EP3056351B1 - Procede pour la production d'un ordre d'impression - Google Patents

Procede pour la production d'un ordre d'impression Download PDF

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Publication number
EP3056351B1
EP3056351B1 EP16154506.6A EP16154506A EP3056351B1 EP 3056351 B1 EP3056351 B1 EP 3056351B1 EP 16154506 A EP16154506 A EP 16154506A EP 3056351 B1 EP3056351 B1 EP 3056351B1
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European Patent Office
Prior art keywords
workflow system
production
pdf
jdf
data
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EP16154506.6A
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German (de)
English (en)
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EP3056351A1 (fr
Inventor
Markus Bracher
Daniel Lutziger
Markus Schluep
Stefan Bulgheroni
Roland Rotach
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Mueller Martini Holding AG
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Mueller Martini Holding AG
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J29/00—Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
    • B41J29/38—Drives, motors, controls or automatic cut-off devices for the entire printing mechanism
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
    • B42C—BOOKBINDING
    • B42C19/00—Multi-step processes for making books
    • B42C19/02—Multi-step processes for making books starting with single sheets
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
    • B42C—BOOKBINDING
    • B42C19/00—Multi-step processes for making books
    • B42C19/04—Multi-step processes for making books starting with signatures
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
    • B42C—BOOKBINDING
    • B42C19/00—Multi-step processes for making books
    • B42C19/06—Multi-step processes for making books starting with webs not provided for elsewhere

Definitions

  • the invention relates to production systems for the inline further processing of digitally printed signatures/printed sheets, primarily in the field of continuous webs. Furthermore, the invention relates to digital printing systems with inline post-processing, specifically in the form of "book block or brochure production", namely, but not conclusively: perfect binder, gathering machine, saddle stitcher, inline book production, buffer systems, etc. All configurations are controlled by Workflow control systems. All of the systems mentioned belong to the state of the art and can be accessed, for example, from the homepage of the Muller Martini Group, and therefore form an integral part of this description.
  • Any sequence can be printed using digital printing. This enables productions to be optimized to the effect that logistics are brought to the fore. For example, it is possible to print books sorted by order. This eliminates time-consuming intermediate storage processes. It is also possible to produce products individually and personalized in edition 1, e.g. personalized travel guides. Here comes the new requirement to master variable thickness and variable content productions, which places specific demands on the finishing machines and data management. Such applications are known in the industry as "VDP" (Variable Data Printing).
  • the invention relates to a method for the production of a print job by sequential or quasi-sequential Digital printing, the signatures and/or single sheets produced by digital printing forming at least one stack, the components of which are converted into at least one printed product by at least one further processing.
  • a first embodiment is that first one or more folds are made over the entire width of the printed paper web; then, after the fold(s) have been completed, the individual printed sheets are separated to a specific width in the longitudinal direction of the paper web and then each fed to a stack. If the width of the paper web is divided into four longitudinal paper webs, for example, this results in four parallel stacks.
  • the partial webs are first separated in the longitudinal direction of the paper web before the folds are made, i.e. the fold here takes place transversely to the separating cuts already made in the longitudinal direction of the paper web and affects a number of printed sheets, which corresponds to the number of previously created partial paths. So if a double or multiple fold is used as a basis, then a composite of four two-sided, resp. eight double-sided pages. Irrespective of this, the separating cuts in the longitudinal direction of the paper web can also be made here before or after the folds, analogously to the above explanations for a simple fold.
  • a method for recording and transmitting process-controlling data before and/or within a printing process when producing printed products in a printing machine which is preferably a digital printing machine, is proposed, with this data being operatively connected at least on the basis of at least one printed product Identification features, hereinafter referred to as print mark, are recorded, with the from the The data resulting from the print mark is transmitted and/or communicated to at least one processing unit downstream of the printing process.
  • a first determination of data is now carried out, which is used for at least one redundant check of the data resulting from the print mark, which is preferably associated with a printed product, i.e. is indispensable for the further processing of the printed products.
