Systems and methods for operating systems for handling containers

Abstract

The present invention relates to a method for operating a system for processing multiple containers, the method comprising the steps of: - providing at least one container having an identification device by means of which the container can be uniquely identified, wherein an identifier can be paired with the identification device, the identifier being stored in a storage device connected at least temporarily to or capable of being connected to the system via a public network for data transmission; - processing the container using the processing equipment of the system; - collecting at least one data value relative to the container and / or relative to at least one processing step of the container; and - providing the at least one data value for transmission and / or storage in the storage device.

Description

[0001] This invention relates to systems and methods for operating systems for handling containers, and to systems for handling containers. Systems for handling containers and methods for operating them have been known from the prior art for some time. In this respect, the invention relates to containers, and more particularly to plastic containers. Containers can be from the beverage and / or food and / or cosmetic industries. For example, they can be bottles (such as glass bottles and plastic bottles). Reusable containers are particularly preferred, for example, those returned to the product cycle after use by consumers and cleaned and / or recycled for this purpose.

[0002] Specifically, the present invention relates to container serialization (such as bottle serialization). In the case of bottle serialization, each bottle is specifically marked (specifically) by affixing a unique label, and thus can be distinguished from each other individually or in pairs (in each case).

[0003] In the field of bottle serialization, various methods exist in the prior art, such as applying a unique ID (identifier) ​​via a label. However, this form of serialization is not suitable for all intended use cases. For some of these use cases, the application of the ID would be too late, because, for example, in the case of plastic containers, labeling typically occurs after the filling process and specifically only after the heating and blow molding processes.

[0004] One drawback of current systems known from existing technology and the methods used to operate these systems is that previous solutions for container serialization intervened too late in the process chain and therefore could not be integrated into the envisioned use cases. Furthermore, a consequence is that measurements collected early in the process during bottle production cannot be individually assigned to each bottle. For example, preforms (plastic preforms) are often not clearly labeled.

[0005] The object of the present invention is to overcome the disadvantages known from the prior art and to provide a system for processing containers and a method for operating the system, wherein as much information and measurement data as possible, as well as process and product data, are accessible for as many processing stages as possible.

[0006] According to the invention, this objective is achieved through the subject matter of the independent claims. Advantageous embodiments and further embodiments of the invention are the subject matter of the dependent claims.

[0007] In the method according to the invention for operating a system for handling multiple containers (specifically bottles, preferably plastic containers), at least one container (and preferably multiple containers) is provided, which (preferably in each case) has an identification device (specifically a machine-readable device) by means of which the container can be uniquely identified. The containers are preferably beverage containers or containers from the food or cosmetics industry. This can be a pre-molded plastic part or a fully molded container (such as a bottle). Specifically, the method involves handling the containers in a manner that allows for traceability and / or re-traceability of the processing.

[0008] In this context, the (corresponding) identification device may be assigned (and / or assigned) an identifier (specifically, explicitly), which is stored and / or may be stored in a storage device (specifically, in a cloud-based storage device). Preferably, the storage device is at least temporarily connected to or may be connected to the system for data communication via a public network (such as via the Internet).

[0009] Furthermore, containers (preferably multiple containers) are processed by at least one processing device in the system. It is conceivable that the system has only one processing device. However, preferably, the system has at least two processing devices, and more preferably multiple (different) processing devices. Preferably, multiple containers arranged in a container flow (specifically one after another and / or individually) specifically pass through all these processing devices and are specifically processed by them.

[0010] Preferably, containers are conveyed in a conveying direction along a predetermined conveying path by at least one conveying device, at least temporarily within (preferably the entire) processing equipment (preferably at least partially within the system and particularly preferably throughout the entire system). The conveying device preferably conveys containers (in each case) into or out of the processing equipment during container processing and / or during container supply and / or discharge.

[0011] Furthermore, (specifically in the processing equipment) preferably for each container, at least one data value is collected with respect to at least one processing step (specifically performed by the processing equipment) with respect to the container (preferably with respect to the corresponding container among a plurality of containers) and / or with respect to (specifically the corresponding) container.

[0012] In addition, at least one data value (specifically in each case or for each container) is provided for transmission and / or storage in a storage device (specifically by a processing device).

[0013] Preferably, (specifically in each case) an association is generated and / or generated between a data value (or specifically its data characteristics) and a corresponding identifier of the container. This assignment is preferably stored in a retrievable manner (specifically permanently) in the storage device and therefore can be retrieved from the storage device at (any) later time.

[0014] By referring to data communication connections (i.e., connections for data communication) between storage devices and systems via public networks, and specifically between processing devices, it should be specifically understood that data communication is conducted at least temporarily and at least partially (preferably completely) via public networks (such as the Internet). Specifically, the storage device (at least partially and preferably the entire storage device) is connected to the system (and specifically to the processing device) at least intermittently and / or partially via communication connections or lines that are at least partially wireless and / or at least partially wired (preferably fully wired).

[0015] Preferably, at least a portion, and preferably all of, of the storage device is not connected to the system solely via a private network (such as an internal corporate network) and is specifically connected to the processing device. In other words, the storage device cannot be accessed solely via a private network or the company's internal network (in which the system is integrated). Preferably, the data communication connection between the system and the storage device always has a communication portion specifically transmitted only via a public network (such as the Internet).

[0016] However, the storage device can also be integrated entirely into the internal corporate (communication) network. Preferably, in this case, at least a portion of the data stored thereon can be accessed via a public network.

[0017] Container processing specifically refers to the production, further processing, and / or further refinement of containers. For example, container production can be a blow molding process that transforms a plastic preform into a (molded) plastic container such as a plastic bottle, and it can also be an injection molding process of the plastic preform. Further processing of containers can include sealing, cleaning, sterilization, inspection, and specifically, transportation, labeling, filling with product (such as beverages), printing, and / or packaging. Further processing of containers should be specifically understood as handling containers after they have been delivered to (intermediate) distributors, such as transporting them to distributors, selling them to end consumers, recycling them, and cleaning (used) containers.

[0018] The processing steps can be processing steps performed (by processing equipment) and / or processing steps to be performed.

[0019] In other words, the present invention proposes that, in the case of a container to be processed (which has (specifically permanently) a specific and clearly defined identification device and thus exists in a personalized state), the data values ​​collected during the processing of these containers are stored in a storage device, in which the characteristics of the identification device and / or information or values ​​(i.e., identifiers) that can be specifically and clearly assigned are also stored or (still) stored.

[0020] Preferably, at least one cloud (as a storage device) or at least one cloud-based storage device is provided, wherein at least one identifier and preferably multiple identifiers of individual (preferably all) containers, as well as the corresponding data values ​​collected (preferably for all processed containers) and, particularly preferably for the container and, even more preferably for all containers, all data values ​​collected.

[0021] Therefore, it is specifically proposed to provide and / or supplement and / or update (at least) a database (stored on a storage device) containing a large number of identifiers (or their data characteristics), each of which is preferably explicitly assignable to containers that have already been personalized and / or containers that are still to be personalized. Furthermore, it is preferred to store multiple data values ​​in the database, which have been collected by at least one processing device and preferably by multiple processing devices, and can be (precisely) assigned to containers, and particularly preferably to identification devices and / or identifiers. Preferably, the database is established in such a way that the assignment of (specifically determined and preferably all) data values ​​collected for a given container to associated identifiers also stored in the database is possible and can be retrieved.

[0022] The collection of data values ​​is understood specifically to refer to the collection of measured values, such as those obtained through measuring devices like sensors (e.g., on a container), and also to the recording and / or collection of process variables (e.g., stored in a storage device, such as a processing device) or process parameters, based on which the processing device performs processing (on a container to be processed). Data values ​​can also be understood as processing types (e.g., products to be filled), or as characteristic variables of the type of processing equipment and / or processing mechanism. Furthermore, data values ​​can also be environmental parameters, such as temperature, pressure, time, and the location of the processing relative to the processing equipment and / or container.

[0023] The advantage provided by this invention is that the collected measurements can be individually assigned to each bottle again. Specifically, all data values ​​collected regarding the container or its processing via the processing equipment and specifically via all processing equipment can be specifically assigned to each container, and the measurements (and assignments) can be retrieved at a later time. Advantageously, each processing device of each machine or system in the line will be able to store the data or data values ​​to an identification device and / or identifier (and thus to the container or bottle).

[0024] The serialization of individual containers, specifically bottles, within a production line, along with the associated absolute traceability, opens up a wide range of applications. For example, each container, specifically each bottle, can inform detection devices (such as generals), inspectors, or other reading units who it is via a serialized code or identification device, thereby allowing some intelligence of the machine control system to be transferred to the container and specifically to the bottle. For example, this allows processing equipment to use the container's (unique) identifier to retrieve or provide processing parameters.

[0025] Furthermore, the container itself equipped with the identification device can be used to control the control system, specifically to control the processing equipment, and more preferably to control multiple processing devices. Therefore, the principle of a "bottle control machine" can be transformed, and differentiation can be intentionally made between different bottle types, product types, and combinations thereof on the production line. Then, preferably, at least one data value stored in a storage device, and preferably multiple data values ​​associated with identifiers and preferably multiple identifiers, can be used for intelligent machine control. In this context, reference to the publication of DE 10 2017 120 201 A1, the entire disclosure of which relates to self-learning machines and specifically to blow molding machines, should be considered as disclosed in this specification.

[0026] For example, a system may have a line in which several different types of products can be produced simultaneously, because by means of a container, and specifically a bottle’s unique code (specifically based on an identification device) and information about its storage (preferably on a storage device) (in a database), the container may be specifically conveyed to a corresponding processing device or machine (e.g., a filler), and in the next cycle, container “XY” is in supply and therefore product “AB” must be supplied to a predetermined filling valve (filling valve “XX”).

[0027] In a preferred method, the system's identifier generation apparatus provides (specifically, unique) identifiers and preferably provides multiple identifiers suitable for and determining a unique identifier for the container. For example, the identifier can be a combination of numeric values ​​or characters. Preferably, the identifier generation apparatus has a processor that specifically generates multiple identifiers according to a predetermined method. In this regard, the identifier generation apparatus may also have a comparison device that compares the generated identifier with multiple existing identifiers and / or identifiers stored in an ID pool and / or retrievable identifiers, and checks whether the generated identifier has already been used and / or previously generated.

[0028] The identifier generation device is preferably a script or standalone program directly installed on a personalization device adapted and designed to provide a container with an identification device associated with the identifier, such as on an ID printing device. However, it is also conceivable that an external system on which such a script runs is present. Preferably, for example, also in the context of a SaaS (“Software as a Service”) application, single and multiple identifiers can be retrieved by the system and specifically by the personalization device. Preferably, at least temporarily, a (communication) connection exists between the personalization device (as hardware) and the identifier generation device (ID generator), which can be specifically translated into software or a software service.

[0029] In principle, a single identifier generation device is needed for each system, and similarly, only a single identifier generation device is needed for a large number of container devices that process a given container (both within and outside the system). However, multiple (coordinated) identifier devices may exist, which in turn generate different identifiers in pairs.

[0030] As described, an ID can be generated by an ID generator (identifier generation device), for example, by a request for a new ID. However, it is also possible not to generate an ID, but to retrieve an ID from an ID pool. In both cases, the ID generator or identifier generation device is responsible for providing a unique identifier (ID).

[0031] Preferably, the identifier generation device can retrieve identifiers (specifically unique identifiers) from an ID pool (specifically in electronic storage form, which may also be stored on a (cloud-based) storage device), and particularly preferably, can retrieve multiple identifiers and provide and / or transmit them to a personalization device that provides the container with an identification device that can be uniquely assigned to the identifiers. The ID pool preferably provides the identifier generation device with a set (pool) of identifiers (IDs). Preferably, the IDs conform to algorithms and / or rules such that, for example, a production date can be derived from the ID or identifier through encoding. Each ID is preferably unique.

[0032] Specifically, for container personalization, identification devices are assigned to identifiers (specifically uniquely) that are adapted to and identify containers that have identification devices and / or are marked by identification devices, individually and / or uniquely.

[0033] It is conceivable that a one-to-one allocation between each container with an identification device and (exactly) one identifier (generated and / or exists and / or stored in the ID pool) is possible. However, it is also conceivable that a unique allocation only between containers with identification devices and identifiers (generated and / or exists and / or stored in the ID pool) is possible. This means, for example, that several identifiers (even those not yet used) could exist in the ID pool or be stored in (particularly cloud-based) storage.

[0034] For example, the identification device can be a 2D barcode, barcode, matrix code (QR code, data matrix, MaxiCode, Aztec code, JAB code, Han-Xin code, etc.), or an inductively powered wireless communication device (preferably powered by inductive energy) suitable for and defined for wireless data transmission, specifically an RFID communication device or RFID transponder, etc. The identification device can be machine-readable by means of a detection device in an optical, electronic, magnetic, and / or tactile or perceptual manner. Operating frequencies of 13.56 MHz (HF) or 860-960 MHz (UHF) and 125 kHz (LF) are known for wireless data transmission.

[0035] Identification devices that can be read quickly, particularly within 80 ms, have proven to be particularly suitable. Preferably, the identification device (such as an RFID communication device) has a memory capacity of at least 50 bytes, preferably at least 100 bytes, and more preferably 144 bytes. Preferably, the identification device has a memory size of 250 bytes or less, preferably 144 bytes or less. Preferably, the identification device has a geometrical extension of at least 1 mm, preferably at least 5 mm, and particularly preferably at least 10 mm in one direction and / or at least 1 mm, preferably at least 5 mm, and particularly preferably at least 10 mm in a direction perpendicular to that direction.

[0036] Preferably, the marking device has a geometric extension of up to 50 mm, preferably at least 10 mm and particularly preferably at least 5 mm in one direction and / or a geometric extension of at least 50 mm, preferably at least 10 mm and particularly preferably at least 5 mm in a direction perpendicular to that direction.

[0037] Preferably, the matrix code has a code size greater than 22×22 for each dot. Preferably, the marking device, and specifically the container having the marking device, is adapted and designed to permanently retain the marking device within or on the container, and thus the container preferably remains permanently in that personalized state after it has been personalized. Specifically, after initial personalization, the container has the marking device in all (subsequent) processing equipment in which it is handled (particularly before its packaging and / or delivery to the consumer). Particularly preferably, the container continues to display the marking device after being sold to the end consumer. Preferably, the marking device is fixed (non-destructively removable) to the container or inserted. This also allows the container to be captured and identified at the point of sale and / or recycling location.

[0038] Preferably, the system, and specifically, the production equipment for producing containers and / or plastic preforms, is adapted to and determined to have a personalization device that provides the container with an identification device (specifically, a unique personalization) for that purpose. For example, the manufacturing equipment may be blow molding equipment and / or injection molding equipment and / or equipment for producing glass containers. Preferably, the identification device (by means of the personalization device) is arranged and / or attached and / or inserted onto the container.

[0039] Personalization devices can be arranged in a (processing) line of multiple containers, preferably on a conveyor of a processing device, and preferably included in the (processing) line and / or system. For example, a personalization device can be arranged between two processing devices in a system, wherein a container to be personalized is conveyed from a conveyor of a (first) processing device to the personalization device, and then transferred from the personalization device to a second processing device via the same or subsequent conveyor. Preferably, all containers conveyed to the personalization device are conveyed to and / or transferred to the second processing device. Preferably, containers are (substantially) only conveyed from the first processing device to the personalization device.

[0040] However, the personalization device does not necessarily have to be located in the line. For example, it is conceivable that the personalization device can be assigned to several mutually different lines and / or at least two mutually different systems for processing multiple mutually different containers. This provides the advantage that personalization, for example, is applicable to disposable and reusable PET containers, or also to glass containers, jars, etc., or (only) one personalization device can be used for different types of containers processed in different systems. Preferably, the personalization device is integrated into at least one and at least two (mutually different) systems in such a way that it conveys and / or transfers containers to be personalized from at least two different processing devices (which are preferably part of two different systems) (specifically via two conveying devices that are at least partially and preferably completely different from each other), and / or conveys and / or transfers containers personalized by it to at least two different processing devices (which are preferably part of two different systems) (specifically via two conveying devices that are at least partially and preferably completely different from each other).

[0041] Preferably, the personalization device has a printing device and specifically a direct printing device (so-called "ID printer"), which is preferably adapted and determined for direct and / or immediate processing and specifically for printing on container walls and / or plastic preforms.

[0042] Preferably, the personalization device has a laser (specifically a CO2 laser) by means of which a marking device (such as a QR code) can be applied to a container (such as a plastic preform).

[0043] Preferably, the personalization device has an inkjet printer, such as an inkjet printer, by which a marking device (such as a QR code) can be applied to a container (such as a plastic preform).

[0044] It is also conceivable that the personalization device has a printing device for applying ink (specifically, ink that fluoresces only under UV light). This offers the advantage that the choice of such a marking device does not affect the appearance of the container as perceived by the consumer.

[0045] Preferably, personalization is applied in the unstretched area of ​​the preform, particularly preferably in the area up to 10 mm below the preform support ring.

[0046] In addition, the personalization device may also have a tool that specifically treats the surface of the container to be produced and / or introduces the personalization device (e.g., a transponder) into the container (such as into the wall of the container to be produced) during and / or immediately after the injection molding process, such that the personalization device is surrounded by the same material, particularly from all sides.

[0047] In another preferred method, the container is equipped with an identification device during its manufacturing process and / or before and / or during the forming process from the plastic preform to the plastic container. Preferably, the identification device is provided to the plastic preform before it is heated (in the heating device or in the oven). This provides the advantage that if the plastic preform or the preform in the oven already has a unique identification before heating, serialization can be used in as many or all process steps as possible. Specifically, it is preferable (forced) to apply information to the preform (contrary to the prior art).

[0048] Therefore, it is proposed to use marking or personalization (via an identification device) of plastic preforms or existing preforms at a very early stage of the process so as to control parameters in the system and specifically in or in the processing unit and / or to individually reassign the collected measurements or data values ​​to each container, depending on information associated with (assigned) identifiers (or stored in a storage device and linked to the identifiers).

[0049] Typically, a plastic preform has pre-designed areas, such as an opening area with pre-formed threads or a support ring, and at least one area to be stretched (such as the substrate of the plastic preform). As part of the (stretch) blow molding process, the area to be stretched is typically expanded (specifically in the longitudinal direction) by exposure to a pressurized fluid medium and is preferably stretched against a blow molding device to form a cavity.

[0050] Preferably, the plastic preform (from the personalization device) is provided with an identification device, specifically on a portion of the plastic preform to be stretched. Therefore, preferably, the plastic preform is not provided with an identification device at the opening region or at the support ring (although equally possible), but rather in a region of the substrate (specifically, at the sidewalls of the substrate). Preferably, the identification device used is an identification device that also expands during the molding process of the plastic preform into a plastic container. Preferably, the identification device is adapted and determined to be machine-readable after the identification device has extended spatially in at least one dimension and preferably in at least two dimensions.

