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Bring out the kid in anybody with this state-of-the-art virtual reality video and gaming headset that lets you feel like you're actually there.

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Gear VR + Galaxy S7: Riding Roller Coasters @ Six Flags

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I thought it would be entertaining to torture myself by riding on a few virtual roller coasters @ Six Flags with the Samsung Gear VR with Galaxy S7. ▶️Scary GEAR VR Roller Coaster: https://youtu.be/hXIFxzqmQno ➤Download Link for a GEAR VR roller coaster you can copy to your phone: http://goo.gl/YRsCbE -~-~~-~~~-~~-~- ►►Please watch: "My Smartphone Collection !!!

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Google Home is a voice-activated speaker powered by the Google assistant. Ask it questions. Tell it to do things.

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https://www.youtube.com/watch?v=sFe__XAwJok Nintendo 1DS! ---WANT MORE EVM???--- Our Website ...

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This is farthest flight by hoverboard

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Farthest flight by hoverboard - Guinness World Records

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Franky Zapata set a new Guinness World Record title for the Farthest hoverboard flight during a spectacular attempt off the coast of Sausset-les-Pins in the south of France.

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Farthest flight by hoverboard - Guinness World Records

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Franky Zapata set a new Guinness World Record title for the Farthest hoverboard flight during a spectacular attempt off the coast of Sausset-les-Pins in the south of France.

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Squashed Bugs: VW Cars Compressed into Spheres & Cubes

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Squashed Bugs: VW Cars Compressed into Spheres & Cubes

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this machine in china can get the rubish every wear and put it to it belly

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Wall-E in Real Life: Euro-Trashbot Cleans up Italian Streets | Gadgets, Science & Technology

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Adorable robots are a big weakness of ours, and adorable useful robots? We're instantly smitten. Well, this could be love. As part of the three-year, ...

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pokemon sun is the new pokemon game for nintendo 3ds and it already been released

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this machine can make a real 3D of somthing even humans body parts! But I think we can't eat it

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Technological innovations like 3D printing and 3D pens are taking the world by storm - perhaps a bit but still people are going wild after these pieces of technology. The technology underlies some efficient industrial aspects and processes we currently enjoy that are simply incredible. 3D printing is more than just easy and quick manufacturing. The rapid prototyping gives techies the freedom to work through the simplest design issues in just a matter of hours, whereas earlier it would take them weeks to finish a project.

The technology has come a long way and is now making its way to research labs, hospitals and many other important institutions where it can be of great help and benefit. But first, let's see what this technology actually is and how it works.

What 3D Printing Is?

Chuck Hull is the brains behind this concept of 3D printing. He started it back in 1986. The process is creating a 3D digital while which you can turn into a physical object. Hull was in the process of launching the world's largest 3D system. However, his technology was based on one single fabrication process known as the Stereolithography (SLA). Ever since then, the world has seen far more complicated and advanced technologies of 3D printing such as Selective Laser Sintering (SLS), Fused Filament Fabrication (FFF)/Fused Deposition Modeling (FDM), Polyjetting and many others. These technologies rely mainly on the process of layer-by-layer fabrication. The computer feeds a code to the printer for further processing.

3D Pens - The Latest Form Of 3D Printing

3D pens are the latest creation, the latest form of a 3D printer. It does the same process as a printer, only you have the freedom to do whatever you want because you use it like any normal pen. You can create objects of your desired shape with your mind and hands.

The 3D pen requires a filament that is inserted in it. The pen has a heating system. Once you turn it on, it melts the plastic material and it comes out of the nob on the tip of the pen and you can shape an object the way you like.

Though the 3D pens are becoming increasingly popular, still they can't come close to the printer itself. The printer will always have an edge when it comes to 3D objects, unless some new technology comes along.

How 3D Printer Works

Creativity

You need to have a creative mind, a creative flair that goes beyond imagination. The first and foremost step of the process is forming an original idea with the help of digital modeling. You can use either animation modeling software or computer aided design (CAD) for the layering process.

No matter which program you choose for the process, you will be able to form the object's virtual blueprint that you want to print. The object is then divided into cross-sections for the printer so it can easily build it layer by layer. The cross sections act as a guide for the printer itself. With the help of cross-sectioning, the object can be created in the exact same shape and size as you desire. Both these programs have a graphic editing feature in it called WYSIWYG. It means 'What You See Is What You Get'.

If you have a creative mind, you can come up with some of the best looking designs but for those people who are not that idealistic, creative, they don't have a wild imagination, they can always download designs from the internet for the process. There are many websites from where you can get ready-made designs.

Once the design is finished, send the file to the printer with STL, a standard file extension. The files consist of three-dimensional polygons. These are sliced into pieces to make it easy for the printer to comprehend the information and digest it.

Manufacturing

Now the fun part begins. Mainly 3D printing is considered additive manufacturing. The printer creates a 3D object by adding material in the form of layers. In contrary to the 'subtractive' process in which the object that you are constructing needs to be cut into the desired shape, the additive process is more fun and exciting.

Once you send the final file to the 3D printer, you have to choose a material. the choice of material depends entirely on the type of printer you have. You can choose from plastics, rubbers, metals, polyurethane-like fabric, and a lot others.

The processing of the printer may vary from design. It depends on the object which we are looking to print and the type of printer, but the material being used for the object is mainly squeezed, sprayed or in some cases, transferred to a platform from the printer itself.

Once you printer receives the command, it starts constructing the object just as you desire. The heating process starts and once the material melts. Then it comes out of the nozzle to the platform and creates the object.

Wrap Up

This is how 3D printing actually works. Indeed it is a great innovation to technology.

M Azaz khan is the founder of Blogging Craze. He believes that he is providing best of the best to the community. He is a techy Guy from Lahore Pakistan with knowledge of SEO, Blogging , and youtube.

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Technological innovations like 3D printing and 3D pens are taking the world by storm - perhaps a bit but still people are going wild after these pieces of technology. The technology underlies some efficient industrial aspects and processes we currently enjoy that are simply incredible. 3D printing is more than just easy and quick manufacturing.

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cloning is use for mutiplie something
A parents dont have any child will use this machine for make baby(it cost alot of money)$ ,the doctor 'll take something from the dad and mom, then a time,it genarating and the baby born!
The author of this invention is John Burdon Sanderson Haldane

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Tiny Device Allows You To Track Your Car Using Your Smartphone

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Tiny Device Allows You To Track Your Car Using Your Smartphone

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it help you finding your car and help you finding location if your car got stolen and it gonna told you if your car been crashed by thief.

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As we said before, TrackR has unlimited possibilities. The device is small and unobtrusive enough that you can attach it to your pet. Put it on their collar, and the issue of searching for them as they scamper off to nearby places will be over!

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Convertible: Maglev Living Room Doubles as Driverless Car

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Convertible: Maglev Living Room Doubles as Driverless Car

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This thing is very cool because is  a massive floating wifi grid and helpfull because u will have wifi every  were u go

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3doodler, this ivention can create 3d thing and raw in the air

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3doodler, this ivention can create 3d thing and raw in the air

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this robot can replace the people and chef in the Restaurant in china ,it can cook and serve the food to the costumer

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Welcome, Human, to China's Largest Robot-Run Restaurant | Gadgets, Science & Technology

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From your robotic greeter at the front door to your automated waiter, your visit to this restaurant in Kunshan City will feature all the cybernetic staff you ...

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Wiggy Piggy bank, this will help you saving money and earn money from helping your family jobs.

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Wiggy Piggy bank, this will help you saving money and earn money from helping your family jobs.

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the e-paper looks cool and neat and i thinks we could bring around easily

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it just like nintendo 3Ds but it cant close it and it attually smaller than the nintendo 3Ds

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Teens Develop $13 Door Handle that Kills 99% of Germs

A pair of young inventors in Hong Kong has developed a doorknob-replacing device to change the way we approach hygiene, their prototype successfully eliminating 99.8% of germs on contact using metal and light - a perfect solution for that perpetually tricky question of how best to exit a public restroom.

Sun Ming (Simon) Wong and 18-year-old King Pong (Michael) Li built their creation out of relatively straightforward materials: a cheap embedded ultraviolet LED light coupled with bacteria-killing titanium oxide.Even more ingenious, no external power source is required - the kinetic energy of the door's motion is converted by a power-generating gearbox into the requisite juice to turn on the handle. Set inside a clear glass container bracketed by metal, the light activates the titanium oxide and turns on the germ-assassinating machine as you use it, after which it turns back off automatically. While similar processes have been used for a long time to disinfect surfaces, this solution is cheap and can be deployed on a massive scale for everyday use.
"Titanium dioxide kills bacteria best when lit by ultraviolet (UV) light, says Simon. UV wavelengths are among those in sunlight. But indoor handles and any used at night would have little natural exposure to UV light. So the teens are lighting their door handle from within. Now, every part of the coated handle will see UV light. To make sure the interior light reaches the coated surface, the teens fashioned their door handle from a long cylinder of clear glass. Each end fits into a bracket. Inside one of the brackets is a strong light-emitting diode (LED). It emits UV light. (Transmitting the light from one end of the handle to the other is similar to the transmission of light through a fiber-optic cable. In this case, though, the glass handle is fat rather than super-thin.)"

