EP1989055A1 - Verfahren zur speicherung von daten in einer ein kommunikationsnetzwerk aufweisenden druckmaschine - Google Patents
Verfahren zur speicherung von daten in einer ein kommunikationsnetzwerk aufweisenden druckmaschineInfo
- Publication number
- EP1989055A1 EP1989055A1 EP07712333A EP07712333A EP1989055A1 EP 1989055 A1 EP1989055 A1 EP 1989055A1 EP 07712333 A EP07712333 A EP 07712333A EP 07712333 A EP07712333 A EP 07712333A EP 1989055 A1 EP1989055 A1 EP 1989055A1
- Authority
- EP
- European Patent Office
- Prior art keywords
- component
- data
- unit
- database
- stored
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
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- 238000003860 storage Methods 0.000 claims description 29
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- 239000000758 substrate Substances 0.000 claims description 7
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- 239000000284 extract Substances 0.000 description 1
- 238000007646 gravure printing Methods 0.000 description 1
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F33/00—Indicating, counting, warning, control or safety devices
- B41F33/0009—Central control units
Definitions
- the invention relates to methods for storing data of at least one component of a printing machine having a plurality of components and at least one communication network according to the preamble of claim 1 or 5.
- DE 103 57 429 A1 discloses a module for a machine for processing sheet-shaped substrates, with interfaces for control communication, with a readable and writable memory unit which contains the properties of the module, as well as a communication device which is used for communication with other modules or / and a higher-level control of the machine and is in operative connection with the storage unit.
- a control system for a printing press comprising a plurality of arithmetic units, wherein each arithmetic unit is assigned a non-volatile memory unit and each arithmetic unit is designed to control the functional sequences of a functional unit of the printing press, wherein all arithmetic units generated by a timer unit Time signal can be fed, wherein in an activity of the arithmetic units in the non-volatile memory unit associated with this arithmetic unit, an activity of the arithmetic unit documenting information is simultaneously stored with a time information corresponding to the time of the activity of the arithmetic unit output from the timer unit time signal.
- the arithmetic units are connected via an interface of a bus system with a test device, wherein the test device stored in the storage units of the arithmetic units information about the Activities of the respective arithmetic unit and the associated time information read together and assigns the information about the activities of the respective arithmetic units with the help of the associated time information each other and evaluates.
- a rotary screen printing machine with a spaced apart between two main rollers one of which is driven by a main drive motor, between the main rollers tensioned endless conveyor belt and with a plurality of in the course of the conveyor belt successively arranged printing units, the each having a printing cylinder and a printing cylinder drive associated therewith, wherein the printing units are realized by modular individual modules each associated with, on different print program individually programmable control module, each to a network data bus of the printing machine in digital network network for the exchange of operating parameter data between the control module on the one hand and the one or more drive units of the conveyor belt on the other hand and the control modules with each other and / or a control room is connected, wherein the operating parameters on the one hand dur ch a default value in the memory of a CPU within the control module and on the other hand by a over the network data bus and an interface in the control module supplied protocol for a particular print program can be set.
- a device for controlling a printing machine consisting of a plurality of computers, which are interconnected via a trained as a network bus system for signal exchange and at least one of the computer has a non-volatile, rewritable memory, wherein the bus has an interface over which program parts and / or parameters to at least one of the computer addressable and in the associated non-volatile, rewriteable memory can be written, and that via the interface of the bus connected to the computer from a state of the normal Machine operation in a second state is reversible, in which the addressing of the computer and the subsequent transmission of programs and / or parameter data is carried out.
- the invention has for its object to provide a method for storing data of at least one component of a plurality of components and at least one communication network having printing machine, these components related maintenance and / or service processes are facilitated and / or improved.
- components of the printing machine relating to maintenance and / or service processes are facilitated and / or improved.
- components characterizing data can be recorded continuously and optionally together with a time marker and stored in at least one database, there is a complete documentation on the use of these components and, where appropriate, on their operating states. Unfavorable operating conditions can be used to automatically generate a warning message. Due to a clear identification of the components they are traceable in their use.
- the connection of the respective storage unit of the components to a communication network makes it possible to carry out a remote diagnosis and to easily provide updates for firmware and / or software as well as parameter files required for the operation of the respective component.
- a message can be automatically generated.