  • Print marks with product-related data include, among other things, information about a cross cutter control based on crop marks or a book separation based on separator marks. Of course, print marks can also record other product-related data. According to the invention, at least one redundant check of the product-related data resulting from the print mark takes place within the printing process with the aim of determining the extent to which this data corresponds to the actual data recorded or determined from the printing process.
  • the invention as characterized in the claims, is based on the object in a method of the type mentioned in conjunction with to propose a digital printing machine for the production of variable print products.
  • the issue here is that the stack and its components are formed by production-related data or data sets, which, via at least one workflow system, specify a specific sequence of the individual printed products formed by the stack and which, on the other hand, allow the design of the individual printed products with the same or of different thickness and/or format and/or with the same or individual content.
  • the printed products which form the components of the stack formed downstream of the digital printing machine, normally consist of signatures, printed sheets, and also of individual sheets, from which books, book blocks, brochures, etc. are then produced by further processing.
  • the system according to the invention is therefore based to a large extent on a workflow system which controls the components of prepress, digital printing and further processing, respectively. Information from the operation of the components mentioned is processed in a targeted manner.
  • prepress The point of prepress is that the created JDF (Job Definition Format) is automatically sent to prepress after it has been created. This reads the relevant process parameters from the JDF, fetches the PDF(s) (Customer Input(s)) according to at least one link in the JDF and imposes. The result is an imposed PDF file. Successful imposition is reported back to the workflow system.
  • JDF Job Definition Format
  • the pre-press encodes the printed products according to the code specified by the editor (JDF editor/job folder editor).
  • the codes therefore form a key element of information for product tracking between prepress (see below) and the printing system (digital printing machine) on the one hand and postpress (finishing machines) on the other. Accordingly, these codes must be assigned at a level that is superior to the subsystem mentioned.
  • the workflow system mentioned in the sense of a connection and/or linking of the order accompanying data, receives the data from an upstream system, checks them and, if necessary, makes corrections (e.g. packages that are too large or too small). The workflow system then makes the run list available in a clean form for prepress, which prepares the code based on this specification.
  • This workflow system is a digital system that can be used to ensure complete networking of sub-processes.
  • not only individual machines can be networked with this system, but also complex, different and customer-specific production systems, i.e. also production systems and machines from different suppliers.
  • This means that print product-related further processing sub-processes can also be electronically networked in such a way that the data generated in prepress or during printing can be transferred.
  • this digital system includes various modules that control and monitor the entire workflow system, namely from the display of the stored information, the creation of new job tickets, production control and display of the job tickets to the integration of the existing lines (production lines ) in the overall digital work process. This means that when a specific job ticket is assigned to a machine or system, the required format data is automatically transmitted.
  • job tickets can be defined by adding and/or removing actions, whereby the actions themselves can be modified, deleted or newly created.
  • every action whether it is in its original state or subsequently introduced or changed, must contain a correct status that only requires the release or implementation of such an action.
  • the workflow system mentioned consists of various modules that are responsible for the individual production steps, individually or in any combination with one another, namely: A module ensures that production is transparent by providing a constant overview of the production lines and the status of the respective orders. In addition, the entire production can be graphically displayed and analyzed.
  • Another module enables the creation and editing of orders for customers.
  • Another module allows the scheduling of orders in terms of sorting, grouping and planning. Jobs can be assigned to machines automatically or manually. Machines that do not necessarily have a workflow system connection can also be recorded.
  • Another module captures and collects the operating data generated during processing, which can then be called up continuously.
  • Another module supplies and collects data for the printing of package cover sheets and logistics papers, which correspond to the printed products or packages actually produced.
  • Another module is set up in such a way that it checks the correctness of the individual modules mentioned above during their operative implementation on their own or interdependently to one another, to the extent that it is checked, for example, how an individual action in the combination of modules affects the underlying production .