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Teens Develop $13 Door Handle that Kills 99% of Germs | Gadgets, Science & Technology

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Teens Develop $13 Door Handle that Kills 99% of Germs A pair of young inventors in Hong Kong has developed a doorknob-replacing device to change the way we approach hygiene, their prototype successfully eliminating 99.8% of germs on contact using metal and light - a perfect solution for that perpetually tricky question of how best to exit a public restroom.

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1000 kW NIO EP9 lays claim to "world's fastest electric car" mantle

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1000 kW NIO EP9 lays claim to "world's fastest electric car" mantle

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NextEV is claiming the system makes exactly 1,000 kW (1,360 hp) for a 200 km/h (124 mph) sprint of just 7.1 seconds, on the way to a 313 km/h (194 mph) top speed.

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3 pictures
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Anaemic motors and limited range once consigned electric cars to mundane low-speed city duty, but that's no longer the case, with electric supercars and crazy-fast sedans proving battery-power can be fun and usable. NextEV says its new car, the NIO EP9, takes the fun to all new levels, with a powertrain that borrows heavily from Formula E.

You could be forgiven for wondering who NextEV is - we certainly did. The company has been involved in Formula E since the series began in 2014, powering Nelson Piquet Jr. to the first ever FIA Formula E Driver Championship. It has seen some success on the track, but the Chinese company has never built a road car, although the launch of the NIO sub-brand and the EP9 sees that change in dramatic fashion.

It doesn't have a catchy name, but the NIO EP9 lands with an incredible set of claims about performance. There are few sterner tests of a car's dynamics than a lap of legendary racetrack Nurburgring, but NextEV says its supercar will lap the Nordschelife (the track's famous North Loop) in just 7:05.12 - making it the fastest electric car to complete a lap. It's not just quick for an EV, it's also faster than the Nissan GT-R Nismo, and the Dodge Viper ACR.

Power comes from four inboard-mounted electric motors, each of which is hooked up to its own gearbox. NextEV is claiming the system makes exactly 1,000 kW (1,360 hp) for a 200 km/h (124 mph) sprint of just 7.1 seconds, on the way to a 313 km/h (194 mph) top speed. Beyond its performance, the EP9 also makes use of an interchangeable battery system, and can be charged to offer 427 km (265 mi) of range in just 45 minutes.

The list of big claims goes on and on. NextEV says the car will pull 3.3G under braking, thanks to Alcon brakes measuring 408 mm (16 in) both front and rear. Four-way adjustable dampers work to keep the car flat and planted at high speeds, and the bespoke wheels can be wrapped in proper slick tires.

"The NIO EP9 was born to push limits and is the first stage of automotive production for NIO. It is a statement of our vision and technical and manufacturing capabilities. It is a best-in-class product that showcases what is possible with electric vehicles," says NextEV Founder and Chairman, William Li. "We believe that when the car ownership experience exceeds expectations, electric vehicles will become the natural choice for everyone, leading to a more sustainable tomorrow."

Behind the wheel, NextEV has tried to create a pseudo-racing feel for the driver with a multifunction steering wheel and big, clear digital readouts. It all looks incredible, from the slick exterior to the carbon-heavy cabin, but we are always a little skeptical of startups making enormous performance claims. It'll be interesting to see if NextEV is able to make the NIO consistent and reliable, or whether its crazy performance claims are a one-off flash in the pan.

You can watch the NIO EP9 lapping the Nordschleife in the video below.
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1000 kW NIO EP9 lays claim to "world's fastest electric car" mantle

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Limited range once consigned electric cars to mundane low-speed city duty, but that's no longer the case, with supercars and fast sedans proving battery-power can be fun. NextEV says its new car, the NIO EP9, takes the fun to all new levels, with a powertrain that borrows heavily from Formula E​.

