Volkswagen XL1: 261-MPG Hybrid Car to Become Production Reality

There’s something quite amazing about hybrid and electric vehicles, especially if you tend to pile on the miles each and every week. At some point, you become interested in cutting down on costs, spending less on fuel, and being more mindful of the environment. The Volkswagen XL1 takes it up a notch in all of these areas.

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The Volkswagen XL1 has a futuristic body, that’s got a certain appeal to it. It runs off a 27hp electric engine and a 47hp two-cylinder TDI engine. It definitely looks futuristic, and while you won’t be beating any Ferraris anytime soon driving one of these, you’ll be laughing all the way to the bank because this thing gets an estimated 261 miles per gallon. Yep, that’s no typo.

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The XL1 will soon go into limited production for select markets, but there are no plans to offer it in the US. VW hasn’t yet announced any pricing.

[via Uncrate]

Embrace+ Bracelet: Like a Smartwatch without the Watch Part

Maybe I’m an old-fashioned geek, but I’m never really understood the interest in a bracelet or a watch that can notify you of what’s going on your smartphone. I mean, all you have to do when it beeps or vibrates his pull it out of your pocket to see what’s going on. It seems like that would be much easier than trying to remember what notification a specific color on a bracelet goes with.

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If you like technology that keeps you from the first-world problem of having to pull your phone out of your pocket, a new product has landed on Kickstarter called the Embrace+. The device is a bracelet that has RGB LED lighting inside, which makes the bracelet glow. The color of the bracelet can be customized to notify you of just about anything your iPhone or Android device can do. Simply use the companion app to attach notification colors to events on your smartphone.

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For instance, if you want bracelet to turn blue when a new Facebook post is made, it will do it. If you want the device to turn red when someone retweets your posts, you can do that too. You can even set the bracelet to show you a color when the battery on your smartphone is low, or you have an upcoming appointment.

If you want one of the Embrace+ bracelets, you’ll need to pledge $39(USD) or more and can expect delivery in June – assuming the project hits its rather lofty $220,000 funding goal by March 23, 2013.

Teddy Sitter Lets Parents Keep an Eye on Kids from Afar

A new stuffed bear toy has turned up on Indiegogo that is mostly cute and just a little bit creepy. The bear is called the Teddy Sitter and is supposed to be a fun and educational interactive toy aimed at kids from age 4 to 8. The people behind the project say that the bear knows songs, stories, games, and can play music.

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Parents can pre-set reminders for kids to shower, snack, or take medicine. Here’s where the creepy part comes in – the bear also allows parents to monitor their children remotely using a mobile phone application. Using the app, the bear can take pictures and send them to parents, and allows parents to send and receive text messages from the bear.

Oddly enough, the bear can also measure the room temperature and humidity levels. Teddy Sitter includes the ability to call your child by name, has an integrated nightlight, can tell bedtime stories, sing songs, and play MP3 music.

Teddy Sitter will cost you a minimum of €100 (~$132 USD) over on IndieGogo.

Apple iWatch May Have Curved, Continuous Touchscreen

Rumors about the potential for an Apple iWatch continue to build, and adding fuel to the fire is a patent filing from Apple discovered by Apple Insider which shows off a curved, touchscreen display which could be worn on the wrist.

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The U.S. Patent filing, originally submitted in August 2011, but updated as recently as today, starts off as follows:

A wearable video device arranged to be worn by an end-user, comprising: a flexible substrate having a flat state and a curled state; a flexible display disposed upon a first surface of the flexible substrate, wherein in the curled state the flexible substrate conforms to an appendage of the end-user, the flexible substrate further comprising: an electronic module in communication with the flexible display, the electronic module providing information to the display, at least a part of which is presented in real time for presentation by the flexible display; and a mechanism for detecting an end portion of the flexible display, the detection for adjusting the arrangement of information shown on the flexible display to match the size of the appendage the wearable video device is mounted on.

…or in layperson’s terms – a watch with a flexible touchscreen and flexible electronics.

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The design would wrap around its wearer’s wrist, and automatically adjust the display UI based on their wrist size – pretty slick stuff. The capacitive touch display would be wrapped around a “bi-stable spring substrate,” which would allow the watch to conform to its wearer’s wrist, much like a slap bracelet. In addition curved screen and bracelet, the patent describes the inclusion of an inertial orientation  sensor which would automatically reorient the display based on how the user is looking at it.

In order to keep the patent sufficiently broad, they don’t specify all of the potential use cases for the watch, but one example sounds like it could offer smartphone connectivity similar to that found in other smartwatches already on the market:

…the end user could respond to alerts sent from the portable electronic device and even direct the operations of the portable electronic device to an extent limited by the accessory device user interface. With a touch screen user input a user can accomplish a number of different tasks including adjusting the order of a current playlist, and reviewing a list of recent phone calls. A response to a current text message can even be managed given a simple virtual keyboard configuration across the face of the flexible display.

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The patent also describes the potential for using a kinetic energy device as well as an ambient light energy collector to help keep its battery charged. It also envisions a possible configuration which would include bright edge-lighting for displaying alerts with increased peripheral visibility. They also hint that the device could support both 5GHz 802.11n Wi-Fi and/or Bluetooth connectivity, with Wi-Fi being used for content like video streaming, and Bluetooth for smaller data payloads.

While it’s always possible that Apple won’t bring any or all of these ideas to market, it clearly shows that there’s still innovative thinking going on within the walls at Apple, and that if they do release an iWatch, it won’t be like any other watch you’ve seen.

You can read the full patent application here.

[via Apple Insider]

Boompack Boombox Backpack: Wear the Party on Your Back

We’ve featured a couple of designs for backpacks with speakers built in, but I have to say the latest concept design looks like the best of the bunch.

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Designer Massimo Battaglia’s Boompack backpack not only has a boombox built in, but it includes a tiny projector too. Basically, this thing is a portable rave on your back.

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The design calls for 100-watts of power, with 8 speaker drivers, a built-in rechargeable battery – good for at least 6 hours, a 200-lumen pico projector, and Bluetooth wireless connectivity for your smartphone. The pack is also designed to be impact and water-resistant, and could stand on its own if you set it down on the ground or on a tabletop.

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It’s even got a hidden compartment for docking your smartphone, as well as an SD card slot and USB port, as well as audio connections for external devices.

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As is so often the case with these sort of things, the Boompack is merely a design concept at this point, and there’s no indication if or when it will be produced.

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[via Klonblog(DE)]

Google Glass Pre-order Contest: Get Your Schizophrenic on

Want to be part of the very possible future? Google has just announced that they will be giving U.S. residents the chance to be the first to own a Google Glass, the company’s much-hyped wearable computer. But don’t belt out God Bless America just yet. You have to prove to Google that you really want to own their computer.

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Aside from being a resident of the United States, in order to be eligible to pre-order (yes, you’re going to pay) the headset you have to be at least 18-years-old, and finally you have to answer a simple question: “What would you do if you had Glass?” You must answer the question in 50 words or less and send your answer to Google via a Google+ or Twitter account with the hashtag #ifihadglass. Google will then choose 8,000 applicants to become “Glass Explorers.” If you’re one of those people, you’ll still have to fork over $1,500 (USD) to finally get a Glass. So what do you get in exchange for all that trouble? Watch Google’s new video to find out:

Head to the Google Glass website for the full instructions of the contest. Be sure to read the FAQ and Terms as well so you don’t screw up your application. If any other company required you to join a contest for a chance to give them $1500 of your money, that company would have been laughed out of business. But this is Google we’re talking about, and the Glass looks like no mere product.

