Metaio Thermal Touch Uses Heat from Your Fingers to Turn Any Surface into a Touchscreen

We’ve seen a couple of prototypes that enable or at least emulate touch-sensitivity on everyday objects. But as wearable technology continues to flourish, we’re going to need a simple and portable solution. Augmented reality company Metaio thinks they may have an answer with Thermal Touch, a technology that emulates touch-sensitivity using “the heat signature left by a person’s finger when touching a surface.”

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Right now the hardware needed to pull off the feat is quite bulky. In the demo video below, Metaio used a tablet, a standard camera and a rather large infrared camera. The company hopes that in the future, all of the necessary hardware can be included in a wearable device similar to Google Glass, like so:

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Here’s the demo video:

Sorry zombies, I guess you’ll be stuck with voice commands. Good luck with that.

[Metaio via TechCrunch]

Neil Young’s PonoPlayer now 3rd-best KickStarter ever

We have been talking about the PonoPlayer since 2012, and in this two-year span we have got to know just about everything about the player, save the tech-specs. The brainchild … Continue reading

Trinity Portable Wind Turbine Goes with the Wind

There are already portable battery packs that have solar panels for recharging. The Trinity is a new kind of portable charger that uses a different renewable source of energy: the wind. It recharges its 15,000 mAh battery through its built-in wind turbine. Although it’s quite promising, I don’t think you should support it just yet.

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Trinity weighs just 4lb. and when collapsed it’s just 12″ long, so it’s fairly portable. It has three aluminum legs that can either stay in a tripod arrangement or lie flat. Inside Trinity is a 15W generator and its battery. The current prototype has a 5V/1A USB charging port, although inventor Skajaquoda is considering adding an additional 5v/2A USB port for more power hungry devices like tablets. Here’s where it starts to get iffy. Skajaquoda also added a miniUSB port that’s meant to charge Trinity’s battery… via an outlet.

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Why would they add a way to charge the battery that doesn’t use the built-in wind turbine? If you’re going to plug it in to charge it you might as well get a conventional battery pack that’s much smaller. The only reason I can think of for the addition of the mini-USB charging option is that Skajaquoda isn’t confident about Trinity’s charging speed through the wind turbine. Commenters on the fundraising site are asking the same question: How fast does it charge through wind power? Sadly, Skajaquoda didn’t include that vital data on their Kickstarter page and on their pitch video.

Breeze on over to Kickstarter to find out more about Trinity. The device can be yours for a pledge of at least $249 (USD), but again I don’t think you should back the project yet. I’m not saying this is vaporware or a scam. It’s an interesting and promising invention,  but at the same time there are important details about it that need to come to light before you plunk down your hard-earned cash.

[via GadgeTell]

FINsix Dart Laptop Charger Targets Bulky Power Bricks

Laptops get thinner and lighter every year, but their power adapters are mostly still big and heavy. FINsix claims its Dart laptop charger is up to four times smaller and up to six times lighter compared to ordinary chargers.

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Dart uses what FINsix calls Very High Frequency technology to provide up to 65W of power. You can read more about it on FINsix’ technical report (pdf), though the word “technical” isn’t there for nothing. Note that 65W won’t be enough for all laptops – for example, Retina MacBook Pros use an 85W power adapter – but that will do for hundreds of other models. You can check this compatibility list (pdf) to see if your laptop will work with Dart. Dart also has a 2.1A USB charging port, so it can also replace your mobile device power adapter.

Plug a tiny browser to Kickstarter to support Dart. Pledge at least $89 (USD) to get a Dart that works with hundreds of Windows laptops. The MacBook-compatible Dart is at a higher reward tier – $148. FINsix says that they have to buy Apple’s power adapters to get parts for the Macbook-compatible Dart, hence the significant added cost for that model.

