Hasta La Gadget!

Watch out Clapper; there’s a new switch in town. iOn is a capacitive switch that lets you toggle lights and other devices simply by waving your hand in front of it. You can even extend the switch’s coverage or hide it altogether by putting a conductive object on top of it.

Like most smartphone touchscreens, iOn uses capacitive sensing to work. Think of it as a much simpler theremin. Aside from waving your hand to toggle a device on or off,  you can also keep your hand in front of iOn to gradually dim or brighten a light source. Apparently you’ll also be able to control the switch via a mobile app. Finally, as I said earlier, you can also turn a conductive object into a switch by placing it on top of the iOn. iOn fits over standard US switch boxes and can replace most mechanical switches out of the box.

Wave to your browser and pledge at least $40 (USD) on Kickstarter to get an iOn switch as a reward. The switch is both practical and cool, but I hope it doesn’t consume a lot of electricity, or at least has a power saving mode.

Because of its size and form, Google Glass has a limited – albeit seemingly capable – user interface: touch gestures, head gestures and voice commands. Even though Glass’ display is visible at all times, there are times when it would be impractical, insensitive or downright impossible to interact with it. That’s why researcher Brandyn White came up with three alternative ways of controlling Glass.

The first method is via eye tracking, i.e. triggering commands just by looking at a particular spot. Brandyn achieved this using a modified webcam, a 3D printed case and a custom software. As Brandyn notes, future versions of Glass may have eye-tracking built-in so this hack may be rendered obsolete. But even if that happened Brandyn says he doesn’t want this to be used in public, probably because it’s distracting and can also be offensive if used when you’re with other people.

Brandyn also made a browser-based control interface for Glass with the help of a JavaScript-based platform called WearScript. As silly as it sounds, this interface will probably let you control Glass even if you’re not wearing it.

Finally, Brandyn used a MaKey MaKey and WearScript to enable alternative touch controls for Glass. For instance, he wired MaKey MaKey to his clothes so that he could control Glass just by touching his sleeves. He also used two bananas to play Super Mario Bros. on a NES emulator.

You should check out Brandyn’s full article about his hacks on his website. Brandyn and his colleague Andrew Miller also made a couple of Google Glass hacks designed to help the blind become aware of their surroundings.

[via Mike Elgan via The Future of Things]

Atmel’s XSense technology made its debut way back in April of 2012, but today ASUS became the first big name gadget maker to commit to using the tech — pledging to put it in an unnamed next-gen tablet set to debut in Q1 of this year. For those unfamiliar, XSense is a capacitive touch sensor that can be bent and bonded to surfaces of any shape. We got to see XSense for ourselves at CES today and chat with its makers to learn a little more about it.

While there are no technical limitations to the size of its touch sensors, Atmel’s technology is currently limited to a max size of 32 inches due to manufacturing constraints. However, the company has plans to increase that fabrication size at its Colorado manufacturing facilities. We got to test out the technology on a piece of Corning Gorilla Glass bonded imbued with XSense (alas, no ASUS tablet sneak peeks to be had), and can confirm that the technology does work quite well. The company sees its touch sensor as a way for device makers to utilize currently unused edge real estate on phones and tablets, in addition to providing designers with more flexibility when creating gadgets. Of course, we’ll have to see what kind of creative ways ASUS and other OEMs implement XSense, but you can see some shots of the sensor film and Atmel’s demo unit in our gallery below.

Continue reading Atmel’s XSense technology’s will make curved touchscreens possible (hands-on)

Filed under: Displays, Mobile

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Not content with turning inanimate objects into touch sensitive interfaces, Disney Research is now developing a noninvasive technology they call Botanicus Interacticus, which turns plants into touch sensitive input devices.

In simple terms, an electrode is buried into the soil where a plant has taken root. This allows Disney’s researchers to apply a weak current to the plant at multiple frequencies. The use of multiple frequencies helps the researchers identify not just when but also where the plant is being touched. These signals can then be used in a variety of ways – the demo below shows plants being used to play music and video.

Imagine having just a couple of plants inside your room instead of switches. Or perhaps you can make it so your door will only unlock when you touch a nearby plant in a certain way. That sounded wrong, but you get what I mean.

[via BuzzFeed]

Sure, you spend plenty of time talking to your plants, but have you ever made them sing? In partnership with Berlin-based Studio NAND, Walt Disney’s experience development arm, coined Disney Research, has found a way to take human-plant interaction to an almost freakish level. The project’s called Botanicus Interacticus, and centers around a custom-built capacitive sensor module, which pipes a very low current through an otherwise ordinary plant, then senses when and where you touch. Assuming your body is grounded, the device uses more than 200 frequencies to determine exactly where you’ve grabbed hold of a stem. Then, depending on how it may be programed, the sensor can trigger any combination of feedback, ranging from a notification that your child is attempting to climb that massive oak in the yard again, to an interactive melody that varies based on where your hand falls along the plant.

Because this is Disney Research, the company would most likely use the new tech in an interactive theme park attraction, though there’s currently no plan to do much more than demo Botanicus Interacticus for SIGGRAPH attendees. This week’s demonstration is giving the creators an opportunity to gather feedback as they try out their project on the general public. There’s four different stations on hand, ranging from a stick of bamboo that offers the full gamut of sensitivity, including the exact location of touch, to an orchid that can sense an electric field disruption even as you approach for contact. While interactive plants may not have a role in everyday life, Botanicus Interacticus is certainly a clever implementation of capacitive touch. You can see it action just past the break.

Continue reading Disney Research’s Botanicus Interacticus adds capacitive touch to ordinary plants, we go hands-on

Filed under: Household, Peripherals

Disney Research’s Botanicus Interacticus adds capacitive touch to ordinary plants, we go hands-on originally appeared on Engadget on Wed, 08 Aug 2012 14:58:00 EDT. Please see our terms for use of feeds.

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