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Saturday, June 4, 2011

RIP Co-Creator of Classic Fad - The Hula Hoop

Inventors

Last week we lost Richard Knerr (on the right), co-founder of Wham-O, and sometimes credited with co-creating one of the most amazing fads in US history; the Hula Hoop.  In 1958, inspired by Australian bamboo rings used for exercise, Wham-O manufactured their Hula Hoops in new-fangled candy striped plastic - later adding beads to make that trademark swooshing sound.
Knerr & partner's company Wham-O sold over 100 million Hula Hoops from 1958-1960 (25 million of those were sold in just four months).  MultihoopThat means that just about every other US resident's hips were ringed by a hula hoop of their very own.  However there's an even more amazing thing to consider in this "American Dream" success story.
After creating a national craze, and selling millions of hoops, can you guess what Wham-O's profits eventually were?  Less than $10,000 and a massive stock of unsold hoops.  Wham-O had made some bad business deals, and thought that the Hula Hoop fad indicated a permanent market.  Also, the hoops tended to last for years - so in a way the toys were victims of their own plasticky durability.
In his 1985 book American Fads, Richard Johnson writes that the Hula Hoop is “the standard against which all national crazes are measured”.  That's a telling statement, as we can learn a lot both from the meteoric rise of the fad, to the warehouses of unsold heaps of Hula's.  In case you're worried, Wham-O did just fine even after the hoop swooped its last loop.  They went on to invent and market such toys as the Frisbee, Nerf, Superball, and countless other perennial childhood favorites.
HudsuckerOne of my favorite movies takes its inspiration from the hula hoop.  It's a Cohen Brothers film called "Hudsucker Proxy", and while it's far from any real facts surrounding the actual invention of what they called the "Extruded Plastic Dingus", it's the kind of story that you wish happens along the way to developing a classic toy.


Friday, June 3, 2011

Wiremate, a wire management system

Inventors and Their Inventions

Photographer David Friedman explores the inspiration that moves inventors
Tony Pagoto

Wiremate, a wire management system

Pagoto's molded resin boxes organize, protect and conceal the cluttered tangle of wires that accumulate behind desks and home entertainment systems. Of his foray into the world of inventions, Pagoto says, "Dreams and determination aren't only for the young. My partners and I are 'older guys'. I am 64 and my partners Don and John are 64 and 68. We have known each other for over 50 years. They say never to go into business with friends and relatives, but we have done that and have benefited greatly from it."




Thursday, June 2, 2011

Nanoengineers Invent New Biomaterial



Nanoengineers Invent New Biomaterial That More Closely Mimics 

Human Tissue


A new biomaterial designed for repairing damaged human tissue doesn't wrinkle up when it is stretched. The invention from nanoengineers at the University of California, San Diego marks a significant breakthrough in tissue engineering because it more closely mimics the properties of native human tissue.
Shaochen Chen, professor in the Department of NanoEngineering at the UC San Diego Jacobs School of Engineering, hopes future tissue patches, which are used to repair damaged heart walls, blood vessels and skin, for example, will be more compatible with native human tissue than the patches available today. His findings were published in a recent issue of the journal Advanced Functional Materials.
The new biomaterial was created using a new biofabrication platform that Chen is developing under a four-year, $1.5 million grant from the National Institutes of Health. This biofabrication technique uses light, precisely controlled mirrors and a computer projection system -- shined on a solution of new cells and polymers -- to build three-dimensional scaffolds with well-defined patterns of any shape for tissue engineering.
"We are also exploring other opportunities," said Chen. "It's a new material. I think it's just a matter of time before more people will pick up and find applications for it in defense, energy and communications, for instance."
Although Chen's team is focused on creating biological materials, he said the manufacturing technology could be used to engineer many other kinds of materials including metal parts used in ships and spacecraft, for example.
Shape turned out to be essential to the new material's mechanical property. While most engineered tissue is layered in scaffolds that take the shape of circular or square holes, Chen's team created two new shapes called "reentrant honeycomb" and "cut missing rib." Both shapes exhibit the property of negative Poisson's ratio (i.e. not wrinkling when stretched) and maintain this property whether the tissue patch has one or multiple layers. One layer is double the thickness of a human hair, and the number of layers used in a tissue patch depends on the thickness of the native tissue that doctors are trying to repair. A single layer would not be thick enough to repair a heart wall or skin tissue, for example. The next phase of research will involve working with the Department of Bioengineering at the Jacobs School of Engineering to make tissue grafts to repair damaged blood vessels.
The team includes postdoctoral researchers in multiple disciplines: David Fozdar with the University of Texas at Austin, Department of Mechanical Engineering; Li-Hsin Han with the Stanford University School of Medicine, Department of Orthopeadic Surgery; and Pranav Soman and Jim Woo Lee at the UCSD Jacobs School of Engineering Department of NanoEngineering

Wednesday, June 1, 2011

NICE TO KNOW THESE FACTS




NICE TO KNOW THIS