Difference between revisions of "BaSyx / Reference Projects"

Latest revision as of 08:41, 18 February 2021

Retrofitting of Legacy Machines

"BaSys structures our process data"

- Marcel Kettering, Business Manager, WICO Textilbeschichtung und -kaschierung GmbH

During production, machines in the shopfloor generate valuable process information which helps manufacturers in decision-making. A big challenge is to make this data accessible in one place, especially if data is connected from legacy machines without Industrie 4.0 interfaces. The Arendar IoT-Gateway collects "live" process information from shopfloor assets and makes it available for further processing. The Arendar connects shopfloor devices through analogue, digital and network I/O with the Eclipse BaSyx middleware and enables access to device data. Asset Administration Shells (AAS) and AAS sub models present data from different sources in a unified and structured manner and enable data access through defined APIs. The result is a digital production process that stores data from all relevant sources in a digital process model, which can be used in various ways. It provides holistic live process images to decision-makers who use them to identify and resolve problems faster. With the continuous process monitoring, manufacturers can detect machine failures earlier, control product quality during the production and perform real-time decision-making. Consequently, this improves the market responsiveness, reduces the maintenance costs and increases the production efficiency.

Service-oriented production in a gear manufacturing line

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Integration of PLM Systems (BaSys^PLM)

"Eclipse BaSyx with its interoperable architecture enables us and our customers to bring product data directly from product development to manufacturing. This is relevant for highly variable Configure-to-Order products (-> lot size 1). Also feedback from the shop floor to the engineering (product type) as well as to single products (instances -> Digital Twins) can be realized."

- Christian Muggeo, Team Lead Engineering Transformation, CONTACT Software GmbH

In the area of product development, PLM systems are the central data hub. They consider the entire product lifecycle from planning to disposal and provide holistic management of all data and information that is processed and distributed during the development or modification of products. The BaSys-PLM-coupling connector enables PLM data from product development to be reused in subsequent production. This connector enables BaSyx to control and adapt production processes based on PLM data. Conversely, production data can be transferred from Eclipse BaSyx to a PLM system. The BaSyx PLM coupling therefore enables production data to be linked with data from the entire product lifecycle and to use this data for continuous product improvement. For many applications, the detour via an ERP/MES system can also be omitted, i.e. machines can communicate directly with the PLM system.

BaSyx Edge Device

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Information exchange with digital twins

Many production processes are embedded into supply chains. Product related information is relevant throughout the whole product lifecycle and therefore needs to be exchanged between companies. Pickert & Partner GmbH and HPO Häfner Präzisionsteile Oberrot GmbH use Eclipse BaSyx to collect and provide product quality and calibration data that is exchanged with customers. This connection of product data and the IT that is enabled with Asset Administration Shells of Eclipse BaSyx realizes a horizontal integration that supports efficient data exchange and also enables new data-driven business models.

Experiment with BaSyx

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Digitalization of manufacturing process

Digitalization of production processes yields considerable advantages for small scale enterprises (SMEs) in terms of optimized product and production planning. Eclipse BaSyx enables digital production processes that support the evaluation of orders with data from previous shipments. Eclipse BaSyx realizes Asset Administration Shells and Sub Models that provide process data to the ERP system, which implements the business logic for deciding about accepting or rejecting an order. This empowers SMEs to quickly, efficiently and reliably evaluate and plan the production as well as promptly meeting short term customer inquiries. Since the checking and creation of order processes can be automated, substantial improvement in flexibility and cost efficiency in the process of order acceptance in comparison to the legacy, and manual paper-based processes is realized.

Next generation shopfloor communication

The integration of Eclipse BaSyx with messenger services enable a new communication style between workers and the shopfloor. This integration enables employees to flexibly access and exchange information by using BaSyx together with the Matrix Messenger. Chat bots give access to live machine data and services. They access production assets through Asset Administration Shells (AAS) to provide e.g. live data analysis or machine manuals on request. Also, threshold-breach alerts can be configured for relevant sensor values. Other possible applications are speech recognition as additional human machine interface, and indoor navigation. By using a hosted messenger, messages are routed thorugh a dedicated Matrix Messaging Server, instead of using public messenger services.

