Futaba Flexible OLED: Are Flexible Watches & Smartphones Coming?

The current crop of smartwatches are a bit lackluster in my opinion, especially when it comes to their displays. Maybe the Futaba flexible OLED screen on display at this year’s CEATEC show will change this. This is basically a concept watch that uses a video display wrapped around your wrist.

futaba flexible oled

With the right manufacturing process, OLEDs can be surprisingly flexible, which is a must if you’re trying to create a watch that has a screen which wraps around your wrist. The current display has a 256 × 65 pixel resolution on its 3.5-inch display, and the entire watch is 0.22 mm thick. Beat that, Apple!

This prototype watch seems to get its power and data from an external circuit board. How this would be integrated into an actual watch remains uncertain. Also, someone needs to tell Futaba that the case they set this into doesn’t look very cool. A bit of styling goes a long way. Maybe they should partner up with some of the TokyoFlash watch designers next time.

[via SlashGear]


LarkLife Activity Band Motivates Exercise with Technology

Activity bracelets and other fitness gadgets are a great way to get motivated to get into shape. Instead of relying on paltry humans, your love for gadgets will keep you running when the lactic acid starts to settle into your legs! Well, that might still be a pipe dream, but check out Lark’s latest release. It’s kind of like a minimal version of the Nike+ FuelBand.

larklife activity monitor

The LarkLife will track your activity, from sleep patterns to food intake using a bracelet and a mobile app. For now, this will work only with iOS devices. It’s not waterproof, but splash-resistant, and has a pedometer inside to count your steps. It will be able to measure how long you sleep and how long it takes you to go to sleep. There’s a vibrating alarm built-into this band as well.

larklife lark wristband bracelet fitness bands

Just like other bracelets, you have to manually enter your food intake, which is a bit of a downer in my book, but the band uses Bluetooth Smart to automatically sync with your iPhone. It can also tell whether you’re running or walking, meaning that the app will log workouts even if you forget to enter them. The device will dish out advice during the day and reward “good behavior” with badges. It’s available for pre-order from Lark for $150(USD) and will be available before the holidays.


Real-time Motion Capture on Unreal Engine: That’s Unreal All Right

Microsoft’s Kinect sensor has proven to be quite versatile and accurate, but in the end’s it’s only one motion sensor. A company called Yost Engineering Inc. or YEI recently showed off how multiple motion sensors can be used in videogames, enabling real-time motion capture and virtual reality.

real time motion capture and virtual reality unreal engine yei 3 space sensor

YEI makes what it calls the 3-Space Sensor, a wireless motion sensor with a gyroscope, accelerometer and compass as well as advanced processing and algorithms to process the motion data it captures. Using 17 3-Space Sensors and 3 dongles, the company was able to demo a real-time motion capture session using the Unreal Development Kit, as well as a virtual reality demo that shows how motion capture can increase immersion.

Dance Dance Revolution 2050 is going to be hilarious. Seriously though this could work well with the Oculus Rift.

[YEI via Reddit]


3D Printed Headphones: You Wouldn’t Steal a Song, But You Can Download a Pair of Headphones

Many of the 3D printed products we’ve seen are for commercial purposes, prototypes or toys. But as the technology matures and becomes more affordable, we’ll start seeing more products that us ordinary folks can appreciate and more importantly use in our daily life. Objects like this 3D printed pair of headphones.

1330 3d printed headphones by teague labs

The headphones were made by John Mabry of Teague Labs, who wanted to see if he can create a functional object that can be 3D printed and then assembled without any tools. He called the headphones 13:30 because it took 13 hours and 30 minutes to print its components. That’s a hell of a print job, but I wouldn’t be able to make a pair of headphones even if I had 13 months and 30 days.

1330 3d printed headphones by teague labs 2 175x175
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1330 3d printed headphones by teague labs 4 175x175
1330 3d printed headphones by teague labs 175x175

Mabry posted the files and instructions on Thingiverse. The components are meant to be printed on a Makerbot Replicator, which is certainly not a mainstream product, but is also a long way from an entire factory filled with machines and craftsmen.

[Teague Labs via Engadget]


Disney’s 3D Printed Optics Could Change the Way We View Light

While theme parks and animation come to mind when we think of Disney, it’s clear that the company is investing significant time, money and effort into cool new technologies as well. We’ve already seen Disney’s interactive food concept, and their cool touch interaction system. Now it looks like they’re trying to advance the world of 3D printing by creating digitally-printed optics.

disney 3d optics 1

Applying 3D printing techniques to optically clear plastics, Disney Research wants to create custom lenses and illumination devices which can be embedded directly into products.

disney 3d printed optics 2

Using the technique, they could make everything from special light-up eyes for a toy robot to unique illuminated displays for vehicles, to high-tech lighting fixtures and volumetric displays. The technique also could produce something called “light pipes” which could redirect light from one surface to another, similarly to fiber optics.

disney 3d printed optics 3

The video clip below features several other examples of how printed optics could be used:

You can read more details about the technology in Disney Research’s paper on 3D printed optics here [PDF].

