Freenter Concept is a Handheld Wallpaper Printing Machine

In this day and age where people can get most things done instantly thanks to technological developments, you’d think that they’d have done something to make home decorating (or redecorating) quicker and less of a pain.

Designers Kim Kwang-hyun, Roh Ga-young, Kim Su-hyun, and Shin Jun-won thought about it, and they decided that something like the Freenter is something that people would need to make the process easier.

Freenter0

Their Freenter envisions a handheld “free printer” that lets users print on virtually any surface in an instant. They don’t expound on the technology behind the concept, but the design is fairly simple. The printer looks like a tablet of sorts with a surface where you can draw, doodle, type, or insert images and patterns of your desired wallpaper design.

Enter the command to print and press the printer onto the wall or surface that you want to print on – and presto! Instant wallpaper.

Freenter

What do you think? Would you be able to print over old designs when you want to redecorate?

[via Yanko Design]

18-Year Old Invents Supercapacitor that Charges Cellphone Batteries in 30 Seconds

How fitting is it that a high school student may have found the answer to longer lasting and faster charging mobile devices? The promising invention was made by Eesha Khare, an 18-year old student from Saratoga, California. It’s a supercapacitor that, according to Intel, “fits inside cell phone batteries, allowing them to fully charge within 20-30 seconds.”

supercapacitor by eesha khare

Supercapacitors have significantly higher durability and rate of charging (and discharging) compared to rechargeable batteries, but the downside to them is that they have a low energy density. That’s why they’re mainly used in devices that need short bursts of power. But in the video below, which was uploaded by Santa Barbara Arts TV on YouTube, you’ll hear Khare mention that her supercapacitors have “a special nanostructure, which allows for a lot [sic] greater energy per unit volume.”

For her invention, Khare won $50,000 (USD) and was awarded one of the runners-up honors at the 2013 Intel International Science and Engineering Fair. The first place went to a 19-year old who developed an AI for a low-cost self-driving car. But Khare bags the top prize in my book. Not that it’s worth anything. My book doesn’t even actually exist.

[via Intel & Santa Barbara Arts TV via Raw Story]

Sony Working on A4-Size E-Ink Mobius “Digital Paper” Tablet

While many of us already have tablets like the iPad, the futuristic vision of people walking around with digital notebooks taking notes with a stylus never really came to be. With Sony’s upcoming E-Ink tablet, this could finally be a reality.

sony e paper 1

Currently being shown in prototype form, the new tablet features a large 13.3″ (A4 Size) drawing surface, and is ridiculously thin. In fact, it’s just 6.8mm thick (almost 30% thinner than a current-gen iPad). The tablet features a 1600×1200 resolution screen, using E-Ink’s new Mobius screen technology. This new tech sandwiches the electrostatic film between plastic layers instead of glass, which cuts down on thickness and weight, and makes the display material flexible. In addition, Sony says the plastic screen will be more durable than glass versions – though I have to wonder how long well it will hold up to stylus pressure over time.

sony e paper 2

Photo: DigInfo

The display is designed for taking notes, data entry, and creative tasks. While the black and white display isn’t as responsive as LCD screens, it’s definitely faster than other electrostatic screens, with exceptional battery life. In fact, Sony says the tablet can go up to three weeks without a recharge. Another benefit of course is the ease of reading the screen in daylight and workplace lighting.

Sony plans on releasing a commercial version of the tablet at some point later this year.

[via DigInfo & New Launches]

Airburr Flying Robot Attaches to Walls, Someday Your Face

This flying robot seems pretty creepy. Not only can it fly around, it can attach itself to walls like some sort of flying lizard. It won’t be long until these things have tentacles and attach themselves to our faces, while we thrash around suffocating. Thanks, researchers, thanks.


airburr
Airburr was developed at the Laboratory of Intelligent Systems, a branch of the European École Polytechnique Fédérale de Lausanne in Switzerland. It is designed specifically to traverse cluttered environments, like those in the aftermath of a disaster.

The big news here is that AirBurr now has the ability to fly into a room and attach itself to a wall and act as a remote monitoring outpost. While perched, the AirBurr also shuts its engines down, preserving battery power. It uses an instant adhesive pad to attach to smooth surfaces. The video doesn’t show it detaching from the wall, so I’m guessing they haven’t worked that part out yet, though we’ve already seen technology which can do that.

via [Adafruit via DVICE]

Google Glass Concept Apps: The Eyes Have It

We’ve already seen a handful of concept videos – some legit, some humorous – about the real world use cases of Google Glass. Digital creative agency Playground Inc. illustrates more practical applications of the much hyped augmented reality headset in its own concept video. They also have good news and bad news.

google glass concept apps by playground inc

Like any other computer, the functionality of Google Glass is as dependent on its software as it is on its silly-looking hardware. The video below focuses entirely on apps, from simple ones like a map and a barcode scanner to fancier ones like an emergency service hotline and a guitar tutor.

What you saw are just mockups, but the good news is that according to Playground Inc., each and every single one of those apps could be made today. Put another way: what you just saw wasn’t a vision of the future. It’s a window to a parallel present.

The bad news? Playground Inc. says that there are two things that make it virtually impossible to implement these apps – the Glass’ battery and its API. I’d add a third: try filling a street, a room or even just an elevator with people using Google Glass. See how that works out. Seriously though I highly recommend you read Playground Inc.’s blog for more on the agency’s thoughts on Glass.