Weitere Projekte:

Digitalization of manufacturing process
- Parameter optimization for car supply manufacturing
- Integration with ERP systems
- Integration with BPMN engine for automating the manufacturing process

Process anomaly monitoring
- Events / Exceptions
- Messenger bots

Process dashboard
- Bild Dashboard
- Nutzen: Prozessanalyse & Entscheidungsunterstützung
- Nur 27% Unternehmen im Mittelstand nutzen Daten als Entscheidungsgrundlage

@@ Line 4: / Line 4: @@
 '''Retrofitting of Legacy Machines'''
-''"BaSys bringt uns Struktur in unseren Prozessparametersalat. [BaSys brings structure to our process parameter salad.]"
+''"BaSys structures our process data"
 - Marcel Kettering, Business Manager, WICO Textilbeschichtung und -kaschierung GmbH''
-During production, shopfloor machines generate valuable process information which helps manufacturers in decision-making. However, one of the challenges is to make the data accessible from legacy machines. The Arendar IoT-Gateway collects "live" process information from the shopfloor machines and makes it available for further processing. In this project, the Basys-native Arendar enables networking of machines and processes which facilicates a point-to-point communication with other IT-systems. BaSyx represents the data in asset administration shells in a standardized and structured way for reuse. The digitalization of production processes provides holistic live process images to decition-makers who use them to identify and resolve problems faster. With the continuous process monitoring, manufacturers can detect  machine failures earlier, control product quality during the production and perform real-time decision-making. Consequently, this improves the market responsiveness, reduces the maintenance costs and increases the production efficiency.
+During production, machines in the shopfloor generate valuable process information which helps manufacturers in decision-making. A big challenge is to make this data accessible in one place, especially if data is connected from legacy machines without Industrie 4.0 interfaces. The Arendar IoT-Gateway collects "live" process information from shopfloor assets and makes it available for further processing. The Arendar connects shopfloor devices through analogue, digital and network I/O with the Eclipse BaSyx middleware and enables access to device data. Asset Administration Shells (AAS) and AAS sub models present data from different sources in a unified and structured manner and enable data access through defined APIs. The result is a digital production process that stores data from all relevant sources in a digital process model, which can be used in various ways. It provides holistic live process images to decision-makers who use them to identify and resolve problems faster. With the continuous process monitoring, manufacturers can detect  machine failures earlier, control product quality during the production and perform real-time decision-making. Consequently, this improves the market responsiveness, reduces the maintenance costs and increases the production efficiency.
 |-
 |
@@ Line 19: / Line 19: @@
 |[[File:Arend.png|left|120px|Arend |link=https://www.arend-automation.com/home-eng]]
 |     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
-|[[File:DFKI_logo.jpg|left|120px|DFKI |link=https://www.dfki.de/web/ueber-uns/standorte-kontakt/kaiserslautern/]]
+|[[File:DFKI-Logo.png|left|120px|DFKI |link=https://www.dfki.de/en/web/about-us/locations-contact/kaiserslautern/]]
 |     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 |[[File:BaSys.PLM.logo_iese.png|left|120px|Fraunhofer IESE|link=https://www.iese.fraunhofer.de/en.html]]
@@ Line 49: / Line 49: @@
 |[[File:BaSys.PLM.basysplm_en.png|left|300px|Overview of BaSys<sup>PLM</sup>]]
 |
-'''Integration of a PLM System (BaSys<sup>PLM</sup>)'''
+'''Integration of PLM Systems (BaSys<sup>PLM</sup>)'''
 ''"Eclipse BaSyx with its interoperable architecture enables us and our customers to bring product data directly from product development to manufacturing. This is relevant for highly variable Configure-to-Order products (-> lot size 1). Also feedback from the shop floor to the engineering (product type) as well as to single products (instances -> Digital Twins) can be realized."''
-- Christian Muggeo, Team Lead Product Management, CONTACT Software GmbH
+- Christian Muggeo, Team Lead Engineering Transformation, CONTACT Software GmbH
-In the area of product development, PLM systems are the central data hub. They consider the entire product lifecycle from planning to disposal and provide holistic management of all data and information that is processed and distributed during the development or modification of products.
+In the area of product development, PLM systems are the central data hub. They consider the entire product lifecycle from planning to disposal and provide holistic management of all data and information that is processed and distributed during the development or modification of products. The BaSys-PLM-coupling connector enables PLM data from product development to be reused in subsequent production. This connector enables BaSyx to control and adapt production processes based on PLM data. Conversely, production data can be transferred from Eclipse BaSyx to a PLM system. The BaSyx PLM coupling therefore enables production data to be linked with data from the entire product lifecycle and to use this data for continuous product improvement. For many applications, the detour via an ERP/MES system can also be omitted, i.e. machines can communicate directly with the PLM system.
-The BaSys-PLM-coupling developed in the project and integrated in BaSyx allows PLM data from product development to be reused in subsequent production. BaSyx can use this data to control and adapt production processes. Conversely, production data acquired with BaSyx can be transferred to a PLM system.
