gateone y smarter-si - kepa mayora - ik4-ikerlan
TRANSCRIPT
© COPYRIGHT IKERLAN 2016 INFODAY ICT-2017 Arrasate-15/12/2016
Ikerlan denon eta denontzako proiektua
©2016 IKERLAN. All rights reserved
GATEONE y SMARTER-SI
Estrategias para que las PYMES lancen nuevos productos partiendo de desarrollos previos en
los CCTT
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GATEONE y SMARTER-SIEstrategias para que las PYMES lancen nuevos productos partiendo
de desarrollos previos en los CCTT
Part of the Smart Anything Everywhere initiative
Innovation action under the Horizon 2020 program
Promote the adoption of Smart Technologies and Smart Systems by SME
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Contenido
1. Proceso seguido en GATEONE
2. Proceso seguido en SMARTER-SI
3. Ejemplo-1 de colaboración en GATEONE
4. Ejemplo-2 de colaboración en GATEONE
5. Ejemplo de colaboración en SMARTER-SI
6. Conclusiones
GATEONE y SMARTER-SI
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First milestone in the SME innovation cycle
SME tests new technologies and solutions without financial investment
If the test results fit with their expectations in terms of innovation, SME can then engage further collaborations with technology holders
There is no ties attached. The goal is that the SME has a better understanding of the technology capability
SMEs under Gateone framework
Access to unique portfolio of smart solutions
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Test a new concept for small lot production Cooperative Foundry Concept. RTOs have built components/parts of systems, i.e. building blocks, which are available and characterised by their high Technology Readiness Level (TRL).Combine these building blocks in so-called Application Experiments (AEs), creating innovative Smart Systems which serve SMEs' needs.
Four preselected AEs
Adjustment of building blocks
System integration and testing
Manufacturing of small lots
Acquisition of new ideas
Selection of sevenadditional AEs
Adjustment of building blocks
System integration and testing
Manufacturing of small lots
Catalogue of Building Blocks
Internallearning loops
Joint manufacturinginfrastructure
CooperativeFoundryCooperativeFoundry
Innovation by Cooperation in Manufacturing
SMEs under Smarter-SI framework
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How building blocks fit together in Smarter-SI approach
software and user interfaceelectronics
fluorescence optical reader
fluidic management
system integrationmicrofluidic cartridge
immunoassay microarray spotting
building blockssystem integration
Example:Point-of-care Testing Device
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Example: Demonstrator named UbeesenseSME beneficiary: Laulagun bearingsRTO that contribute: Ikerlan
The RTO, Ikerlan, has already developed a prototype that could fit, with small adaptation, in the use case identified by Laulagun.
The collaboration is directly between Ikerlan and Laulagun. Ikerlan has a limited budget to adapt the existing prototype to fulfill, as much as possible, the requirements. This modifications take around 4-5 months, then, Laulagun tests the device along 3 months
The solution provided by Ikerlan intends to validate a product concept. In case the test phase done by Laulagun covers his expectations, further development, not covered by Gateone, is expected to happen.
The Objective
Monitoring of bearings for wind turbines
Use case in a Gateone
Demonstrator
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Consists of a sensor node and a concentrator. The sensor node performs measurements and sends the data wirelessly to the concentrator which is connected to a PC for data visualization. Includes:
•Control electronics: 3 PCB layers(signal conditioning/data processing/RF comm.)• Sensors: accelerometer, strain gage and temperature.•A housing for the sensor node.•A concentrator for wireless signal acquisition and USB connection to a PC.•A software code to modify sensing parameters and visualizing the results
Tests performed in the Test Center of Laulagun Bearings, show that the wireless signal is transmitted from inside the rotor hub, where the sensor node is located and monitors the state of the bearings, to outside the structure, where the concentrator is located
Technical achivement
Inside the hub, when the pitch is moving
Temperature measurements at different locations of the hub
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The demostrator includes: A thermocycler, hotplate size 1x1cm on flexible PCBESE-LOG 2-wavelength fluorescence unit Control electronics (PCB)USB connection to a PC and connection to mainsAn interface for thermocycling and detection settings
Use case in a GateoneDemonstrator
Test showing Fluorescence data with Alphasipprotocol
It is a subpart of the whole system.