  • the workflow system thus covers all production aspects of the overall system according to the following criteria: In an initial order, one or more PDFs (customer inputs) and/or one or more PDF/VTs (data formats for additional metadata) are used to create the targeted print products with fixed or variable content, thickness, format process.
  • PDFs customer inputs
  • PDF/VTs data formats for additional metadata
  • the editor creates a JDF (Job Definition Format) in the sense of a job bag.
  • JDF Job Definition Format
  • the gray box JDF contains a reference to the PDF(s) to be produced as well as the relevant paper formats and print settings.
  • the workflow system reads these values and expands the gray box JDF to a JDF on this basis (similar to the case described above under a).
  • the MIS Management Information System
  • the workflow system can send the workflow system not only a gray box JDF, but also at least one run list.
  • a Run List contains generally actionable information for the process, namely: As already mentioned above, the workflow system receives the data from an upstream system, checks it and, if necessary, makes corrections (e.g. packages that are too large or too small). This system then makes the run list available in a clean form.
  • the run list is taken directly from an upstream system.
  • PDF/VT contains information (metadata) that allows the editor to create a run list.
  • the editor can interpret the run list accordingly and enrich the PDF/VT with additional metadata intended for prepress. Specifically calculated the editor the signatures, book blocks, books, etc. to be produced and the corresponding codes are implemented for all units (see definition above).
  • the workflow system sends the JDF (Job Definition Format) to a print manager (Digital Front End), which then controls the digital machine accordingly.
  • JDF Job Definition Format
  • the JDF is also sent to a line control in connection with the further processing, which in turn controls the arranged further processing machines accordingly.
  • finishing machines can receive the JDF directly or semi-directly, interpret it and set themselves up accordingly.
  • the unit or units that form the printed product receive the information described above at the beginning of the line.
  • the information is forwarded to the package-forming modules via internal product tracking.
  • the information contains control codes about the stack formation, as well as optionally about the continuous or subsequent layer formation.
  • a gathering machine that is used has an optional auxiliary gluing of the stacked printed sheets or signatures or single sheets. This function is used to fix a loose stack so that a handy coherent package of printed products is created.
  • the auxiliary gluing is controlled selectively, so that a stack of fixed printed products can arise.
  • the invention has at least one circuit in which the input format no longer consists solely of a (standard) PDF (Customer Input), but also a PDF/VT data format.
  • PDF/VT In addition to the PDF-based content pages, this (PDF/VT) also contains metadata, which contains the individual composition of the products in the form of data sets (records). So it is a combination of the print content with the addressee database.
  • a PDF/VT-1 is intended for the exchange of a single, complete file.
  • the file contains all resources and content that are required for a proper interpretation of the file.
  • a PDF/VT-2 allows the exchange of files that refer to external ICC profiles and external page content.
  • PDF/VT variants are also possible, which can include specific and additional metadata in the processing.
  • the PDF/VT formats allow great flexibility in the design of metadata.
  • the content In the case of bulk mailing, for example, it must be ensured that the content can be grouped by recipient, zip code or gender for enveloping or mailing. For example, different numbers of pages, different text modules or different graphic elements must be taken into account.
  • PDF/VT formats Another advantage of the PDF/VT formats is that data streams can be supported. Pages, page ranges and resources are written in a continuous data stream and forwarded to the print server integrally or quasi-integrally.
  • the input data format information is transferred as single-page files and implemented in job tickets.
  • the input data format information as a prepress triggers an imposition in which: The format data regarding predefined web widths / product types, which are dynamically optimized according to a defined quality standard;
  • Additional visual identifiers or text are added in the section or view area to make the part/end product recognizable and identifiable for the operator.
  • the input data and/or process-relevant information is implemented according to the underlying PDF/VT format.
  • the PDF/VT format is expanded accordingly after one of the tools mentioned (VT-1; VT-2, etc.).