- Fig. 1 is a block diagram of a printing press with four control levels
- FIG. 2 is a block diagram of a printing press consisting of a plurality of functional units
- the invention relates to a z. Example, as a web-fed printing press or as a sheet-fed press or as a gravure printing machine formed, these printing machines are each formed in particular as a rotary printing press.
- the printing press prints z. B. in a planographic printing process, for. B. in an offset printing process, d. H. in a wet offset printing process using a dampening solution or in a dry offset printing process without dampening solution.
- the printing machine can z. B. be used as a newspaper printing press or as a commercial printing press.
- the printing press has at least two control levels in a hierarchical structure.
- 1 shows, by way of example, in a block diagram, a printing machine (double-dot bordered) with four control levels, namely a control level LE, a sectional level SE, an aggregate level AE and a field level FE, wherein the Control level LE is the highest-ranking and thus all other control levels formed in the printing press superordinate control level, wherein in the outline of the control levels in descending order of priority LE the section level SE, the section plane SE the aggregate level AE and the aggregate level AE the field level FE follows.
- the printing press has at least the control level LE and the field level FE as control levels.
- the individual control levels of the printing press are each networked with each other by a communication network 02, wherein in each case the same or differently formed communication networks 02 can be used between the individual control levels of the printing press and / or in the individual control levels of the printing press.
- Each control level of the printing press is associated with at least one component, each component referred to in the sense of terminology of technical morphology an item within a complex, wherein the complex z. B. is designed as a information-exporting device or as a substance turnover exporting apparatus or as an energy conversion exporting machine unit, and wherein the term component is to be understood in each case a component of the respective device or the respective apparatus or the respective machine unit.
- Each component arranged in the complex is e.g. B. assigned at least one function; However, a single component can also be assigned several different functions in the sense of a multifunctionality of this component.
- each control plane of the printing press is associated with a plurality of components which, in their entirety, form the complex in which they are arranged.
- a complex is a self-contained, self-sufficient unit, eg. As a device, an apparatus or a machine unit, wherein the components arranged in the complex may be formed similar or different.
- the components may be electrical, electronic or even act non-electrical, especially mechanical items that are installed in the printing press and that are intended for the operation of the printing press. Examples of mechanical components are cylinders, rollers, blankets, bearings or cutting and / or perforating devices.
- Each of a control plane of the printing machine assignable components can, for. B. directly or indirectly to the printing process, ie be involved in the production of a print product to be produced with the printing product and / or also z. B. have only a limited service life, because they are subject to wear or consumption.
- FIG. 2 shows, by way of example, in a block diagram basic functional units of a printing machine forming a complex in each case as well as their data-related networking by means of a communication network 02.
- At least one higher-order control unit 01 and / or at least one operating and / or visualization unit 04 and / or a data server 06 and / or a network interface 07 is assigned to the control level LE of the printing press.
- the higher-level control unit 01 is z. B. in connection with at least one of the printing press associated control station 01, wherein the at least one operating and / or visualization unit 04 and / or the data server 06 z. B. in assembly and / or at least in data communication with the parent control unit 01 or in a separate operated by the printing press mobile or stationary computer can be provided.
- the operating and / or visualization unit 04 has z. B.
- a display device which in particular visualizes data that are relevant to a running or to be executed by the printing press printing process, this data z. B. from the at least one higher-level control unit 01 and / or provided by the data server 06.
- the data server 06 z For example, all data for one of the Printing machine executed or executed printing process are relevant, at least cached and / or managed according to specific specifications.
- the higher-level control unit 01 has z. For example, a memory unit in which data relevant to a printing process performed or to be executed by the printing machine is stored is stored.
- the printing machine is z. B. formed as a multiple sections printing unit, the sections of the printing system are individually operable in independent productions, the individual sections each form a sectional plane SE of the printing press, each section at least one section computer 03 in the sense of a host 03 for the coordination of has in the section to be executed production process.
- the section computer 03 which is designed as a component of the section plane SE, therefore controls a production sequence to be executed by the section.
- the section computer 03 is connected via the communication network 02 with the higher-level control unit 01 of the control level LE, but also z. B. with the data server 06 and / or the operating and / or visualization unit 04 and / or the network interface 07 in preferably bidirectional data connection.
- Each of the sections of the printing system has at least one machine unit 08, preferably a plurality of machine units 08, each of the machine units 08 each defining an aggregate level AE.
