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Personal Health

The functions required for personal health have a strong overlap with those of sports and sports training. In general the idea is that information on the wearers physiology - their heart rate, perhaps details of their ECG, breathing rate, body temperature, biochemistry and their activities are recorded and stored or continuously transmitted to a clinic in order to facilitate improvements in their health, or to watch for a gradual or sudden decline in health. In this way people with long term health issues, such as chronic heart, kidney or liver failure, diabetes and so on, can either gradually improve their health, or can be kept at home instead of in hospital yet still have high quality health supervision.

Therefore systems include:

  • lSmart shirts
  • lChest bands and watches
  • lHeart rate watches
  • lAccelerometers for activity monitoring
  • lShoe pressure and activity measurement

 

Smart Shirts

A number of commercial companies are providing health monitoring shirts:

Textronics

www.textronicsinc.com/

www.numetrex.com/

Delaware-based Textronics developed the NuMetrex heart-rate sensing sports bra in conjunction with Polar. The company was purchased by Adidas in 2008. Whilst predominantly aimed at the sports market, health care is an important aspect of hte developments at Textronics.

Special sensors are knit into the fabric of the seamless athletic apparel. The textile sensors maintain contact with the body, sensing the wearer’s heart rate and relaying it to a tiny transmitter.

The transmitter is snapped into a pocket in the front of the garment. It captures the heart rate data and transmits it to a heart rate monitor watch. The system is compatible with Polar receivers and transmitters.

The heart rate monitor watch displays the heart rate for the wearer to see.

Adidas Polar Fusion

Polar Electro and adidas, one of the world’s leading sports brands, formed a partnership to introduce the world’s first completely integrated training system. Called “Project Fusion”, it integrated Polar heart rate and speed and distance monitoring equipment into adidas apparel and footwear. The system integrates the adidas adiStar Fusion range of apparel (t-shirts, long sleeve shirts, bras, women’s tops), the adidas adiStar Fusion shoe, Polar’s s3 Stride Sensor, The Polar WearLink transmitter and The Polar RS800 Running Computer into one complete system that simplifies use and increases comfort for the athlete.

Nike

www.nike.com

 

 The sports monitoring solution includes a wireless transmission band and associated watch. It provides:

·         ECG-accurate for precise heart-rate data

·         Calorie counter records calories burned during workout

·         Displays heart rate in beats per minute or as a percentage of maximum heart rate

·         Programmable target heart-zone function alerts you when out of optimal zone

·         Data mode recalls exercise time, time in target zone and calories for last workout

·         Other functions include: time, date, two time zones and alarm

VivoMetrics

www.vivometrics.com

California-based VivoMetrics  developed the Lifeshirt which monitors a number of vital signs.

 

Lifeshirt® collects patient data using integrated sensors including respiratory bands (which measure pulmonary function) and an ECG (which record electrical activity of the heart). It also tracks and records posture and physical activity. Optional peripheral devices can monitor EEG, skin temperature, blood oxygen saturation, blood pressure and galvanic skin response.

Sensatex

www.sensatex.com

Sensatex, Inc. is a life science technology company focused on the development of Smart Textile Systems. The first product, the Sensatex SmartShirt is a patented wearable Smart Textile unisex T-shirt designed to acquire physiological information and movement data from the human body.

Originally developed and patented by researchers at the Georgia Institute of Technology and funded by DARPA, the primary research and development arm of the Department of Defense, the SmartShirt is made using any type of fiber. It is woven or knitted incorporating a patented conductive fiber/sensor system designed specifically for the intended biometric information requirements. Heart rate, respiration, and body temperature are all calibrated and relayed in real time for analysis.

The SmartShirt System is a unisex wearable wireless T-shirt designed to collect physiological signals and movement from the human body. The System collects analog signals through conductive fiber sensors and passes them through a conductive fiber grid knitted in the T-Shirt. A textile connector passes the analog signals to a small personal controller held in a pocket on the shirt. The personal controller digitizes the signal and transmits the signal to a Bluetooth or Zigbee receiver connected to a base station where the information is collected, displayed and/or stored.

 

 

SmartLife Technology

www.smartlifetech.com

SmartLife Technology Limited, a UK based company founded in 2003, has designed and developed a garment based system with integrated sensors for sport, personal health and well-being monitoring.

SmartLife Technology Garments that Sense

SmartLife® Technology, drawn from leading research and development in electronics, materials science and textiles at the University of Manchester, has created a garment system for monitoring human physiological signs.

Aimed at healthcare, sports and dangerous environments the e-textile technologies allow a seamless, totally none intrusive and obtrusive integration of sensor technology into garments and with that, the sensors are placed directly on the skin without any limitation on comfort for the wearer.

Their garment system contains discrete electrical, electronic and knitted components, engineered to create a system-wide functionality for sensing human physiological signs based on a dry interface – with no reliance upon gel-based facilitation.

SmartLife’s technology enables garments to record full ‘clinical standard’ ECG in addition to heart rate, respiration rate, temperature and dry sensing. A garment fitted with those sensors remains fully washable. Data collected by the SmartLife HealthVest™ can be transmitted in real time via Bluetooth to a remote computer, PDA, or even a cell phone.

  • Consists of one piece garment
  • Front panel – created with integrally knitted ECG electrodes, respiratory sensor (s) and conductive pathways
  • Knitted panels created with:
    • Doubled covered elastomeric yarn for the base structure
    • Silver coated PE yarn for the sensors and conductive pathways 

 

Pedometers and Accelerometers

Another important sensor for health monitoring are accelerometers. These can be used as 'fall sensors' or can be used to indicate the attitude of a user - whether they are standing or lying. Algorithms can be used to examine the record of motions (possibly in 3 axes) over time and recognise events of concern.

 

 

A number of research projects have been exploring the use of smart clothing in personal health. These include:
 

PROETEX: Protection e-Textiles: MicroNanostructured fibre systems for Emergency-Disaster Wear, (1/02/2006 - 31/1/2010)

 

STELLA: Stretchable Electronics for Large Area Applications  (1/1/2006 – 31/1/ 2010)

 

BIOTEX: Bio-Sensing Textiles to Support Health Management (1/7/2006-29/02/2008)

 

CONTEXT: Contact less sensors for body monitoring incorporated in textiles, (1/01/2006-30/6/2008),

 

MyHeart: Fighting cardio-vascular diseases by preventive lifestyle & early diagnosis,   (1/12/2003-30/8/2007),

 

OFSETH: Optical Fibre Sensors Embedded into technical Textile for Healthcare, (1/3/2006- 30/9/2009),

 

MERMOTH: Medial Remote Monitoring of Clothes (2003-2006),
 

 

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Last modified: 04/09/09