  • the workflow system uses at least one job ticket or a JDF format (Job Definition Format) further production-related data, e.g. order header, production instructions, planning information, event list, etc.
  • JDF format Job Definition Format
  • the JDF format therefore fulfills the function of an electronic order folder and it extends over the entire life cycle of a product. It is important to distinguish the fact that the JDF format only contains references, i.e. links, whereby each JDF format can contain further nodes which can lead to nesting, whereby the production-related degree of coverage of such a JDF format can be maximized can.
  • the data in the job ticket or in a PDF/VT format is temporarily stored and/or forwarded as printed sheet data, with the data flowing in as barcodes, and with the barcodes being PDF, PDF/VT, JDF, run list, job ticket-related have coding.
  • An additional expansion of the method according to the invention consists in embedding the envelope (cover) in a file in addition to the product body (body) in the input PDF/VT format.
  • the cover can also be variably assigned to the products based on the metadata.
  • the envelope can be exchanged as a whole, as well as contain one or more variable objects (logos, titles, addresses, etc.).
  • the cover data can also be extracted and a corresponding cover production made available in the form of a PDF/VT format, a job ticket and/or run lists.
  • a cover production made available in the form of a PDF/VT format, a job ticket and/or run lists.
  • Various scenarios are conceivable: For example, inline production of the covers with the processing unit (e.g. perfect binder) based on the identified supplied book blocks or based on a run list.
  • the envelopes could also be prepared near-line or offline using the above data sources.
  • variable printed products Accordingly, during the production and formation of the variable printed products, an automated implementation of various order-related data takes place, which as input data format information for the controlled production and Formation of the variable printed products can be implemented, and which refer to the individual composition of the individual printed products.
  • PDF input data format
  • additional data formats VT-1, VT-2, etc.
  • JDF job tickets, run lists
  • the PDF/VT formats form a basis for the method according to the invention wherever all registers of the print are drawn within the methods defined in the claims, with the PDF/VT formats also supporting all print jobs regardless of whether they contain variable data regarding the composition of the individual print jobs. This also applies to those cases in which the PDF/VT formats are additionally accompanied by other order-related data or data formats are added.
  • production consists of an interdependent interaction between prepress, printing and postpress, the processes of which are controlled, monitored and adjusted directly or semi-directly by a workflow system.
  • the inventive development compared to the closest prior art also consists in the formation of a stack of printed products and its stock by production-related order accompanying data, which on the one hand specify a specific sequence of the individual printed products formed from the stack, and on the other hand the design of the individual printed products with the same or different thickness and/or format and/or with the same or individual content, and that the individual printed products are provided with additional information which provides information on completeness and/or required repairs.
  • product tracking can also contain information about packaging or other logistical actions.
  • cover sheets it is of course also possible to identify the products or partial products optically using applied color markings and/or inserted marker slips. In addition to the simple good/bad information Very precise reports about the exact position of the incomplete product in the stack can be given via these systems.
  • figure 1 a manufacturing process of printed products, which are manufactured and processed according to certain criteria.
  • the end figure 1 shows the schematic representation of a production process. The process is divided into three areas: prepress A, print B and postpress C.
  • the printed products 30a produced by a digital printing machine 2 which are created on the basis of the production process shown here, arrive in packs at a perfect binder 5 and/or at a saddle stitcher 8, in which the processing into books, book blocks, Brochures takes place ..
  • the starting point is in all cases an existing stack 4 consisting of printed sheets and/or signatures and/or single sheets by a collating machine, not shown, which is formed resp. is assembled.
  • any further processing of the printed products from stack formation can be carried out individually by appropriate branches.
  • a non-detailed auxiliary gluing ensures that the stack has a physical consistency.
  • the physical production process begins with the definition of a printing material web 1, which comes from an upstream supply device that is not shown in detail.
  • the subsequent digital printing machine 2 is thus fed continuously.