- the machine unit 08 or at least one of the machine units 08 may be formed, for. B. as an at least two cooperating cylinder and an inking unit having printing unit or as a feed train or as a guide system of a web-like substrate or as a comprehensive at least one catch roller railway security system or as a roll changer or as a logistics system for supplying the substrate to the printing press or as a Chill roll stand or as a dryer or as a folder.
- the printing system is preferably made up of several machine units 08 assembled, each machine unit 08 forms an independent module of this printing system.
- the printing system preferably has a plurality of similar machine units 08, in particular a plurality, for. B. to a printing tower stacked printing units through which a substrate to be printed is guided vertically, wherein in the printing plant several of these towers can be lined up horizontally, then several towers optionally with the inclusion of at least one further machine unit 08, z.
- Modules of the printing system are manufactured individually and independently of each other, assembled and tested in their respective function; They form a closed, complex, exchangeable functional unit in the printing system.
- a functional printing machine is formed only at their place of use by joining and interconnecting several machine units 08 and other z. B. to the control level LE or the section level SE belonging functional units or components.
- Each machine unit 08 has at least one electrical, electronic or even mechanical component, but preferably several components.
- a component may, for. B. may be formed as a controllable component 14, z. B. as a drive unit 14.
- the drive unit 14 includes z. B. a position-controlled or a variable speed or a torque-controlled electric motor. 2
- the printing machine has a plurality of machine units 08 and / or a plurality of operating and / or visualization units 04, these are shown in FIGS as indicated in the controllable component 14.
- the machine unit 08 is preferably by means of at least one arranged in or on the machine unit 08 communication unit 09, z. B. by an aggregate router 09, data technically connected to the communication network 02, said communication unit 09 allows the data traffic between the aggregate level AE of the machine unit 08 and lying outside of this machine unit 08 section level SE and / or control level LE and / or controlled.
- the aggregate router 09 has z. Example, a logical address, based on which a machine unit 08 within the printing plant uniquely identifiable and / or can be localized.
- At least one of the drive units 14 controlling motion control 1 1 may be provided, said movement control 1 1 z. B. coordinates an interaction of several involved in the same process drive units 14.
- the motion control 1 1 coordinates in particular in their relative angular position to one another in the case of several cooperating driven axes provided in the machine unit 08.
- the motion control can be used 1 1, in particular in a printed matter produced in multicolor printing a register of the color extracts involved in the printed product by influencing the circumferential register z. B. by tracking a driven by one of the drive units 14 cylinder in a previously set allowable tolerance range.
- a flow control 12 may be provided, said flow control 12 z. B. is designed as a programmable logic controller (PLC) with further data inputs and data outputs and the data traffic to at least one further arranged in the field level FE field device 16 allows and / or controlled, preferably on the field level FE several field devices 16.1; 16.2; 16.x are arranged, wherein the field devices 16.1; 16.2; 16.x z. B. as an auxiliary drive, as an actuator, as an encoder and / or as a sensor are formed. Also, a control and / or visualization unit 13, z. B. input and / or output unit, the z. B.
- PLC programmable logic controller
- process-relevant data of the machine unit 08 and / or message texts visualized and / or necessary operator intervention for this machine unit 08 may be connected to the flow control 12 in terms of data technology.
- the input and / or output unit 13 may also be arranged on the unit level AE of the machine unit 08 and be in direct data traffic with the aggregate router 09.
- the communication unit 09 and / or the motion controller 11 and / or the sequence controller 12 and / or the input and / or output unit 13 can be arranged on the unit level AE of the machine unit 08, whereas the drive units 14 connected to the motion controller 11 are data-technically Data-technically connected to the flow control 12 field devices 16 are preferably attributed to the field level FE of the machine unit 08.
- a printing press or printing system example hierarchically structured control levels: arranged in a certain field level FE components, eg. B. drive units and / or field devices 14; 16 are in data communication with the aggregate level AE of a particular machine unit 08, wherein the unit level AE of this machine unit 08 associated components, eg. B. motion controls and / or sequencers 1 1; 12 enable and / or coordinate the data traffic between the respective field level FE and the aggregate level AE.
- a plurality of machine units 08 are usually combined to form a section of this printing system, wherein each machine unit 08 data available at its aggregate level AE z. B.
- each of the control levels can each be assigned a plurality of components, wherein the next higher control level receives data of the subordinate control levels, optionally buffered and forwarded continuously or cyclically or on request to another higher level control.
- the data transmission between two or more control levels to increase the transmission security by using a cryptographic method can also be encrypted.
- the communications network 02 of the printing press can be designed the same. However, in the individual subareas, the configurations of the communication network 02 may also differ from one another.
- the communication network 02 preferably transmits electronic, in particular digital data. It is designed in particular industrially suitable and real-time capable and may have line-bound and / or wireless transmission links.
- It is Z. B. formed as a field bus 02, wherein the field bus 02 preferably corresponds to one of the known under the name Profibus, Profinet, SERCOS, CAN or Ethernet with TCP / IP protocol standards.
- the Z. B. Ethernet-based communication network 02 can be connected via a preferably assigned to the control level LE network interface 07 z. B.
- the network interface 07 may, for. B. also allow remote access to one or more functional units of the printing press by the other, not belonging to the printing machine and / or a bidirectional data exchange. If the communication network 02 in the individual control levels is designed differently, have z. B. belonging to a next higher control level components on a fieldbus interface. In any case, the individual control levels, together with the communication network 02 connecting them, form a cascaded communication system with regard to the printing press.
- the database can also be in a to the communication network 02 of the printing press at least temporarily connectable mobile or stationary computer, eg. B. in a notebook or in a separately operated by the printing machine computer, be implemented.
- Fig. 3 shows an example of how stored in the database of various components of the printing machine data z. B. can be represented by the control and / or visualization 04 structured.
- At least one component preferably several, in particular all components of the printing press, the z. B. in one of their machine units 08.1; 08.2; 08x or in another functional unit and in each case exchange data via the communication network 02 with at least one control level, each having a memory unit, this memory unit storing the respective component characterizing data, wherein the respective memory unit of the respective component as belonging to the respective component Part is formed, wherein the memory unit is respectively connected to the communication network 02.
- the storage unit is an integral part of the respective component and preferably with the respective component firmly connected, in particular by a non-detachable connection.
- the storage unit is permanently installed in or on the respective component, so that the respective component forms a structural unit with its respective storage unit.
- the memory unit can not be removed from it at the time of operation of the component. It may be provided that the memory unit is destroyed by an attempt to separate it from its respective component; at least their data can become unreadable and / or non-transferable.
- the data stored in the memory unit of the respective component are at least readable by the higher-level control unit 01, if the data z. B. requests.
- the data stored in the memory unit of the respective component of a particular control plane is readable by a component of the next higher control level or at least transferable to that next higher control level.
- the memory unit of this component is connected via a wireless transmission link, for. B. using a transponder system, in particular using a radio tag, connected to the communication network 02.
- the memory unit connected to the respective component may contain immutable and optionally also changeable data, so that the memory unit has a permanent and optionally additionally a variable memory content, the unchangeable data containing component-specific information and therefore always being present, whereas the changeable data during the operating time of the Component z. B. can be dynamically changed.
- changeable data is only to be changeable by the respective component itself, which requires that the component has a corresponding writing device for writing data into the memory unit belonging to the component.
- the data stored in the storage unit of the respective component may be e.g. For example, the component type and / or the product name of this component, its serial number, hardware version and / or firmware version, the information z. B.
- the memory unit associated with the respective component may also be referred to as an electronic nameplate or as an electronic device identification card.
- the data stored in the respective storage unit of components of the same machine unit 08 of the printing press are preferably temporarily stored and / or managed to simplify and / or speed up its transfer to a higher level of control of the printing press in a memory unit belonging to the respective machine unit 08, wherein said data is a caching storage unit preferably as a fast buffer memory and / or z.
- B. is formed in or at least in connection with the motion controller 12. Also in or at least in connection with the section computer 03 data from belonging to the respective section machine units 08 and their respective components can be cached and / or managed.
- this transmitted data is associated with a location information, wherein the linkage of the component characterizing a component with a location reference with respect to the z.
- spatial arrangement of the data sending component in the printing machine is preferably carried out in the next higher control level, so that it is understandable from where the data transferred from the subordinate control level data were obtained.
- data transmitted thereon at the management level LE is associated with location information about which section the respective data was obtained from.
- the location information is therefore supplemented with each transfer of the component characterizing data to a next higher control level.
- data managed in a database located at the management level LE can be uniquely identified by origin, because the component located at the next higher level of control links data received from a component located at a subordinate control level with corresponding location information, where Location information relates to the arrangement of the data transmitting component in a subordinate control plane.
- data transmitted up to the database which is preferably arranged in the control level LE, can be purposefully stored in a structured storage (FIG. 3).
