Why was she giving this talk? Simple; we beat the German’s in WWII due to our manufacturing abilities. Today, China can easily out produce us, so are we going to make the same mistake as the Germans did in WWII, in a future war with an industrial power that can out produce us? Well, are we? How can you say the answer is yes or no; you can’t and that’s one more reason manufacturing is so vital to US interests, on top of the importance of jobs, trade flows, and GDP growth. ”A nation lives well, when it produces well,” she reminds us, and quoted Adam Smith’s warning about not relying on military resources to make our defense systems.
”Re-inventing manufacturing” almost sounds like the mission statement of a Technocrat or Futurist looking to capture the utopian dream. Indeed, but why can’t we? After all, Henry Ford’s assembly line is a pretty old concept. Yes, certainly we have made incremental advances and yet, what about the proverbial ”OMG” revolutionary innovations, and ”leap-frogging” type paradigms shifts in the manufacturing sector? I guess we are still waiting for those aren’t we? We don’t have Star Trek assimilation machines yet, I suppose someday we will, and I hope the US is the nation to bring such dreams to fruition.
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The H-base stand allows for accurate height adjustment, and provides stability, and allows the applicator to be used with an automated or conveyor system. This is needed if the applicator is to be used with the outer winder or re-winder.
Such bots have been used extensively in data entry and database management services. However, more complex ‘smart’ bots have also been developed that can do actually data processing to simulate ‘intelligence’. These programs can take decisions and perform a variety of tasks and follow a set of rules and algorithms. What is significant that they programs can actually ‘learn’ as they process more and more data; in effect that they get better the more they work. Over time, they can recognise what inputs produce the outcomes nearest to the perfect ideal and then tailor their inputs accordingly.
The latest report added to the extensive research report database of Market Research Reports Search Engine (MRRSE) on the industrial logistics robots market states that the market will expand at a healthy CAGR during the forecast period and will be worth US$30 billion by 2020. This report is titled “ Industrial Logistics Robots: Market Shares, Strategies, and Forecasts, Worldwide, 2014 to 2020”.