  • Downstream of the digital printing machine 2 the web of material 1, which is preferably printed on both sides, is fed to a further processing machine 3, in which the signatures/printed sheets for forming the stack are produced in a number of processing steps.
  • a further processing machine 3 consists of transverse folding and/or longitudinal folding devices, depending on requirements, and cutting devices.
  • a first embodiment consists in first making one or more folds over the entire width of the printed paper web. Then, after the fold(s) have been completed, the individual printed sheets are separated to a specific width in the longitudinal direction of the paper web and then fed to a specific stack as signatures. If the width of the printed paper web is divided into four longitudinal webs, for example, then four partial stacks arranged in parallel are also provided.
  • the separating cuts in the longitudinal direction of the printed paper web can also be made here before or after the folds, analogously to the above explanations for a simple fold.
  • a specific sequence of the signatures and/or individual sheets within the stack 4 forms the basis for the subsequent formation of individual printed products, regardless of whether the stack 4 originated or was created by merging different sub-stacks.
  • the individual printed products 30a, 30b ... 30n are symbolized.
  • the individual printed products are processed individually in the adhesive binder 5, while the top, bottom and front trimming of the printed product is carried out, for example in a three-knife trimmer 6, individually or via a bundle formation, which is particularly advantageous for thin brochures.
  • the (main) stack can have a targeted sequence of printed sheets, signatures and/or individual sheets, which then lead to printed products with the same or different thickness, with the same or different format, with the same or individual size when the stack is dissolved. Accordingly, the stack is equipped with appropriate aids that specify a mechanical and/or electronic delimitation between the individual printed products.
  • the subsequent further processing for example in a perfect binder 5 or saddle stitcher 8
  • the packaging device 7 of the individual printed products ensures the order that is already in the stack in terms of content was taken as a basis, ie between the original stack 4 and the downstream package formation 7 of the individual printed products there is congruence with regard to the qualitative and quantitative sequence.
  • a (central) workflow system 100 which is loaded with at least the following metadata, with there always being an interdependence between workflow system 100, prepress 130, digital printing machine 2 and postpress machines 3-8.
  • the aforementioned carriers 101-104 and their metadata can be activated individually or, if required, in any combination and interdependence with one another.
  • the editor 105 in the workflow system 100 is able to create or edit a JDF (job bag) from a PDF 103 or PDF/VT 104. to be calculated, with the PDF as required with some additional information, such as the paper to be used, can be added, which are aimed at the desired starting product.
  • JDF job bag
  • the workflow system 100 knows the parameters of the printing material web 1, the controlled machines 3-8 and the digital printing machine 2 including their process parameters and limits, the mentioned editor can calculate an optimal production process on this basis and map it in a JDF (job bag).
  • one or more PDFs (Customer Inputs) 103 and/or one or more PDF/VTs (Data Formats for Additional Metadata) 104 are used to create print products with fixed or variable content, thickness, format, process.
  • PDFs Customer Inputs
  • PDF/VTs Data Formats for Additional Metadata
  • a job bag is created in the editor 105 of the workflow system 100, or an MIS (Management Information System) 121 sends the workflow system 100 a gray box JDF (Job Definition Format) 101.
  • MIS Management Information System
  • the operator selects the PDF or PDFs 103 and/or PDF/VTs 104, selects the paper and can optionally select further parameters such as the color profile of the printing press, desired print marks (codes), etc.
  • JDF Job Definition Format
  • a gray box JDF 101 is imported via an MIS (Management Information System) 121, a reference to the PDF(s) 103 to be produced and the relevant paper formats and print settings are included.
  • the workflow system 100 reads these values and expands the gray box JDF 101 to a JDF on this basis (similarly to the case described above under a).
  • the MIS 121 can send the workflow system 100 not only a gray box JDF 101 but also a run list 102 .
  • the Run List 102 contains generally actionable information for the process.
  • the JDF then created in the workflow system 100 is automatically transmitted to the prepress stage 130 .