- a program also referred to as a client application, which processes and manages those data which are stored in the respective memory unit of components belonging to the printing press is preferably processed.
- the data provided on the management level LE database can either be read into a predetermined order structure or the data are characterized by their location information and are therefore ordered accordingly, so that the Database in its order structure virtually maps the arrangement of belonging to the printing press components.
- the content of the database can preferably be displayed on the display device of the operating and / or visualization unit 04 and / or on a corresponding device of the higher-level control unit 01 and / or of the data server 06 and / or can be transmitted via the network interface 07 to an external computer in order to control the Content of the database there.
- the arrangement of belonging to the printing press components is z. B. set during the configuration of the printing press; then the order structure that virtually represents this arrangement can be created in the database.
- the z. B. in the respective storage unit of components belonging to the printing press sections and / or machine units 08.1; 08.2; 08.x are stored and stored in the database.
- the storage of these requested data is preferably independent of format, z. In an XML standard.
- the data stored in the respective storage unit of the affected components data transmitted at least to the next higher level of control and ultimately stored in the database.
- This data transmission can take place directly with the relocation of a component into its active operating state or with a time delay; but this data transmission can also be cyclic or at any time on request.
- the data stored in connection with the relocation of a component belonging to the printing press into its active operating state are preferably compared with the data which has been stored during the commissioning of the printing press with regard to this component. If the comparison shows an inequality of the data because z. B.
- the configuration of a section and / or a machine unit 08.1; 08.2; 08.x changed has the current data, which are stored in connection with the transfer of a component belonging to the printing press in its active operating state, stored together with a time stamp in the database, wherein the time stamp z. B. can exist in a date and / or time.
- z. B. can be done by a central system clock
- the central system clock z. B. from the database can go out.
- a component timing synchronizing clock signal can also be generated decentrally within each control level, then time events of different control levels are to be synchronized with each other.
- the data stored in the database after the startup of the printing press are preferably stored chronologically, so that the storage of these data reveals a change in a component.
- the time of replacement of a single component or a whole machine unit 08.1; 08.2; 08.x taking into account the time span between the installation of this component or the machine unit 08.1; 08.2; 08.x z. B. at start-up of the printing press and the time of replacement of this component or machine unit 08.1; 08.2; 08.x their respective service life is determinable. It is also possible, for. B. based on the serial numbers targeted to initiate maintenance work, eg. In connection with a recall action.
- the higher-level control unit 01 and / or the data server 06 can, for example, be exceeded if the useful life of the components belonging to the printing press is exceeded in the database. B. via one of the control and / or visualization 04; 13 issue a message indicating this violation.
- this information can be used to z. B. in connection with a compatibility check to detect version conflicts, specifically to initiate an update and / or an automatic loading of a specific firmware, software and / or a parameter file, z. B. after an exchange of this electronic component. Also, by logging the versions of firmware, software and / or parameter files whose reset z. B. possible after an unsuccessful update.
- the information on trouble-free cooperating versions of running on electronic components hardware, firmware and / or software and parameter files as this type of printing machine characterizing master data can be summarized, these master data can be used for the configuration of another, similar printing press.
- Fig. 4 illustrates the process of compatibility checking to avoid version conflicts as possible based on the data stored in the database.
- Each z. In a machine unit 08.1; 08.2; 08.x arranged electronic component consists of at least one hardware, which may have a different level of development for the same type of component.
- the in one of the machine units 08.1; 08.2; 08.x arranged electronic components contain in particular in a complex functionality usually a logic unit, z.
- As a controller with a functionality affecting firmware. While maintaining the hardware, the firmware running in the controller of the electronic component can be changed, whereby the functionality of the electronic component can also be changed.
- the functionality of an electronic component determined by a controller can be adapted to the desired application by means of a changeable parameter file.
- a local, ie plant-specific compatibility matrix is maintained, which shows all current and already installed in the press combinations of hardware, firmware and parameter files for the respective electronic components.
- a suitable parameter file is selected based on the hardware and firmware version of that component using the local compatibility matrix. If an electronic component with a hitherto unknown version of hardware and / or firmware is to be used in the printing press, access is made to the generally applicable compatibility matrix in order to determine a run-capable combination which has been released for the relevant electronic component, to which then the local Compatibility matrix is extended.
- This compatibility check ensures that only interference-free versions of hardware and / or firmware as well as parameter files are used on the respective electronic components.
