Smart Textronics: Adding Function from Fiber to Fabric · Warping machine Warping creel Light...
Transcript of Smart Textronics: Adding Function from Fiber to Fabric · Warping machine Warping creel Light...
RWTH, Peter Winandy
Smart Textronics: Adding Function from Fiber to Fabric 9
th November, Munich,
Benjamin Mohr, Volker Lutz, Thomas Gries
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RWTH, Peter Winandy
Fiber based solutions 4 you
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Institut für Textiltechnik Aachen
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4Devisions 400 employees
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Health
ITA
Augsburg
AMIBM
ITA
Academy
aps
GmbH
Building &
living
Energy &
environment
Mobility
Information &
communication
Materials
Production
Knowledge-
Transfer
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RWTH Aachen Campus
RWTH Campus: a new kind of cooperation between industry and university
• Biggest technology campus in Europe
• Establishment of high-tech
companies in 15 different clusters
• Exchange of research results,
staff, other resources
• approx. 4 bill. € investments until 2020
• approx. 10,000 jobs in research
& development
RWTH, Peter Winandy
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Institut für Textiltechnik Aachen
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4International Locations
Geleen/NL
Augsburg/Ger
Istanbul/TR
Suwon/Korea
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i4.0
History
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i4.0 4 dimensions
4 examples
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i4.0 Information - SozioTex
ELSI = ethical, legal and
social implications
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i4.0 Information - SozioTex
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i4.0 Production - SpeedFactory
• Future of Manufacturing - Autonomik 4.0
• Aim:
Production of highly individualized products
Highly flexible production infrastructure
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i4.0 Production - SpeedFactory
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i4.0 Production - SpeedFactory
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i4.0 Knowledge - Textile Learning Factory 4.0
Weaving machine
Warping machine
Warping creel
Light table
Inkjet printer
Coating & thermo-
setting device
Cutting machine
Sewing machine
Testing station
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9 1
2
3 4 5
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Smart,
customizable
wristband
Product Machines
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i4.0 Digital Products – Dream2Lab2Fab
RWTH, Peter Winandy
Digital Products: Smart Textronics - Central components of modern ICT systems
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> 3.000
2026
Forecasts indicate a rapid growth of the smart textile market over the next decade with a potential market size of 3 billion USD by 2026
Source: IDTechEx research
2015
~100
Smart Textiles market size
USD million
CAGR by industry sector based on growth
to 2026 values from the base at 2014
• Key advances in the last
five years have led to
early commercial
products, with a market
of around USD 100 m in
2015
• Forecasts indicate that
the market will reach over
USD 3 bn by 2026 as
larger names enter the
space and manufacturing
costs decrease
• Two largest sectors in
2015 being Sports &
Fitness and Medical &
Healthcare
• Home & Lifestyle has
the largest growth,
mainly due to starting
from a near-zero base
+36% p.a.
