A Drinking Glass That Can Prevent Sexual Assault

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Three years ago Michael Abramson was at a nightclub in Boston. Shortly after taking a sip of his drink, he knew something was wrong. It was his first drink of the night but “started to feel much more like my 15th drink,” he reported. Before he knew what was happening, the suddenly legless Abramson was being thrown out of the club, presumably for being overintoxicated; his friends had to carry him out, and he remained unconscious until the next morning.

Abramson had been “roofied,” having drank from a cocktail that someone had spiked. It’s possible he was the target of a potential robbery, or that the drink was intended for someone of the fairer gender—shockingly, some 400,000 women are rendered unconscious and subsequently raped each year after unwittingly ingesting GHB, Rohypnol or Ketamine, colloquially known as “date rape drugs.” (And that number only reflects the cases that are reported.) Even worse, you don’t need to be Walter White to whip up a batch of GHB—it’s easily created out of commonly available chemicals, and the resultant drug is odorless, flavorless and colorless, making detection just about impossible.

Abramson, who had studied engineering in his undergrad years, resolved to make it detectable. After enlisting the help of two of his former professors from Worcester Polytechnic Institute, he formed DrinkSavvy, a company dedicated to producing cocktailware—cups, straws, cocktail stirrers, and drinking glasses—that would change color in the presence of date rape drugs.

The team successfully worked out the chemistry, and next month DrinkSavvy’s first batch of drinking straws and 16-oz. plastic cups will begin shipping. The first recipients will be the crowdsource backers that helped launch DrinkSavvy through IndieGogo, where a modest 50 large was enough to get the initial products manufactured. The company expects to have units ready for sale to the general public by 2014.

Here’s a demonstration of a prototype:

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Wristwatch Concepts by Product Tank

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The wristwatch is perhaps second only to the wheel in terms of products that are in dubious need of reinvention, but designer Product Tank has a couple tricks up his sleeve (so to speak). Over on our forums, he was wondering if he had indeed invented a new enclosure system for a watchband: “I’ve come up with a way of putting the watch on, which must have been done before, but I can’t find anything like it on internet searches, please watch the short video below and if any one has seen it etc., let me know?”

The packaging—a dead ringer for Apple products—is a nice touch. He also offers a preemptive disclaimer that the production version of the locking mechanism would be much thinner, and that the strap can be adjusted under the face of the watch.

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For Key Grips, Some Choice Gear: Ben Mesker’s Modular, Portable Jokerbox Storage System

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Ben Mesker’s Jokerboxes combine three of my favorite things: Industry-specific tools, objects designed to hold stuff, and the DIY ethos. Director of Photography Mesker has 20 years of shooting experience, and after the first 15 years, he had built up a steady list of “common problems found on sets everywhere.” No stranger to a table saw, the handy Mesker then set about designing a portable, ultra-utilitarian way of having all the necessary grip equipment close at hand, as a way of solving those problems.

Mesker’s solutions are called Jokerboxes, and while they outwardly resemble the de rigueur apple boxes found on every film set, they contain far more functionality. You need to see this explanatory video—in the following three minutes, you are going to witness an absurd amount of clever design thinking.

You catch those shots of Mesker hand-drafting? Sure to bring back some memories for a subset of us.

By the bye, Mesker has penned an article about an early on-set experience that shaped the way he approaches projects. While the central character is “The Fastest Gaffer in Pittsburgh,” the lesson could well be applied to many a creative field, like industrial design, that requires technical acumen. Read it here.

Hit the jump for some cool shots of the Jokerboxes.

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Must-See Video: Eric Buss’ Bubble Wrap Bike

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You pop the bubbles in bubble wrap to relieve stress. But sometimes you just cannot pop them fast enough, and that leads to even more stress. To solve this niggling problem, Los-Angeles-based comedian/magician Eric Buss used some good ol’ fashioned American ingenuity. And this, friends, is why the terrorists hate us.

My only concern is that Buss’ contraption does not burn fossil fuels nor create any direct pollution. SUV version, please!

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Brilliant Package Design: Jar-with-a-Twist

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Here’s yet another badly-acted, supposed-to-be-ironic infomercial, but this one belies a clever product design. The Jar-with-a-Twist is a structural package design that operates like a deodorant stick, elevating the interior base as the user cranks. Have a look:

The cited three cents per unit in additional cost is something I’d gladly pay for the convenience of being able to get every last drop of the jar’s contents. I love the brilliance of simply molding threads into the surface. And as someone who hates waste, I’d love to see this package design mechanism applied to, well, everything. How many millions of gallons of shampoo/toothpaste/mayonnaise/you-name-it must we throw out each year, simply because it’s not practical to extract all of it?

The Jar-with-a-Twist concept was developed by this small team of guys and is currently patent pending.

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Building Bird-Friendly Architecture, Courtesy of Aaron Dunkerton’s ‘Bird Brick’

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In most parts of the world, we can’t exactly say that new architecture has been kind to our feathered friends (or any part of our environment for that matter). In a time of urban sprawl, pollution and environmental degradation, London-based Aaron Dunkerton‘s project “Bird Brick” is a nice nod to the role design could be playing in our less than healthy relationship with the environment. We’ve seen some similar projects, most notably the Brick Biotope by Micaelaa Nardella and Oana Tudose at “FABRIKAAT” during Salone Milan 2012, but Kingston University grad’s approach seems to bypassing some potential structural issues by sticking to the brick making basics.

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Using a traditional brick-making process and the help of MGH Freshfield Lane in West Sussex, UK, Dunkerton created a five-part brick system that provides a cavity for House Sparrows to nest. The house sparrow population in the UK has decreased by an alarming 70% in the last 50 years. Not surprisingly, pairing well-considered design with an endangered species is a pretty simple recipe for a project that strikes that sweet spot between design and doing good.

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Who Invented the Umbrella: The Romans, the Chinese, or Frogs?

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We’ve seen umbrellas stuck into car doors; optimized for wind resistance; slapped onto bikes; and the design potential for this simple device is so great that we even ran a series on umbrella innovations earlier this year (here’s Part 1, here’s Part 2). The umbrella is one of the longest-lived objects I can think of (and a great example of early design). We know the Ancient Greeks and Egyptians had parasols for sun blockage, and that the Chinese had developed a collapsible umbrella design as early as 21 A.D. But who came up with the idea of the umbrella in the first place?

The amazing photos here, captured by Indonesia-based photographer Penkdix Palme, make you wonder: Was the umbrella’s invention biomimetic in the sense that we saw an animal doing this and then emulated them? Or is it simply common sense that early man, caught in the rain, seeks to block it by holding a deflective object above their head?

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Swimming World Championship Medals by La Granja

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Barcelona-based design studio La Granja Design is pleased to present their latest project, the medals for the 2013 Swimming World Championship in their hometown. FINA (the Federation Internationale de Natation) selected their design from the concepts submitted by five studios in a private design contest over a year ago; the swimming competition started about a week ago on July 19 and will continue until August 4th.

Wanting to do something unconventional but deeply rooted into the swimming world, we borrowed the idea of a silicon strap from the swim goggles. This opened to lagranja a full range of possibilities.

Silicon’s technological properties enabled us to hold the medal in a completely different way, embracing it instead of hanging it. This, of course, lead us to new forms.

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The Slim: Cocoon’s Grid-It Organizer Now Available in Bag Form

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The GRID-IT organizer first caused a stir when it hit the market some years ago [Ed. Note: including a2011 Core77 Design Award], and for good reason: It was an affordable and clever way to bring order to chaos, lighting up the pleasure center of many a small-tool- or gadget-organizing geek. The seemingly-randomly-placed elastic straps, as chaotic-looking as they are, belie the object’s ability to swallow whatever you want, in whatever order you want it.

My only gripe with the thing was that it was somewhat awkward to pull in and out of bags, with accidental friction causing some items to snag or shift, thus ruining my organizational OCD masterpiece. For that reason I stopped using mine. But Cocoon Innovations has now finally integrated the GRID-IT into its own bag, the SLIM.

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Available exclusively through their website and Apple, the $80 SLIM is kitted out with de rigueur materials–water-resistant ballistic nylon and waterproof zippers–but it’s got that sweet GRID-IT built-in behind the front flap, while the secondary compartmant closer to your back holds your laptop/tablet. It ain’t gonna hold your gym stuff, but for folks like me who are fans of slim bags (it’s just 3.5″ thick) this is looking like a home run.

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A Brief History of Golf Ball Design, and Why You Shouldn’t Hit People with Baseball Bats

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I once helped a career criminal move some things out of his basement—long story—and when we got to his golf clubs, he hit me (not literally) with this factoid: A golf club is apparently the ideal implement for casual, everyday interpersonal assault.

“I thought [guys in your line of work] used baseball bats,” I said, naively.

“Nah,” he said. “Those are too big and heavy. You come at me with a bat and I can take it away from you. But this”—he turned around and swung a golf club back and forth through the air, causing it to make a creepy whistling noise—”you don’t see this coming, it’s so fast. And you can’t get it away from me. Look at the rubber grip on this thing.” Ergonomically superior, he said, though in more colorful terms. Lastly he pointed out that if you get pulled over and the cops find a bat in your trunk, you get a second look; but a set of golf clubs never prompts questions.

Other than that story I have nothing revelatory to say about golf club design. Golf ball design, on the other hand, is pretty interesting. The first golf balls from the 14th Century were made out of wood, specifically beech, by carpenters using hand tools. They weren’t perfectly round and it’s safe to assume that they sucked. The 17th Century saw the slight design improvement of the featherie, a leather ball stuffed with bird feathers and stitched shut. But these things took forever to make, behaved differently when vet versus dry, and were also not perfectly round.

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In the mid-1800s, a guy named Robert Adams Paterson made the first molded ball. He discovered that the sap from a sapodilla tree, native to Malaysia, could be heated up, placed into a round mold and would then dry hard. Called the guttie, these were the first golf balls with mass-manufacturability, and with the added bonus that they could be reheated and re-molded if they went out-of-round.

Then an interesting discovery was made. If you owned a guttie for a while, it got nicked and banged-up from regular use. People subsequently observed that when you hit a nicked-up guttie versus a brand-new one, the roughed-up balls actually had a more consistent flight path. Well before the Wright Brothers or any knowledge of aerodynamics, regular folk observed that those little nicks helped stabilize the ball in flight.

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Golf ball manufacturers thus began etching, carving and chiseling different textures into guttie surfaces, trying to find the pattern most conducive to stable flight.

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