[0051] Preferably, the QR code is used as an identification device (e.g., it is embossed into the wall of the plastic preform, and preferably printed to prevent areas of varying wall thickness from affecting the stability of the container). The so-called "expandable QR code" offers the advantage that such a code can not only be used (arguably, or in the same way as an applied grid) to detect the degree of stretching in a blow molding machine or (stretch) blow molding equipment, but also provides a way to personalize the container at a very early stage of the process (i.e., during the production of the plastic preform).

[0052] Preferably, the system has a heating device for the plastic preform, which is used to heat the plastic preform before it expands into a plastic container in a blow molding machine (or (stretch) blow molding machine).

[0053] Preferably, the processing equipment (specifically, the heating equipment) has a detection device adapted and defined as an identification device for detecting plastic preforms. Preferably, at least one value (specifically, a process variable) is derived based on the detected identification device for the controller of at least one processing equipment (specifically, the heating equipment).

[0054] This provides the advantage of using serialized containers during the preform heating process, specifically in a heating device adapted and defined to heat each container individually in different ways and specifically to heat two containers one immediately after the other (e.g., a so-called "flexible wave" heating device). In this way, identification devices can be detected and / or read out before entering the heating device (or oven), and the heating pattern required for the corresponding plastic preform can be stored, for example, in a machine controller. This means that a wide variety of container sizes (preform sizes) can advantageously be started and processed in a single heating device (or in a single oven). This advantageously allows subsequent blow molding processes (of the plastic preform into plastic containers) to be adjusted in such a way that different container shapes and / or container sizes can be produced simultaneously. For example, such a controller may have two or more blow molding modules or blow molding devices connected in parallel for forming plastic preforms into plastic containers, or may have blow molding machines or blow molding devices (or multiple blow molding devices) with different cavities.

[0055] In another preferred method, particularly before the container is discharged from the processing device, the identification device is preferably detected at least once and more preferably several times by a detection device. Preferably, in each processing device of the system, the identification device is detected at least once and more preferably several times. For example, (in each case) to collect data values, the identification device may be captured (and provided along with the data values ​​for transmission to a storage device). Detecting the identification device of (each) container at least once provides the advantage of knowing where the container is currently located.

[0056] Preferably, immediately after the production of the container and / or after the production of the plastic preform, the marking device is detected by a detection device, particularly preferably upstream of the heating device for the plastic preform. Preferably, at least one detection device for detecting the marking device is arranged between each of two different processing devices (specifically arranged within their own housings). Preferably, the marking device of the container is detected before leaving the respective processing device and specifically (along with at least one data value) transferred to at least one storage device.

[0057] Preferably, the control device (e.g., inspection device) for inspecting the processing performed on the container has a detection device that also detects the container's marking device along with measurement data.

[0058] In a further preferred method, the data values ​​are selected from a group including various types of data values, such as information or (characteristics of) data related to containers, measurements, processing parameters, process data values, timestamps, container production dates, production locations, products in containers, product-to-container filling timestamps, product-to-container filling locations, processing equipment (or at least one component of the processing equipment), machine data, outer packaging, conveying devices, distribution methods, points of sale (PoS), etc. Preferably, multiple data values ​​of various types are collected and made available for transmission, and more preferably, they are transmitted to a storage device.

[0059] In another preferred method, at least two data values ​​are collected, and preferably multiple data values ​​of different types are collected, which can be assigned to the same identification device and / or the same identifier, and are preferably collected by at least two, and particularly preferably multiple, different processing devices. Particularly preferably, (substantially) all the collected data values ​​are transmitted and / or made available for transmission to a storage device.

[0060] The present invention also relates to a system for processing multiple containers (specifically bottles, preferably plastic containers), the system having at least one processing device adapted and determined to perform at least one processing step on the containers.

[0061] Preferably, the system has at least one conveying device adapted and defined as being used to convey containers in the processing equipment, at least temporarily.

[0062] Therefore, (preferably each) processing device has at least one data collection device adapted to determine at least one data value for data collection relative to the container and / or relative to at least one processing step. For example, the data collection device may specifically be a control device for checking and monitoring and recording production data (such as fill level, check closure), controls for quality assurance of the container and / or filling process and / or closing and / or packaging process, measuring device, inspection device, camera, sensor device (specifically for the container for process and / or environmental parameters), or thermometer and / or pressure device.

[0063] The system preferably has at least one detection device for detecting the identification device of the container, by means of which the container can be uniquely identified.

[0064] According to the invention, the system has a communication device configured to establish at least a temporary communication connection with at least one, specifically cloud-based, storage device. Preferably, the storage device is (at least partially) temporarily connected to or connectable to the system via a public network for data communication. According to the invention, the storage device stores and / or can store identifiers that can be uniquely assigned to the identification device. In this context, processing devices (and in each case, specifically multiple processing devices of the system) are configured, adapted, and determined to provide at least one data value to the communication device for transmission, specifically at least indirectly and / or directly, to the storage device and / or preferably stored in the storage device.

[0065] Preferably, the system is adapted to determine the association between the data value (or its data characteristics) used to generate the corresponding identifier.

[0066] Therefore, in the context of the system according to the invention, it is also proposed that data values ​​collected from one and preferably from multiple processing devices are stored and / or stored on a storage device, such as a cloud-based device and / or at least partially located outside the company's internal network. The data values ​​are stored in the form of identifiers that allow them to be assigned to (associated containers). Preferably, at least one storage device is not directly integrated into the internal company network, at least in some areas. Preferably, at least one area of ​​the storage device cannot be accessed solely via the internal company network, but can be communicated only (at least in some areas) via a public network such as the Internet. Preferably, this is an external storage device located outside the (corresponding) processing devices and particularly preferably outside the system.

[0067] In this respect, the system may be equipped with all the features described above for the method relative to the operating system, individually or in combination. The system is preferably arranged, adapted, and / or determined to perform the above-described method for the operating system (specifically, according to any embodiment described as preferred) and all the method steps described above in combination with the method (individually or in combination with each other). Conversely, the method may be provided with any features described within the system (individually or in combination with each other).

[0068] In the case of using (at least) cloud-based storage devices, a storage device preferably having multiple servers (communicating with each other) is proposed. This provides the following advantages: the storage device is scalable, specifically due to the elasticity of the cloud, and therefore storage capacity can be expanded in a relatively simple manner. Larger capacities can be drawn if needed. This is particularly advantageous if, during production and / or (further) processing and / or further refinement, as many and specifically substantially all of the processing devices (their processing containers, and particularly preferably all containers of the processing system and / or producer) specifically collect multiple data values ​​by means of a data collection device, and these data values ​​are available for transfer to the storage device (and the data values ​​stored at the storage device and assigned identifiers will remain substantially permanently retrievable (specifically at least throughout the entire service life of the container).

