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DUK10147334_005
NEWS - Consumer Electronics Show 2022 in Las Vegas
Mandatory Credit: Photo by James Atoa/UPI/Shutterstock (12694055aa)
A view of the Tali smart motorcycle helmet on display during the 2022 International CES, at the Mandalay Bay Convention Center in Las Vegas, Nevada, Monday, January 3, 2022. With a 360-degree ring of LEDs, the Tali helmet provides improved visibility, including a headlight, brake light and turn signal functionality.
Usa-Ces, Las Vegas, Nevada, United States - 04 Jan 2022
(c) Dukas -
DUKAS_50695973_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721o)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721n)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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DUKAS_50695959_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721m)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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DUKAS_50695952_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721l)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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DUKAS_50695927_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721l)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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DUKAS_50695922_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721k)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721j)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721i)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
DUKAS/REX -
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721h)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721e)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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DUKAS_50695891_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721g)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721f)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721d)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_50695881_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721c)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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DUKAS_50695825_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721c)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_50695821_REX
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
Mandatory Credit: Photo by NurPhoto/REX Shutterstock (4815721b)
Leaf lettuces grow under light-emitting diodes (LEDs) at the Plant Factory housed in the research center of Tamagawa University
Tamagawa University's LED-based Plant Factory, Tokyo, Japan - 02 Jun 2015
The full research facility, named Future Science Technology Center, has been operational since March 2010. The plant factory facility uses artificial lighting sources, such as Light-emitting Diodes (LEDs), Hybrid Electrode Fluorescent Lamps (HEFLs) and cool white fluorescent (CWF) lamps for plant production.
(FOTO:DUKAS/REX)
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Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113G)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400449_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113H)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400448_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113F)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400447_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113E)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400444_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113D)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400443_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113C)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400442_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113B)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX -
DUKAS_20400441_REX
Breathalyser Jacket by Matt Leggett, Wellington, New Zealand - Sep 2011
Manadatory Credit: Photo by Matt Leggett / Rex Features (1444113A)
Breathalyser Jacket. The LEDs that run up the arm provide the wearer with a scale that varies depending on the amount of alcohol on the wearer's breath.
Breathalyser Jacket: Lights Warn When Alcohol Limit Reached
After a few drinks we may wear our heart on our sleeves, but this breathalyser jacket ensures you wear the amount of alcohol you have drank on yours.
The brainchild of Matt Leggett, the garment measures how much booze you have in your system and tells you whether you are fit to drive.
You simply blow into a nozzle in the collar and a sensor in the jacket's pocket analyses the amount of alcohol in your breath.
The results are displayed on lights stitched into the forearm of the jacket; the more that glow, the more alcohol is being detected.
Wellington-based Matt explains: "This project is designed to address the very real problem of driving under the influence of alcohol, something which is especially prominent within New Zealand culture.
"The main aim of the 'breathalyzer jacket' is to provide the wearer with enough information regarding the amount alcohol on his/her breath to make a decision on weather driving is in fact a good idea.
"The jacket is designed to combine the subtle, elegant dress jacket with the 'rips' and stitches that the lights illuminate. The jacket is a one-off piece and becomes a topic of conversation as the lights are distinctive enough to notice.
"If the jacket succeeds in being a fashionable item, then hopefully the act of being conscious of your alcohol levels can become an act that is enjoyed and celebrated, rather than something to feel ashamed of being caught doing."
Thankfully the lights will not give you away to your other half when you get home.
Matt says: "The lights will only glow for a period of around a minute after the breath sample has been taken,...
For more information visit http://www.rexfeatures.com/stacklink/VCRGARDCY
DUKAS/REX