- An intended deviation from the findings of the automatically performed compatibility check preferably requires manual confirmation by operating personnel, if an operation of an electronic component with at least not yet released versions of hardware and / or firmware as well as parameter files should actually be recorded.
- this further operating data can also be provided with a time stamp.
- These further operating data relate z. As a speed, a drive torque, an operating temperature, a temporal load of the component or another related to their operation statement.
- a time stamping data By linking the stored in the database, optionally provided with a time stamping data with other operating data of the respective components can, for. B. an overload condition of the respective components are detected so that preventive z. B. to avoid a failure of these components z. B. can be initiated by the parent control unit 01 and / or by the data server 06 and / or in conjunction with an external computer maintenance.
- z. B. By linking such data, favorable and less favorable operating states can be determined for the respective component.
- the determination of less favorable operating conditions can be used to ensure that z. B. from the parent control unit 01 an attentive message is generated, which z. B. in the form of an automatically generated notification of the printing press manufacturer, z. B. by email, can be done.
- Also on the display device of the operating and / or visualization unit 04 of the control level LE of the printing press and / or on a machine unit 08.1; 08.2; 08.x attributable control and / or visualization unit 13 may each have a z. B. visualized by the parent control unit 01 message to be displayed on a less favorable operating condition of one of the components and / or on z. B.
- the method comprises in particular the method steps that in the at least two mutually different, hierarchically structured control levels LE; SE; AE; FE having printing machine, the data at least one in a lower-ranking control plane SE; AE; FE arranged component from the memory unit via the communication network 02 to at least one in a higher-ranking control level LE; SE; AE arranged component, these in the at least one higher-ranking control level LE; SE; AE transmitted data in their transmission from one to the next higher-ranking control level LE; SE; AE each with a component transmitting the arrangement of the data in its respective control plane SE; AE; FE relevant location information are linked.
- the data characterizing the respective component is preferably stored together with the location information belonging to this component in a database, the database preferably requesting the data to be stored in the database from the memory unit of the respective component, ie the database functions in the communication between it and the respective storage unit of the respective component as a master. It is advantageous to store in the database the data received from the respective component in a structure which virtually maps the arrangement of the components belonging to the printing press.
- the data characterizing the respective component is preferably requested by the database using location information which is stored in the database for the component in question and which relates to the arrangement of this component in the printing press.
- this location information provides information about where in the printing press the respective data transmitting component is arranged.
- the respective data transmitting component z. B. a particular machine unit 08 of the printing press. At the same time, the data is passed from "below” to "above", so to speak.
- a structure depicting the arrangement of the data-transmitting components in the printing press is stored in the at least one database. It can thus be seen from the system structure of the respective database from which components a transmission of data can be expected.
- the data transfer initiative starts from the data-collecting database.
- Data received from the database is associated with particular "locations" in accordance with the structure stored in the database by the arrangement of the data transmitting components in the printing press.
- the database is operated in a control unit 01, which is in the form of one of the data-transmitting components, or in the form of a component formed as a data server 06.
- a control unit 01 which is in the form of one of the data-transmitting components, or in the form of a component formed as a data server 06.
- the database in a connectable via a network interface 07 to the communication network 02 stationary or mobile computer, eg. B. in a connectable to the network interface 07 of the communication network 02 of the printing machine notebook is operated.
- This notebook is after the transfer of each specific component of the printing press data in the run on the notebook database operated by the press separately, so that the database can be operated independently of the press with the data transmitted by the components of the printing press and the data these components z. B. can be evaluated elsewhere.
- a database having stationary computer can z.
- Example be a computer of an operator or a manufacturer of the relevant printing press, this computer z. B. via the Internet, intranet or other data transmission device with the
- the memory unit of the component transmitting the data is executed in a non-detachable assembly with the relevant component, at least during the operation of this component.
- the database preferably requests from the respective storage unit of all components arranged in the printing press the data characterizing the respective component. It is advantageous to provide that the database from the respective storage unit of the at least one component arranged in the printing press requests this component characterizing data at the end of the commissioning of this printing press.
- At least one of the components arranged in the printing press can transfer the data stored in its memory unit to the database each time after it has been put into its active operating state, the database requesting the components belonging to the printing unit of one of the components belonging to the printing machine at the end of the commissioning of this printing press Preferably compares data with the respective data transferred to its respective active operating state each time a component is moved, and e.g. B. stores the current data together with a time stamp in the database if the comparison shows an inequality of the compared data.
