Hasta La Gadget!

Haier had a pretty formidable booth here at CES, so naturally, we had to swing by and cast our eyeballs over anything and everything there. A wall of TVs greeted us, which turned out to be the company’s 2013 Roku-ready HDTVs and Android-packing smart models. Screens were everywhere, but there was also a table with some finger-friendly equipment like 9.7-, 7- and 5.3-inch HaiPads, as well as a Windows 8 laptop, touchscreen all-in-one and tab / laptop slider. The slider looked pretty nice, but all the aforementioned hardware was set up in Chinese, so we lost interest pretty quickly. A central hall booth wouldn’t be the same without a 4K TV, but not to worry, Haier had a couple on display — unfortunately, glare from all the other screens dotted around kind of dampened their impact.

What we were most interested in was all the prototype technologies on show, but all the Haier reps were from the US sales department, so not a soul could talk about the demonstrations. The eye-controlled TV we saw at IFA last year was getting quite a lot of attention, while the mind-controlled set we’ve also seen before was almost certainly playing a looping video to give the illusion something was happening. There were also several gesture-controlled models, but one wasn’t working and the other was hosting a very basic Kinect-type game. A ping-pong game played with a “Sensory Remote” was also up on one TV, but looked unresponsive and therefore, unfun. A multi-view demo using dual 3D specs did what it was supposed to, and a glasses-free 3D TV prototype showed nice depth as long as you were 12+ ft away (the camera can’t really replicate the effect, but there’s a quick video of it below anyway).

The booth also had a household section which we thought was safe to ignore, until a “wireless blender” caught the eye. “It’s just a blender with a battery in it, surely?” this editor asked. “No, there’s an inductive coil built into to the underside of the counter,” was the reply. Thus was our Haier experience at CES, and to revisit it through our eyes lens, check out the gallery below.

Kevin Wong contributed to this report.

Continue reading A look around Haier’s CES 2013 booth: HaiPads, plenty of panels and a wireless blender

Filed under: Cellphones, Desktops, Displays, Household, Laptops, Tablets, HD

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We’ve seen the concept of electromotive (movement-based) charging before, but it usually comes at the cost of either a clunky design or a limitation to very low-power devices like watches. Apple has been experimenting with a concept that could power gadgets as big as iPhones and iPods with that spring in your step — and without the bulk of any extra wires. A newly published patent application uses flat, printed coils to generate electromagnetic induction through movable magnets; as the device bounces around in your pocket, the magnets slide past the coils and run them through the magnetic fields they need to build electricity. It all sounds grand, but it’s hard to tell from the very recent June filing whether the technology is enough to keep devices completely powered or simply delays the inevitable. We’d still suggest getting back into shape, though, in the event that morning run can one day save you from hunting down a wall outlet.

Filed under: Cellphones, Portable Audio/Video

Apple trying for patent on electromotive charging, could use that confident stride to charge iPhones originally appeared on Engadget on Thu, 20 Sep 2012 16:40:00 EDT. Please see our terms for use of feeds.

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There are already a number of ways to add lighting to LEGO kits, but none of them are particularly elegant, and the ones I’m aware of require wires and a large battery pack to light up your LEGO creations. But if this idea ever comes to fruition, we could have the coolest looking light-up LEGO sets ever.

Designed by LEGO Cuusoo contributor Samuq, the LEGO Induction Lamp would be a set of special LED LEGO bricks which illuminate through wireless inductive power. The bricks would lock onto a special baseplate with the induction circuitry built in. Each brick would then have a set of two coils – one for receiving power from the baseplate, and a second for passing along power to the next brick in the stack.

The basic bricks would come in a simple 1×1 configuration, but there’s no reason why larger variants with more LEDs couldn’t be made. They also could come in other colors besides white. Samuq admits that his concept design needs refinement from an electrical engineer, but the general idea is brilliant. I’m hopeful that LEGO considers this idea for implementation, and if you want to help make that dream become a reality, head on over to Cuusoo and show your support by casting a vote for these cool light-up LEGO bricks.