Drones. That word certainly has a bad connotation, bringing to mind all manner of death and destruction via human-controlled bots. However, the idea of a drone is much more than a mindless killing ma...
San Diego's Electrozyme has developed a temporary tattoo, backed by Mark Cuban, that can gauge metabolic substances secreted in sweat - giving athletes a clue on their electrolyte balance, hydration level, muscle exertion and physical performance.
Do you feel that gentle crispness in the air, especially at night? Do you get the sense that summer is fading away, giving the go-ahead for fall to take over and wrap us in sweater weather? That's al...
As Apple gears up for a new battle in the hotly-contested wearables market, AppleInsider offers a look at the platoon of fashion, fitness, and medical experts that have come to work in recent months for Cupertino's largest taxpayer.
In wearable electronics, smart jewelry is an up and coming sector. Functional electronic devices that also happen to be beautiful are making their way into our ...
Another contribution to cyber jewels. It can be argued that it's good to have options, however this object allows function to overshadow the concept and uses a very narrow understanding of jewellery to achieve this concept.
“ Parlons design avec cette superbe enceinte portable qu’est la BOOM BOOM. En collaboration avec BINAURIC, le designer MATHIEU LEHANNEUR a développé ce petit accessoire dont vous aurez du mal à vous passer. Elle tient dans la main, grâce à sa forme arrondie, ses multiples faces font qu’elle pourra se poser dans n’importe quel sens, sa sangle […”
Via cecile poignant
Smart clothing could help transition wearables from being a separate device to being one that users naturally wear. The technology, which is already getting the attention of athletes, features sensors that disappear into clothing.
For future astronauts, the process of suiting up may go something like this: Instead of climbing into a conventional, bulky, gas-pressurized suit, an astronaut may don a lightweight, stretchy garment, lined with tiny, musclelike coils. She would then plug in to a spacecraft's power supply, triggering ...
When you think about exoskeletons, you no doubt think of large, bulky robotic suits that people step into, like Iron Man's suit. However, exoskeletons don't have to be quite so bulky and annoyingly h...
Across the developed world, healthcare systems face tremendous challenges driven by increasing costs, increasing demand (due to changing demographics, increasing longevity and greater incidence of chronic conditions) and big improvements in addressing complex, previously untreatable conditions. Most healthcare systems are on an economically unsustainable path as healthcare consumes an ever increasing portion of the GDP.
As long as these wearables deal with being wearable and do not become another device that patients dislike then great!
Considering the pace of technological growth in recent decades, the convergence of humans and machines seems a foregone conclusion. Yet, unlike most machines, the body is far too flexible and squishy for modern advanced materials. So it falls on researchers to develop new stretchable technologies that are easily manufactured and relatively inexpensive.
Recently, a biomedical engineering team at Purdue University developed a methodology to generate zigzag patterns out of conventional wire that can extend up to five times in length. The wires can be utilized as conductive interconnects between sensors, allowing for flexible networks or meshes to be embedded or wrapped around 3D objects.
“This compares to only a few percent for an ordinary metal connection,” said Professor Barak Ziaie, leading the research in the press release. “The structures are also highly robust, capable of withstanding thousands of repeated stretch-and-release cycles.”
Even more intriguing, the approach utilizes a standard sewing machine to fabricate the system.
Using water-soluble thread, the technique involves stitching wire in zigzags onto standard transparencies used with overhead projectors.
A commercially available elastomer called Ecoflex is poured over the sheet and allowed to solidify. The thread is dissolved with warm water, allowing the flexible polymer with the embedded wires to be separated from the transparencies.
To demonstrate how their approach could be used for medical devices, the team generated a sensor system that wraps around a urinary catheter balloon - as the balloon inflates, the sensor gauges the strain.
This flexible system can measure much greater expansion than conventional approaches that employ rigid metal films that permit only small percentages of stretching before breaking.
The findings, to be published in a forthcoming paper, were reported at the Solid-State Sensors, Actuators and Microsystems Workshop.