There are more places for electric vehicles to get power than just onboard batteries and stationary charging stations. Korean university and Samsung engineers say they have created a generator that makes electricity from flapping materials.
Their prototype, which can be mounted to an automobile’s roof, harnesses the triboelectric effect. This is the same phenomenon that causes a static charge to build up when a person walks across a carpet or a glass rod is rubbed with silk.
AccuVein AV400 Uses Infrared Technology to Find Veins
Very cool technology that’s sure to make a big difference for medical professionals and patients alike!
Company Website: http://www.accuvein.com/
The system is designed to help healthcare professionals locate veins for venipuncture. It uses a safe beam of light, projected onto a patient’s arm, to reveal a map of the peripheral veins on the skin’s surface.
According to a statement released by Willis Knighton, venipuncture is the most common invasive medical procedure worldwide with an estimated 2.7 million procedures conducted every day in the United States alone. Studies reveal that up to one third of attempts to access a vein fail the first time, creating unnecessary patient discomfort as well as additional costs. Improving first-stick attempts is a major goal for healthcare providers around the world.
Even the most experienced healthcare professionals can have difficulty accessing veins safely and quickly the first time. While this will be available for use on adult and pediatric units throughout the hospital, the patient care staff will find it especially helpful with patients who are dehydrated, obese, have low body temperature, whose veins roll and those who have had frequent venipuncture during treatments.
"This is going to be good for the nursing staff but even better for our patients," said Georgia Stephens, MSN, RN, patient care coordinator for staff development at Willis-Knighton Medical Center. "It illuminates the arm so the veins are easy to see. The AccuVein System does not touch the patient. Its use will enhance the comfort and safety of the patient and increase nursing efficiency."
Wow. That’s a lot of data!
Scientists Developing ‘Biochips’ That Mimic Our Body’s Tissue
Researchers at the University of California, Berkeley are working on an interesting concept that may help scientists develop drugs faster.
Right now, inside a lab at the University of California, Berkeley, researchers are working to make that happen. They’re trying to grow human organ tissue, like heart and liver, on tiny chips. These aren’t your standard computer chips. They’re miniature networks, derived from adult skin cells coerced into becoming the type of tissue scientists want to study, that grow on miniscule pipe-like plastic chambers glued atop a microscope slide.
The research is designed to find ways to get that tissue to live and mimic how real human organs function. If so, they could provide a cheap and quick way of weeding out treatments that are toxic or just don’t work. The aim is to weed them out early on, in the lab, replacing at least some of the tedious years of testing on animals and humans.
What’s more, because drugs traditionally are developed with a one-size-fits-all approach, clinicians often don’t know how well medications will work on individual patients. According Anurag Mathur, one of the Berkeley researchers, these chips could lead to “a personalized medicine, patient-specific readout of any drug you want to test.”
Read the rest here.
The Iron Man Juggles Cars!
BugJuggler is a 70ft tall robot concept that uses hydraulic cylinders to juggle cars. Hailed as “a new frontier in robotic entertainment,” the folks behind BugJuggler are actively seeking investment and sponsorship opportunities. Wouldn’t you like to see this thing live?
BugJuggler will use a diesel engine to generate hydraulic pressure. An operator located in the robot’s head will be able to control its motions using a haptic feedback interface connected to high-speed servo valves. Hydraulic accumulators - essentially storage batteries for hydraulic fluid - will allow for the rapid movement required for the robot to juggle cars or other large, heavy objects.
BugJuggler represents a new frontier in robotic entertainment. Moving beyond the car crushing robots of the past century, BugJuggler will use 21st century technology to perform breathtaking feats including juggling up to three cars simultaneously. Please contact us to discuss exciting investment and sponsorship opportunities.
You can learn more about the technology behind the concept here.
A Mesmerizing Sculpture by Takeshi Murata
You can learn more about it on The Creator’s Project.
Osmo. Play Beyond the Screen
Wow. What a great concept! I’ll definitely want to try this when it comes out.
I demo’d this at the 99U Conference a few weeks ago. It’s amazing and I want one!
Its not just a neat stylus and ruler. If Adobes new tools are a hit, Photoshop, Illustrator, and After Effects change forever.
I draw a perfectly straight line on my iPad. Then I bisect it at a true 90 degrees. I draw triangles and circles and squares until the screen is cacophony of pristine shapes.
I’m using Adobe’s new hardware—a stylus called Ink and a ruler called Slide, which are available as a pair for $200 today. Born from an unfunded, skunkworks project within Adobe’s walls, the company teamed with Ammunition—the same design firm behind Beats—to craft this aluminum hardware that teases the future of the company and how all of us will create digital media tomorrow.
“Our interaction methods are pretty long in the tooth. The mouse and keyboard are growing ancient. A lot of things we did were innovations 20 years ago. Now they’re habituations,” admits Michael Gough, vice president of Experience Design, Adobe. “We’re used to using that control key. Was that the best way we could expose that experience? Probably not.”
Part automaton, part robot. Illusionist Marco Tempest introduces EDI, a ‘multi-purpose robot designed to work very closely with humans.’
Hugh Herr heads MIT Media Lab’s Biomechatronics research group. He gave an inspiring speech at TED in March about his work developing advanced prosthetics and exoskeletons. Watch the whole speech below and learn about the future of bionic humans and cyborgs.