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  • Ted Ewert
    replied
    Hi Warren,
    Very nice quality work.
    I know how it is to get an idea stuck in your head and become obsessed by it, happens to me all the time. It happened to me once I built a Milkovic two stage oscillator. I had to know where the excess energy was coming from. This eventually led me to the study of orbits.
    If you look into the shape of sustainable orbits, such as the Earth's orbit around the Sun, you find that they are all non circular. They are instead elliptical. What does this mean?
    It means that an elliptical orbit "gains" extra energy by virtue of its shape. The property of this asymmetrical orbit is that it alternately contains a centrifugal and a centripetal component, and it is also in resonance.
    Nature continually seeks to balance an inherently unbalanced universe. An elliptical orbit is unbalanced. Therefore, Nature has to add energy to the system to maintain balance, which is why the Earth, electrons and the rest of the heavenly bodies don't all spiral into their primaries.
    This is also why Milkovic's two stage oscillator, as well as Peters wheel, produce more mechanical energy than is originally added by an external source.
    The centrifugal force of a pendulum is used in both cases to add energy to the device. If you study the work Milkovic did, beside his two stage oscillator, he conclusively proves that centrifugal force will produce more energy than is added by the operator.
    Veljko built a small "car" that has two pendulums which swing horizontally towards the front of the car. By manually swinging these pendulums in front of him, Milkovic was able to propel the car forward. This conclusively proves that there is a net physical force in the direction of the apogee of the pendulum's arc. If the system was balanced, as modern physics will tell you it must be, there would be no forward movement of the car.
    This same principal can be used in designing "gravity" wheels. As Peter has done, employing the force of the pendulum on the downward side of the wheel will add torque to the wheels rotation. Then tucking the weight as close to the axis of rotation as possible for the trip back up allows the use of leverage to lift the load.
    Victor Schauberger was an early proponent of the egg shaped orbit. He discovered that extra energy is added to any rotating mass utilizing this type of orbit. His work was primarily with water, and the study of it's physical movement and properties. He designed spiral pipes that would actually add linear force to the water that was flowing through them. This was accomplished because the water would rotate through both a centripetal and a centrifugal component during each cycle. A circular pipe cannot facilitate this type of orbit.
    I could go on and on citing examples of centrifugal force adding extra energy to a rotating system (think of an unbalanced wheel, or the slingshot effect), but the point is that this is the force to be utilized. Find a way to incorporate this force into any rotating system and it can easily become self sustaining.

    ,

    Ted

    Leave a comment:


  • Stefan
    replied
    Gravity free energy patents.

    Hello members of the group

    If you go to the European patent office advanced search page

    esp@cenet — Advanced Search

    And putt in F03G7/10 in the IPC classification search line and press the search button, 2961 patents will then show up.
    These patents are all related to gravity, free energy, and mechanical constructions.

    You cud also search on a specific year, then you cud se that over 100 new patent and patent applications coming every year.

    Some of them are junk but some of them are a fine piece to the puzzle !!


    Happy reading
    Stefan

    Leave a comment:


  • Jetijs
    replied
    Great work Warren
    Looks very good so far. Thank you for sharing

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  • sucahyo
    replied
    BuzzSaw Gravity Wheel looks very interesting. Too bad it can't be replicated yet. It seems to work the same idea as mine. Although it is not certain wether mine will work or not .

    I think, the weight is thrown outside when falling and get thown inside when lifted. Maybe the maximum weight used is 8. I think there is a speed limiter machanism.

    Edit:
    I think we can also add something to make premature drop in mechanism. If outside wheel move twice the inner one, maybe a more than needed weight make the ready to drop weight will drop in faster.

    This make me realize that I don't show the direction in my previous picture.
    Attached Files
    Last edited by sucahyo; 02-12-2009, 04:08 AM.

    Leave a comment:


  • wwdotme
    replied
    This is a great thread to start I read about the bessler wheel a little while back and really intrigued me also.. Hope to see some working prototypes from this group. Will be interesting reading before work for sure.
    I really like the ideas and the way everyone here helps out.

    Leave a comment:


  • ashtweth
    replied
    Thanks a lot Peter and Aaron looks great, the only thing i can offer for thought is this buzz saw one which may be of interest to the forum.

    Buzz Saw Gravity Wheel replication (PDF)
    Gravity powered wheel research done by open source engineers Preston Stroud and Ralph Lortie and other members of the Johann Bessler - Orffyreus forum.
    Panacea-BOCAF background info on gravity wheels:
    Veljko Milkovic
    Bob Mary

    Panacea University

    Leave a comment:


  • sucahyo
    replied
    Thanks for the info Inquorate.

    @Peter, saw the real unit in the work must be wonderfull . Have you utilize magnet like the design attached?

    It rotate clockwise, the ball pivot is between inner and outer circle. Inner circle do not rotate, stay fixed and slippery. Connection between the magnetic ball to the ball pivot is solid. Magnetic ball can be tube too.