[via Say OMG]

Air Shower Concept is a Shower and Dryer in One

I dread taking showers on especially cold mornings. While the water heater makes bath water warm and comfortable, there’s the matter of the cold air seeping through the door while toweling off.

This is a problem designer Adrien Lefebvre understands, which is why he came up with the Air Shower.

Air Shower

It looks and functions just like a typical shower, with one important feature added to it: a dryer. When you’re done rinsing off, just switch the head of the device into dryer mode and just dry yourself off. I imagine it works like a high-powered hair dryer by blowing hot air all over your body.

Air Shower1

Mock-ups and diagrams indicate that the Air Shower’s head has a ceramic exterior and an interior built using ABS plastic. Waterproofing the dryer and making sure nothing shorts when it’s in use should probably the top priorities for this device.

I definitely like the idea and hope that more people get behind it so there’ll be a bigger chance that it’ll be turned into a reality.

[via Yanko Design]

Luminescent Plant Kickstarter Project: Miracle Glow

I’ve seen some offbeat projects turn up on Kickstarter over the years, but a project that’s there now called Glowing Plants is one of the strangest. You can probably figure out what the project is about simply from the name. The people behind the project want to create plants that glow to provide natural lighting with no electricity.

glow plant

That sounds like something right out of Avatar. Exactly how the people are genetically creating glowing plants is rather difficult to describe. All you really need to know is that if you choose to back the project over on Kickstarter, you can get seeds to grow your own glowing plants.

The project was initially seeking to raise only $65,000(USD). With 28 days left to go, the project has blown through its goal, raising over $295,000 to date.

A pledge of $40 or more will get you your own package of glowing plant seeds. The specific plant is an Arabidopsis. A $150 pledge will land you an already growing plant. If at least $400,000 is raised, people who pledge $150 or more will get you a glowing rose as well. If you pledge $250 or more, you can get your own DIY kit allowing you to make any of your plants at home glow.

Eidos Sensory Augmentation Device Concepts: Anti-ADHD

We already have devices that augment two our sight and hearing. But a group of Innovation Design Engineering students at the Royal College of Art built a couple of devices that provide a new level of augmentation. One is a headset that applies special effects to what you’re seeing in real time, while the other one is a mask that works like noise canceling headphones. No Typhoon explosives though.

eidos sensory augmentation devices by tim bouckley et al

Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara call their project Eidos. The idea is not just to help us focus on sights or sounds that we consider important, but also to provide totally new ways of seeing and hearing.

The headset for example can apply a long-exposure effect on moving objects – a bit like seeing in four dimensions. The mask on the other hand not only blocks out all sound except for the one you want to hear, it broadcasts the sound through your inner ear. The students claim that this makes it seem like the sound is being sent directly inside your head – a bit like being a schizophrenic.

Obviously the devices in their current state are silly and impractical – the cool use cases shown in the video are all hypothetical and conceptual. Still, wouldn’t be amazing if future sunglasses and hearing aids had these capabilities? I mean I didn’t ask for these, but when they arrive I can see old man Bert buying Eidoses. Eidii. Eidoes. Edeese. Eidosia.

[via Dezeen via Walyou]

Terrafugia Unveils Self-Driving, Self-Landing Flying Car: The Shuttlecraft is Almost a Reality

If you have been dreaming about flying around in your own Star Trek style shuttlecraft, that day is almost upon us. Terrafugia has unveiled a concept for a flying car that lot like a shuttlecraft that has the Enterprise’s warp nacelles. However, those nacelles have propellers.

Terrafugia flying car

This flying car is called the TF-X and is a hybrid gas-electric flying car. Twin 600 horsepower electric propeller pods and a 300 horsepower engine handle the transition from vertical takeoff to a maximum cruising speed of 200 miles per hour. It has a 500 mile range.

It is capable of both driving and landing itself. Terrafugia says that “you always have the final say if its safe to land.” Well, that’s encouraging.

The TF-X is fully capable of handling the entire landing process without you. But if it is about to kill you, it’s nice to know that you get the final say. It’s definitely an interesting design and we would love to see it in the skies.

[via Like Cool]

Robot Scales Walls with Sticky Plastic Feet

A team of researchers in Switzerland have been working on a new robot that’s able to climb vertical surfaces of all sorts using unique sticky feet. The robot can climb all sorts of surfaces including walls, rock, aluminum, and others. The developers behind the robot believe it could be used to help with mountain rescues, construction crews, or painting walls and ceilings.

wall climbing robot

The wall climbing ‘bot was developed by Liyu Wang, Lina Graber and Fumiya Iida at the Swiss Federal Institute of Technology in Zürich.

wall climbing robot 2

The robot is able to cling to vertical surfaces using special plastic footpads that heat rapidly causing them to melt. When the plastic melts, the compound slimes into the nooks and crannies on the surface it’s climbing allowing it to stick. The robot then uses thermoelectric effect to cool the plastic allowing the foot to release so a step can be taken. The adhesives in the plastic feet melt at about 70°C.

While sticky feet made of melting plastic may not sound particularly strong, the researchers claim that the robot can carry five times its own mass up a vertical wall.

[via New Scientist]