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it graphic is very good this is the best game system if you want to play any 2D game.

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Game Boy Advance

Predecessor

Successor
Game Boy Color
Game Boy Advance SP
Game Boy Micro

The Game Boy Advance (often shortened to GBA) is a 32-bit handheld video game console developed, manufactured, and marketed by Nintendo. It is the successor to the Game Boy Color. It was released in Japan on March 21, 2001; in North America on June 11, 2001; in Australia on June 22, 2001; in Europe on June 22, 2001; and in the People's Republic of China on June 8, 2004 (excluding Hong Kong). Later versions of the handheld included the Game Boy Advance SP and Game Boy Micro. As of June 30, 2008, over 81.24 million units (includes all models) were sold worldwide. The Game Boy Advance only featured one new independent Zelda title, The Minish Cap, but released several re-releases of Zelda games originally released for the NES and SNES.

Zelda games released on the Game Boy Advance

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The Game Boy Advance (often shortened to GBA) is a 32-bit handheld video game console developed, manufactured, and marketed by Nintendo. It is the successor to the Game Boy Color.

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This is a robot hand and is can play baseball! I thing this it really helpfull because when you wanna play baseball but no one play with u u can play with this

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oliba, this invention can Help you find your teddy bear,Play music when you sleep and also when your teddy ware this they wiil have their own voice 

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oliba, this invention can Help you find your teddy bear,Play music when you sleep and also when your teddy ware this they wiil have their own voice 

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Floating UFO expected to make sea landing in 2018

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Floating UFO expected to make sea landing in 2018

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It the house boat where here the first model was 12.5 m (41 ft) in diameter, the UFO 2.0 would measure 20 m (65 ft) in diameter.

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Floating UFO expected to make sea landing in 2018

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UFO sightings could soon become a lot more common if Italian mini-yacht company Jet Capsule gets its way - Unidentified Floating Objects, that is. Having unveiled its floating off-grid home concept earlier this year, the firm is back with an updated and improved version, and plans to turn to the crowd to get it built.

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take care to your health and Remind you so you will not forgot to drink medicine.

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Aussie engineers unveil their entry in the SpaceX Hyperloop Pod Competition

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Aussie engineers unveil their entry in the SpaceX Hyperloop Pod Competition

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Since Elon Musk ivention a cool train that help engineer and make them safe from the glass

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5 pictures
View gallery - 5 images

Since Elon Musk revealed details of his proposed Hyperloop in a white paper in 2013, the idea of supersonic travel through vacuum tubes has captured the imagination of the public and engineers around the world - which was exactly the point. SpaceX may not be building the system itself, but it's playing a big part in getting the idea off the ground, including hosting a pod design competition for teams of university students. To find out what goes into creating a Hyperloop pod, we spoke to VicHyper, one of 30 teams whose design was selected to be built and tested in January next year.

For the uninitiated, Hyperloop is a proposed mass transit system that would shuttle passengers and cargo at speeds of up to 760 mph (1,223 km/h) - close to the speed of sound - by way of pods in a partial vacuum tube. Those speeds are possible by suspending the pods just off the bottom of the tube to reduce friction, with the help of either magnetic levitation (maglev) or air bearings that create a cushion of air similar to that seen in hovercraft or air hockey tables.

The competition attracted over 1,200 submissions, and SpaceX selected 124 of them to present their designs to a panel of judges back in January this year. Of those, 30 made it through to the next round, where they're tasked with creating a full working prototype to be put through its paces on SpaceX's 1-mile (1.6-km) long test track in January 2017. Hailing from RMIT University in Melbourne, Australia, VicHyper was one of those lucky few, making the team the only entrants from the Southern Hemisphere.

"With our design, we're mainly focusing on the braking and acceleration side," Project Leader of VicHyper, Zac McClelland, tells New Atlas. "So we're putting in technology that can be used on wheels, or maglev or air bearing vehicles."

The team's efforts earned them the Braking Subsystem Technical Excellence Award at the design weekend earlier this year, and cemented their spot in the top 30. Shortlisted teams are going on to build and test a functional prototype of their design.

"SpaceX said, 'we want you to come through to show how good your braking systems are, but we want you to simplify it, and put it on wheels, and take the air bearing out'," says McClelland.

Wheels might not sound like part of this futuristic vision, but as McClelland says, removing the extra variables helps the team focus on perfecting a braking and acceleration system that works at high speeds and in a vacuum.