-In concrete terms, the coupling allows, for example, production data to be linked with other data from the entire product life cycle and used for continuous product improvement. For many applications, the detour via an ERP/MES system can also be omitted, i.e. machines can communicate directly with the PLM system.
 |-
 |
@@ Line 97: / Line 95: @@
 '''Information exchange with digital twins'''
-In typical digitalization scenarios, a single production facility is considered. But the scope of BaSyx goes beyond that. Information from the digital twins are relevant throughout the whole lifecycle of a product and therefore, they need to be exchanged across company borders. Pickert & Partner GmbH and HPO Häfner Präzisionsteile Oberrot GmbH extend the focus on a production line to a production network that also includes the direct customers. In BaSys4SupplyQ product quality and calibration data is reflected within the Asset Administration Shell and the BaSys Middleware is utilized for a horizontal integration that enables new data-driven business models.
+Many production processes are embedded into supply chains. Product related information is relevant throughout the whole product lifecycle and therefore needs to be exchanged between companies. Pickert & Partner GmbH and HPO Häfner Präzisionsteile Oberrot GmbH use Eclipse BaSyx to collect and provide product quality and calibration data that is exchanged with customers. This connection of product data and the IT that is enabled with Asset Administration Shells of Eclipse BaSyx realizes a horizontal integration that supports efficient data exchange and also enables new data-driven business models.
 |-
 |
@@ Line 140: / Line 139: @@
 '''Digitalization of manufacturing process'''
-Digitization of production processes brings considerable advantages for small scale enterprises (SMEs) in terms of optimized production planning and associated competence. Especially the improved order evaluations enable the SMEs to quickly, efficiently and reliably evaluate and plan the production plans as well as promptly meeting short term customer enquiries. Since the checking and creation of the order process is automated, substantial improvement in flexibility and cost efficiency in the process of order acceptance in comparison to the legacy manual paper-based processes is realized. The project also investigates the concept production as service (PaaS). The Industry 4.0 middleware BaSyx facilitates the production capabilities and resources through Asset Administration Shells and Submodels. This is used in conjunction with the ERP system which holds the business logic of feasibility checks for customer requests.
+Digitalization of production processes yields considerable advantages for small scale enterprises (SMEs) in terms of optimized product and production planning. Eclipse BaSyx enables digital production processes that support the evaluation of orders with data from previous shipments. Eclipse BaSyx realizes Asset Administration Shells and Sub Models that provide process data to the ERP system, which implements the business logic for deciding about accepting or rejecting an order. This empowers SMEs to quickly, efficiently and reliably evaluate and plan the production as well as promptly meeting short term customer inquiries. Since the checking and creation of order processes can be automated, substantial improvement in flexibility and cost efficiency in the process of order acceptance in comparison to the legacy, and manual paper-based processes is realized.
 |-
@@ Line 150: / Line 149: @@
 |[[File:BaSys.Ellenberger_logo.jpg|left|120px|Ellenberger |link=https://www.ellenberger.org/]]
 |     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
-|[[File:DFKI_logo.jpg|left|120px|DFKI |link=https://www.dfki.de/web/ueber-uns/standorte-kontakt/kaiserslautern/]]
+|[[File:DFKI-Logo.png|left|120px|DFKI |link=https://www.dfki.de/en/web/about-us/locations-contact/kaiserslautern/]]
 |     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
 |[[File:BaSys.PLM.logo_iese.png|left|120px|Fraunhofer IESE|link=https://www.iese.fraunhofer.de/en.html]]
+|}
 |}
+{|
+|
+'''Next generation shopfloor communication'''
+The integration of Eclipse BaSyx with messenger services enable a new communication style between workers and the shopfloor. This integration enables employees to flexibly access and exchange information by using BaSyx together with the Matrix Messenger. Chat bots give access to live machine data and services. They access production assets through Asset Administration Shells (AAS) to provide e.g. live data analysis or machine manuals on request. Also, threshold-breach alerts can be configured for relevant sensor values. Other possible applications are speech recognition as additional human machine interface, and indoor navigation. By using a hosted messenger, messages are routed thorugh a dedicated Matrix Messaging Server, instead of using public messenger services.
+|[[File:Akzent-Overview.png|left|400px|Overview of Akzent4BaSys]]
+|-
+|
+|
+{|
+|[[File:GS-Logo.png|left|120px|GS Kunsstofftechnik|link=https://en.gs-kunststofftechnik.de/]]
+|     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+|[[File:VESATEC-Logo.png|left|120px|VESATEC|link=https://www.vesatec.de/]]
+|     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+|[[File:Kybeidos-logo.png|left|120px|Kybeidos|link=https://www.kybeidos.de/en/home]]
+|     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+|[[File:DFKI-Logo.png|left|120px|DFKI |link=https://www.dfki.de/en/web/about-us/locations-contact/kaiserslautern/]]
+|     &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
+|[[File:Fraunhoder-IESE-Logo.png|left|120px|Fraunhofer IESE|link=https://www.iese.fraunhofer.de/en.html]]
+|}
 |}

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Difference between revisions of "BaSyx / Reference Projects"

Latest revision as of 08:41, 18 February 2021