Flexible Stick-on Electronic Patches: Skinnables

Wearable technology is just about to take off, but we can already take a peek at what’s coming after smartwatches and the like. A team of engineers at the University of Illinois at Urbana-Champaign and Northwestern University have made health monitors in the form of stick-on electronic patches.

wearable stick on electronic patch by John A Rogers and Yonggang Huang 620x413magnify

The development of the patch was led by professors John A. Rogers and Yonggang Huang. Prof. Rogers was already working on electronics that can be applied directly onto human skin like a temporary tattoo, i.e. no patch base needed. But he went ahead with the patch platform because it allows for the use of commercially available – and therefore cheap and abundant – components, as opposed to the tattoo-like electronics that needed custom capacitors, batteries and other parts.

wearable stick on electronic patch by John A Rogers and Yonggang Huang 2 620x465magnify

One of the crucial aspect of the engineers’ patch is the origami-like arrangement of the wires connecting the components, which allows for the patch to be bent without damaging the chips.

The engineers believe that stick-on electronics will make it easier to gather patient data. They also think it will lead to more accurate fitness trackers, and even health monitoring devices that can detect clues about the wearer’s condition even before he or she feels sick. Stick a browser to your face and head to the University of Illinois’ News page for more on this amazing invention.

[via Fast Co. Design]

Fitbit Offering Refunds Or Device Swaps To Owners Of Force Wristband With Skin Irritation

fitbit-force

Fitness device maker Fitbit is offering up an honest deal to customers who are reporting that their Fitbit Force is causing them skin irritation: you can either get a full refund, or swap out your tracker for a different one from the Fitbit line, the assumption being that you’ll likely opt for one that won’t continually touch your epidermis.

The Fitbit Force is admittedly designed to be worn all the time (it even tracks sleep while worn in bed), so it isn’t surprising that people are doing just that. But it’s also not surprising that such behavior results in irritated skin and rashes. Think about it: what else do you wear on your body all the time without any breaks for at all for days on end?

For those who haven’t ever had the extreme pleasure of breaking a bone, wearing a cast produces similar results. It’s impossible to have one enrobing any of your limbs and escape without some kind of skin irritation, simply because skin isn’t designed to be encased by anything for any significant length of time.

I don’t doubt that people are getting rashes from the Fitbit Force, and multiple news reports now depict the effects, but I also honestly think this is much more of a “well what did you expect” situation than an “OMG FITBIT POISONS PEOPLE WTF!!!1!!” scenario. Kudos to Fitbit for stepping up and offering a full refund, or a replacement from its lineup complete with free shipping and a restoration of any difference in final purchase price.

Here’s the full statement from Fitbit on the issue, updated as of this morning:

We are looking into reports from a very limited number of Fitbit Force users who have been experiencing skin irritation, possibly as a result of an allergy to nickel, an element of surgical-grade stainless steel used in the device. 

 We suggest that consumers experiencing any irritation discontinue using the product and contact Fitbit atforce@fitbit.com if they have additional questions. Customers may also contact Fitbit for an immediate refund or replacement with a different Fitbit product.

 We are sorry that even a few consumers have experienced these problems and assure you that we are looking at ways to modify the product so that anyone can wear the Fitbit Force comfortably. We will continue to update our customers with the latest information.

Playstation 4 and Xbox One Retro NES Skins Make Your New Console Look Classic

If you like the design cues of old school gaming, but like modern gaming consoles, check this out. You can have the best of both worlds with these retro NES skins. They make your PS4 or Xbox One look like an NES. Or is that SES? Or MES?
ps4 retro 620x620magnify

This decals install in a few easy steps and it not only makes your system look awesome, but it will also protect it against scratches. It gives your brand new console a sleek and classic appearance any old school gamer would appreciate. The Xbox One version even wraps up your Kinect in NES clothes.

xbox one retro nes skin 620x620magnify

Grab the PS4 and Xbox One versions over at DecalGirl for $29.99(USD), which is a great price to make your shiny new system look so retro and awesome.

And don’t worry, you won’t have to blow on the disc to get your game to work.