"It also played into what Elon Musk said," McClelland explains. "He got up on stage in Texas and someone asked the question, 'where should Hyperloop start?' And he's like, 'I think it should start with wheels,' because the methodology that he works on is it's better to break miracles in series rather than parallel. One thing at a time. So that's what we're trying to do."

Relieved of not having to face the hurdles of levitation, the team's innovative designs involve the use of a linear induction motor, which if successful, would be the first of its kind to operate in a vacuum. This handles both acceleration and deceleration, with the latter function regenerating some of the power back into the battery. A second braking system, which may be useful for emergency stops, is handled by eddy current (or magnetic) brakes, which are often used to pull up high-speed trains and roller coasters.

Other teams are using similar systems to slow their pods, but according to McClelland, many are using permanent magnets, which need to be actuated in and out, and tend to demagnetize over time. VicHyper, on the other hand, is using an onboard battery to power electromagnets. In a demonstration of the system, the team rigged up a spinning metallic disk, which has electromagnetic coils sitting about 0.4 in (10 mm) off of it.

"We can spin that up to about 500 rpm, and then turn those coils on - it stops in about half a revolution (two seconds)," says McClelland. "It's not going to break down easily, it's very reliable. It's old technology, but we're just implementing it a little differently in this high-speed system."

While VicHyper focuses on putting a stop to Hyperloop pods, other teams are concentrating their efforts on one of two levitation systems: maglev and air bearing. Both techniques have their pros and cons, and the prototype testing should help determine which is the better horse to back.

"A lot of teams are focusing on that maglev and air bearing, that's the big discussion," says McClelland. "It's going to be very interesting to see which is better. That will be a really big thing, and it will only take a little difference in a design to make it 10 times better."

After a rigorous series of safety checks by SpaceX, the pods will be put to the test over a few days in January next year. Teams will be marked against various criteria as their pods navigate a 1 mile test tube at SpaceX HQ in California at speeds of up to 250 mph (400 km/h), and divided into levitation and non-levitation classes.

"There's multiple things we get graded on," McClelland says. "I think it's 2,500 points, and you've got 200 points for fastest speed, 200 points for making the length of the tube - I think they expect a lot of people not to make the length of the tube. And then we get marks for innovation, build quality, scalability - could you make that carry 28 people? Or a container? And there's a lot of other stuff."

Although the teams are competing, it's more friendly than fierce. Having been born of SpaceX's open-source designs, that collaborative spirit has carried across, and it makes sense for VicHyper's braking and acceleration system to be paired with another team's design for levitation. After all, the ultimate goal is the advancement of the Hyperloop system itself, for the benefit of the community rather than corporate interests.

"There's always roadblocks (for high-speed rail)," says McClelland. "Environmental roadblocks, and cost roadblocks. And we can bypass a lot of that, because the environmental impact is so little. The energy usage compared from a car down to a Hyperloop is just an astronomical difference. It's incredible. And you're doing it at such speed, and safety, it just makes sense."

SpaceX is running the Hyperloop Pod Competition from January 27 to 29, 2017, with a second instalment in the following (Northern Hemisphere) summer, which will focus purely on maximum speed. The VicHyper team describes the pod design in the video below.

View gallery - 5 images

Backed by 15 years experience covering science and new technology, New Atlas Plus delivers cleaner, faster, ad free reading. Learn more

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Aussie engineers unveil their entry in the SpaceX Hyperloop Pod Competition

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SpaceX isn't building the Hyperloop itself, but it's playing a big part in getting it off the ground by hosting a pod design competition. To find out what goes into creating a Hyperloop pod, we spoke to VicHyper, one of 30 teams whose design was selected to be built and tested in January next year.

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it can be like hover board and it can play with you

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Scribble pen can change any colour in the world . When you touch the bottom of the pen in anything, it will change the colour that you selected.

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Scribble pen can change any colour in the world . When you touch the bottom of the pen in anything, it will change the colour that you selected.

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this is the robot that can talk and understand what you talk. 

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this is the robot that can talk and understand what you talk. 

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Pocket-sized drone slides right into a smartphone case

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Pocket-sized drone slides right into a smartphone case

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it the tiny drone have camera that help you for your selfie

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6 pictures
View gallery - 6 images
Just like the selfie stick before them, tiny drones are giving those concerned with self-portraiture more reach than ever before. The AirSelfie is the latest flying camera to zoom into the arena, and may just be the least cumbersome one we've seen, with the ability to slide away into the user's smartphone case when not in use.