  • This reads the relevant process parameters from the JDF, fetches the PDF(s) (Customer Input(s)) according to at least one link in the JDF and imposes.
  • the result is an imposed PDF file.
  • the successful imposition is reported back to the workflow system 100 .
  • the prepress stage 130 supplies an imposed PDF as output, which is then printed accordingly by the digital printing press 2 .
  • the prepress stage 130 thus converts the individual pages of a PDF into a new PDF (imposed PDF) in which the individual pages are arranged in such a way that they come to rest in the correct order after folding is printed.
  • the JDF Job Definition Format
  • a print manager digital front end
  • the JDF is also sent to a line controller 109 in connection with the further processing, which in turn controls the arranged further processing machines 3-8 accordingly.
  • This line control 109 is optionally provided for further processing machines, and it is also possible to use this line control for only part of the Provide further processing machines. Multiple line controls are not excluded.
  • finishing machines can optionally receive the JDF directly or semi-directly, interpret it and set themselves up accordingly.
  • further process data 112 preferably in the sense of an imposition, with process-relevant variable parameters can be introduced into the workflow system 100, which preferably relate to the individual printed product. Depending on the mechanical and control engineering design of the underlying process, these parameters enable a targeted development within the entire processing, including the digital printing machine.
  • variable parameters are, among other things, to coordinate the processing of non-fixed-format, variable-thickness printed products in such a way that long process chains can also be carried out and seamless changeovers from one production process to the next or the one after that.
  • the print job is defined for digital printing machine 2 from all of this data entered into the production process and transmitted via a control/regulation line 111, with this information also being sent simultaneously or subsequently, integrally or in stages, to all other machines 3-8 of the Production process and also be forwarded to the printing substrate web 1.
  • the machines mentioned communicate with the workflow system 100, as can be seen from the control lines 120 shown, which forward control information.

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  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • General Factory Administration (AREA)
  • Folding Of Thin Sheet-Like Materials, Special Discharging Devices, And Others (AREA)
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Claims (19)

  1. Procédé dévolu à la production d'un travail d'impression sur commande par impression numérique séquentielle ou quasi séquentielle, sachant que les feuillets et/ou les feuilles individuelles fabriqué(e)s par l'impression numérique forment au moins une pile dont les composants sont transformés en au moins un produit imprimé, par au moins un traitement ultérieur, la formation de la pile, et des composants de cette dernière, étant effectuée par des données ou des ensembles de données en rapport avec la production qui, par l'intermédiaire d'au moins un système de flux de travail (100), prédéterminent d'une part un ordre séquentiel spécifique des produits imprimés individuels formés par ladite pile (4), et pilotent d'autre part la conception desdits produits imprimés individuels avec épaisseur et/ou format identique(s) ou différent(e)s et/ou avec contenu identique ou individualisé, caractérisé par le fait
    que le système de flux de travail (100) est directement ou quasi directement, voire indirectement en liaison interactive opérante avec au moins l'un des groupes suivants, à savoir:
    - avec au moins un étage de pré-impression (130);
    - avec au moins une machine d'impression numérique (2);
    - avec au moins un éditeur (105);
    - avec au moins un gestionnaire d'impression (108);
    - avec au moins une commande de lignes (109);
    - avec toutes les machines de traitement (1, 3-8) agissant en amont et en aval de ladite machine d'impression numérique (2);
    et par le fait qu'au moins les groupes système de flux de travail (100), étage de pré-impression (130), nappe de bande d'impression (1), machine d'impression numérique (2), machines (3-8) de traitement ultérieur, agissent individuellement ou en interdépendance avec des lignes de commande (110) menant aux groupes, et avec des informations de régulation (120) émanant desdits groupes.
  2. Procédé selon la revendication 1, caractérisé par le fait que les produits imprimés sont des livres, des corps d'ouvrage, des brochures.
