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My big white flag

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  • My big white flag

    Hello

    My name is Adrian and for some time now I have been working on this idea to get three turning axles, I would like to open this thread as a discussion in hope that others can help or offer constructive conversation.

    Now the word "free energy" is never an easy topic, so I would like to put up a "big white flag" and throw this idea out to everyone, in hope that something can become of it for everyone to use and enjoy (if it is what I think it is)

    I will insert images to help with the explanation, as I am not the best at writing down what it is I expect this to do.

    To start with...

    Take a 2inch magnetic sphere and place magnetic rings above and below with enough kg push to suspend the sphere, (I am not good at maths so I cant provide the equation).

    As pictured below, I have expanded the housing that holds the sphere in place, The housing as you can see holds the magnetic discs on the side that are angled, this part I am sure everyone has seen before, or seen some sort of variation.

    Now I know that all magnetic motors fail, due to drag and friction. This is why I have suspended the whole sphere housing between the two ring magnets above and below. This will hopefully give the central device the ability to have free rotation and free from drag.

    So as pictured in the second picture, you can see the whole thing in its housing, the pads are attached to two discs on top (one red and the other blue), these discs are to enable the pads to do a "Stepping motion".

    The blue discs, controls the "heal" of the pad and the red discs controls the "toe" of the pad. Now if you turn the blue discs "clockwise" and the red discs "anti-clockwise" this should give you the stepping motion as mentioned above.

    The stepping motion is so that the user can hand pump the central device, to start it spinning. At this point I am sure that the user if he keeps pumping the central device to spin he should be able to find a speed that the pads will be able to hold and maintain its own speed. (it is quiet possibly and acceptable, that the user may need to re-pump the central device, to keep the spin going)

    As you can see in the pictures there are tubes going around the whole thing.
    On each three points are propeller turned axles, so...
    The whole tube is filled with ferrofluid, now as the central device spins, the ferrofluid will react and start to flow in the motion of the spin, in the middle of the tubes are rollers, these rollers will gently pull the tubes closer to the spinning device, as the tubes filled with the ferrofluid move closer the fluid will start to flow quicker.

    This will turn all three of the side motors, This is where the free energy is created, if motors where to be attached to the ferrofluid filled tubes, it would leave the central device free from any drag, strain or friction.

    Even if the user has to keep pumping the motor manually every now and then, it would still at full speed give you three constant turning axles.

    I am sorry for the pictures not been as good or as finished as they should be, and I know its plain to see that the red pole isn't slotted. The pictures are just for demonstration purpose.

    So as you can see it is all still WIP, the reason I am posting is that I want to put a package together and make a printable version for everyone to download and print for there own use.

    So "My Big White Flag" is a wave for help, to get as many people behind it who are interested and would like to help! because I am stuck with this idea in my head and don't have the funds or premises to even get this into a prototype. I just feel that I have something here that could work.





    Last edited by Adrian B; 08-28-2013, 10:19 AM.

  • #2
    Nice drawing!

    Don't you think that when the magnet pulls the magnetic fluid, the magnetic fluid also pulls the magnet, thus creating drag?

    Ernst.

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    • #3
      Originally posted by Ernst View Post
      Nice drawing!

      Don't you think that when the magnet pulls the magnetic fluid, the magnetic fluid also pulls the magnet, thus creating drag?

      Ernst.
      Thanks for the response and thanks about the pictures.

      That is a good question that I never thought of, I have never worked with ferrofluid, so I had no idea it would create such an effect.

      I would guess, as the central device is in full spin (when the tubes are brought close) if there is a drop in rpm or drag, it could be compensated by the user until it is maintainable.

      This is a guess, but if each corner is attached to motors, one of the motors could help increase or maintain the speed/rpm of the central device.
      This would leave two motors for use and one motor to "dare I say!"....Self-Perpetuate the central device.

      But my head burns at the thought of that, as that's not possible.

      But I guess I need to build a prototype first, which is the catch 22 I am in.

      Thank you for that input, you are the first to offer any other input, which is food for thought.

      Adrian

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      • #4


        How's this..

        You hand pump the central discs up to as fast as you can get it, then slowly flex the tubes in towards the spinning discs, you keep pumping until the top motor kicks in.

        You flick a switch to start the back feeding motor that kicks in and keeps the whole thing at a steady speed.

        Which will allow you to place the pads at a point that holds everything stable.

        Plus you will still have two motors that will be at a constant speed.

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