Hover Board like Back to future movie

The thin air turns thick beneath your feet. You step onto the Hendo Hoverboard and an invisible force compresses, condensing and coiling like a spring you cannot see. It sinks for just a split-second, slipping closer to the solid copper floor below.

But before it can touch, the magnets strengthen their resolve as they near their arch-nemesis, their object of repulsion. Reality flexes with the strain and scream of motors. Your momentum reverses with a supple bounce. Gravity gives way. The board regains lost altitude, settling into its preferred distance above the ground.

You are hovering.

And soon, you are sliding. But not like socks on hardwood or a snowboard down a slope. Not even dry ice on a table matches the otherworldly lack of friction. Any semblance of traction has been deleted. You don’t decelerate. There’s nothing to grip or dig into. The slipperiness subverts you balance. You wrongly lean to brace for resistance, but none comes. You simply slide.

The closest thing is bobbing up and down on a raft upon a lake. Yet rather than the water shifting out from under you, the metallic sheeting below holds firm. It’s the board’s magnetic bottom that’s so slick it can’t stay put.

At least until v2. Arx Pax invented its hover tech to save buildings from earthquakes and floods. But the whole world wants to play Marty McFly. Propulsion wasn’t a priority and its maglev “magic” only works over copper flooring, so you can’t take it out in the streets. Still, Hendo’s Kickstarted developer kit will put a little hover box on your kitchen table. And the $10,000 full-sized, steerable version is on the way to bring us Back To The Future.

So how does it feel to ride a real hoverboard? Smooth. Impossibly smooth. Not just a levitated experience. An elevated one. A sensation ascended beyond the rough imperfection of man-made roads or even the nature’s rippling fluids. It’s a smoothness only attainable through math. Theory made practice. A polished equation calculated just right. Pure science.

Exo Skeleton make human like ironman

Titan Arm

Photo by Marius Bugge

Surviving a stroke or debilitating injury is often the start of a very long ordeal. Physical therapy can be slow and strenuous with no guarantee of recovery. Robotic exoskeletons can sometimes provide the support a ravaged body needs to heal—and strength when it can’t—but they typically cost more than a car and must be anchored to a wall and plugged into a socket.

In late 2012, a team of mechanical engineering students at University of Pennsylvania set out to build a portable, affordable exoskeleton. Two semesters of late nights and long weekends later, Elizabeth Beattie, Nicholas McGill, Nick Parrotta, and Nikolay Vladimirov had the Titan Arm: an efficient, lightweight, and surprisingly powerful robotic limb. Its actuator, or electronic muscle, could provide resistance during therapeutic exercises and can augment strength, allowing its wearer to lift an additional 40 pounds with little effort.

To ensure a slimmer frame than other exoskeletons and make Titan Arm easier for patients to use, the team situated its actuator in a backpack instead of in the limb itself. They also milled load-bearing parts out of aluminum to limit weight and power consumption. McGill, the electronics lead, created a software-and-sensor package to track arm movements and wirelessly relay the data. This would allow a patient to use a Titan Arm at home and a therapist to remotely monitor the exercises.

Potential beneficiaries, including stroke victims and an injured snowboarder, have already reached out to the team with encouraging comments. The positive response to their $2,000 prototype has made Titan Arm’s makers eager to push their invention toward a finished product and, to that end, they are now designing a more refined version. “We’ve been looking at 3-D printing to fully customize components, like tailoring a suit,” says Parrotta.

1) POWER:

Lithium-polymer battery packs provide a day’s worth of power.

2) MUSCLE:

An electric motor in the backpack winds steel cables to rotate pulleys and induce arm movement. Beattie (left) designed a support system to safely distribute weight across a hip belt, elbow straps, and back plate.

3) BRAINS:

Software reads the positions of magnetic sensors in the steel joints to instruct movement, which the operator controls from a handheld device.

Smart watch usage experience

Six months ago, I did not think a lot of smartwatch.

Asked me every time I thought about how someone will be performed "wearables in the largest technology market I would like to make fun of. Of course it will not work! Who wants to be installed within 24 hours a day, 7 days a week? My phone rings all the time, I kept vibrating wrist ... not interested, thank you.

But then, change the funny actually make me buy one, I will not be able to live without the occupants of a beautiful little wrist again.

Began innocently enough, I began intensive training program in September. It is a series of DVDs with the coach, and during the days of heart disease and they always encourage us to monitor the heart rate we have. Get a heart rate monitor! Stay in your area!

Finally, I gave up about a month into the program and decided I needed some sort of fitness tracker. Despite its popularity, the Fitbit Flex is not for me, and I need something with a screen so that I could check my heart rate every time I need. So I decided to pull the trigger, and I figured if I'm going to get on track for fitness with a screen I may as well go all out and get a smartwatch as long as the price is right.

Much of the research that led me in the end in favor of Samsung accessories. I phone GALAXY Note 3 owners, and I want what is relatively inexpensive. Gear favor usually $ 150, but I got it for $ 100 to renew.

I must say, the first generation Fitness Tracker / SmartWatch it is fantastic.

It has a user interface that is very bright, elegant, simple, and very easy on the eyes. He continues, running, cycling, walking, hiking GPS to connect your phone. It also sends all the information that is put together for Samsung S Health app on your mobile phone.

Fit1Business accessories from the inside

The capabilities of smart phones is very simple, but what you really need this little gadget to do it? This is the link to my phone via Bluetooth and give me notes when I get e-mail, text, or something exciting new interesting happening on Facebook.

Now I find myself much more interested in checking my watch to see a simple and easy way for those who call me Will deserves actually stopped what I was doing at that moment and get it on my phone. I also can send text messages using cans and other simple features such as timing, pedometers, and stop watch.

Fit1Business accessories from the inside

It also measures the sleep, but I gave up on it quickly. It was very frustrating to see my wrist every morning and find I spend a lot of time rolling around trying to calm yourself to sleep because I did not get much sleep at all.

Awesome battery, and a special device is very slim. Do not have a big exaggeration that some people worry about when it comes smartwatches it. (I would like to call myself a human medium build. Bulk certainly be a reasonable source of concern for the construction of such a woman, a small small).

Although the shape and simple user interface, it is also a response, and has a beautiful and bright curved screen.

Of course, this is the first iteration of this device and it is not without flaws. If you want to monitor your heart rate is always for the duration of the exercise you need to be in one of four ways I mentioned (hiking, walking, running and cycling). So if, like me, you do mostly through training, I must say your phone to move to operation mode and then the data is discarded. This always allows you to look down at your wrist and see the heart rate, which is very accurate.

Fit1Business accessories from the inside

It also does not have nearly the kind of features that you will see in the next Apple and watch, or even in the Moto X, or smartwatch- Real and more expensive Samsung Galaxy offers gear. But I also get something much larger, more interesting, and easier on my wrists.

In short, it was sold and I. We know that this is just the first generation, and I'm even more encouraged by the purchase of my little. If I could get this kind of an excellent experience of almost smartwatch primitive, and the future of some pretty amazing things.

Clothing product really the future. I sold my little smartwatch primitive, and I can not imagine life without him.

Motion Controler Gaming Device

MOTION CONTROLER GAMING DEVICE

Kinect is an add-on for the Xbox 360, with one cable that you plug into the Xbox. Kinect has three lenses - an RGB video camera, an infrared projector, and a distance and depth sensor - enabling users to control the Xbox without a game controller.

It works by calculating and detecting the position and movement of 48 principle joints in your anatomy, including those of your head, hands, torso, and knees. Kinect has 3D vision, overlaying input from the camera with input from the depth sensor.

What's more, Kinect has four built-in microphones that monitor the room for your voice, allowing you to control your Xbox 360 using only voice commands. And the price? If you already have an Xbox, you can buy the Kinect for $150; if you don't, you can buy it with a 4G Xbox for $300.

Why we like it: Kinect goes beyond motion games that rely on swinging one hand - it creates a gaming experience for whole-body simulations, including obstacle courses, dancing, and flying. Instead of using your hands, you use your whole body as the controller. And without a single external controller, the game attracts all ages and even those who aren't really the gaming type.

GameSpot reported that two dark-skinned employees had trouble with Kinect's facial recognition feature, yet a Consumer Reports test, as well as a Microsoft report, debunked this issue, attributing the problem to low room lighting. Lighting conditions, however, shouldn't affect the actual playing of the game, only the facial recognition feature at log-i