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  • #46
    Do they still make the Hoola Hoop Toy? Heck just buy one of those and cut it place a magnetic Neo Ball inside tape it back up and wind some coils around it. mount to a wheel and spin it, see what happens.

    24
    Last edited by 1NRG24Seven; 05-11-2010, 05:05 PM. Reason: typo

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    • #47
      Originally posted by 1NRG24Seven View Post
      Do they still make the Hoola Hoop Toy? Heck just buy one of those and cut it place a magnetic Neo Ball inside tape it back up and wind some coils around it. mount to a wheel and spin it, see what happens.

      24
      Thats what i'm doing, instead of a hoola i use an irrigation enforced hose.

      Cman

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      • #48
        That's how I understand it from my simple Youtube wathcing and reading.

        HHO gas at 1 bar explosed, and then implodes to condensed water. This water is a fraction of a percent of the volume of the HHO you started with.

        If one could capture the explosive force (thinking outdated piston van crank shaft), and then als the (biggest stroke) implosing to basically a vacume, that should net optimal efficiency. TDC of a piston should be right at the end of the HHO expansion to steam (if I'm getting that correct), and the full stroke back would be implosion to water. The first, say half stroke up, could be HHO inlet. Also just thinking out loud.

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        • #49
          Originally posted by Cloxxki View Post
          That's how I understand it from my simple Youtube wathcing and reading.

          HHO gas at 1 bar explosed, and then implodes to condensed water. This water is a fraction of a percent of the volume of the HHO you started with.

          If one could capture the explosive force (thinking outdated piston van crank shaft), and then als the (biggest stroke) implosing to basically a vacume, that should net optimal efficiency. TDC of a piston should be right at the end of the HHO expansion to steam (if I'm getting that correct), and the full stroke back would be implosion to water. The first, say half stroke up, could be HHO inlet. Also just thinking out loud.
          You understand well Cloxxki,

          that is what is supposed to happen, i already have the ex- and im plosion seperated. The two brass valves are each working well and my gass flow is seperated.
          This way i maximize the use, i lett the explosion pusch, the implosion suck. I tried some closed loop explosions already,it works!

          I'm working on the last valve, the direction valve.

          Cman

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          • #50
            Ah, only now I'm slowly start to get your device, I think...

            If this proves to be an efficient way to turn HHO into KE, and then possibly into EP...perhaps next step is to used the seemingly "different" HHO gas that the Anton cells produce, for higher output still.

            Great project, looking forward to see more of your progress!

            J

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            • #51

              'm very sorry because my English is not good.
              Can not understand well and can not explain well.
              I think you should do an energy balance.
              How much energy was consumed and how much was achieved.
              I understand you had a hydrolysis and H2 and O2 you got?

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              • #52
                Hi Emil,

                In the end such a measurement would show if it will be an iffecient way of producing energy.

                I hope so! ;-)

                My goal is however just the build, to learn a little more about electronics, HHO etc. Making a working prototype evolving as it goes.

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