[via This Is Why I’m Broke]

A Detailed Description of Why Human Skin Is Amazing

As Minute Earth rightly points out, we could avoid a lot of flesh wounds by having thicker armored skin like a pangolin. But the energy needed to generate and maintain that armor wasn’t evolutionarily worth it for us to expend because we put so much fuel into our enormous brains. We can think of ways to escape danger or make intelligent plans to avoid dangerous situations in the first place. And we do have scales, they’re just not visible to the naked eye, but they protect us from tons of microbes. A lot is going on with our skin as the layers form, live out their life rising to the surface and then die. Watch this video and then go exfoliate.

Read more…


    



What Happens to Your Skin in Space

Thought good old Commander Hadfield already taught you everything there is to know about space livin’? Shame on you—there’s always more to learn. Like about how your skin molts and floats off your body in giant flakes and calluses, for instance.

Read more…

    

Luna iPhone Skin is Made from Concrete

If you love stuff that looks like it came from another celestial body, then you’ll be over the moon with the Luna iPhone skin. If they look particularly moony to you, then its designers were able to have it manufactured well then, because that’s what inspired its creation. The moon, I mean.

Luna Concrete Phone Case

This unusual iPhone skin was designed by Korean-based studio Posh Craft and Realize. Few materials can replicate the look and feel of the moon. One of these is concrete – and that’s exactly what they used for the Luna case.

Luna Concrete Phone Case1

The thin, but flexible concrete shell is pockmarked with miniature craters all over to mimic the moon’s surface, making each skin completely unique.

flexible concrete iphone skin

Industrial designers Jihye Kim and Changho Lee were the leaders of the design team that created the Luna. There’s no word yet on when you’ll be able to buy one for your iPhone.

[via Knstrct and Cool Material]

Smart Skin Could Give Robots a Sense of Touch

Like most of you, I’m patiently waiting for the day when I can buy a robot that will take care of all the irritating things around house I want to deal with. I want a robot to wash the dishes, bathe the dog, mow the lawn, and take out the trash. While this breakthrough might not solve that problem for me yet, a group of scientists from Georgia Institute of Technology have invented something dubbed “smart skin” that could give robots a sense of touch.

smart skin1

The researchers working on the smart skin used a bundle of vertical zinc oxide nano wires along with an array of about 8000 transistors. Each of those individual transistors is able to independently produce electronic signals when subjected to mechanical strain. The researchers say that these touch sensitive transistors, which they call taxels, have sensitivity comparable to that of the human finger. They say that the artificial skin can feel activity on its surface and the sensation could be translated into control signals for robot in the future.

Having a sense of touch is important because it will allow a robot to know when something is in its hand and how hard can grip that object. It wouldn’t do to have a robot breaking all your dishes after all.

[via BBC News]

New Artificial Electric Skin Will Let Robots Feel for Real

There are plenty of robot arms out there, but what about robot skin to cover them in? A new kind of piezotronic transistor mesh could make for robotic skin that’s as soft supple sensitive as your own is, covered in thousands of tiny mechanical hairs. More »

Prototype Subdermal Blood-Testing Device Transmits Results Wirelessly

Heading to the doctor to have a blood test performed can be a pain in the neck, well, arm, really. Not only do you have to take time out of your day to get stabbed, but often times, doctors ask that you come in without eating anything, which can leave you a tad woozy if the medical facility takes its time drawing your blood. A new sensor may be just the thing we’ve been waiting for that will allow doctors know what’s up with your blood whenever they need it to be checked.

The blood-testing subdermal sensor was developed by a team of scientists in Switzerland that is able to instantly send a number of health metrics to smart devices via Bluetooth. The half-inch prototype can monitor your cholesterol, blood sugar levels and the impact of medical treatments like chemotherapy. Even more incredible, the device can predict heart attacks several hours before they may take place as it can sense the slightest change in the patient’s bloodstream.

The prototype has been tested on animals with researchers hoping to be able to test it on patients who would require regular monitoring of their blood.

By Ubergizmo. Related articles: Sony Announces Collaboration With Wyss Institute For Organ-On-Chip Technology, New Artificial Retina Doesn’t Need External Power Source,

How to Prevent Running Blisters

Getting blisters on a run is the most annoying of injuries. They hurt. They can keep you sidelined when you’re trying to train. They heal slowly. Worst of all: They’re not even cool enough to brag about. So let’s see how we can prevent them from happening in the first place. More »