- the data characterizing the respective component are therefore preferably stored together with an information relating to the time of data transmission in the database, the data transmitted to the database by the respective memory unit of the components belonging to the printing press being respectively stored in chronological order.
- the data stored in the at least one database by the components belonging to the printing press are preferably provided for remote access.
- further operating data can in each case be stored in the database by the components belonging to the printing press.
- a useful life of belonging to the printing press components are stored, with an exceeding of the stored in the database life of belonging to the printing press components z.
- B. of at least one operating and / or visualization unit 04; 13 of the printing press or the external computer or the mobile notebook is reported.
- a compatibility check is carried out to detect a version conflict with regard to a hardware and / or firmware and / or parameter files to be used with respect to an electronic component, wherein a detected version conflict with respect to a to be used with respect to an electronic component hardware and / or firmware and / or parameter files is reported by the at least one control and / or visualization unit.
- the inclusion of the operation of an electronic component despite a reported version conflict in terms of hardware and / or firmware and / or a parameter file of this component requires z.
- the respective memory unit of at least two mutually different, hierarchically structured control levels LE; SE; AE; FE of the printing press arranged components are connected to the communication network 02, wherein the memory unit one in a subordinate control plane SE; AE; FE arranged component stored in this memory unit, this component characterizing data in particular to at least one in the next higher control level LE; SE; AE arranged component transmits.
- the in the next higher control level LE; SE; AE arranged component then preferably linked by a in a subordinate control plane SE; AE; FE arranged component received data with a location information, wherein the location information, the arrangement of the data transmitting component in a subordinate control plane SE; AE; FE concerns.
- the data characterizing the component is transmitted at each transmission from a control plane SE; AE; FE to the next higher control level LE; SE; AE each with a location information with respect to the data-transmitting control plane SE; AE; FE supplements so that when transferring the data across multiple levels of control LE; SE; AE is formed a chain of multiple location information indicating the transmission path.
- the data characterizing a component, stored in its memory unit data are in particular in the highest-ranking control level LE of the printing press belonging to the control levels LE; SE; AE; FE transferred.
- Unalterable and / or changeable data can be stored in the memory unit embodied as part of the respective component.
- an indication of at least the component type and / or the serial number and / or the hardware version and / or the firmware version of the respective component is stored in the memory unit belonging to the respective component, the information relating to the component type and / or the serial number and / or the hardware version and / or stored to the firmware version of the respective component in the storage unit of the respective component as immutable data.
- the memory unit of the respective component as variably stored data are changed in particular only during the operating time of the respective component.
- data which can be changed in a variable manner are changed only by the respective component itself.
- a subordinate control plane SE; AE; FE arranged as a machine unit 08 formed component that component characteristic data are stored in their respective storage unit
- the machine unit 08 as a feed train or as a guide system of a web-shaped substrate or as at least one catch roller comprehensive railway safety system or as a roll changer or as a logistics system for feeding the printing material to the printing press or as a printing unit or as a cooling roll stand or as a dryer or as a folding apparatus is formed.
- data from one of the control levels LE; SE; AE; FE of the respective machine unit 08 are temporarily stored and / or managed in a memory unit belonging to this machine unit 08.
- control level LE By at least one in a control level LE; SE; AE; FE provided communication unit 09 is at least this control level LE; SE; AE; FE connected to the communication network 02, wherein the communication network 02 z. B. is formed as a field bus 02.
