In 1790, the first year that the US Patent Office opened, three patents were granted. One was for automated flour milling machinery designed by Oliver Evans. The patent was signed by George Washington, Attorney General Edmund Randolf, and Secretary of State Thomas Jefferson. (Source: Friedrich Kick, Flour Manufacture, a Treatise of Milling Science and Practice)
Rob, this was a lot of fun and I learned a few things, too, like about Elmer and Elsie. Thanks for a great slideshow. A possible Slide 14 showing entirely robotic assembly with no humans involved could be a still shot from this video of assembly of the BMWi3's Life module: http://www.youtube.com/watch?v=htuVoxuMQFQ
Interesting point, Bobjengr. I think you're right about the absense of academia. Perhaps much of the raw technology that engineers bring to their solutions comes from academia. Probably vision systems, lasers. Deployment, though, seems to come from engineering solutions.
This slide series is fascinating. One thing I noticed (and I might be incorrect here Rob) is all of the automation technology was contributed by manufacturing and engineering and did not have origin with academia. This proves to some degree we all are looking for a "better mousetrap". Need and experience seemingly continue to rule the day. During my university days, I worked as a coop for a gentleman who always said: "if it's repetitive, it can be automated". He felt any repetitive work was drudgery. Thinking and "inventing" were the most creative endeavors and man was intended for those two efforts. Excellent post.
Yes, back then, you didn't need significant funding to develop something patent-worthy. Abe Lincoln is the only president who holds a patent. He developed a tool for getting flatboats unstuck from sandbars.
I just love slide 1, the 1790 Flour Mill. Makes me almost wish we lived back in those days; with our innovative minds, just think how much low-hanging fruit there would have been to get first dibs – or first patent rights on. It seems like it may have been easier to get ahead 200 years ago, as our field was not nearly so crowded.
Skilled labor is always needed, although some programs, (like ISO9000) are aimed at reducing the level of skill required. The fact is that some things just require a lot of skill and insight, and just compiling a set of instructions about how to do the job is of marginal value. There are a lot of things that require talent as well as skill. BUT cheap labor that only needs to follow simple instructions without thinking is much less in demand now than in just a few years past.
Hey Kground. When manufacturers moved their facilities out of North America, they generally were not seeking SKILLED labor. They were indeed looking for cheap labor. If they wanted skilled labor, they would have stayed.
If you see a hitchhiker along the road in Canada this summer, it may not be human. That’s because a robot is thumbing its way across our neighbor to the north as part of a collaborative research project by several Canadian universities.
Stanford University researchers have found a way to realize what’s been called the “Holy Grail” of battery-design research -- designing a pure lithium anode for lithium-based batteries. The design has great potential to provide unprecedented efficiency and performance in lithium-based batteries that could substantially drive down the cost of electric vehicles and solve the charging problems associated with smartphones.
Robots in films during the 2000s hit the big time; no longer are they the sidekicks of nerdy character actors. Robots we see on the big screen in recent years include Nicole Kidman, Arnold Schwarzenegger, and Eddie Murphy. Top star of the era, Will Smith, takes a spin as a robot investigator in I, Robot. Robots (or androids or cyborgs) are fully mainstream in the 2000s.
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