pre-press device ( 12 ) at the electronic data interface device ( 10 ) are provided electronically to the web processing machine ( 3 ) by means of the print order workflow data ( 11 ) to adjust. Method according to one of claims 1 to 4, characterized in that the material web processing-specific parameter data ( 20 ) are provided electronically in JDF data format and / or in PPF data format. Method according to one of claims 1 to 5, characterized in that the material web processing-specific parameter data ( 20 ) by means of a parser ( 25 ) are extracted from a JDF data format and / or from a PPF data format. Contraption ( 1 ) for processing a material web ( 2 ) with a material web processing machine ( 3 ) and with a facility ( 7 ) for controlling and / or regulating the material web processing machine ( 3 ), in particular for carrying out the method according to one of claims 1 to 6, characterized in that the device ( 1 ) an electronic data interface device ( 10 ) for electronically receiving digital pre-stage data ( 19 ) a digital pressure stage device ( 12 ), by means of which material web-processing-specific parameter data ( 20 ) at the facility ( 7 ) for controlling and / or regulating the material web processing machine ( 3 ) are electronically deployable. Contraption ( 1 ) according to claim 7, characterized in that the device ( 1 ) a parser ( 25 ) for the electronic readout of the material path processing-specific parameter data ( 20 ) from digital print job workflow data ( 11 ) having. Contraption ( 1 ) according to claim 7 or 8, characterized in that the device ( 7 ) for controlling and / or regulating the material web processing machine ( 3 ) a motion control unit ( 8th ) and / or a PLC unit ( 9 ), which contains the material path processing-specific parameter data ( 20 ) can interpret electronically. Arrangement of a device ( 1 ) for processing a material web ( 2 ) with a material web processing machine ( 3 ) and from a digital pressure stage device ( 12 ), which digital print job workflow data ( 11 ) for processing the material web ( 2 ) is generated and used, characterized in that the device ( 1 ) for processing the material web ( 2 ) and the digital pressure stage device ( 12 ) by means of an electronic data interface device ( 10 ) are connected electronically to each other by means of the digital print order workflow data ( 11 ) material path processing-specific parameter data ( 20 ) on the device for processing the material web ( 2 ) electronically. Use of an electronic data interface device ( 10 ) for electronically importing digital print job workflow data ( 11 ) of a digital pre-press device ( 12 ) on a printing machine ( 5 ) for the automated setting of web-course-characterizing material web processing machine parameters with regard to a material web to be printed ( 2 ) on the printing machine ( 5 ).

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