  3. Procédé selon la revendication 1, caractérisé par le fait que le système de flux de travail (100) est au moins composé des modules ci-après, utilisés individuellement ou sous n'importe quelle combinaison mutuelle:
    - module dédié à une production informative transparente, avec un rapport permanent relatif aux statuts des lignes de production et des travaux sur commande respectifs;
    - module dédié à une production informative transparente, avec un rapport permanent relatif aux statuts des lignes de production et des travaux sur commande respectifs, l'intégralité de la production étant représentée et analysée graphiquement;
    - module dédié à la création et à l'édition de travaux sur commande pour des clients, à l'aide de logiciels de clientèle;
    - module dédié à la l'accessibilité à des travaux sur commande en termes de tri, de regroupement et de planification, indépendamment du degré d'automatisation et de l'équipement de la machine en logiciels;
    - module dédié à l'acquisition et à la mémorisation des données fonctionnelles se présentant au cours de la production, de la formation et du traitement, sous réserve que ces données soient disponibles en permanence;
    - module dédié à la délivrance de données fonctionnelles affectées à l'impression de pages de couvertures destinées à des corps d'ouvrage et à des documents logistiques, qui coïncide avec les produits effectivement fabriqués;
    - module dédié à un contrôle prioritaire des données fonctionnelles appliquées et des processus interdépendants, tributaires de modules, au cours de la production et de la formation des produits;
    - module dédié à des messages d'erreurs/avertissements en présence d'écarts par rapport à l'état de consigne, et à la mise en œuvre de programmes de correction et/ou de processus d'élimination corrélatifs vis-à-vis des produits entachés d'écarts.
  4. Procédé selon l'une des revendications 1 à 3, caractérisé par le fait que des feuillets et/ou des feuilles individuelles sont reliés entre eux au moyen d'un poste d'encollage auxiliaire, au cours de la formation de la pile, et ledit poste d'encollage auxiliaire est directement ou quasi directement, voire indirectement en liaison interactive opérante avec le système de flux de travail (100).
  5. Procédé selon l'une ou plusieurs des revendications 1-4, caractérisé par le fait que l'étage de pré-impression (130) code les produits imprimés en conformité avec les codes préétablis par l'éditeur (105).
  6. Procédé selon l'une des revendications 1-5, caractérisé par le fait que l'étage de pré-impression (130) déclenche une imposition lors de laquelle:
    - les métadonnées, provenant d'au moins un format de données, prédéfinissent des largeurs de nappes et/ou des types de produits;
    - lesdites métadonnées sont imprimées sous forme codée sur le produit imprimé, en tant qu'informations;
    - des repères d'identification visuelle ou des textes additionnels sont ajoutés, dans la zone sectionnée ou visible, pour rendre les produits partiels/finis identifiables et classifiables par l'opérateur.
  7. Procédé selon l'une des revendications précédentes, caractérisé par le fait que l'étage de pré-impression (130) établit, de manière ferme, au moins l'une des opérations suivantes:
    - ledit étage de pré-impression, en liaison interactive avec le système de flux de travail, connaît le dossier des travaux sur commande avec tous les paramètres pertinents;
    - une fiche de travail est automatiquement attribuée audit étage de pré-impression, puis les machines (3-8) de traitement ultérieur se configurent en conséquence;
    - le message de disponibilité est émis aussitôt que lesdites machines de traitement ultérieur sont fonctionnellement prêtes, de telle sorte que du papier du travail sur commande correspondant soit accepté, et
    - la production débute uniquement lorsque la machine d'impression numérique (2) et le système de flux de travail (100) déclarent le processus de configuration achevé.
  8. Procédé selon l'une des revendications précédentes, caractérisé par le fait qu'un JDF (format de définition de tâche) créé est transmis automatiquement à l'étage de pré-impression (130); par le fait que, sur la base dudit JDF, ledit étage de pré-impression (130) lit les paramètres fonctionnels pertinents en liaison interactive avec au moins un PDF intégré (saisies client); par le fait qu'un fichier PDF est imposé et par le fait que l'imposition effectuée est notifiée en retour au système de flux de travail (100).
