Sending and receiving messages in the future may not need additional handheld devices in the future - your clothes can do the job just as well. Thanks to the efforts of a Finnish company supported by ESA (European Space Agency), 'talking' clothes may soon be a reality.
Through the ESA Advanced Research in Telecommunications Systems (ARTES) 5 project 'Textile Antennas', the Finnish Patria Aviation Oy company has demonstrated that an antenna can be built using textiles that can be worn and used for personal satellite communication.
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"Flexible antennas are becoming attractive, since the recent developments in 'wearable computing' have opened several possibilities to integrate wireless functions into clothing," explained Rolv Midthassel, ESA's representative on the project. he project included the complete process, from selecting and characterising the materials, to making and verifying the design.
The resulting demonstrator antenna looks like a simple patch of cloth and is capable of operating in the Iridium and GPS frequency band as part of clothing.
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"The use of GPS and the Iridium satellite phone system for this project may be an attractive combination for a later product," said Midthassel.
"The Iridium satellites allow two-way voice and data communication, while GPS provides positional data to the user. Iridium could also relay the position of the user to operational centers," he added.
The project's main issue was selecting the material to use. Then, the material's electrical characteristics had to be measured using a number of techniques.
The next goal was to determine the antenna's performance when the wearer was moving around or bending.
Peter de Maagt, ESA's technical officer on the project, explained that the antenna's geometry allows it to bend in a direction that least reduces performance.
Testing proved that the antenna meets the electrical specifications under bending conditions.
The radiating patch antenna is shielded against environmental conditions by a protective layer.
The selected geometry meets the stringent requirements imposed by Iridium and GPS, maintaining 'circular polarisation' of its radio signal over the full bandwidth even when bent, which is commonly recognised to be difficult to achieve with soft, wearable antennas.
Testing has indicated that a textile antenna is feasible.
One of the tests used the antenna to place calls with the Iridium phone to ESTEC, in Noordwijk, the Netherlands, from the company in Finland.
"We are pleased with the results of this project," said Midthassel, who sees many potential applications.
"Such an antenna could be used in occupations such as fire fighting and other emergency situations," he added.
Source: ANI
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"The use of GPS and the Iridium satellite phone system for this project may be an attractive combination for a later product," said Midthassel.
"The Iridium satellites allow two-way voice and data communication, while GPS provides positional data to the user. Iridium could also relay the position of the user to operational centers," he added.
The project's main issue was selecting the material to use. Then, the material's electrical characteristics had to be measured using a number of techniques.
The next goal was to determine the antenna's performance when the wearer was moving around or bending.
Peter de Maagt, ESA's technical officer on the project, explained that the antenna's geometry allows it to bend in a direction that least reduces performance.
Testing proved that the antenna meets the electrical specifications under bending conditions.
The radiating patch antenna is shielded against environmental conditions by a protective layer.
The selected geometry meets the stringent requirements imposed by Iridium and GPS, maintaining 'circular polarisation' of its radio signal over the full bandwidth even when bent, which is commonly recognised to be difficult to achieve with soft, wearable antennas.
Testing has indicated that a textile antenna is feasible.
One of the tests used the antenna to place calls with the Iridium phone to ESTEC, in Noordwijk, the Netherlands, from the company in Finland.
"We are pleased with the results of this project," said Midthassel, who sees many potential applications.
"Such an antenna could be used in occupations such as fire fighting and other emergency situations," he added.
Source: ANI
TAN
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