0% 20% 40% 60% 80%
Industrial,
Commercial,
Military
Fashion
Other
Sports &
Fitness
Medical &
Healthcare
Wellness
Home &
Lifestyle
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We define Smart Textiles as textiles with integrated functionality
Source: www.smarttextiles.de
Our understanding
• Smart Textiles sense, react
or interact with the
environment by the change
of their physical, chemical
and/or electrical properties
• They are textiles with
advanced functionality
realized by integrating
Electrical components/
circuits (“e-textiles”)
Sensors and actuators
Power supply
Major component groups of Smart Textiles systems
Sensor
Energy
source
Actuator
External
communication
Data
processing
Internal data transfer
Smart Textile System
Smart Textronics
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Product examples for smart textiles include smart clothing, smart beds, sports tracking and many more
Source: IDTechEx research
• Clockwise, from top left
Dreamlux Happiness
blanket
Luna (now known as
Eight) smart bedsheet
Polo/OM Signal
smart shirts
Embroidered and woven
LED lighting clothing
(FRTI)
AiQ smart clothing
Sensoria smart socks
Electronics-integrated
military apparel
Hexoskin smart shirts
Adidas/Clothing+ smart
clothing
Myontec EMG
compression shorts
+ many more examples
Smart
Textiles
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Smart Textiles have developed from textile-adapted to textile-integrated systems – in the future the textile itself will become the electric component
Before Today Tomorrow
Textile and part
textile-adapted
Textile with part
Textile-integrated
Textile is part
Textile-based
ScotteVest
Source: www.smarttextiles.de
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Current state of research and major R&D topics across the smart textronic value chain from material to product and service (1/2)
Design & Product
Development
Yarn
production
Yarn
processing
Textile
processing
Textile
production
Manu-
facturing
Functionalizing yarns1 on material level using fiber and thread production technology (extrusion,
spinning, plying)
Functionalizing yarns1 applying coating technologies
Integrating functionalized yarns into fabrics to keep textile mechanical properties such as
drapeability (knitting, weaving, braiding, sewing)
Adding functional yarns using additive production technologies such as printing and embroidery
Integrating (micro-) electronic components on textile fabric using connection technology (soldering,
adhesive bonding, crimping)
Material &
Components
Fiber material
(Micro-)
electronics
Production
Software
Services
Use of systems, simultaneous, and agile engineering as well as rapid prototyping tools and
techniques such as SCRUM, IREB or MBSE
Developing active fiber materials such as POF, piezoelectric fibers, conductive materials2, chromic
materials3, shape memory materials4, phase change materials5 or inks and encapsulations
Developing operating systems, software products, applications running on
smart textile hardware and SDKs for standardized
Building smart textile enabled services and business models such as platforms,
“as-s-service” models and data driven services
1 to be light transmitting, electrical conductive or piezo electric; 2 metals, conductive polymers, carbon; 3 photo-, thermochromics
textiles; 4 reacting to heat, light or magnetic fields; 5 as latent heat accumulator; 6 such as MEMS, battery technology, sensors (e.g.,
accelerometer, GPS, pressure, gyroscope), microprocessors (CPU/SPU module), data storage; 7 e.g., Bluetooth 4.0; 8 e.g., RFID
Category Description
Developing small, flexible, and robust (micro-)electronic components6, (low power) wireless
communication technology7, and AutoID technology8 to be integrate into textiles
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Current state of research and major R&D topics across the smart textronic value chain from material to product and service (2/2)
Design & Product
Development
Yarn
production
Yarn
processing
Textile
processing
Textile
production
Manu-
facturing
Material &
Components
Fiber material
(Micro-)
electronics
Production
Software
Services
Open innovation and collaborative design process and technology for smart textile product
development (e.g., SDK, platform technology, standardized interfaces)
Brand new types of conductive fibers and yarns, corrosion resistance (washability), carbon
nanotubes (CNT) and graphene, RFID yarns, energy harvesting1, newly developed stretchable inks
Self Development Kits for the Design of individualized services
Smart textile enabled business models such as platforms, “as-s-service” models and data driven
services
1 photo voltaic, piezoelectric (nano-) fibers
Category Major R&D topics
Improvement of performance requirements (e.g., washability, ironing, etc.) as well as design features
(flexibility, size, etc.)
