If the outside ring of magnets were going by the CENTER of the coils, then the machine would have to be bigger in all directions in order to hold the coils. That's the issue. Right now the coil holder can be made out of a specific size sheet of plastic cut into four pieces. Bigger pieces of plastic (+3" taller and +3" wider) would be needed, and that would be much more expensive.
As to what you said about the speed of the outside magnets, A single magnet on the outside moves FASTER past a specific point, but 20 magnets on the outside go past a specific point the same number of times in one rotation as 20 magnets on the inside circle. They just cover MORE DISTANCE in that rotation, so are moving FASTER. Yes, the outside magnets, because they travel faster would give you speed up under load at a lower speed, but my machine can still reach that speed. That's not an issue. I HAVE posted videos of speed up under load. My FIRST one was over ten years ago. If people don't want to believe it's possible, they can build something and see for themselves. I'm not babysitting anyone. My cut up finger is healing. The one that is giving me problems is the one I broke from the drill flipping around. Testing my coil for output tomorrow. When that is done, I will be testing for what the speed up under load RPM is for this new coil material. When I find it, I will post a video of it.
Announcement
Collapse
No announcement yet.
Motor Generators
Collapse
X
-
I often wonder why you don't put the large magnets on the outside. It is good to see them all pushed together, one right next to the other. The outside goes twice as fast as the inside set. This would allow speed up or the null to be reached much much sooner, I have demonstrated this and so have you, well at least to yourself according to you. I have video proof.
You better get that finger looked at and take some time out to put an AC unit in your shop. The index is killer right now in Midwest Kansas
Last edited by BroMikey; 06-17-2022, 10:53 PM.
Leave a comment:
-
Originally posted by Rakarskiy View Post
To sell, you need to have the appropriate permissions.
The main thing is that this system can be made by yourself, small in size, to replace a wind generator, a set of solar panels or a mini hydroelectric power station.
MOST IMPORTANTLY, a mechanical generator is not a converter of mechanical power into electrical power. This is a big lie of official education.
AS far as many inventions being open source I would say the slaves barely have time to punch a clock and sit with their children for a few hours before returning to the same ole marry-go-round the next day.
The average Sally Sue and Jimmy John can't make it work and never will. WE all know better things should be possible. 1000 such inventions will finally take over all at once and no bullets will stop them. It's coming to a head now, the cat is out of the bag on youtube every day.Last edited by BroMikey; 06-16-2022, 06:30 AM.
Leave a comment:
-
Originally posted by BroMikey View Post
I know it, there are many extra energy producing inventions yet nothing forsale. Instead these companies are looking for investors to pour money into the mix. Same ole hat different day.
The main thing is that this system can be made by yourself, small in size, to replace a wind generator, a set of solar panels or a mini hydroelectric power station.
MOST IMPORTANTLY, a mechanical generator is not a converter of mechanical power into electrical power. This is a big lie of official education.
Leave a comment:
-
-
I found the micro version of the same setup to cut and drill circles like a tiny flywheel for a steam engine. This shows what is needed to do metal
For a long time I was assuming that if I picked up an average size to small milling machine that this would be all I needed to cut and drill plate into circles. I have learned that more is needed.
Last edited by BroMikey; 06-15-2022, 05:59 AM.
Leave a comment:
-
-
-
Here is a better view than the previous guy with arm in the way the entire time during turning the table. There is so few real examples, mostly tiny 3" parts from a 3 ton chunk of iron.
https://www.youtube.com/watch?v=WOsI8sbde8k
Last edited by BroMikey; 06-14-2022, 09:10 AM.
Leave a comment:
-
Here is what I am desiring to setup for milling stainless rotors or plastic. First a benchtop mill but that is not enough. Someone says get a CNC benchtop mill but they only travel 10-12 inch even on the biggest mills. That will not drill holes in a 14" rotor.
Next we need a rotary table added and then it can be done. In this video the guy has an 8" table and milled some adapters. These tables have a built in micrometer in them which is required to turn a disc 180 degrees to then drill 1 inch holes. Also indexing disk add on put you on target lining up pins in holes for certain accuracy.
Second short video the guy add on a "dividing plate"
Picture of a drill mill
Last edited by BroMikey; 06-14-2022, 08:44 AM.
Leave a comment:
-
Don\t break your thumb again dude. Why are you so reckless lately? I did the same thing out in the yard today got my arm bloodied by branches I was hacking down. It looks scary but I didn't feel a thing. In this heat your blood thins out and any little nick makes me bleed worse than Bruce Willis in Die Hard.
The rotor looks good, now go wash upLast edited by BroMikey; 06-14-2022, 08:42 AM.
Leave a comment:
-
B1.jpeg B2.jpeg R1.jpeg
Got all the magnets epoxied into the rotor today. A little BLOOD, sweat and tears involved in this project! Will let the epoxy harden and will work tomorrow to put in all the opposition magnets in the stator. That's a much easier job and SO much safer!! Playing with neodymium magnets is so much fun!
R1.jpeg B1.jpeg B2.jpegLast edited by Turion; 06-14-2022, 12:08 AM.
Leave a comment:
-
Leave a comment: