TitleA wearable health care system based on knitted integrated sensors (Ref: 08 IT 55W4
0JB4 )
DeadlineTue, October 20, 2009
AbstractAn Italian company has developed a wearable fully integrated system, able to
acquire a set of physiological parameters like electrocardiogram, respiration, posture,
temperature, movement index. Sensors and connections are integrated into the fabric structure,
conductive fibres are woven with stretchable yarns. The system is targeting the monitoring of
patients suffering from heart diseases during and after their rehabilitation. The SME is looking
for technical cooperation for joint development.
DescriptionAn Italian SME has developed and tested a shirt capable of recording the
electrocardiogram (electrical activity of the heart). The shirt takes advantage of the technology
of “smart textiles”, i.e. textiles endowed with a wide range of electrophysical properties and
containing various sensors of biological parameters, in particular tissue electrodes. By twisting
stainless steel wires around a viscose yarn a fabric was produced which is capable of working as an
electrode (a device to record electrical activity) and therefore able to be used to record the
electrocardiogram. The shirt has also the potential to record and transmit other parameters such as
respiratory activity, body temperature and movement. The shirt looks like a common shirt and is
connected to a small electronical device, which records the electrocardiogram and can transmit it
by GPRS network (like a common mobile phone) or by bluetooth connection (like the wireless device
used for personal computers or earphones). Once the e-textile’s sensors read the data, it is
transmitted to the hospital’s computing system, either by a wireless connection, for patients at
the hospital, or via a modem and an Internet connection, for remote patients. With the data
available through the hospital’s main computer system, doctors can access the data at any time and
through many means. With this system, a portable module called the PPU (portable patient unit),
which the patient wears on his belt, receives the signals from the sensors and electrodes built
into the e-textile. The sensors and electrodes use the wiring built 3 directly into the e-textile
to send the data to the PPU. The PPU then converts and processes the signals before transmitting
them to the main computing system, using GPRS (General Packet Radio Service).
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Innovations and advantages of the offerThe system is an
innovative device able to provide improved health care to users. The integration of multiple
parameters and their continuous transmission to a monitoring clinical center makes the system quite
unique and different from currently used medical devices. The shirt may be of considerable value as
a device for telemedicine services dedicated to the remote care of cardiac patient. Cardiac
patients could be monitored at home by simply wearing the shirt and turning on the portable
transmission device. This is particularly important as new strategies for home care are pursued to
reduce hospital stay and admissions and reduce health care costs. This wearable health care system
provides some amazing benefits to patients, giving them incredible flexibility in their day-to-day
lives while keeping tabs on their health, and to doctors, giving them far more information with
which to diagnose illnesses.
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List of Keywords
Technology:
- Electronic circuits, components and equipment
- Advanced Textile Materials
- Medical Textiles
- Assessment of Risk
Market:
- Diagnostic test products and equipment
- Monitoring equipment
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Current Stage of DevelopmentAvailable for demonstration - field
tested
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Exploitation of RTD Results
None
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Intellectual Property Rights
Secret know-how
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Collaboration Type
Joint further development
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Comments
- Type of partner sought:
Knowledge-intensive SMEs with experience in adaptive textile materials.
- Specific area of activity of the partner:
Smart textiles.
- Task to be performed:
Joint further development and multi-functionalisation of textile materials.
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Targeted CountriesAll
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Enterprise Europe Network è la nuova rete europea
di servizi alle imprese promossa dalla Direzione Generale Impresa e Industria della CE e finanziata
dal programma CIP, che vede la fusione complementare delle due reti già esistenti per la promozione
dell’innovazione a livello europeo: quella degli IRC-Innovation Relay Centres e quella degli
EIC-Euro Info Centres.
AREA Science Park è membro del consorzio transregionale denominato Friend Europe ed opera
come sportello regionale della rete Enterprise Europe Network con competenza territoriale per la
Regione FVG.
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