• Process development for scalable smart chemical fiber production (e.g., POF production)
• Integration of conductive fibers into fabric
• Integration of electronics (e.g., logic, memory) in yarns
• Energy harvesting: Piezoelectric fabric
• Energy storage: Textile supercapacitors, flexible woven batteries
• Digital inkjet printing of electrical circuits on fabric
• Flexible and robust joining and bonding technologies for sensor/microelectronics integration onto
textile structures
• Process digitization/Industry 4.0 (e.g., value chain visibility, digital assistant systems, predictive
maintenance, self-optimization)
• Modular, interlinked, flexible process chains for the automated production of smart textiles
• E2E process design (Design, R&D, production planning, manufacturing, logistics, service)
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i4.0 Digital Products – Dream2Lab2Fab
Research center Korea
2 interdisciplinary research Centres for
electronics and production technologies
Research center Germany
Development of processes,
value chains and smart
services
Business Model (Smart Services)
Science Industry
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... companies
about new
applications &
technologies
and how they
can profit from
these new
solutions
… state-of
the-art appli-
cations &
technologies
of leading
manufac-
tures
… industry
experts and
managers in
extensive
training pro-
grams; build
“internal”
capabilities
at scale
Transformation Center (Textile Lernfabrik 4.0) Innovation Factory (D2L2F)
Cross-industry R&D projects in the field of smart
production of smart (textile) products
Real-life demonstration & learning environment to
transfer research results into broad industry practice
Product Development & Design
Software
Services
Materials & Components
Production (automation & digitization)
Lifestyle &
Sports Health
Automotive
& Aerospace
Building &
Infrastructure
Requirements
& specifications
Latest
innovations
… the transforma-
tion & generate
lasting impact with
the support of
experienced
consultants and
the learning factory
as an accelerator
for building internal
capabilities
A B
Textile Innovation & Transformation Center
Inform Demon-
strate Qualify Kick-start
Develop prototypes for innovative products,
services, and technologies
Accelerate industry deployment of new
technologies
We are therefore setting up a world class innovation and trans-formation center for the smart production of smart textile products
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Textile Innovation & Transformation Center
• Dream2Lab2Fab
RWTH, Peter Winandy
Smart Textronics: Adding Function from Fiber to Fabric
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Optical yarn in spacer fabric LED on textile Luminous effect
realized by
hybrid structure
Smart Textronics: Textile illumination of interiors and clothing
Use of different lighting components
• Active lighting (organic and inorganic LEDs, luminescent yarn)
• Passive lighting (optical conductor, fluorescent and phosphorescent material)
Extensive and on the spot illumination
Construction of composite structures for lighting textiles
Integration of sensors for the control of the lighting
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Smart Textronics: Textile illumination of interiors and clothing
New raw
materials
• New polymer
optical fibers
TPU
PMMI
Biobased
PC
New
functionalization
• Sidelight fibers
Surfacetreatme
nt
Scattering
particles
Textile Integration
• Weaving
• Knitting
Tranluscent Composites
• Wood surface
wooden haptic
Wooden optic
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Smart Textronics: For Heating Applications
Heating materials
• Stainless steel yarn
• Silver coated polyamide yarn
• Copper strands
• PTC material
• Isolated/ non isolated
• Nanomodified Yarns
Production process
• Tailored Fiber Placement
• Knitwear
• Weaving
• Printing processes
e. g. Thermo sensors
• Usage of yarn with different thermoelectric
voltage
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Smart Textronics: Interface between textile and user
Transmitting materials
• Electrical conductive yarns
Nanomodified fibers
Coated fibers
• Optical fibers
Glass fibers
Polymer optical fibers
Transmitting textiles
• Coating
• Contacting
Printing
Embroidery
Concepts of interaction with textile
• Textile switch matrix
• Haptic-intuitive input signal via creases
• Proximity and touch sensor Textile proximity sensor
Input signal via creases
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Smart Textronics: Interface between textile and user
Smart Textronics: Optical textile Touchpad
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4D Textiles – Vision
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4D Textiles – Definition
What are 4D Textiles?
The term „3D Textiles“ has been defined by Wulfhorst et al. in 2000.
4D Textiles are fabrics and textile products being able to change shape and function
over time. This change is achieved by the complex interaction between hybrid
materials and by the use of external stimulus.
Additional to the spatial expansion of fabrics (3D) the change over time faces the
4th dimension in textiles.
Source: BMW Group
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4D Textiles
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i4.0
4D
i4
Information Production
Product Knowledge
The Institute
Future Textiles
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Many Textronic
products made it to
functional
demonstrators. Now, we
have to close the gap to
serial production
4 you.