Nanotechnology-Powered Wiper-Less Windshield
fab writes "Italian car designer Leonardo Fioravanti (who worked for Pininfarina for a number of years) has developed a car prototype without windshield wipers. This amazing technological feat is made possible thanks to the use of 4 layers of glass modified using nanotechnology. The first layer filters the sun and repels the water. The second layer, using 'nano-dust' is able to push dirt to the side. The third layer acts as a sensor that activates the second layer when it detects dirt, while the fourth layer is a conductor of electricity to power this complex mechanism. I haven't been able to find an English article, but there is always a google powered translation of the Italian article."
Is this any stronger than a standard windshield, or will the rogue baseball do it in?
Maybe I'm stupid, and being your typical /.er I didn't RTFA, but how does a second layer deal with dirt? Is the first layer permeable? That's just... weird.
This comment is fully compliant with RFC 527.
Cool - this totally reminds me of that episode of C.O.P.S, when a chemical mishap produces some sort of dirt-repelling cloth that the Big Boss uses to make a super clean suit. I don't remember if there was anything else to the plot though...
"snow? I challenge your nanotech with my ICE SCRAPER!"
surely they planned for that, right? How much water can these windshields repel? Semi drives by and throws tons of water on my windshield and it'll automatically clear it instantly at highway speeds? My wipers can hardly keep up, i have my doubts about this technology.
my karma will be here long after I'm gone
You beat me to it. I am really curious whether it will work for motorcycle visors, side mirrors, and maybe the windows on my office so they don't dry all spotted with dirt :)
Good point and funny reply, and this seems to be a good spot to reveal one of the great secrets of auto maintenance: you can sharpen your windshield wipers and make them last many times longer. All you need is a small piece of fine sandpaper. Get the wiper blade wet (if it's not already), fold the sandpaper into a V shape, and pull it along the edge a number of times. You want to take off the stiff and cracked edge and expose a fresh layer of rubber. I get extra years out of blades this way, though YMMV.
I use a little gadget I bought at a flea market for a dime decades ago, a little piece of sheet aluminum that's mostly handle to hold an inch-long groove like two sides of an inside-out triangular file. Forget the "100 mile-per-gallon carburetor," it's the windshield wiper blade sharpener that's my candidate for great suppressed invention.
Q: What does the "B." in Benoit B. Mandelbrot stand for? A: Benoit B. Mandelbrot
The real news is that Google just dropped an almost perfect machine translation of an Italian article and nobody noticed. I surfed all over the articles website amazed buy one article after another, not by their content, but by the translation. Hasn't anybody else noticed? Perhaps it is a fruition of Google scanning and comparing those thousands of U.N. Documents they said they would use a year or two ago.
"Where have all the good people gone?" - Jack Johnson
A top layer that repels water. Swell. But how long does that layer last when subjected to your typical environment?
A second layer of microscopic dust that somehow pushes dirt to the side. Can anybody fathom any mechanism for this?
A third layer that's a sensor for dust? WTF?
A fourth conductive layer?
One possible mechanism might be that the fourth layer is charged up to several thousand volts, charging the unwanted dust, then it reverses polarity, repelling the dust. Which might have a chance of working at 0% humidity and very fine dust.
Also note that the gratuitous reference to nanotechnology, which in this context probably refers to what we normally call "powdered ingredients".
Medium cat is MEDIUM.