[0069] The system preferably has at least two or more particularly distinct processing devices that process the same container (which can be uniquely identified by means of an identifier) ​​and are located in different, spaced-apart locations, and particularly not on the same corporate premises. Preferably, each of these processing devices has access to at least one (common) storage device, and specifically, stores and / or queries data values ​​in a database (particularly the cloud) stored thereon.

[0070] Preferably, the system has two storage devices, each specifically cloud-based. Preferably, the two storage devices are independent of each other. Preferably, the two storage devices differ in access authorization (specifically to external third parties) and / or the type of data values ​​stored. Preferably, the system and / or processing device have at least one separate communication device for each of these storage devices, wherein the communication devices at least partially support data transmission based on different protocols and / or different encryption systems (for different weak or strong data encryption).

[0071] Preferably, a storage device (specifically a cloud-based storage device) is provided for storing and / or archiving system operator-side data thereon, specifically data that is not shared with third parties. Preferably, only the system operator has access to the storage device, but third parties are not permitted to access it. Preferably, the system operator-side data can be data that is characteristic of the operation of the line and / or system and / or individual components of the system. For example, some, and preferably all, relevant data regarding the operation of the controller and / or system can be stored in the storage device.

[0072] Preferably, the second storage device (particularly cloud-based) is configured (specifically, configured as a so-called general-purpose storage device) in such a way that third parties can also access the so-called general-purpose storage device compared to the system operator-side storage device described in the preceding paragraph. Preferably, only a portion of the data from the system operator's storage device is stored in this storage device. Preferably, for example, only basic data, such as when it was produced, what content it contains, etc. (product and / or container-specific information), is stored there. Preferably, this data is transferred from the system operator-side storage device to this (second or so-called general-purpose) storage device. Preferably, no data (particularly internal to the system operator) used for controller and / or system operation is stored on the second or general-purpose storage device.

[0073] Providing these two clouds or two cloud-based storage devices offers the advantage that each party involved can only see or retrieve the necessary data.

[0074] It is possible that the first cloud-based storage device is a purely internal (and / or system operator-internal) storage device configured in a way that grants access authorization, for example, only to system operators and / or system manufacturers of container manufacturing equipment. The second cloud-based storage device can be configured in a way that also grants external third parties (such as end users and / or retailers) access authorization to at least a region of the storage device.

[0075] Alternatively, data values ​​may be stored (only) on a first storage device, for example, process data relative to at least one processing device and preferably to multiple processing devices that process the containers before delivery and / or containers filled with the product. Preferably, data values ​​related to the type and / or size of the container and / or filling material are stored in a second storage device, rather than process data for container production.

[0076] Preferably, the processing device, and specifically multiple processing devices (in each case), has a communication interface through which communication connections (specifically real-time and / or direct communication connections) can be established at least intermittently with the storage device, and specifically with two (cloud-based) storage devices via a communication means.

[0077] The communication device is specifically a wired and / or wireless network.

[0078] In an advantageous embodiment, the processing device, and preferably each processing device, has a machine control unit or machine controller (SPS) and / or human-machine interface (HMI). Preferably, communication between each processing device and the storage device is (specifically indirectly) via a data transmission device that specifically collects data values ​​from several processing devices to be transmitted to the storage device and preferably only subsequently transmits the data values ​​to the storage device. Preferably, the system has only one data transmission device. Preferably, (in each case) the machine control unit of the first processing device is (only) connected to the machine control unit of the next processing device, as seen in the conveying direction of the container, for data communication and for providing and / or transmitting the collected data values ​​to the storage device.

[0079] Preferably, as viewed in the transport direction, a detection device for detecting the marking device of the container is arranged upstream (especially directly) of the data transmission device.

[0080] Preferably, the detection device and the data transmission device exchange data related to the data values ​​to be transmitted to the storage device and / or related to the identification device for rapid detection.

[0081] In an advantageous embodiment, a data transmission device is provided that transmits data values ​​from at least two processing devices to a storage device (specifically, simultaneously to the storage device), and specifically, pre-collects the data values ​​to be transmitted for this purpose and / or temporarily stores them in the storage device.

[0082] Preferably, the communication device is adapted to determine the data values ​​provided by (specifically each) processing device for real-time processing and / or transmission.

[0083] In an advantageous embodiment, the communication device (at least and specifically precisely) has an integration layer, wherein communication connections (specifically for transmitting (for storing) and / or retrieving data values) between the processing device (communication interface) (and preferably between each communication interface of a plurality of processing devices) and the storage device, and preferably between two storage devices, can be established solely via the integration layer.

[0084] Preferably, the integration layer is an intermediate layer of the system's software system architecture (specifically constructed according to a layer architecture), in which (at least partially and preferably completely) the software components of the communication device are constructed.

[0085] Preferably, due to the processing machine or processing equipment, a first intermediate layer (of the software system of the system and / or communication device) may already be necessary. For example, in the case of a filling machine (as a processing machine or processing equipment), a barcode reader can be installed at the machine outlet. This barcode reader records the incoming bottles and, preferably, at that point, the filling machine notifies the user which filling mechanism, sealing mechanism, or product processing bottle has passed through. This provides the advantage that, for example, a filling machine with 120 filling valves does not require the same number of marking elements, i.e., 120 in this case. The same applies to a sealing machine as a processing equipment.

[0086] The identification device (reader), such as a 2-D reader, can be positioned upstream or downstream of the processing machine or equipment. Data aggregation will take effect as long as the container location is assignable, i.e., within a single channel area on the conveyor, preferably aggregated within a fixed, assignable location (star-shaped bag). With sensors arranged at the inlet, the machine controller knows which processing unit will handle the container, and at the outlet, the controller knows which unit has already handled the container.

[0087] Preferably, the software system of the system and specifically the processing device is configured and / or structured (specifically within a layered architecture) in such a way that it has at least one (first) intermediate layer. Preferably, the first intermediate layer is associated with the (or at least one) processing device. Preferably, the processing device can exchange data internally (i.e., within the processing device) via the (first) intermediate layer. Specifically, the data acquisition device of the processing device (specifically, only when there is no data exchange with a cloud-based storage device) can transmit data via the intermediate layer to a data processing device (such as a personalization device) of the processing device that is different from the data acquisition device. The (first) intermediate layer can be an integration layer (as described above). Therefore, preferably, the system's (and particularly preferably any) processing device can also use the integration layer for (also for purely) internal data exchange.

[0088] Preferably, the communication device has a (communication) bus, specifically a wired bus, through which data can be transmitted. Preferably, the processing device, and specifically each processing device, communicates with the storage device via the communication bus.

[0089] In other words, each processing device specifically addresses the (communication) bus used to communicate with the storage device.

[0090] Preferably, the personalization device is adapted and determined to request and receive identifiers from a container to be provided with identifiers via an application (specifically an ID generator application), the application communicating with a communication bus to provide the identifiers (specifically, unique identifiers). Preferably, the communication bus specifically communicates directly with the identifier generation device and / or (specifically indirectly) with an ID pool to query and / or provide identifiers.

[0091] Preferably, the identifier generation device and / or ID pool access resources, such as the processing power or memory space of at least one storage device, particularly for the generation and / or retrieval of identifiers or during such generation and / or retrieval.

[0092] However, alternatively or additionally, the identifier generation apparatus and / or ID pool may have its own storage devices and / or processors (specifically cloud-based) for generating and / or querying identifiers. Preferably, such identifier generation apparatus may be located internally and specifically in the same building as at least a part of the system, and preferably the entire system.

[0093] Preferably, the processing device is adapted and determined to request data values ​​from at least one (and preferably also from a second) storage device via a communication device, specifically relative to a predetermined container (preferably identifiable by means of an identification device), and / or transmit the data values ​​for storage. Specifically, the processing device, and preferably each processing device, can make a status request relative to the container to be processed.

[0094] Preferably, the processing device, and specifically each processing device, is adapted and designed to receive data relating to the container to be processed transmitted from a storage device by a communication device, preferably storing the data in the internal memory of the processing device, and particularly preferably changing at least one setting and / or size and / or at least one process parameter (specifically related to the processing of the container to be processed, specifically personalized processing).

[0095] It is conceivable that the identification device can be read via a terminal device (specifically a mobile terminal device, such as a smartphone, tablet, laptop, etc.), and the data value stored in the storage device regarding the container, and specifically regarding the identifier assigned to the container, can be retrieved by means of the terminal device. This could be advantageously used to allow end consumers to determine, for example, the product source and / or manufacturing location and / or filling location and / or distribution channel.

[0096] In an advantageous embodiment, the processing equipment is selected from the group consisting of: heating equipment for heating preforms, forming equipment for forming plastic preforms into plastic bottles, sterilization equipment for sterilizing containers, specifically plastic preforms, production equipment for producing glass bottles, filling equipment for filling containers with products, inspection devices for inspecting plastic preforms or bottles, labeling devices for labeling containers, closing equipment for closing containers, specifically filled containers, control devices, packaging devices, direct printing devices for printing on containers, assembly equipment for assembling multiple containers into a component, and destruction devices for destroying containers, etc.

[0097] In an advantageous embodiment, the system has at least one additional processing device and preferably multiple additional processing devices.

[0098] In an advantageous implementation, the processing equipment is another processing device adapted and defined for processing the containers after they have been delivered (especially in a filled state). For example, it can be a point-of-sale processing device (such as a conveyor) or a recycling device.

[0099] The present invention also relates to a system comprising a system according to any of the above embodiments and at least one Internet-accessible and / or cloud-based storage device described above in the context of such system. In this context, the method and storage device may each be individually or in combination equipped with all the features described above in connection with the method or system.

[0100] Preferably, a processor is provided by means of which data values ​​stored in the storage device can be evaluated and specifically, database analysis and / or updates and / or maintenance can be performed. For example, at least one additional data value associated with the identifier can be added to a given identifier.

[0101] Preferably, the processor of the storage device is adapted and determined to perform authorization and / or authentication of data transfers (such as requests for data values ​​and / or transfers of data values ​​(relative to predetermined identifiers)) between the client (e.g., a mobile terminal or processing device) and the storage device.

[0102] The present invention also relates to a method for specifically and uniquely tracking and / or tracing and / or identifying plastic containers, the method comprising producing plastic containers from plastic preforms. Preferably, the plastic preform is inflated into the plastic container (within a blow molding apparatus) by the action of a fluid medium (such as blow molding air and / or liquid, such as the product to be filled).

[0103] According to the invention, the method includes a step in which a plastic preform is personalized by means of arranging and / or introducing and / or producing a marking device, wherein the marking device at least partially expands and / or alters at least one geometric extension in at least one direction and particularly preferably in at least two directions during the expansion of the plastic preform in the plastic container. Preferably, the marking device is (specifically, a printed) QR code.

[0104] Preferably, exactly one identifier is assigned to the marking device. However, it is also conceivable that, conversely, the personalization of the plastic preform is performed by means of the marking device based on the generated identifier.

[0105] Preferably, the container manufactured in this manner is used to provide at least one data value related to the container and / or its identification device and / or associated identifier. In this respect, the method may be equipped with all the steps and features described above in conjunction with the operation of the system.

[0106] The systems and operating methods of the present invention have already been described with respect to the handling of containers and bottles. However, the invention is transferable to systems having processing equipment for handling consumer products. The applicant reserves the right to protect such systems and methods for operating such systems.

[0107] Further advantages and implementation methods can be seen in the attached figures:

[0108] These figures illustrate:

[0109] Figure 1 A schematic diagram of a system for processing containers according to the invention, based on a first embodiment, is shown; and

[0110] Figure 2 A schematic diagram of a system for processing containers according to the invention, based on a second embodiment, is shown.

[0111] Figure 1 A schematic diagram of a system 1 according to the invention for processing a container 10 according to a first embodiment is shown, and a technical procedure for personalizing the container by marking the container (in this case, a bottle) is described.

[0112] The attached figure uses the reference numeral IDG to indicate an ID generator, which is an identifier generation device responsible for providing unique identifiers (IDs). Various methods and solutions exist for generating (and also applying) identifiers or IDs.

[0113] The ID generator (IDG) is a script that is either installed directly on the personalization device (designed here as printing device 50, ID printing unit) or runs on an external system. At least one (communication) connection must exist between the ID printing unit or personalization device as hardware and the identifier generation device (IDG in this case) as software or a software service.

[0114] The attached diagram uses the symbol IDP to indicate the ID pool (or identifier pool), which here provides the ID generator (usually an identifier generation device) with a set (pool) of identifiers (IDs) (indicated by arrow P0). The IDs conform to algorithms and rules that allow, for example, the production date to be inferred from the ID encoding. Each ID is unique.

[0115] ID generation in Figure 1 The reference numeral 42 indicates the location of the ID. After generation, the ID is transmitted here via an interface to the personalization device (in this case, the ID printing unit 50). Arrow P1 indicates the method step in which the ID (or the identification device assigned to that identifier) ​​is applied to the container (in this case, the bottle). The personalization device (in this case, the ID printing unit) is responsible for applying the ID (or the identification device assigned to that identifier) ​​to the bottle. Reference numeral 12 indicates the identification device arranged on the bottle 12. This is, for example, a (printed) QR code.

[0116] exist Figure 1 In the illustrated embodiment, a plastic preform is provided and supplied from a conveying device 20 to a heating device 30 (so-called a "preform heater"), where it is heated and subsequently expanded in a blow molding apparatus to form a (plastic) bottle 10, the arrangement of which within the system 1 is indicated by reference numeral 40. The bottle 10 is provided with an identification device 12 (indicated by arrow P2) by a personalization device (in this case, a printing device 50), resulting in the bottle having the identification device 12.

[0117] Bottle 10 begins its journey along the line (of System 1). For this purpose, bottle 10 can be conveyed from one processing device to the next and within a processing device by at least one conveying device 20. The following are shown here as processing devices (in downstream order of the bottle conveying direction): inspection device 60, filling device 70 for filling bottle 10 with product, closing device 80, drying device 110, labeling device 120, and packaging device 130 for packaging bottle 10.

[0118] In each case, reference numeral 2 indicates the SPS (machine controller) of the processing device, and reference numeral 4 indicates the human-machine interface (so-called "HMI").

[0119] Reference numerals 85 and 90 each indicate a control device (e.g., at the end of the line and arranged between the closure device 80 and the drying device 110), which, for example, checks the fill level in the bottle and / or the proper arrangement of the closure on the bottle 10 and / or the retaining ring of the bottle 10 and / or proper labeling and / or packaging or other production data. These control devices 90 (here referred to as "generals") in the line or in system 1 serve as important markers and preferably read the container ID or record the container's identification. In this way, the current location of the bottle is known.

[0120] In addition, each machine or processing device 60, 70, 80, 85, 110, 120, 130, 90 of System 1 will be able to store data related to the ID or identification device of the bottle.

[0121] In one embodiment, a data transmission device 96 (the so-called "ready kit") is responsible for aggregating data (specifically collected from multiple processing devices (e.g., General 85, 90), closing device 80 ("sealing machine") and / or drying device 110 ("dryer") and / or labeling device 120 ("labeling machine") and / or packaging device 130 ("packaging machine"). Therefore, in this embodiment, the data collected by System 1 is first available in the data transmission device (here in the ready kit). The data transmission device 96 (ready kit) relays the data to cloud 150. In this embodiment, a detection device 94 for identifying bottles ("bottle identifiers") is preferably provided, which preferably detects the identification device 12 or thereby reads the ID (indicated by reference numeral 92, arrow P5). In this embodiment, the detection device can establish a (communication) connection to the data transmission device 96 (see arrow P4), through which data collected by the data transmission device 96 can be transmitted to the detection device. In the embodiment shown here, the detection device can then assign the data to an identifier via the detected identification device 12 and write the data together with the associated identifier or its quantity characteristics into the cloud 150, which serves as a storage device (shown by arrows P6 and P7).

[0122] It is possible that there are two storage devices 150 and 152 that are specifically (at least partially and preferably completely) separate from each other, which may be configured as clouds, for example. A data communication connection may exist between the two clouds. For example, one of the two storage devices may be an internal storage device, and preferably one of the storage devices may be accessible (only) via a public network (at least partially outside the internal network).

[0123] The two (specifically cloud-based) storage devices 150 and 152 may be external closed systems. Preferably, a data communication connection (“bridged MQTT broker”) is established for exchanging data and / or messages between the two storage devices 150 and 152, which supports data exchange based on the MQTT protocol.

[0124] Arrow P8 indicates the communication connection between the data transmission device 96 (ready kit) and the storage device 152, which in this case is a cloud-based storage device (so-called "Krones PET Cloud"). Preferably, the communication between the data transmission device 96 and the cloud-based storage device ("Syskron Cloud") is based on the MQTT protocol.

[0125] Furthermore, preferably, in the embodiments described herein, a communication connection is established between the detection device 94 (“bottle identifier”) and the data transmission device 96, which particularly preferably supports and / or is configured for communication based on the MQTT protocol. Thus, transmission data for each machine or processing device can be provided to the detection device 94 (“bottle identifier”). Subsequently, the detection device 94 (“bottle identifier”) where the bottle is currently located gathers the data (from the processing device) and writes it to the storage device 152 (“Krones PET cloud”).

[0126] The specific MQTT-based (communication) connection P8 between the data transmission device 96 and the storage device 152 (“Krones PET Cloud”) preferably enables data synchronization. Actions derived therefrom (e.g., bottle flipping) can be instructed by the storage device 152 (“Krones PET”), transmitted to the data transmission device 96, and implemented by the machine controller.

[0127] Figure 2 A schematic diagram of a system 1 for processing containers according to the invention, based on a first embodiment, is shown. In this context, the same reference numerals identify devices or elements that perform the same function.

[0128] and Figure 1 In comparison, Figure 2 In the illustrated embodiment, a communication device 140 is provided, which has a common bus system or bus for data communication of all processing devices and detection devices. The common bus serves as an integration layer between the storage device 152 (“Krones PET Cloud”) and the specific digitally connected sensor technology (Cyber ​​Physical System, CPS) (of the individual processing devices).

[0129] In the implementation shown herein, the ID pool IDP and the identifier generation device IDG (ID generator) reside in the cloud and storage device 152, respectively, as a service repository. Furthermore, an ID generator application IDA (“ID generator application”) representing the (corresponding) service instance is provided.

[0130] In the implementation shown here, communication is no longer conducted via a roundabout path through data transmission device 96; instead, sensor values ​​and other data are preferably transmitted directly from the machine or a separate processing device to the storage device (cloud). MQTT can also be used as the protocol here. Communication between storage device 152 (“Krones PET Cloud”) and storage device 150 (“Syskron Cloud”) can be achieved via a so-called bridging (as a so-called MQTT bridge) through an MQTT broker server.

