Wearable Technology R&D at VTT Technoloy...Sports Analytics Seminar, Espoo June 15th, 2016. Click to...
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VTT TECHNICAL RESEARCH CENTRE OF FINLAND LTD Ralph Liedert Key Account Manager VTT – Technical Research Centre of Finland Ltd Wearable Technology R&D at VTT Sports Analytics Seminar, Espoo June 15th, 2016
Transcript of Wearable Technology R&D at VTT Technoloy...Sports Analytics Seminar, Espoo June 15th, 2016. Click to...
VTT TECHNICAL RESEARCH CENTRE OF FINLAND LTD
Ralph LiedertKey Account Manager
VTT – Technical Research Centre of Finland Ltd
Wearable TechnologyR&D at VTT
Sports AnalyticsSeminar, EspooJune 15th, 2016
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Wearables Technology focus areas at VTT
System integrationElastic and robust structuresAutonomy of energyWireless connectivitySensor fusion and data analytics
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Printed ElectronicsHybrid AssemblyInmould Integration
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Pilot manufacturing facilities for Printed andHybrid Electronics at VTT
PICO – in-air roll-to-roll pilot lineNICO – inert roll-to-roll pilot line
TESLA – functional testing
MAXI – In-air roll-to-roll pilot line
ROKO – in-air roll-to-roll pilot line
EVO - R2R assembly and bondingENGEL - Injection moulding
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R2R manufacturing for Printed Hybrid Systems
Printed components• Printed solar cells, OLEDs,• Microfluidics, sensors• Biobatteries
Flexible Hybrid Electronics• Flexible hybrid electronics• Chip-on-foil: RFID,NFC,MCUs,LEDs• Batteries, displays, energy harvesting,
connectivity
Plastic integrated systems• In-mould labeling of functional foils• 3D integrated devices• Optics, mechanics and electronics
integrated
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Printed and Hybrid Electronics - Examples
Transparent OLED Roll to Roll Printed Solar Cells
Roll to Roll PrintedElectroluminescent Light
Printed Indicators Printed Biobattery forCosmetics
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Hybrid systems - combining large areaelectronics and silicon components
Large Area PrintedFunctionality
Capacitive, radiation,(bio)chemical sensorsDisplays
LED /OLEDElectrochromic
Energy harvestersSupercap / BatteryAntennas
Large Area PrintedFunctionality
Capacitive, radiation,(bio)chemical sensorsDisplays
LED /OLEDElectrochromic
Energy harvestersSupercap / BatteryAntennas
Silicon Chip (IC)Sensors
Accelerometer, MEMSCamera, UV,MicrospectrometerRadar, Ultrasound
Microcontroller / CPUPower managementMemoryConnectivity
Radio & BasebandIR Transceiver
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R2R compatible assembly and bonding pilot line
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Roll to roll manufactured elastomer overmoldedLED display
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Roll-to-Roll HotEmbossed Microfluidics
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Microfluidics for Wearables (Heating / Cooling)
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Microfluidics for Wearables (Heating / Cooling)
R2R hot embossed microfluidics inelastomer film (TPU, PDMS)
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Microfluidics for Wearables (Heating / Cooling)
Micropump & power (2x AA batteries)
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Microfluidics for Wearables (Heating / Cooling)
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inexpensive, foil-based raw materials (PMMA, PS, PC, COC, COP, CA) vs. silicon, glass, PDMSdevice prototyping and mass manufacturing use the same thermoplastic materials”lab-to-fab” upscaling: flat bed hot embossing R2R hot embossingvery accurate stamp replication (nanometer resolution)continuous embossing (compared to part-by-part handling)high repeatability & automation (compared to operator dependent handling)short cycle times in fractions of a second (compared to long cycle times in tens of minutes)large stamp area for multiple design variations (compared to wafer sized embossing stamps)
Manufacturing methods: R2R hot embossed microfluidics
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Tiny Node WearableSensor Platform
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BEAT2PHONE
• Medical grade ECG
• Over 24h recordings
• 2-lead ECG
• Automated abnormalitydetection
• Free access to data
• Developed with leadingcardiologists
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We are on a mission to developwearable technologies toovercome challenges of form,function and integration.We offer pilot manufacturinginfrastructure and a large portfolioof intellectual property.We offer a range of services forseamless physical and digitalintegration as well as forsophisticated data analysis.
TECHNOLOGY FOR BUSINESSMORE INFO
http://www.vttresearch.com/services/digital-society/wearable-technology
