Electric leaf blowers are already far quieter than their gas-powered peers, but they still aren’t the kind of thing you’d like to hear first-thing on a Saturday morning. Looking to impr…
Because that isn’t how it works. I’ve been working on this idea in my spare time for a patent, for months. I have the CFD models to prove it. I learned ELMER and perfected the solvers and meshing process.
It grinds my gears that they stumbled upon it, get all the credit, and apparently don’t know how it actually works.
Never been scooped before. But man it doesn’t feel good.
I’m sure it has a marginal effect, the drag would have to reduce average velocity somewhat, but maybe it is negligible. Or maybe the overall drag is equal to an unmodified tip due to other changes such as reduced restriction.
So it’s taking some of the air out of the stream, slowing it down, and putting it back in the stream… How does this not affect the performance?
Because that isn’t how it works. I’ve been working on this idea in my spare time for a patent, for months. I have the CFD models to prove it. I learned ELMER and perfected the solvers and meshing process.
It grinds my gears that they stumbled upon it, get all the credit, and apparently don’t know how it actually works.
Never been scooped before. But man it doesn’t feel good.
Did you put your information somewhere they could find it before you got the patent? If you have authorship doesn’t that mean you have grounds to sue?
I’m sure it has a marginal effect, the drag would have to reduce average velocity somewhat, but maybe it is negligible. Or maybe the overall drag is equal to an unmodified tip due to other changes such as reduced restriction.