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DUKAS_191341598_NUR
4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025
American model Salem Mitchell arrives at the 4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025 held at The Beverly Hilton Hotel on November 21, 2025 in Beverly Hills, Los Angeles, California, United States. (Photo by Xavier Collin/Image Press Agency/NurPhoto) -
DUKAS_191341535_NUR
4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025
American model Salem Mitchell arrives at the 4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025 held at The Beverly Hilton Hotel on November 21, 2025 in Beverly Hills, Los Angeles, California, United States. (Photo by Xavier Collin/Image Press Agency/NurPhoto) -
DUKAS_191341272_NUR
4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025
American model Salem Mitchell arrives at the 4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025 held at The Beverly Hilton Hotel on November 21, 2025 in Beverly Hills, Los Angeles, California, United States. (Photo by Xavier Collin/Image Press Agency/NurPhoto) -
DUKAS_191340935_NUR
4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025
American model Salem Mitchell arrives at the 4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025 held at The Beverly Hilton Hotel on November 21, 2025 in Beverly Hills, Los Angeles, California, United States. (Photo by Xavier Collin/Image Press Agency/NurPhoto) -
DUKAS_191339875_NUR
4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025
American model Salem Mitchell arrives at the 4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025 held at The Beverly Hilton Hotel on November 21, 2025 in Beverly Hills, Los Angeles, California, United States. (Photo by Xavier Collin/Image Press Agency/NurPhoto) -
DUKAS_191340005_NUR
4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025
American model Salem Mitchell arrives at the 4th Annual Femme It Forward 'Give Her FlowHERS' Awards Gala 2025 held at The Beverly Hilton Hotel on November 21, 2025 in Beverly Hills, Los Angeles, California, United States. (Photo by Xavier Collin/Image Press Agency/NurPhoto) -
DUK10162675_189
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881pp)
Lindsay Lohan
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_183
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881pv)
Lindsay Lohan
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10155644_010
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_009
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_008
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_007
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_006
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_005
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_004
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_003
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_002
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10155644_001
FEATURE - Ein juwelenbesetztes Apple iPhone ist mit einem Preis von 418'500 Euro auf den Markt gekommen
Pictures must credit: Caviar International A jewelled Apple iPhone has hit the market with a 418,500 euros price tag. Called the Diamond Snowflake, the iPhone 14 Pro Max model is limited to just three examples and was created by Dubai-based mobile phone customiser Caviar International. Each handset is made using a diamond encrusted necklace pendant by British jeweller Graff called the Snowflake. The 70,000 euros pendant is made of platinum and white gold and is set with numerous round and marquise-cut diamonds. Caviar uses the pendant by attaching it to the back-plate of exclusive new phone's 18k white gold casing. The backplate is also decorated with 570 diamonds.
(c) Dukas -
DUK10146772_002
FEATURE - Die schönste und grösste "goldene Halskette" der Welt
Mandatory Credit: Photo by Sipa Asia/Shutterstock (12632648e)
On December 2, 2021, Nanjing City, Jiangsu Province, the Zhongshan Scenic Area of ‚Ä‚ÄNanjing in the early winter season is full of forests, colorful and picturesque. From the air, the yellowed sycamore leaves on the cemetery road are like a string of Meiling Palace. "Golden Necklace" is so beautiful, ushering in the most beautiful viewing moment of the year.
Viewed from the air through a drone, rows of platanus trees form a collar. The Meiling Palace in Xuanwu District of Nanjing is like a gem inlaid at the end of the necklace, quietly nestling at the foot of the Purple Mountain. There are folk rumors that the Meiling Palace was a "birthday gift" from Chiang Kai-shek to Soong Meiling. Netizens called this "the world's best necklace" as Jiang Gong's romantic confession to his beloved wife. It is understood that the trees forming the "necklace" on the cemetery road were not planted in the same period.
According to records, the earliest construction budget of Meiling Palace was 260,000 silver dollars, but in the end it actually spent 320,000 silver dollars. The money was first advanced by the Army, Navy and Air Force Command, and later the Nanjing Municipal Finance Bureau also contributed part of the advance. The financial pit left by Meiling Palace for the two departments was finally filled by Chiang Kai-shek with the reimbursement of the total reserve fund of the state finance.
Due to disrepair, Meiling Palace started repairs in December 2012 and was completed in September 2013. The rows of fatons are layered on top of each other, and the shape is like a necklace, which is very spectacular. Netizens called it "the most awesome necklace in the world." These necklace-shaped platanus trees were not planted at the same time. The Fatong that forms the "collar" on the cemetery avenue was planted during the construction of the Zhongshan Cemetery from 1925 to 1929, and the Fatong that formed a "pendant" ..
