How heartwarming! Parents send their newborn baby's heartbeat to distant relatives using the Apple Watch


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Critics of Apple's new watch have complained about its looks, sensor accuracy and price.

But one family has found the device to be priceless at the birth of their child and its heartbeat function to be far from gimmicky.

A couple in the US used the Apple Watch Sports model's heartrate sensor to record the heartbeat of their newborn baby and share it with relatives who couldn't be at the birth.

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Heartwarming: A couple in the US used the Apple Watch Sports edition's heartbeat sensor to record the heartbeat of their new born baby and share it with relatives who couldn't be at the birth

Heartwarming: A couple in the US used the Apple Watch Sports edition's heartbeat sensor to record the heartbeat of their new born baby and share it with relatives who couldn't be at the birth

They wrote on their YouTube page: 'Our first child was born and we used an Apple Watch Sport to send his heartbeat to our distant family members it was a really awesome experience that we couldn't have done without the Apple Watch.'

In the video, the Sports Watch, which costs from £299 ($349) is pressed gently to the baby's arm as his father initiates the sensor and a reading is taken, shown by the flashing pink heart on the screen.

'Look how cool that is,' the mother says, adding that the baby is a few hours less than a day old in the video.

The parents used Apple's Digital Touch function to then send the heart beat data to their friends.

The parents used Apple's Digital Touch function to send the heartbeat data to their friends and family. The feature was shown off at the watch's launch, with the company suggesting it could be used to send a couple's heartbeats to one another (illustrated above)

The parents used Apple's Digital Touch function to send the heartbeat data to their friends and family. The feature was shown off at the watch's launch, with the company suggesting it could be used to send a couple's heartbeats to one another (illustrated above)

APPLE MEDICAL RESEARCH 

At the Watch's launch, Apple's senior vice president of Operations Jeff Williams revealed the firm is working to use the iPhone in medical research.

'We're proud to announce ResearchKit,' said Mr Williams.

'It is made for medical researchers, it lets them easily create apps.'

Apple worked with University of Oxford, Stanford and others to develop this project.

These apps turn the iPhone into a diagnostic tool, such as an app that can monitor finger taps, a person's voice and even how they walk.

For example, the team is working with Parkinson's researchers on an app that shows patients their problems, along with diabetes, asthma, heart disease. 

Commenting on the Video, YouTube users Kaysha said: 'Beautiful and the reason why the watch appeals to the general public.'

Heartbeat readings are taken by the sensor on the back of the watch's case. 

A ceramic cover with sapphire lenses sits above a sensor that uses infrared and visible-light LEDs and photodiodes to detect the wearer's heart rate.

Apple Watch also uses this sensor, along with an accelerometer and the GPS and Wi‑Fi in a connected iPhone, to measure physical movement such as steps, distance and calories.

When Apple launched its Watch last month, it said the sensor could be used to create new ways to communicate and showed a couple sending their heart beats to each other.

The Digital Touch feature lets users send heartbeat readings and taps to others wearing an Apple Watch, and touching the side button brings up a list of the wearer's friends, making this a simple process.

While the sensor works well in this video, Apple last week admitted that it won't work properly when worn on some tattooed wrists.

On the official support page for the Watch's heart rate sensor, the Californian company wrote: 'Permanent or temporary changes to your skin, such as some tattoos, can impact heart rate sensor performance.'

Heartbeat readings are taken by the sensor on the back of the watch's case. A ceramic cover with sapphire lenses sits above a sensor that uses infrared and visible-light LEDs and photodiodes to detect the wearer's heart rate. The sensor's used for personal training and Apple Pay apps (illustrated above)

Heartbeat readings are taken by the sensor on the back of the watch's case. A ceramic cover with sapphire lenses sits above a sensor that uses infrared and visible-light LEDs and photodiodes to detect the wearer's heart rate. The sensor's used for personal training and Apple Pay apps (illustrated above)

The retailer is advising people to use external heart rate monitors as a workaround for the problem.

It appears the pigmented ink of some tattoos affects the watch's sensor's ability to read an individual's heart rate, which in turn leads the watch to think it has stopped making contact with the skin.

Under the heading, 'What else affects your reading?' on the support page, Apple said: 'The ink, pattern, and saturation of some tattoos can block light from the sensor, making it difficult to get reliable readings. 

Tests conducted by iMore suggest that tattoos in dark and solid colours interfere with the device the most. 

ONE IN 10 PEOPLE WILL BUY WATCH 

App developers Conjure polled 2,000 adults and found more than 1 in 10 respondents (13 per cent) are planning to buy the Apple Watch.

The same number said that the design is their main reason for buying it.

But12 per cent said they will only buy a smartwatch if it has a battery that lasts up to a week without a charge.

Ben Wood, chief of research at CCS Insight predicts 20 million Apple Watches will be sold by the end of 2015.

'Apple Watch will unquestionably sell in millions as there is pent-up demand from loyal super-fans who would likely buy millions even it only told the time.

'The key challenge Apple has to address today is giving ordinary iPhone owners a reason to buy its new smart watch. To date consumers have been left wondering why they need smart watch in their lives.'

This is because the heart sensor reads a pulse by measuring light absorption though the skin - a process called photoplethysmography.

'This technology, while difficult to pronounce, is based on a very simple fact: Blood is red because it reflects red light and absorbs green light, Apple writes on its support page.

'Apple Watch uses green LED lights paired with light‑sensitive photodiodes to detect the amount of blood flowing through your wrist at any given moment.

'When your heart beats, the blood flow in your wrist - and the green light absorption - is greater. Between beats, it's less.

'By flashing its LED lights hundreds of times per second, Apple Watch can calculate the number of times the heart beats each minute - your heart rate.

So the problem seems to occur when a wearer has something on their skin that reduces the lights reflectiveness, such as ink under the skin's surface.

This doesn't include natural skin pigmentation and Apple stressed that heart rate is just 'one of many factors that Apple Watch uses to measure your activity and exercise'.

Apple last week admitted the Watch won't work properly when worn on some tattooed wrists (pictured). On the official support page for the Watch's heart rate sensor, Apple wrote: 'Permanent or temporary changes to your skin, such as some tattoos, can impact heart rate sensor performance'

Apple last week admitted the Watch won't work properly when worn on some tattooed wrists (pictured). On the official support page for the Watch's heart rate sensor, Apple wrote: 'Permanent or temporary changes to your skin, such as some tattoos, can impact heart rate sensor performance'



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