[0131] Reference numeral P20 indicates an arrow illustrating data exchange between printing apparatus 50 (“ID printing unit”) and ID generator application IDA, where printing apparatus 50 requests the ID generator application IDA to transmit an identifier (“Request: ID”). Arrow P22 indicates the transmission of the identifier from ID generator application IDA to printing apparatus 50 (“Response: ID”).

[0132] Arrows P24 and P26 indicate data transmissions from processing devices (in this case, inspection device 60 and control device 90 (“General”)), where updates to the state of bottle 10 are transmitted to integration layer 140. Thus, inspection device 60 transmits an updated container state indicating the bottle is “OK” and the preform is inflated (transmission message: “Read, Update State = Bottle OK, Preform Inflated”). Control device 90 transmits the current state of the container to integration layer 140, indicating the bottle is in a filled and sealed state (message transmission: “Read, Update State = Bottle OK, Filled and Sealed”).

[0133] Finally, arrow P29 indicates data communication between the labeling device 120 and the integration layer 140, wherein the labeling device transmits a request to the integration layer 140 for the transmission of ID and / or data values ​​(“Request: ID, Data”). Finally, P30 indicates the transmission of a response message (“Response: ID, Data”), wherein the data value associated with the identifier is transmitted to the labeling device.

[0134] The applicant reserves the right to claim protection for all features essential to the invention disclosed in the application documents, provided that they are novel, individually or in combination, relative to the prior art. It should also be noted that features that may be advantageous in themselves are also depicted in the various figures. Those skilled in the art will readily recognize that specific features described in the figures can be advantageous even without employing additional features from those figures. Furthermore, those skilled in the art will recognize that advantages can also arise from a combination of several features shown in individual figures or different figures.

[0135] List of reference numerals

[0136] 1 System

[0137] 10 containers

[0138] 20 Conveying devices

[0139] 42 Identifiers

[0140] 50 Printing apparatus

[0141] 70 Filling device

[0142] 80 Closing device

[0143] 85 General

[0144] 90 General

[0145] 94 Detection Device

[0146] 96 Data transmission devices, ready kits

[0147] 110 Drying device

[0148] 120 Labeling Device

[0149] 130 Packaging Equipment

[0150] 140 Communication devices, data communication bus

[0151] 150 storage devices

[0152] 152 Storage devices

[0153] IDG Identifier Generation Device, ID Generator

[0154] IDP ID pool

[0155] Arrows P1-P39

Claims

1. A method for operating a system (1) for processing multiple containers (10), the method comprising the steps of: At least one container (10) is provided with an identification device (12) by means of which the container (10) can be uniquely identified. The identification device (12) is capable of being assigned an identifier, specifically and uniquely assigned an identifier, the identifier being stored in at least one storage device (152), the storage device being cloud-based and / or connected at least temporarily via a public network or capable of being connected to the system (1) for data communication; The container (10) is processed by at least one processing device of the system (1). Collect at least one data value relative to the container (10) and / or relative to at least one processing step of the container (10), wherein at least two data values ​​of different types are collected, the data values ​​being able to be assigned to the same identification device and / or the same identifier and collected by at least two different processing devices; Provide the at least one data value for transmission and / or storage in the storage device (152); Generate a mapping between the data value and the corresponding identifier of the container (10).

2. The method according to claim 1, Its features are, The identifier generation device of the system (1) provides and determines a plurality of identifiers suitable for and for unique identification of the container (10).

3. The method according to claim 1, Its features are, The container is made of plastic; And / or, the container is a bottle.

4. The method according to claim 3, Its features are, The container (10) is provided with the marking device (12) during its production and / or in time before and / or during the forming process from the plastic preform to the container.

5. The method according to claim 1, Its features are, The marking device (12) is detected at least once before the container (10) is discharged from the processing equipment.

6. The method according to any one of claims 1-5, Its features are, The container (10) is conveyed at least temporarily in the processing equipment by at least one conveying device (20).

7. The method according to claim 6, Its features are, The data values ​​are selected from groups containing information related to the container, measurement values, processing parameters, process data values, timestamps, production dates, the product in the container, the processing equipment, machine data, outer packaging, the conveying device, distribution method, distribution location, etc.

8. A system (1) for processing a plurality of containers (10), the system having at least one processing device adapted and intended for storing at least one processing step on the containers (10), wherein the processing device has at least one data collection device (85, 90) adapted and intended for data collection relative to the containers (10) and / or relative to at least one data value of at least one processing step, wherein the system (1) has at least one detection device (94) for detecting an identification device (12) of the containers (10), by means of which each container (10) can be uniquely identified. Its features are, The system (1) has a communication device configured to establish at least a temporary communication connection with at least one storage device (152), the storage device being cloud-based and / or connected at least temporarily to or accessible to the system (1) for data communication, wherein an identifier that can be uniquely assigned to the identification device (12) is stored and / or can be stored in the storage device (152), wherein the processing device is configured, adapted, and intended to provide the at least one data value to the communication device (140) for transmission to the storage device (152) and / or for storage in the storage device, wherein the processing The equipment, and specifically multiple processing devices, are selected from the group comprising: heating equipment for heating preforms, forming equipment for forming plastic preforms into plastic bottles, sterilization equipment for sterilizing containers, specifically plastic preforms, production equipment for producing glass bottles, filling equipment for filling containers with products, inspection devices for inspecting plastic preforms or bottles, labeling devices for labeling containers, closing equipment for closing containers, specifically filled containers, control devices, packaging devices, direct printing devices for printing on containers, assembly equipment for assembling multiple containers into a component, and destruction devices for destroying said containers.

9. The system (1) according to claim 8. Its features are, A data transmission device is provided, which collects the data values ​​of at least two processing devices to be transmitted to the storage device (152), after which the data values ​​are transmitted to the storage device (152).

10. The system (1) according to claim 8. Its features are, The communication device has an integration layer, through which a communication connection between the processing device and the storage device can be established, specifically for transmitting and / or querying data values.

11. The system (1) according to any one of claims 8-10, Its features are, The communication device has at least one wired communication bus for transmitting data, via which the processing devices communicate, and specifically, each processing device communicates with the storage device.

12. The system (1) according to any one of claims 8-10, Its features are, The processing device, and specifically each processing device, is adapted and determined to receive data related to a container to be processed, the data being transmitted from the storage device (152) by the communication device, and to change at least one setting and / or size and / or at least one process parameter related to the specific personalized processing of the container to be processed.

13. A system having the system (1) according to any one of claims 8 to 12 and at least one publicly network accessible and / or cloud-based storage device (152).

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