- the communication unit 09 is z. B. formed as an aggregate router 09. Between two or more control levels LE; SE; AE; FE to be transmitted data z. B. transmitted encrypted. LIST OF REFERENCE NUMBERS
Landscapes
- Inking, Control Or Cleaning Of Printing Machines (AREA)
- Accessory Devices And Overall Control Thereof (AREA)
- Facsimiles In General (AREA)
Abstract
Description
Claims
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102006009374A DE102006009374B4 (de) | 2006-03-01 | 2006-03-01 | Verfahren zur Speicherung von Daten mindestens einer Komponente einer mehrere Komponenten und mindestens ein Kommunikationsnetzwerk aufweisenden Druckmaschine |
| PCT/EP2007/051844 WO2007099098A1 (de) | 2006-03-01 | 2007-02-27 | Verfahren zur speicherung von daten in einer ein kommunikationsnetzwerk aufweisenden druckmaschine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| EP1989055A1 true EP1989055A1 (de) | 2008-11-12 |
| EP1989055B1 EP1989055B1 (de) | 2009-06-17 |
Family
ID=38190758
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| EP07712333A Not-in-force EP1989055B1 (de) | 2006-03-01 | 2007-02-27 | Verfahren zur speicherung von daten in einer ein kommunikationsnetzwerk aufweisenden druckmaschine |
Country Status (5)
| Country | Link |
|---|---|
| US (1) | US7940417B2 (de) |
| EP (1) | EP1989055B1 (de) |
| AT (1) | ATE433866T1 (de) |
| DE (2) | DE102006009374B4 (de) |
| WO (1) | WO2007099098A1 (de) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103294563B (zh) * | 2012-02-28 | 2016-03-09 | 国际商业机器公司 | 一种对安装单元进行版本冲突检查的方法和系统 |
| DE202012002510U1 (de) | 2012-03-02 | 2012-03-28 | Francotyp-Postalia Gmbh | Druckergerät |
| US11960389B2 (en) * | 2021-10-29 | 2024-04-16 | International Business Machines Corporation | Compatibility testing of a component with an unknown software and/or firmware version in a multi-component system |
Family Cites Families (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19527089C2 (de) | 1995-07-25 | 1998-02-26 | Roland Man Druckmasch | Einrichtung zur Steuerung einer Druckmaschine |
| DE19626821A1 (de) * | 1996-07-03 | 1998-01-08 | Alexander Lintner | Modulare Rotationssiebdruckmaschine |
| DE29800480U1 (de) * | 1998-01-14 | 1998-03-05 | MAN Roland Druckmaschinen AG, 63075 Offenbach | Steuersystem für eine Druckmaschine |
| DE19815921A1 (de) | 1998-04-09 | 1999-10-21 | Proleit Ges Fuer Technologieor | Verfahren zum Betrieb eines verteilten Prozeßrechnersystems |
| DE29813976U1 (de) | 1998-08-05 | 1998-10-08 | MAN Roland Druckmaschinen AG, 63075 Offenbach | Einrichtung zur Zustandsanzeige einer Druckmaschine |
| DE10052014B4 (de) | 1999-11-12 | 2011-01-13 | Heidelberger Druckmaschinen Ag | Verfahren zum Steuern und Aktualisieren des Bediensystems für eine Druckmaschine |
| DE10023995A1 (de) | 2000-05-17 | 2001-11-22 | Heidelberger Druckmasch Ag | Kommunikationssystem, insbesondere bei der Herstellung von Print-Medien |
| ES2324631T3 (es) | 2002-12-16 | 2009-08-11 | KOENIG & BAUER AKTIENGESELLSCHAFT | Dispositivo y procedimiento para el control de una maquina impresora. |
| DE10357429B4 (de) | 2003-12-09 | 2018-07-19 | Heidelberger Druckmaschinen Ag | Modulare Bogenrotationsdruckmaschine |
| DE102004023094B4 (de) * | 2004-05-05 | 2018-01-04 | Koenig & Bauer Ag | Fernwartungseinrichtung für Druckmaschinen |
| DE102004029646A1 (de) * | 2004-05-05 | 2005-12-01 | Man Roland Druckmaschinen Ag | Druckmaschinensteuerungssystem |
-
2006
- 2006-03-01 DE DE102006009374A patent/DE102006009374B4/de not_active Expired - Fee Related
-
2007
- 2007-02-27 WO PCT/EP2007/051844 patent/WO2007099098A1/de not_active Ceased
- 2007-02-27 EP EP07712333A patent/EP1989055B1/de not_active Not-in-force
- 2007-02-27 DE DE502007000902T patent/DE502007000902D1/de active Active
- 2007-02-27 AT AT07712333T patent/ATE433866T1/de active
- 2007-02-27 US US12/224,138 patent/US7940417B2/en not_active Expired - Fee Related
Non-Patent Citations (1)
| Title |
|---|
| See references of WO2007099098A1 * |
Also Published As
| Publication number | Publication date |
|---|---|
| DE502007000902D1 (de) | 2009-07-30 |
| DE102006009374B4 (de) | 2009-06-04 |
| EP1989055B1 (de) | 2009-06-17 |
| US20090150408A1 (en) | 2009-06-11 |
| ATE433866T1 (de) | 2009-07-15 |
| US7940417B2 (en) | 2011-05-10 |
| DE102006009374A1 (de) | 2007-09-06 |
| WO2007099098A1 (de) | 2007-09-07 |
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