Magnetic field power generator

Lynxmotion
1

Electronics has never been top of my list when it comes to circuity 'components, connections, PCB making, etc.

I hope those electrical techs can help me…

I wish to experiment in making an infinite power source. Something governments seem to be ignoring. :confused:
My idea in “laymen terms” in to capture the electric power created by a dynamo rotary device and store it in capacitors, convert into or a higher or lower voltage source to then be used to power a device.

Oh yes this idea has been around for centuries and im not breaking out a new technology here, i know. But the rotary mechanism i have planned is self contained and requires no external effort to achieve its purpose.

A turbine device requires wind or water power,
Solar power requires light,
Dynamo’s (common designs) require a force put upon them to work 'like the rotation of a bike wheel, etc.

At the moment i have plans to make a magnetic rotating field to create this “initial force”.
The designs for this have already been made and i will start putting it together shortly. Parts have been designed in CAD and will be printed as soon as i can.
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At the moment tests have involve the simple hook up of an LED to a rotating mabuchi motor. lol
I plan to have two sets of Ultra High Performance Neodymium Magnets (on order) held together by two mounts as shown, and connected together with a Ball Bearing. The top set of magnets will have the + side facing down and the bottom set of magnets will have their + side facing up. Both magnet fields should react together within each other and allow one section ie, TOP to push other section round ie, BOTTOM. thus making rotary motion infinite and without the need of an external (Initial force). :wink:

Dont worry Jim i have already put the Patent in your name… :wink: lol

In turn, this rotary motion will be geared up to a DC motor and then stored with a circuit to then be used to power a device.

Any help with the electronics side would be highly appreciated.
My soldering skills sit in the “OK - Good” part of the list so im comfortable with that.

2

Design change:
Incorporated my gear mounting holes. Plus a few other changes have made it much lighter, cheaper.

EMM.PNG

3

Hello,

Are you planning to put the magnets in the holes if you are, wont you need to continuously oscillate the magnetic fields on the stationary part to get the top part to rotate there by negating the free power source?
Cool idea tough

4

i will be using shielding and variable magnet position to do this. :wink:

He says… :neutral_face:

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6

cool

keep us posted

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Id like to elaborate on the word “experiment”.
I don’t claim this will work. Lol

8

I may be able to help you, but I have to get my aluminum foil pyramid hat patented first!

A man’s got to have his priorities!

9

Please consider reading any textbook that contains anything remotely close to the subject i like to call PHYSICS…

10

sounds like a good plan. :laughing:
yes that really needs sorting first. lol
i have one if you want it?

i have been looking at other designs and many of which are failed designs. id be happy to call a fail on my project also. I find the device interesting enough to welcome failure. lol

i like magnets… :slight_smile: …just playing.

11

Jonny,

Your proposal reminds me somewhat of a magazine article I read in 1956. The author posited a way to use alternating current “backwards”. His idea had something to do with average AC voltage being related to the root mean square of the alternating voltage sine wave. Since the RMS was a mathematic square, its square roots were ± a number. Therefore by designing to use the negative root, one could reverse the effects of the current - causing refrigerators to heat and hot plates to cool, etc.

I was looking for a science fair project, so my high school physics teacher let me down gently by pointing out that the article was published in the issue of the magazine intended for delivery around April First.

You might sell part of your design to NASA though. If they could pre-position a ring of your magnets on Mars’ surface, it might help them to ease the landings of big rovers fitted with the corresponding opposite ring. It could give aa whole new “twist” to planetary exploration. You could be famous.

Good luck :smiling_imp:
Ted

12

lol…
I need NASA more than they need me…
I believe they landed on mars safely this morning with Curiosity. 8)

although if im hearing you right, are you proposing some kind of magnetic landing pad, using a levitating magnetic surface to soften the landing? Cool idea.

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Magnets have arrived… very stong! 8)

just waiting for the mounts to be Printed. :wink:

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Fantastic idea Innerbreed! I have always been a fan of your creative ideas and how you solve robotic problems by using your ingenuity! :smiley:

Touching on what CodeMaster (You should be busy working on Black Death mister, can’t wait for a video :mrgreen: ) mentioned, I am curious about the polarity of the magnets. You mentioned you will use ‘like poles’ (top and bottom) to get the repulsion needed to set up perpetual motion. However, consider this, once there is repulsion from all sides, it could force the gear to stay at its mean position?
What you might need is a chain effect? For instance, the first like poles will repel each other and start the motion, then to sustain it further, you might require the next set of poles to be ‘unlike’ so they are drawn towards each other, and this will pull the wheel further along. The next set of poles could again be ‘like.’ So, repulsion, attraction, repulsion, attraction…

Just a thought. I have never played with magnets enough so do not really know how silly my idea is. That’s why I’ll leave it upto you to try it out :laughing:

Asad

15

Obviously im theorizing here but…

untitled.png
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RED = repel
BLUE = Attract

GREEN = Repelling
YELLOW = Attraction

the attraction is quit week from the 45º angle that the magnets are set to but should be enough to carry them though the field towards the next repelling magnet.

only tested these magnets with my hands by passing them passed each other in a way that simulates the rotational motion.

We will see… lol

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– Subscribed –

(you know i will)

17

When will I stop thinking this thread is spam! lol :stuck_out_tongue:

18

Wow, this project will look really nice next to my flux-capacitor. Put me on your “want one” list :wink:

ps: You’ve got way to much free time :stuck_out_tongue:

19

Jonny,

One thing is that you should add way to add “Paddle” or something to slow things down.
Unless it will go wide open… no ?

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You don’t want that thing going all runaway and create a black hole or something… :open_mouth: