Manufuture 2017 Transition Technologies PSC - Using the concept of industry 4.0 in modern factories
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Transition Technologies Group provides software and services for various industries including energy, gas, heavy industry, and medicine. They offer solutions like ETRM systems, underground gas storage management, process automation, and tools for analyzing medical data. Transition Technologies focuses on trends like human-centered manufacturing, collecting full product lifecycle data using IoT and AI. They demonstrate an AR application for manufacturing space design that allows capturing measurements, visualizing installations, and exploring layout options in order to optimize factory space planning.
Manufuture 2017 Transition Technologies PSC - Using the concept of industry 4.0 in modern factories
- 1. Using the Concept of Industry 4.0 in Modern Factories
- 3. Transition Technologies Group ENERGY MARKET • Software supporting energy market participants. • ETRM solutions for the energy corporations . • Integrated solutions (production). • Optimization of production. • Services, process automation. GAS MARKET • Underground gas storage management system • Support for commercial processes (contracts management, nominations, balancing, invoicing) and technical processes (storage status monitoring, underground simulation, storage process optimization) HEAVY INDUSTRY • Development and implementation of process automation systems. • Engineering services for technological processes. • Solutions based on Distributed Control Systems (DCS). Programmable Logic Controllers (PLC) and industrial PC’s. OUTSOURCING • Creating dedicated software houses for international corporations. • Programming services in all technologies. • Various models of cooperation. MEDICINE • IT support in medicine, molecular biology, pharmacy and related fields. • Tools dedicated to physicians and professionals in the medical sector, designed to support the analysis of large volumes of medical data.
- 4. Transition Technologies Group Data science for industry AR / MR / VR Industrial connectivity Implementation services Product Lifecycle Management Internet of Things
- 5. Trends Human at the center in MFG systems Full product lifecycle data collecting Artificial Intelligence with Predictive Analytics AR-guided workers IoT and Real-Time performance Platforms and network effects
- 6. Multi-sided platforms and network effects source: hackernoon.com source: cbinsights.com
- 7. Cross the chasm faster
- 9. AR strategy for differentiating After-Sales SupportVALUE Machines Commisioning Maintenance IoT AR Wearables Where IoT meets AR
- 10. Where IoT meets AR – IMPROVE project Cyber-physical systems: rapid communication and feedback control of physical processes through intelligence mechanisms Cyber replication of physical factory greatly extends manual capabilities for tasks such as optimization, simulation, condition monitoring and diagnosis. Continuous verification of results and self-learning mechanisms – autonomous adaption to real-life process requirements
- 11. _experience digital transition! ASSISTED OCME Cutting blade; S/ N:1400300A01 KPI panel PLAY procedure VIDEO gallery PDF gallery KPI Panel SUBSTITUTEIN 100 hours Worked hours 2160 %of WEAR 95,5 Playprocedure Cutting blade; S/ N:1400300A01 ASSISTED OCME Cutting blade; S/ N:1400300A01 KPI panel PLAY procedure VIDEO gallery PDF gallery KPI Panel SUBSTITUTEIN 150 hours Worked hours 2160%of WEAR 72 Playprocedure Cutting blade; S/ N:1400300A01 Where IoT meets AR – IMPROVE project
- 12. Demo
- 15. Manufacturing Space Design GOAL: Scan the manufacturing area to make measurements, arrange the space with machinery, design installations, check the ergonomics, visualize hidden installations, create procedures MECHANISM: Plant designers or facility layout planner wear head mounted displays can analyze the current status of facilities by registering positions of equipment/installations, generated with CAD models and explore optimal spatial layouts options for manufacturing and production
- 16. DATA SOURCE: area scanning
- 18. CONTEXTUALIZE: Capture 1:1 measures
- 19. CONTEXTUALIZE: manual 1:1 measures
- 21. ENGAGE USERS: AR-assisted modelling
- 22. ENGAGE USERS: AR-assisted modelling
- 23. ENGAGE USERS: AR-assisted modelling
- 24. MFG Space Design: AR-assisted layouting
- 26. # L I V E W O R X 26 FUTURE? Platforms and network effects
Editor's Notes
- #7: Connecting multiple sides is powerful! Take Uber. It may seem to be yet another middleman that takes value without creating a value. The value of Uber does not increase for you when many other passengers join Uber. However, indirectly it will play a role. If only a few passengers join, then there will be also not many drivers who increase waiting times and reduce the value of Uber to you. But if the number of drivers increases as well – this will lead to better geographic saturation, faster pickups, lowering driver downtime, making them earning more money and disrupting traditional business model which in the end leads also to lower prices for the end-user (passenger)
- #8: Why am talking about that? All industrial revolutions have a lag period of approx. 10 years before tech is fully adapted “In short, we are currently in an economic ‘stall zone’ as the third Industrial Revolution is (literally) running out of gas, while the Fourth Industrial Revolution –based on the new machine- has yet to grab hold at scale”
- #13: We extended ThingWorx Studio platform, ThingWorx View runtime and delivered new widgets along with an experience templates that can be reused for other similar use-case. Let’s how it works on a short demo movie
- #14: We extended ThingWorx Studion, ThingWorx View and delivered new widget along with and experience templates that can be reused for other similar use-case. Let’s how it works on a short demo movie
- #15: We extended ThingWorx Studion, ThingWorx View and delivered new widget along with and experience templates that can be reused for other similar use-case. Let’s how it works on a short demo movie
- #17: First step is to chose a physical space to be scanned. Spatial mapping technology allows to build a 3D mesh of a room, manufacturing space and even entire facility. Such a mesh is a foundation to be a digital twin of a contruction and subject to further processing.
- #18: Having the mesh built this solution is ready to classify the meshes, identify relevant object and related data. In other words, we are able to understand the physical space, find walls, floors, ceiling and platforms and use them for automatic sizing and dimensioning without additional scanning infrastructure setup. This is an easy way to build quickly a rich context for further operations like: Full scale visualisations Component clash detection Design review/correction BIM data geo-location at construction site …and many more
- #19: Together with AR-assisted measurements engineers will quickly capture the context and real dimensions both during onsite surveying procedure and later at desk as the mesh is being built in 1:1 scale and can be also analyzed later.
- #20: The dimensions can be taken automatically during surface recognition, manually with 2D dimensioning…..
- #21: And even by using the “virtual rangefinder” functionality which helps to take unlimitedsurface-to-surface dimensions from single position without the need of moving around the physical space
- #22: The prototype offers also AR-assisted modelling with 3D objects palette allowing to interact with the mesh and quickly prototype the designs
- #23: User can place many types of objects from predefined palette and modify them directly in this mixed-reality environment. Depending on the palette user can “decorate” physical space with different layers of industrial data like:: Pipes, air conditioning routes Electrical installations with cables, plugs and sockets Internal construction elements Installation details Walls, pillars, stairs, platforms Or even furniture arrangements or placement of appliances
- #24: In a result, design and review process can happen in parallel and give and immediate and immersive feedback in 1:1 scale
- #25: In a result, design and review process can happen in parallel and give and immediate and immersive feedback in 1:1 scale
- #26: Which can be also documented with pictures and videos on which physical and digital object can blend together and visualize a “TO-BE” state for other stakeholder involved in design, construction and operationa states.
- #28: Please, visit us at booth #323 to see live demos and continue the discussion