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Motorola and Burton Snowboards
Audex wearable electronics jacket
Motorola and Burton Snowboards jointly supply the
Audex
wearable electronics collection at the 2006 Burton New Zealand Open
Snowboarding Championships. Available at select Burton Authorized
Retailers this month, the new 2007 Audex collection offers the ultimate
blend of technology and snowboard function, enabling easy wireless
communication and music entertainment for consumers on the move. The
Audex Bluetooth Stereo System allows consumers to stream downloaded
music wirelessly from a compatible Bluetooth enabled mobile phone to the
Audex jacket allowing users to listen to music and make calls with a
push of a button on the jacket sleeve. Outerwear styles that feature
this system include built-in DJ-style speakers in the hood and/or an
integrated headphone jack.
Burton-owned impact protection company R.E.D. also
partners with Motorola to offer two helmet styles and one beanie style
that feature Bluetooth technology, allowing users to pick up calls and
listen to music from a compatible mobile phone without taking off the
hat or helmet.

Kenpo iPod jacket

Kenpo Jacket for iPod range has a wide number of styles
and colours including bubble jackets (some with fur-lined hoods), sleek
sprinter’s jackets, snowboarding jackets and windbreakers. Wearers can
pause, skip tracks and adjust volume, without fumbling with awkward
zippers and gloves, or hard to get to pockets, all the while leaving
one’s iPod tucked away in the jacket's inner padded pouch. There's also
a new locking feature that prevents the settings from being changed due
to accidental bumping.
Kenpo's technology enabled line of jackets employs
ElekTex "smart fabric" touch pad technology to transform the sleeve into
a 5-button electronic control panel for use with all iPod models (expect
for the iPod Shuffle). Absent of any wires or a metal contact, the
jacket is machine washable, completely self-powered and requires no
batteries.
Zegna Sport Bluetooth iJacket

A new jacket design from Zegna Sport will allow wearers
to simultaneously listen to their iPod and talk on their cell phone
utilizing a controller embedded in the jacket sleeve. The Bluetooth
iJacket has been made using smart fabric switch and conductors from the
Eleksen.
Dubbed “communication clothing”, the garment enjoys dual
electronic functionality via Eleksen’s 100 per cent fabric ElekTex
touchpad which is not only lightweight but waterproof too. Whilst the
sleeve contains a device to control the cell phone and iPod, the collar
has its own purpose too - a bluetooth interface and microphone are
embedded to allow the wearer to dial and talk on their phone. As a call
is received the music volume automatically drops to make the wearer
aware of the call and the sleeve control panel switches to phone control
mode. The smart fabric is a micro-nylon which has a smooth exterior and
is thermally taped to ensure that all of the inner workings of the
jacket are secure and protected from water damage, even during washing.
ScotteVest iPod jacket
ScotteVest supply a range of styles of the now common ‘iPod jacket’.

The
Solar SCOTTEVEST (SeV) System combines the electronic IpoD jacket
Version Three.0 Finetex with Fleece liner and removable solar panels.
The solar panels enable recharging most USB compatible devices on the
go, either while wearing the jacket or with the panels removed. When
attached, the solar panels compliment the jacket’s design. The solar
panels charge a small battery - about the size of a deck of cards. The
battery powers the device almost immediately after the solar panels are
exposed to sunlight. Once the battery is fully charged, the panels can
be removed.
 
The PAN, or Personal Area
Network, is integrated into ScotteVest's Technology Enabled Clothing
providing jacket-pocket holes and fabric conduits that connect all the
gadgets to each other without exposing any wires. So what appears to be
an unassuming anorak jacket is really a web of wires and technology in
disguise.
The jacket's solar panels use
CIGS (copper indium gallium diselenide) technology, a thin, flexible,
lightweight, energy-efficient and highly sun-sensitive type of solar
cell.
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