When all you really need is a decent enough camera to hang in the air for a few moments and capture a memory or two, the necessary hardware can be packed into some pretty small packages. A number of interesting takes on the selfie drones have popped up over the last year or so, including one that wraps around the wrist like a bracelet, one that folds shut like a book and another with the shape and size of a small water bottle.

But stuffing it away into a smartphone case is something we haven't yet seen, although that case is going to be bulkier than most. The AirSelfie's aluminum frame measures 3.72 x 2.65 x 0.42 in (9.5 x 6.7 x 1 cm) and is stored in purpose-built smartphone cases, which also house a battery said to recharge the drone in 30 minutes. Compatible smartphones include the iPhone 6, 6s, 7, 7 Plus, Huawei P9, Google Pixel and Samsung Galaxy S7 Edge. For those without a compatible phone, a separate power bank is available that can be used to charge the drone up to 20 times. It also sports a Micro-USB port that can be used for charging.

The drone connects to iOS or Android phones via its own Wi-Fi network, where users can control it via a companion app. There are three different flight modes to choose from, with "Selfie mode" seemingly the simplest, where users only need to concern themselves with moving the drone closer for tighter shots or farther away to fit more in the frame. There are a couple of more advanced modes, one using a single virtual joystick and another simulating a classic drone controller with the phone held horizontally.

AirSelfie carries a 5-megapixel camera for stills and is said to grab HD-quality video, both of which are stored in the 4 GB onboard memory. Users can also download and share their captures from within the accompanying smartphone app over the Wi-Fi connection. The drone can fly up to 66 ft (20 m) away, 66 ft (20 m) in altitude and remain airborne for three minutes at a time.

A Kickstarter campaign is currently underway for the AirSelfie drone, where its makers are looking to raise €45,000 for production. At the time of writing they are well on their way, amassing more than €20,000 of that goal so far. Early pledges of €179 (US$189) are available, which will have a drone, phone cover and Micro USB cable headed your way in March 2017 if the campaign plays out as planned.

You can check out the pitch video below.
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Pocket-sized drone slides right into a smartphone case

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View gallery - 6 images Just like the selfie stick before them, tiny drones are giving those concerned with self-portraiture more reach than ever before. The AirSelfie is the latest flying camera to zoom into the arena, and may just be the least cumbersome one we've seen, with the ability to slide away into the user's smartphone case when not in use.

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is a new Nintendo console that is more advance than the nx . it Release in 2017

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cloning can make 2 person and it will be the same like twins!

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cloning can make 2 person and it will be the same like twins!

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Cloning machine failure stock vector. Illustration of segregation - 26808938

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Photo about Vector illustration Cloning machine failure. Illustration of segregation, cloning, discrimination - 26808938

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this is the things that the3D printer can print

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this is the things that the3D printer can print

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this is very cool and we can contact with the phone

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Get 24-hour home security whether you're home or not with Ulo, the interactive surveillance camera. With an owl design, this clever device even has actual eyes to focus on the environment. Communicating and interacting with you through eye expressions, Ulo can get across a variety of messages. Although Ulo looks cute, inside are a whole host of surveillance technologies. The beak is actually a two-way mirror with a camera and a motion sensor. Below the beak is a microscopic microphone. Inside is a speaker, an orientation sensor, Wi-Fi connectivity, and is all topped with a capacitive button. The eyes, which you can customize for color, size, and shape, provide an elegant LCD screen. When you leave your home, Ulo automatically sends you GIF updates to your email inbox or you can tune into the app for a live view. The rechargeable battery gives Ulo life for up to a week.

Save 411 Users Saved This Product

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Ulo - The Interactive Surveillance Camera

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Get 24-hour home security whether you're home or not with Ulo, the interactive surveillance camera. With an owl design, this clever device even has actual eyes to focus on the environment. Communicating and interacting with you through eye expressions, Ulo can get across a variety of messages. Although Ulo looks

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Nike’s Back-to-the-Futuristic Self-Lacing ShoesThis invention is very amazing. Each shoes have fishing line.

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this fake leg can use just as a real leg.

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Bionic Revolution: Prosthetics Will Outperform Real Limbs | Gadgets, Science & Technology

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Within our lifetimes, we will see replacement limbs exceeding the capabilities of the ones humans are ordinarily born with - already they outperform in ...

