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Good news indeed. If I'd been part of a team that wanted to apply my talents, it could have become a big company. Now I'm retired and trying to just give away easily-verified, multi-million dollar ideas, and still getting ignored.
I'm intrigued! What ideas do you have?Good news indeed. If I'd been part of a team that wanted to apply my talents, it could have become a big company. Now I'm retired and trying to just give away easily-verified, multi-million dollar ideas, and still getting ignored.
"Autism affects about one in 100 people, but only about 2 percent receive a formal diagnosis."
Tiny sample:I'm intrigued! What ideas do you have?
I've given up trying to explain some concepts to people. It's clear they just have no frame of reference for a lot of the things I understand.
If there's some problem that needs to be solved, like say something electrical. I will basically have to wait until others have exhausted their efforts with bad ideas and given up, before I just fix the darned thing lol!
I considered a similar propeller idea a long time ago. My idea was that you had a small propeller and a cage that could be deployed over the prop shaft with essentially blade extensions that meshed on top of the smaller ones and then using a series of cantilevers the cage meshed with the prop shaft. I thought of it for light airplanes (this was a very long time ago mind) the idea was when you reach cruising altitudes you just have the big propellers ticking over. I have no idea if any of my idea was sound at all lol!Tiny sample:
Laptops need small USB flash drives so they don't get knocked off, but the caps are easy to lose. Solution - one big cap of normal thumb drive size, with room for three small drives. I call mine home, work, and share.
Ships' propellers are sized for clearance in harbour. If they deployed a larger one in deeper water, they would get > 20% better mileage. The more water you push on, the less it is running away from you. Marine architects have been using the Betz limit instead of the Froude equations, even though it is clearly misapplied and giving "impossible" results. My test boats won races right away.
Windmills would go in faster and cheaper with guy wires up the tower as far as possible. That goes double for offshore towers.
Undersea generators should be on moorings, not posts. That way they can fly to the bottom to clear shipping, and to the surface for service, with much lower installation cost.
A land vehicle should carry more than it weighs. Most of a car is hauling image and fear, not physical needs. I built one using controlled flex in the frame to give fine suspension without all the separate parts used now.
"Self driving" should begin with just controlled-access express lanes, with cars, trucks, and delivery robots automatically assembled into almost-touching trains in perfect safety. You just engage the system at an entrance ramp to get slotted into a passing gap, and punch in your exit. Vehicles could recharge, and drivers relax. One lane does the work of many, and reduces wind resistance losses.
A helicopter has to stop in the air and just depend on air circulation it creates for lift, so it has the biggest blades. For maximum acceleration, an aircraft would use progressively smaller propeller area as it gained speed. Long-range drones switch to using wings at speed, but they are hobbled by the VTOL requirement more than they would be by landing gear. That's one of the reasons the F-35 is such a dog, and the Harrier is out of production.I considered a similar propeller idea a long time ago. My idea was that you had a small propeller and a cage that could be deployed over the prop shaft with essentially blade extensions that meshed on top of the smaller ones and then using a series of cantilevers the cage meshed with the prop shaft. I thought of it for light airplanes (this was a very long time ago mind) the idea was when you reach cruising altitudes you just have the big propellers ticking over. I have no idea if any of my idea was sound at all lol!