(c) Dukas -
DUK10146772_001
FEATURE - Die schönste und grösste "goldene Halskette" der Welt
Mandatory Credit: Photo by Sipa Asia/Shutterstock (12632648d)
On December 2, 2021, Nanjing City, Jiangsu Province, the Zhongshan Scenic Area of ‚Ä‚ÄNanjing in the early winter season is full of forests, colorful and picturesque. From the air, the yellowed sycamore leaves on the cemetery road are like a string of Meiling Palace. "Golden Necklace" is so beautiful, ushering in the most beautiful viewing moment of the year.
Viewed from the air through a drone, rows of platanus trees form a collar. The Meiling Palace in Xuanwu District of Nanjing is like a gem inlaid at the end of the necklace, quietly nestling at the foot of the Purple Mountain. There are folk rumors that the Meiling Palace was a "birthday gift" from Chiang Kai-shek to Soong Meiling. Netizens called this "the world's best necklace" as Jiang Gong's romantic confession to his beloved wife. It is understood that the trees forming the "necklace" on the cemetery road were not planted in the same period.
According to records, the earliest construction budget of Meiling Palace was 260,000 silver dollars, but in the end it actually spent 320,000 silver dollars. The money was first advanced by the Army, Navy and Air Force Command, and later the Nanjing Municipal Finance Bureau also contributed part of the advance. The financial pit left by Meiling Palace for the two departments was finally filled by Chiang Kai-shek with the reimbursement of the total reserve fund of the state finance.
Due to disrepair, Meiling Palace started repairs in December 2012 and was completed in September 2013. The rows of fatons are layered on top of each other, and the shape is like a necklace, which is very spectacular. Netizens called it "the most awesome necklace in the world." These necklace-shaped platanus trees were not planted at the same time. The Fatong that forms the "collar" on the cemetery avenue was planted during the construction of the Zhongshan Cemetery from 1925 to 1929, and the Fatong that formed a "pendant" ..
(c) Dukas -
DUK10138808_023
ROYALS - BILDER DES JAHRES: Auswahl von Rex/Shutterstock
Mandatory Credit: Photo by Shutterstock (10785297n)
Catherine Duchess of Cambridge spending the day learning about the importance of parent-powered initiatives, hearing from families and key organisations about the ways in which peer support can help boost parent wellbeing. Here, Her Royal Highness in Battersea Park listening directly to parents about their experiences of parent-to-parent support.
Catherine Duchess of Cambridge learning about parent-powered initiatives, Battersea Park, London, UK - 22 Sep 2020
Wearing Ralph Lauren, Top
(c) Dukas -
DUK10133575_011
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_010
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_009
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISI
(c) Dukas -
DUK10133575_008
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_007
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_006
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_005
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_004
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_003
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_002
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
DUK10133575_001
NEWS - Coronavirus: NASA bekämpft COVID-19 mit einer Halskette, die vibriert, wenn Sie Ihr Gesicht berühren
NASA has set out to invent a solution to stop touching our faces amid the COVID-19 pandemic.
The Jet Propulsion Lab has designed a 3D printable necklace that vibrates when the wearer’s hands are too close to their face
Called PULSE, the device uses an infrared proximity sensory with up to 12 inches of range and once motion is detected, a small vibration motor inside is activated.
"Designed to be reproduced by anyone with simple maker skills, this low-cost, wearable device can help stop the spread of infection and keep us healthy,' states a press release.
The group also notes that this device is not made to take the place of masks or respirators, but is toe be used ‘side-by-side with existing efforts.’
JPL has made the files and assembly instructions available on line as Open Source for those looking to build their own device.
"Ideally, we expect the public to further develop this concept and make it easily available for distribution,’ writes JPL.
PULSE is a small device work around the neck, equip with an infrared sensor to determine where the person’s hands are positioned.
A coin-sized vibration motor is placed in the plastic casing, along with a 3V battery and holder.
The pendant is worn six to 12 inches below the chin and attached to an 18 to 24 inch necklace.
Once motion is detected, a vibration motor is triggered. The closer the moving object is to the sensor, the stronger the vibration.
"The electronics are housed by a 3D printed case. Since the IR sensor has a built-in LED output, we printed using transparent material for the initial prototype,’ JPL explained.
"Other colours and pendant designs can be used. Our CAD model was designed to securely hold each technical component in place making it a reliable architecture with easy assembly."
When: 30 Jun 2020
Credit: NASA/JPL-Caltech/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVER
(c) Dukas -
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