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Glass-bottomed swimming pool is not for the faint-hearted

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Glass-bottomed swimming pool is not for the faint-hearted

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hotel in mountainous South Tyrol, Italy, make swimming pool 12 m (40 ft) above the ground.Not suitable for those afraid of heights, it has a glass, swimmers feel like they're floating in mid-air.

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polyes q1 is a invention that draw in the air with transparent ink,glow in the dark ink,color changing ink.

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polyes q1 is a invention that draw in the air with transparent ink,glow in the dark ink,color changing ink.

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The 3D printer is a latest technology that can to use to print or manufacture any design or object by 3D printing technology. There are many companies which make 3D printers but some of them are working to minimize this technology into a small unit like Pen.

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this is how cloning works

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Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

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4D printing  after print if it touch water is moving so it coo

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4D Printing: Harvard Scientists Print Shape-Shifting Objects | Gadgets, Science & Technology

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A team of biologists and engineers have evolved their micro-scale 3D printing technology to add a fourth dimension: time. Inspired by natural structures like ...

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it a Handheld that can play classic games

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this can cone yourselve and other animals. You can help other people

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nintendo nx is the newly game system of nintendo it has not been released until 2017 it can switch to any type of old nintendo game system and it better than the nintendo switch!!!

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This is a robot dog is can clean our house, drink and eat and have strength ! I thing is super cool !!!

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this is e-paper is really cool . you can use it like a i pad ,you can touch with you finger or use the pen.the e-paper is flexible display and easy to use.

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this is e-paper is really cool . you can use it like a i pad ,you can touch with you finger or use the pen.the e-paper is flexible display and easy to use.

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Tapia Robot is a cute and cool robot, it can surpport your life.

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Tapia Robot is a cute and cool robot, it can surpport your life.

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World's First Hydrogen-Powered Train Arriving in Germany | Gadgets, Science & Technology

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The first of its kind, a new hydrogen-powered passenger train is being developed by a French company and slated to be used in Germany starting next year. The ...

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This can print anything you want you can use4 this to make inportant stuff

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display and easy to use

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I just read Universal Robots’ tablet-controlled factory robots

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I just read Universal Robots’ tablet-controlled factory robots

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It look pretty cool

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6 pictures
View gallery - 6 images
Industrial robots have been around for the better part of the last sixty years, but until recently most took days to program and had to be cordoned off to prevent injuring their human coworkers. That's beginning to change thanks to smarter robots, like those developed by Universal Robots, a Danish company who's technology - already prevalent in Europe - has been hailed "the world's most innovative robot" by the International Federation of Robotics and the IEEE.

Universal Robots' manufacturing arms can operate in the vicinity of people thanks to a patented technology which measures the electrical current in each joint that controls the arm's movement. If the arm collides with anything with a force of 150 Newtons (approximately 15 kg), it automatically comes to a complete stop - unlike traditional robots which would blindly follow through. This means only about 20 percent of companies using the arms required any sort of safety shielding.

Additionally, the arms can be easily programmed using an intuitive graphical user interface on the attached tablet, and a hands-on teaching function - similar to the system adopted by Rethink Robotics' recently-unveiled Baxter robot. These innovations dramatically reduce the initial set-up time, which traditionally takes a specialized team of programmers several days, to just a few hours. Another similarity with Baxter is its low price of entry, making the arms accessible to small and medium-sized enterprises.

Though the US$48,500 dollar price tag is less than half that of typical installations, it is still double Rethink Robotics' solution. And that only includes one arm, where Baxter has two (Universal Robot does offer a dual-armed set-up, but that costs more). Still, the UR5 and UR10 arms can be quickly moved from one location to another, and can lift 5 kg (11 pounds) and 10 kg (22 pounds) respectively, whereas Baxter is only able to lift 2.2 kg (5 pounds). It's a trade-off that could make all the difference to smaller shops.

The company will soon begin taking orders in the U.K. and the U.S., having received safety certifications for both territories. You can watch the company's arm picking and placing objects in the following video.
View gallery - 6 images

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Universal Robots' tablet-controlled factory robots work safely with humans

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View gallery - 6 images Industrial robots have been around for the better part of the last sixty years, but until recently most took days to program and had to be cordoned off to prevent injuring their human coworkers.

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it can run by hydro