[Google via Acquire]

Seismic Cloak Could Protect Your House, But Your Neighbors Won’t Be Happy

When someone starts talking about cloaking devices and technology, I immediately reference the Romulan tech of Star Trek. However, when it comes to earthquakes, scientists are working on a way to cloak entire structures from tremors.

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The so-called “seismic cloak” would help protect buildings, power stations and dams from earthquakes, by using metamaterials to divert the seismic waves around an area. Seismic waves have a longer wavelength than light, making them a lot easier to push around. Recently, researchers in France performed the first large-scale test of seismic cloaking.

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They came up with an array of empty holes that were able to redirect seismic waves so well that acoustic sensors beyond the second row were hardly able to detect the waves. Now, scientists have to address how to deal with real quakes that come in a number of different wavelengths, and figure out what to do with the redirected seismic energy, otherwise adjacent structures could end up bearing more than their fair share of the quake’s energy.

[via MIT Technology Review]

Moneual Smart Care System Helps Deaf Identify Sounds

While there’s plenty of hype going on about smartwatches these days, most of the watches out there solve fairly superfluous problems – like seeing that you have a phone call because you’re too lazy to get the phone out of your pocket. On the other hand, this smartwatch could really help deaf and hard-of-hearing people.

moneaul smart care system smartwatch for deaf

The Android 4-powered Moneaual Smart Care System (SCS1000) can be used to alert people with hearing difficulties to emergency situations by relaying information to the LCD screen of the watch, as well as an accompanying vibration alert.

The device can detect specific sounds and alert users to them on the watch display. In indoor mode, the watch is smart enough to identify everything from the sound of a doorbell ringing, to a smoke alarm beeping, to a crying baby to a phone ringing or boiling water. In outdoor mode, it can detect car horns and other loud noises to protect wearers from dangerous situations. The watch also offers an emergency mode which can call 911 and request help on your behalf.

There’s no word yet on pricing or a release date for the Moneaual Smart Care System, but it could definitely be a great gadget for those with partial or total hearing loss when it’s ultimately released.

Hive-Minded Robots Swarm in the Water

We have robots that can swarm on land and in the air and now they have invaded swimming pools. These robotic boats from the University of Pennsylvania are pretty neat and kind of cute too. Each boat is named after periodic table elements. And they won’t try to drown us either – not for a while at least.

For this DARPA-sponsored project, engineers are trying to get this fleet of small robotic boats to cooperate to form useful structures that can withstand the movements of water, while being able to stiffen as needed to handle vehicular or other traffic. The university has over 100 of these prototype floating robots. They are each controlled by a tiny Gumstix Linux computer use four separate motors to enable omnidirectional movement and zero-radius turns.

This is useful for more than just playing in the pool. A swarm of these robo-boats could form bridges, runways, or even islands. Imagine what larger versions could do for rescuing people at sea or forming impromptu bridges so that people could evacuate during a terrible storm. They could even help to create an impromptu runway for delivery of supplies and transport of personnel.

You can see the robots in action in the video clip below:

[via The Daily Pennsylvanian via iEEE Spectrum]

Disappearing Packages: When the Product is the Package, and the Package is the Product

Every year, 140 billion pounds of packaging are disposed of in the United States alone. The world is running out of space for land fills and we’ve already got enough particulate matter in the atmosphere, just in case some people think burning the whole lot is the solution.

Design student Aaron Mickelson is well aware of the impact that all this packaging has on the environment. His alternative? Disappearing packaging.

Disappearing PackageNot the type of disappearing that involves magic, but ingenuity. Instead of using non-biodegradable materials to package various household products, Aaron’s packaging calls for the product itself to be integrated into the packaging, so the latter gets used up in the process as well.

Instead of ending up with an empty bottle, you’ll end up with… well, nothing. Some example designs include detergent pods which punch out of a perforated sheet that forms the package, soap packaging made out of soap, and garbage bags that are packed in, well… a garbage bag.

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Doing something like this might be easier said than done, but it’s worth a shot, at the very least.

[via TAXI via Bit Rebels]