[via Core77 via PolkaRobot]


FormLabs Form 1 3D Printer Rustles up $1.4 Million in Kickstarter Funding

3D printers will definitely change everything, especially as they become widely available. You’ll eventually be able to print everything from toys to car parts to body parts to food with this technology. Aiming to bring high-quality 3D printing to more people, the Form 1 3D printer looks pretty cool and it’s currently being crowdfunded through Kickstarter.

form 1 formlabs 3d printer desk

The laser-based printer is capable of great precision – with layers as thin as 25 microns (0.001 inch.) This results in professional quality models without those lumpy ridges typical of cheap desktop 3D printers. Because of its printing process, a small amount of hand-finishing is required to clean up excess plastic residue, but the finished models are worth it.

100112 formlabs printer 2

There seems to be a lot of demand for affordable, high quality 3D printers. The Form 1 hit $1 million after 50 hours on Kickstarter, and has raised about $400,000 in the last four days. Almost 1,000 backers already have committed to buy the printer. I know, I’d like one in my place, too. The first two levels have sold out, so you’ll have to pledge $2,699(USD) to get yours.

form 1 formlabs 3d printer desk standing tall

The project still has 23 days of funding left, but the company will likely sell out before the funding period is over.  To avoid shipping constraints, FormLabs plans on stopping funding at $2.8 million, so that everyone can receive their printers in a timely fashion in the Spring of 2013.

[via TechCrunch]


Asteroid Dust Cloud Could Be Used to Fix Global Warming

A group of scientists from Scotland have an insane idea to help reverse the effects of global warming here on Earth. The scientists think they can grab a near-Earth asteroid called 1036 Ganymed and use it to him to create a massive dust cloud to block some of the Sun’s energy from warming the Earth. The scientists say that they only need to reduce 1.7% of the solar radiation that hits the Earth to offset a global temperature increase of 3.6°F.

asteroid shield

The plan is rather far-out, and even the scientists admit that it’s no replacement for curbing greenhouse gas emissions here on Earth. The scientists envision using some sort of “mass driver” that can be used to push the asteroid to Lagrange point L1. Lagrange point L1 is where gravity from the Sun and the Earth cancel each other out.

Once there, the mass driver could then be used to blow a massive cloud of dust and debris off the asteroid to block sunlight. The dust cloud would need a mass of about 11 million-billion pounds and span about 1600 miles wide. I wonder if a slight miscalculation in the size of the dust cloud might block more sun than they intend and plunge the Earth into an Ice Age.

[via Livescience]


Go Dutch Bill Lets You Split the Tab, Literally.

It’s pretty common for big groups to go out and eat together, and then split the tab afterwards. But the process of splitting up the bill can be pretty tedious, since someone usually has to break out the calculator (or calculator app) and add up the amount that each person has to pay.

But not with the Go Dutch Bill.

Go Dutch BillIt’s a billing system that automatically churns out split-able (is there even such a word?) receipts so each member of the group can just grab the tab with their order and pay for it accordingly. It’s an extremely fun and novel concept, even though we’ll probably never see it come to light because it might be pretty complex to apply in practice.

But I’d love to be wrong on that one because this concept is totally awesome.

Go Dutch Bill1

Go Dutch Bill was designed by Szu-Yu Liu and is up for the 2012 iF concept design award.

[via Yanko Design]


Baggage Conveyor System Zips Bags Along at 22MPH

How many times have you been at the airport and waited what seemed like an eternity for your bags to show up. Oftentimes, this is due to the long, slow process of unloading bags from the gate and driving them all the way to the baggage claim area. This new baggage conveyor system hopes to speed up that ponderous system and make it more efficient.

daifuku baggage conveyor

Daifuku’s Baggage Tray System can move bags at speeds up to 600 meters-per-minute. To put that in perspective, that’s a speedy 22 miles per hour. Sure, Usain Bolt can run faster, but probably not with a bag strapped to his back (though the Cheetah robot might be able to.) Anyhow, here’s a video of the system in action, showing off just how fast it truly is.

I certainly wouldn’t want to try and catch up to a bag moving around on the fast straightaway right behind the guy in the video.

The baggage trays in the conveyor have RFID tags on them so their location can be monitored, as well as the position of each individual bag placed on the trays. Daifuku also offers equipment to automatically load and unload the conveyor. In addition to being useful for airports, this system could be very handy for moving parts around quickly in large manufacturing operations.

[via DigInfo.TV]


Robot Carries Objects on Serving Trays: Robo-Butlers Around the Corner

After watching the Woody Allen classic, Sleeper for the 1000th time, I assumed that we’d all have cold, impersonal robot butlers in our homes by now. Well, it turns out that one of the main challenges for robo-butlers is their lack of ability to carry items on a tray without spilling them.

sleeper

The issue is that keeping a tray horizontal during movement will result in easy spills when moving quickly. Thankfully, the guys at Willow Garage are working on a solution.

pr2 balances trays

By developing a set of balancing motions that minimize lateral force on the object, PhD student Tobias Kunz of Georgia Tech was able to get a PR2 robot to handle delicate objects on a tray, and glasses full of liquid without so much as a spill.

With a PR2 selling for $285,000 to $400,000, I’m still not sure we’ll have robot butlers serving us martinis any time soon, the same technique can be used to help industrial robots carrying delicate objects on trays, or open containers of liquids. If you happen to have a PR2 robot lying around, you can test out the movements on your ‘bot using the path trajectory files here.