[via Engadget]

PocketPrinter Robot: Reamba

Portable printers are nothing new, but they’re usually as wide as A4 sheets. Because obviously they have to accommodate paper right? ZUta Labs looked at the problem differently. The most important part of a printer is the part that prints, i.e. the print head. So they took that part out of a traditional printer and made it fit on your paper instead of the other way around.

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ZUta Labs’ PocketPrinter is a small robot that’s meant to go on top of the paper you want to print on.  It uses omnidirectional wheels to navigate on paper, a small ink cartridge and a battery that lasts up to one hour per charge. You can send a file to be printed from your desktop computer, but Zuta Labs is also working on mobile apps so that you can wirelessly queue files from your mobile devices.

There are significant tradeoffs to its size though. The PocketPrinter’s pace is a glacial 1.2 pages per minute. Also, the lone ink cartridge means you can only print in grayscale. ZUta Labs is planning to make a full color model in the future.

Command-P a browser window and pledge at least $180 (USD) on Kickstarter by May 10 to get a PocketPrinter as a reward.

Bungle Portable N64: Shiny Old Console

Bacman member Bungle made this polished, compact and portable Nintendo 64 mod. As far as portable N64 mods go, this is one of the cleanest ones I’ve ever seen. It’s not that pretty – it reminds me of the Sega Genesis controller – but it looks comfortable to hold, which was Bungle’s goal with this mod.

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The main reason why this handheld looks so clean is its case, which Bungle made through a process called vacuum forming. Bungle also made the buttons and the d-pad. The portable has a 3.5″ screen and internal batteries that provide up to 4 hours and 15 minutes of play time. You can skip to around 1:10 in Bungle’s demo video below to see him play a game on the portable.

Make a portable browser and head to Bungle’s thread on Bacman for more on the mod. You can also read his build log on Bacman. Bungle said he’s going to make more units of this mod to sell. If you’re interested, register on Bacman and send Bungle a private message.

[via Hack A Day]

Nokia MD-12 Portable Speaker Uses Any Hard Surface to Increase the Bass

Nokia has unveiled a new Bluetooth portable speaker that is very small but promises big bass. The speaker is called the Nokia MD-12 and it is about the weight of an apple.

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It has an integrated vibrating actuator inside. This technology is able to create low frequency bass sounds when placed on most surfaces. The bass is stronger when the surface is hard, helping to produce low frequencies that you don’t expect from such a small device.

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Power for the speaker comes from an internal rechargeable battery good for 15 hours of playback per charge. An integrated mic lets the speaker be used as a speakerphone on the go. If your device lacks Bluetooth, you can connect it via an aux input as well. Nokia also includes NFC tech inside for easy paring with NFC devices. The MS-12 will cost €39 (~$54 USD), and it will come in a variety of bright colors.

MetaWear Wearable Device Development Platform: Join the Revolution

A lot of folks say that 2014 will be the year of wearables, as in wearable technology. We’ve had wearable devices such as watches and cameras for decades, but the past couple of years we’ve seen devices like Google Glass, Pebble, fitness trackers and more. MbientLab is giving tinkerers and small entrepreneurs a chance to ride the wave with MetaWear.

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MetaWear is a small, affordable and developer-friendly platform for creating your own wearable device, or at least a prototype. It’s powered by the ARM Cortex M0 SoC. It has Bluetooth LE connectivity and has a built-in accelerometer, temperature sensor, buzzer, coin motor and RGB LED. It also has two analog/digital I/O pins and an I2C bus. On the software side, it already has its own API, and MbientLab will be releasing open source Android and iOS apps for MetaWear as well.

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In my brief chat with MbientLab’s Laura Kassovic, she said that the MetaWear can be used to build a fitness tracker that could compete with existing products like FitBit’s products or Nike’s FuelBand if you so choose, saving you a lot of resources in the process: “First off, you don’t have to spend 4 years at University to get your engineering degree just so you can write firmware. So that’s 4 years we are saving you! We are also saving you the time it takes to prototype, test, and certify hardware just so that you can put it on the store shelf. That’s another 4-6 months of reduced development time. We save developers 80 to 90% of their development time and cost with MetaWear (and I think that’s awesome).”

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But Laura is also excited about the potential of MetaWear to enable tinkerers to create niche or even one-off wearable devices: “MetaWear will allow developers to create devices that large companies aren’t interested in building or devices that are very niche (and in my opinion, very cool). Perhaps you want to build a necklace that lights up when your Grandma calls. Perhaps you have an Oculus Rift and you want to add force feedback pods you wear on your body to create an even more realistic simulation. Maybe you have a pet iguana and you want to track its movement but you simply can’t outfit your iguana with a Fitbit Flex; so the natural solution is to build custom on MetaWear instead!” 

So put on your best fitting browser and pledge at least $30 (USD) on Kickstarter to get a MetaWear kit as a reward. Go and get that Facebook money. Or make a fatness tracker. The power is yours.

LifePrint Wireless Photo Printer Lets You Share Photos Online and Offline

Many of us stock our photos only as digital copies, but a new company called LifePrint might get you back to printing photographs. The company’s eponymous device lets you print photos wirelessly wherever you are and makes it easy to share photos with other LifePrint users.

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The printer works with iOS and Android devices and makes 3″ x 4″ photographs. You can print any image that’s on your camera roll to LifePrint, which means you can print the images you edited or downloaded from various apps. You can send photos to the printer over Wi-Fi, Bluetooth or even a data connection through the LifePrint app.

For example, you can take a picture while you’re out and have a print waiting for you when you get home, or even have someone abroad within print your photo within a few seconds of capturing it. Couple that wireless capability with the printer’s battery – it can print up to 30 photos per charge – and you can even set up a mobile photo booth.

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You can emulate LifePrint’s wireless features with a modern printer, a router and a bit of programming. But what makes LifePrint more convenient is the social network feature of its mobile app. It behaves much like Instagram where you can follow other users, except with LifePrint you can add the images of the people you follow to your printing queue. It’s a shame LifePrint can’t print out larger photos, because otherwise it would be a great way for artists and photographers to send free posters to their followers.

Thankfully, the LifePrint app lets you reject the photos shared by the people in your network without informing them of the rejection. You can also keep to yourself and stay out of LifePrint’s social network.

Take a photo of your browser’s lunch, apply some filters, and pledge at least $99 (USD) on Kickstarter to get a LifePrint printer as a reward. LifePrint will sell film packs in three variants: 10 prints for $20, 30 for $20 and 100 for $50. Shipping will be free for the $50 pack. A lot of consumers might be turned off by the price of the film, but I say that’s a plus. It’ll force them to think hard about the pictures they want to print. And it will give you a good alibi when your friends start asking why you didn’t print the selfies they sent you.

[via DudeIWantThat]

Arduino-based 8-bit Handheld Game Console: Gamebuino

Late last year I talked about the DIY Gamer Kit, which contained all the parts you need to assemble your own handheld game console. In other words, the kit introduces you to video game hardware. Aurélien Rodot’s Gamebuino on the other hand comes fully assembled and is intended to get you into video game software.

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The Gamebuino has an ATmega 328 microcontroller, an 84 x 84 monochrome display with automatic backlight, six buttons, a 4-channel speaker and a 240mAh battery. It also has four ports: one microUSB, one microSD and two I2C ports. While the DIY Gamer Kit is also based on the Arduino language, Aurélien made a software library for Gamebuino, which includes a graphics engine, a game engine, sound effects, user interface and more. Coding a Gamebuino game will be easier and faster because you don’t have to start from scratch.

Aurélien says he’s already finalized the Gamebuino’s hardware, the software library and a few sample games. Right now he’s working on a browser that will let you load and switch between games from a microSD card. He’s also going to make tutorials and setup an online community to make it easier for newbies to get help. Pledge at least €35 (~$48 USD) on Indiegogo to get a Gamebuino – and priceless knowledge – as a reward.

[via Kotaku]