It Takes Two: ‘DUO’ Binary Camera Concept by Chin-Wei Liao

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Besides, say, a number of curious rituals, the prevalence of the smartphone has also begotten the so-called “Selfie,” a self-explanatory epiphenomenon of the social media era. Per TIME Magazine’s Top 10 Buzzwords of 2012: “People have been taking photos of themselves and sharing them with friends, family and Internet strangers for years. Yet it wasn’t until 2012 that a name for these self-portraits, typically made to post on a social networking website (or send in a text message), really hit the big time.”

For his final project at RCA’s Innovation Design Engineering program this spring, Chin-Wei Liao sought to refine the social experience of amateur portraiture, a paradox compounded by the advent of the digital camera. On one hand, “we have stronger memory connection and emotion projection” when we see ourselves in old photos, despite (or perhaps because of) the fact that “documenting the presence of self is not an easy task”; similarly, “there is usually one person has to be excluded from photos taken in social events.” On the other hand, “many people feel uncomfortable being photographed or do not like seeing their self-images”; hence, the option to ‘untag’ oneself in Facebook photos.

Thus, Liao’s ‘DUO‘ addresses both sides of the Selfie, allowing two users to be both photographer and subject at the same time. The device consists of two identical, detachable cameras with synchronized triggers, such that every image has a counterpart, captured by its twin.

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Laser-Etched Fruit May Not be Good for You, but It’s Happening in the EU

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Yesterday an EU ruling came into force that may change the look of European fruit. While it will ultimately be up to each fruit provider, it seems that fruit stickers will decline and laser-etching will take its place.

But some may find the law disturbing. To be clear, the legislation does not state that fruit must be laser-etched—rather, it states that a ban on coating fruit in certain chemicals is now null and void. For three years, a Spanish company called Laser Food has been lobbying the EU to lift the ban. Why? Self-interest. Laser Food figures their laser etching technology would be a no-brainer for fruit, replacing the ink, adhesives and paper required to create a fruit sticker, but they discovered that laser burns don’t show up very well on fruit skins. (Click here to see a rather dull video of an American company doing a test-run on an untreated orange, with disappointing results.) However, they found that coating fruit with a combination of iron oxides and hydroxides provides the necessary contrast for laser etching.

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British industry periodical The Grocer reports that lasering would bring cost savings and improved sortability for fruit suppliers. A Laser Food exec was effusive, claiming fruit lasering would “[facilitate] transportation and storage.” But unsurprisingly, no one is providing results of any health studies saying that iron oxides and hydroxides are OK for us to ingest.

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Bottle Design Brain Melter: The Handle is the Spout, the Opening is on the Bottom, the Inside and the Outside Are the Same Surface

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That there is the Klein Bottle, first conceived of in 1882 by German mathematician Felix Klein. Klein’s “non-orientable surface,” as it’s called in the math community, is like a Möbius strip in that you cannot distinguish inside from outside; follow it with your eyes and you’ll see one turns into the other, which makes me very, very uncomfortable.

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I’m told that the Klein Bottle is, in essence, two Möbius strips connected together. I’d like to start sketching that to work out how it goes together, but I can’t because I’m too stupid.

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Chameleons Can Change Color, But That Video Ain’t Real

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Yet another pet video is going viral on Facebook, but this time it’s not something furry doing something cute; it’s a reptile doing something visually awesome. An unnamed offscreen puppetmaster puts his chameleon through the paces, and if you haven’t seen this yet, it’s quite the sight:

Here’s the problem: The video’s a fake! It’s a four-year-old advertisement for Ray-Ban, done by ad agency Cutwater, to promote their then-new color lines; CG overlays provide the rapid color change. The actual pace at which a chameleon changes color does not make for compelling viewing, which is why the Ray-Ban fake video has 7-million-plus hits and relatively lethargic YouTube footage of chameleons really changing can’t seem to crack the six-figure barrier.

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Casey Lin’s ‘Timbre Speaker’ Mixes Music with Materials for a New Audio Experience

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Although vinyl acolytes swear by the unmistakable warmth of analog media, there’s no denying the advantages of the mp3 or its cousins: Between the ease of distribution, sheer convenience of having thousands of available at one’s fingertips and availability of playback devices, the digital format is now the norm (resurgence in record sales—500% since 2007—duly noted). But the audio source is only half of the story: what good is a fancy turntable or lossless FLAC file if the audio equipment doesn’t live up to the fidelity of the media?

Ever since custom equalizer and gain settings were introduced to consumer audio in the 70’s, an array of knobs and faders has been the standard interface for audio equipment. Casey Lin’s “Timbre Speaker” respresents a rather more interactive listening experience, allowing the user to manipulate the sound quality by moving physical objects on the surface of an unassuming transductive receiver.

