Three motorcyclists competing in the final race of the international MotoGP circuit this month will have extra injury insurance, in the form of wearable airbags. Alpinestars’s Tech Air Race suit uses an onboard computer to sense the subtle differences between regular track turbulence and the motion associated with an impending crash, and it fires fall-cushioning airbags on the shoulders and collarbone (an oft-injured area for racers) before the biker hits the ground. These bags are nearly 10 times as effective at preventing injury as other armor. With foam pads, the impact at 200 mph is still more than 4,000 pounds of force; when this suit’s bags are inflated, that number is cut to 450 pounds—the difference between a collarbone fracture and a bruise.
Alpinestars anticipates that its consumer-grade suit—with two 2-quart bags, like those currently on pro tracks—will go on sale next year, with airbag-equipped jackets for everyday riders rolling out around 2013.
How To Cushion A Fall
A 1.1 pound computer set between the rider’s shoulder blades collects G-force, vibration and tilt data from seven sensors throughout the suit every two milliseconds….(read more)
Source: Popular Science
Ahmed Mohamad did not invent, nor build a clock. He took apart an existing clock, and transplanted the guts into a pencil box, and claimed it was his own creation.
“Is it possible, that maybe, just maybe, this was actually a hoax bomb? A silly prank that was taken the wrong way? That the media then ran with, and everyone else got carried away? Maybe there wasn’t even any racial or religious bias on the parts of the teachers and police.”
Without dating myself – fast forward a bunch of years, and I’m the same way. I’ve even picked up an engineering degree over the course of those years. I don’t have to only imagine how things work anymore, I have a pretty good understanding now.
When shopping for electronic devices, my first instinct is to see if there’s a way to build one myself (and, I frequently do!) When something of mine breaks, I don’t send it back, I take it as a personal challenge to get it working again.
If I fail, I still salvage useful parts – they might come in handy to fix something else later. This aspect of myself – being both methodical, and curious – hasn’t changed a bit over the years.
So, this story about a 14 year old boy in Texas that was arrested on suspicion of creating a bomb hoax (who, apparently just wanted to show off his latest electronics project to his teachers) that has blown up (no pun intended) all over the news and social media, caught my attention immediately.
“The shape and design is a dead give away. The large screen. The buttons on the front laid out horizontally would have been on a separate board – a large snooze button, four control buttons, and two switches to turn the alarm on and off, and choose two brightness levels.”
Not because of his race, or his religion, the seeming absurdity of the situation, the emotionally charged photo of a young boy in a NASA t-shirt being led off in hand cuffs, the hash tags, the presidential response… no, none of that. I’m an electronics geek. I was interested in the clock! I wanted to figure out what he had come up with.
“He again claims it was his ‘invention’ and that he ‘made’ the device…Here it is on Amazon, where it’s clearly labeled as being 8.25 inches wide. Our eBay seller also conveniently took a photo of the clock next to a ruler to show it’s scale – about 8 inches wide. The dimensions all line up perfectly.”
I found the highest resolution photograph of the clock I could. Instantly, I was disappointed. Somewhere in all of this – there has indeed been a hoax. Ahmed Mohamed didn’t invent his own alarm clock. He didn’t even build a clock. Now, before I go on and get accused of attacking a 14 year old kid who’s already been through enough, let me explain my purpose. I don’t want to just dissect the clock. I want to dissect our reaction as a society to the situation.
“I don’t want to just dissect the clock. I want to dissect our reaction as a society to the situation. Part of that is the knee-jerk responses we’re all so quick to make without facts.”
Part of that is the knee-jerk responses we’re all so quick to make without facts. So, before you scroll down and leave me angry comments, please continue to the end (or not – prove my point, and miss the point, entirely!)
For starters, one glance at the printed circuit board in the photo, and I knew we were looking at mid-to-late 1970s vintage electronics. Surely you’ve seen a modern circuit board, with metallic traces leading all over to the various components like an electronic spider’s web. You’ll notice right away the highly accurate spacing, straightness of the lines, consistency of the patterns. That’s because we design things on computers nowadays, and computers assist in routing these lines. Take a look at the board in Ahmed’s clock. It almost looks hand-drawn, right? That’s because it probably was. Computer aided design was in its infancy in the 70s. This is how simple, low cost items (like an alarm clock) were designed.
“Ahmed wasn’t accused of making a bomb – he was accused of making a look-alike, a hoax. And be honest with yourself, a big red digital display with a bunch of loose wires in a brief-case looking box is awful like a Hollywood-style representation of a bomb. Everyone jumped to play the race and religion cards and try and paint the teachers and police as idiots and bigots, but in my mind, they were probably acting responsibly and erring on the side of caution to protect the rest of their students, just in case.”
Today, even a budding beginner is going to get some computer aided assistance – in fact they’ll probably start there, learning by simulating designs before building them. You can even simulate or lay out a board with free apps on your phone or tablet. A modern hobbyist usually wouldn’t be bothered with the outdated design techniques. There’s also silk screening on the board. An “M” logo, “C-94” (probably, a part number – C might even stand for “clock”), and what looks like an American flag. More about that in a minute. Point for
now being, a hobbyist wouldn’t silk screen logos and part numbers on their home made creation. It’s pretty safe to say already we’re looking at ’70s tech, mass produced in a factory.
“Ahmed Mohamad did not invent, nor build a clock. He took apart an existing clock, and transplanted the guts into a pencil box, and claimed it was his own creation. It all seems really fishy to me.”
So I turned to eBay, searching for vintage alarm clocks. It only took a minute to locate Ahmed’s clock. See this eBay listing, up at the time of this writing. Amhed’s clock was invented, and built, by Micronta, a Radio Shack subsidary. Catalog number 63 756.
The shape and design is a dead give away. The large screen. The buttons on the front laid out horizontally would have been on a separate board – a large snooze button, four control buttons, and two switches to turn the alarm on and off, and choose two brightness levels. A second board inside would have contained the actual “brains” of the unit. The clock features a 9v battery back-up, and a switch on the rear allows the owner to choose between 12 and 24 hour time. (Features like a battery back-up, and a 24 hour time selection seems awful superfluous for a hobby project, don’t you think?) Oh, and about that “M” logo on the circuit board mentioned above? Micronta.
For one last bit of confirmation, I located the pencil box Ahmed used for his project. During this video interview he again claims it was his “invention” and that he “made” the device – but the important thing at the moment, at 1:13, we see him showing the pencil box on his computer screen. Here it is on Amazon, where it’s clearly labeled as being 8.25 inches wide. Our eBay seller also conveniently took a photo of the clock next to a ruler to show it’s scale – about 8 inches wide. The dimensions all line up perfectly. Read the rest of this entry »