Performs thermal cycling(RT-100ºC) to a single microchamber(10ml).
Allows the company to adapt the in-tube parameters to the microchamber and optimize its yield
Example: Demonstrator named Microthermos. SME beneficiary: Alphasip.
The Objective
Test a rapid microthermal concept
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Example: AE named Clutsen. SME beneficiary: Goizper.RTOs that contribute: Ikerlan(IKL) and Hahn-Schickard(HS)
HS contributes in energy harvesting and low power communication. IKL contributes in sensors and signal conditioning, embedded electronics and packaging. The partners need to collaborate in a common planning, typically 2years, and adapt their technology(building blocks) in order to fulfill final development requirements. The solution is clearly product oriented and finishing level of an industrial prototype. RTO partners commit that they have manufacturing capacity to respond to first and limited number of samples from the SME.
The Objective
Monitor the wear of clutch-brake pads and measure maximum temperature at friction point while clutching. Features: Sensor integration in a wheel ensuring direct measurement; Low power electronics; Energy harvesting and Wireless data transfer
Use case in Smarter-SI Application
Experiment(AE)
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Product/Market key questionsWhich product do the RTOs offer?
Wireless sensor integrating temperature and distance measurements.
What do the companies need?
Monitor the temperature and wear of clutch-brake pads to ensure optimum use of the brake and anticipate maintenance
What is the main application or use case?
Add self-monitoring capability to the current cluth-brake product, which is a key solution in bigmachinery in different sectors, in order to avoid mechanical damage in the clutch-brake body and reduce maintenance costs
What is the market objective?
Strengthen market position and share through this innovation. Provide clutch brakes for sectors such as cutting and metal shaping with presses, shears, servo presses, folders, lifting equipment
Use case in Smarter-SI Application
Experiment(AE)
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Apoyo a la empresa en su estrategia de innovación(Smartizacion)
Selección de aquellas apuestas con producto y mercado identificado
Financia, en diferente medida, las apuestas de las empresas
Resuelve o identifica la futura fabricación del producto
En la solución dispone de las aportaciones de diferentes centros europeos
Conclusiones
Horizont 2020, ICT-2014-1 GA-No 644596 01.02.2015 – 31.01.2018 5.3 M€ EU funding 15 Partners(6 core partners)
Horizont 2020, ICT-2014-1 Project ID: 644856 Duration: 36 months EU Contribution: 5.3 M€ 9 partners
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Eskerrik asko!
www.smarter-si.eu
The H2020 projects SMARTER-SI and GATEONE are part ofthe SmartAnythingEverywhere Initiative
of the European Commission
www.gateone-project.eu
IK4-IkerlanKepa Mayora
Phone: + 34 943 712400E-Mail: [email protected]
https://smartanythingeverywhere.eu/
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IKERLAN - GARAIAPolo de Innovación GaraiaC/ Goiru , 920500 Arrasate-Mondragón
IKERLAN - MIÑANOParque tecnológico de Álava,C/ Juan de la Cierva, 101510 Miñano
IKERLAN - GALARRETAPol. Industrial Galarreta, Parcela 10.5, Edificio A320120 Hernani
IKERLAN - OLANDIXOPº. J. Mª. Arizmendiarrieta, 2
20500 Arrasate-Mondragón
Tel.: 943 71 24 00Fax: 943 79 69 44
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SMARTER-SI at a glance
© SMARTER-SI 2016 Speaker, Event, Date
• Objective: Small lot manufacturing of Smart Systems for SMEs
• Concept: Cooperative Foundry Model (CFM)
• 15 RTOs and SMEs offer more than 30 components and subsystems (Building Blocks); developed and validated in former RTD projects
• to be combined for novel smart systems
• no extra R&D work, only for adjustments and interfaces
• 11 Application Experiments (AEs) to prove concept
• Funding: 5.3 M€