  9. Procédé selon l'une des revendications précédentes, caractérisé par le fait qu'un JDF (format de définition de tâche) est envoyé au gestionnaire d'impression (108) par le système de flux de travail (100), lequel gestionnaire d'impression (108) pilote la machine d'impression numérique (2).
  10. Procédé selon l'une des revendications précédentes, caractérisé par le fait que l'étage de pré-impression (130) inclut au moins les processus suivants:
    - le message de disponibilité est émis aussitôt que les machines de traitement ultérieur sont fonctionnellement prêtes, de telle sorte que du papier du travail sur commande correspondant soit accepté, et
    - la production est respectivement lancée, ou validée, uniquement lorsque la machine d'impression numérique (2) et le système de flux de travail (100) déclarent le processus de configuration achevé.
  11. Procédé selon l'une des revendications précédentes, caractérisé par le fait qu'un JDF (format de définition de tâche) est envoyé à une commande de lignes (109) qui pilote, directement ou indirectement, toutes les machines (3-8) de traitement ultérieur agissant en aval de la machine d'impression numérique (2).
  12. Procédé selon l'une des revendications précédentes, caractérisé par le fait que le système de flux de travail (100) est sollicité par au moins l'une des données de processus ci-après, sachant que, dans le cas d'une sollicitation par plusieurs données de processus, ces dernières sont introduites sous n'importe quels combinaison et ordre séquentiel les unes par rapport aux autres:
    - JDF gray box (101)
    - Liste d'Exécution (102)
    - PDF (103)
    - PDF/VT (104).
  13. Procédé selon l'une ou plusieurs des revendications précédentes, caractérisé par le fait que l'éditeur (105) interprète la Liste d'Exécution (102) par des techniques de processus; et par le fait que le PDF/VT (104) alimente l'étage de pré-impression (130) et/ou la machine d'impression numérique (2) en métadonnées supplémentaires.
  14. Procédé selon l'une des revendications précédentes, caractérisé par le fait que le système de flux de travail (100) est sollicité par des données de processus (112) supplémentaires.
  15. Procédé selon l'une des revendications précédentes, caractérisé par le fait que le système de flux de travail (100) est en liaison interactive avec au moins un MIS (121) introduit depuis l'extérieur, qui introduit au moins un JDF gray box additionnel (101) et/ou une Liste d'Exécution (102) dans ledit système de flux de travail (100).
  16. Procédé selon l'une des revendications précédentes, caractérisé par le fait que les produits imprimés individuels se présentent avec différenciation les uns des autres à l'intérieur de la pile (4), en étant différenciés par une délimitation physique et/ou électroniquement opérante, et sont sélectionnés en vue du traitement ultérieur.
  17. Procédé selon l'une des revendications précédentes, caractérisé par le fait que la fabrication des produits imprimés individuels, formés à partir de la pile, est achevée par au moins un traitement dans des encarteuses-piqueuses, des relieuses-colleuses, des brocheuses à fil.
  18. Procédé selon l'une des revendications précédentes, caractérisé par le fait que les produits imprimés sont dotés d'une couverture, dans une machine de traitement, au moins au stade du façonnage définitif.
  19. Procédé selon l'une ou plusieurs des revendications précédentes, caractérisé par le fait qu'au moins les formats PDF ou PDF/VT renferment des métadonnées ciblant les enveloppes des produits imprimés, ces enveloppes étant attribuées de façon variable et individuelle au produit imprimé considéré.
EP16154506.6A 2015-02-11 2016-02-05 Procede pour la production d'un ordre d'impression Active EP3056351B1 (fr)

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US20160231968A1 (en) 2016-08-11
JP2016154008A (ja) 2016-08-25
EP3056351A1 (fr) 2016-08-17
CN105856874A (zh) 2016-08-17
US9834027B2 (en) 2017-12-05

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