Timbre Speaker trims the essence of a speaker down to the very bare minimum, allowing the inherent qualities of the materials to become the centerpiece of the design. All superfluous detail is stripped away, leaving only the necessary audio and power ports at the rear, and combined power and volume dial. Wood and glass were selected for their favourable acoustic qualities which enhances the audio experience of the user. The Black American Walnut wood adds a warmth to the tone, while the addition of the glass vessels bring a more reverberant characteristic to the music.

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Hell in a Handbasket: We Will Use Your Phone as a Coaster Since You Don’t Have Any Manners

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It is items like MisoSoupDesign’s Anti-Loneliness Ramen Bowl (below), from earlier this year, that fuel my “Hell in a Handbasket” posts and tweets.

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But now Brazilian art director Mauricio Perussi (and his team at ad agency Fischer&Friends) have designed an opposite sort of device with their Offline Glass, which can only stand if there’s a cell phone under it:

Yes, it’s just a gag, done in conjunction with the Bar Salve Jorge in Cacador, but it’s a trenchant one. The idea of creating a co-dependent drinking glass for the sole purpose of subsuming your drinking mate’s celly is sadly attractive. So why does this post still get the HIAH moniker, given that the design is attempting to rectify a social ill? Because the fact that Perussi needed to make this comment at all shows we’re all going to Hell in a Handbasket. Put your freaking phone down or find more interesting people to drink with.

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How is the Exterior of the New Mac Pro Made? Impact Extrusion

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Man I can’t get over that new Mac Pro. And while we all know the “thermal core” part is made from extruded aluminum, how is the exterior (which is also aluminum) made? It’s obviously not extruded, as it’s got that inward-curving lip up top, and it wouldn’t make sense from an efficiency standpoint to CNC-mill the entire thing out of a billet; there would be too much waste. Any guesses?

According to Don Lehman, it’s made using the production method known as impact extrusion. Conceptually, the process is more similar to blowmolding than proper extrusion, except a metal punch takes the place of compressed air, and the material used is metal rather than plastic. Here’s a quick look at impact extrusion as performed by Illinois-based Best Metal Extrusions, on a product significantly smaller than the Mac Pro. (Looks like a cigar holder, but your guess is as good as mine.)

Here’s something a little closer in size to the Mac Pro:

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The Stayhold: Simple Industrial Design to Secure Items in Your Car Trunk

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Sometimes you don’t realize your behavior is actually compensating for a design flaw. That is, until you see the solution. When borrowing a car and carrying anything heavy or delicate—a full toolbox, a few bottles of booze, a birthday cake—I always place it in the rear seat footwell. It would be much more convenient to load into the hatch, but I don’t want those things sliding around because I took the corner too hard after watching Fast & Furious 6.

That’s where the Stayhold comes in. The Velcro strip on the bottom adheres it firmly to the carpeting inside your car, allowing you to wall things off against the edges or build your own little fort.

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As humble as this device is, to me it represents the ideal of what industrial design has to offer: It’s simple, largely monomaterial, addresses a valid need, and is relatively inexpensive. Sure it’s not going to wind up in the MoMA, but then again, neither is anything in the trunk of my car.

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Core77 TV: How to Fix the Bum Armrests on a Herman Miller Embody Chair

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Herman Miller’s Embody is one of the best office chairs on the market, and the company has a reputation for excellence in design and engineering. So we were surprised when both armrests on our review unit of the Embody independently stopped working within just a few years. (Two and a half, to be exact.) We subsequently saw the same issue on a second Embody.

The Embody’s cost has come down from a whopping $1,600 to a more manageable $1,100 or so, but that’s still a lot of scratch; shouldn’t a Herman Miller product last longer than that? After all, the company does guarantee their products for 12 years. But if you’ve got a busted Embody and don’t want to go through the hassle of shipping it back to HM for repairs, living without it for a spell, then waiting around for the delivery guy, we figured we’d see if we could fix ours using basic household tools. Have a look:

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Bye-Bye, Steel Rectangle: Apple Goes Form-Follows-Function with New “Thermal Core” Mac Pro Redesign

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Yesterday Apple unveiled their ridiculously sexy update to the Mac Pro line. The sleek, 9.9-inch-tall, 6.6-inch-diameter cylinder is unlike any other desktop machine you’ve seen.

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At first blush you might assume they’re simply playing with basic geometry, as they did with their famously failed Cube design; but the cylindrical shape was not arbitrarily selected, and is pure form-follows-function. The design process began with re-thinking the internal architecture and deciding that each core–the machine can be kitted out with up to twelve–ought receive equal cooling to improve performance. Says Apple of the resultant “thermal core” design:

Rather than using multiple heat sinks and fans to cool the processor and graphics cards, we built everything around a single piece of extruded aluminum designed to maximize airflow as well as thermal capacity. It works by conducting heat away from the CPU and GPUs and distributing that heat uniformly across the core. That way, if one processor isn’t working as hard as the others, the extra thermal capacity can be shared efficiently among them.

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