    Edit:
    Oops, never think that the N and S will prevent the wheel from rotating more, it will stuck the first time the ball and the inner cilider stick. Nevermind.

    Second picture is the first I came up with. wrong ball position, but I think anyone can get the idea.
    Attached Files
    Last edited by sucahyo; 02-11-2009, 06:27 AM.

    Leave a comment:


  • Ted Ewert
    replied
    Originally posted by Peter Lindemann View Post
    Ted,

    The official word is, I haven't built one yet. But like you, I believe "it should do quite nicely". You can see that the design is really just 8 of Veljko's two-stage oscillators combined in a rotating frame. You know that Veljko's machine is awesome, when tuned, and so do I. Last May, I actually traveled to Serbia and visited with Veljko, and saw HIS units. Talk about inspiring!!!

    One step at a time.

    Thanks for all your support,

    Peter
    Traveled to Serbia to visit Veljko!?! You lucky bastard! I'm green with envy. Did you tell him about your wheel?
    Your wheel is a great way to harness the force of the pendulum. That force is very awkward to try and collect in a two stage oscillator since it is somewhat irregular and sensitive to over harvesting. The wheel transforms this energy directly into rotation while preventing excessive vertical travel of the pendulum during it's swing. Well done.
    This device is definitely on my list of projects to build. Perhaps you could suggest some rough guidelines around about a 4 foot diameter wheel.
    Great work Peter, congratulations!

    Cheers,

    Ted

    P.S. To any doubters: If it weren't for the force that Peter is harvesting in his machine, this universe wouldn't exist in it's present form. Electrons would crash into their nucleus and planets would spiral into the sun. This is a fundamental property of angular movement, one which can generate additional energy into a mechanical system, and is available for all to use. The fact that modern science hasn't recognized it yet is a condemnation on the sorry state of science, not on Natures energetic abundance.

    Leave a comment:


  • Inquorate
    replied
    Brain lab notes :-)

    Just sharing some ideas about this mechanical engine.

    YouTube - lindemann machine - Inquorate adaption

    Leave a comment:


  • Peter Lindemann
    replied
    Thanks..

    Originally posted by Ted Ewert View Post
    Nice pulsed flywheel. Once it gets into resonance, if built well enough and big enough, it should do quite nicely.
    I know you built one, does it put out much power?

    Cheers,

    Ted
    Ted,

    The official word is, I haven't built one yet. But like you, I believe "it should do quite nicely". You can see that the design is really just 8 of Veljko's two-stage oscillators combined in a rotating frame. You know that Veljko's machine is awesome, when tuned, and so do I. Last May, I actually traveled to Serbia and visited with Veljko, and saw HIS units. Talk about inspiring!!!

    One step at a time.

    Thanks for all your support,

    Peter

    Leave a comment:


  • Inquorate
    replied


    Nice little animation, kinda went into a trance. @Sucahyo, it's not the hitting that gives the force, it's the swinging. Tie a weight to one end of a string, tie the other end to a clothes line wire, drop it from the side parallel to the wire so the string stays taught, and the wire will be pulled down. It doesn't hit, but reaches apex of swing, and comes back. However the wheel has turned, so the pull of the weight on the second swing is with the wheel's rotation to the left. Then at the apex of that swing, the lever clicks over the weight. When the lever drops off the weight, the weight moves only a little to the start position. So the net return of gravitational potential is down and left, so the wheel spins. the bearing could be magnetic. I wonder if you could use the fact that the force between a magnet and an Electret is translated at 90 degrees to movement when there is movement between them, and not 180 degrees constantly as with magnet and magnet. Worth thinking about.
    Last edited by Inquorate; 02-05-2009, 04:34 AM. Reason: Correction - 90 degrees to movement

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  • sucahyo
    replied
    Interesting device. I think the animation is too fast, or is that how fast it is when it works?

    The hitting point should force the wheel to move when the ball hit? From the video the ball hitting point will force the wheel to rotate to the opposite direction?

    Look simple, but it seems very hard to make. The ball must released at spesific angle, the ball must be captured using the least amount of effort, the ball holder must be solid, ball catcher must have spesific balance, ball movement range must be precise, ....
    Attached Files
    Last edited by sucahyo; 02-05-2009, 02:45 AM.

    Leave a comment:


  • Ted Ewert
    replied
    Originally posted by Aaron View Post
    Here is the youtube vid posted with permission from the creator.

    YouTube - Lindemann Mechanical Engine
    Nice pulsed flywheel. Once it gets into resonance, if built well enough and big enough, it should do quite nicely.
    I know you built one, does it put out much power?

    Cheers,

    Ted

    Leave a comment:


  • Aaron
    replied
    Lindemann Mechanical Engine animation

    Here is the youtube vid posted with permission from the creator.

    YouTube - Lindemann Mechanical Engine

    Leave a comment:


  • wpage
    replied
    Excellent research Peter!

    This is exciting information Mr Linderman. Looks like we are still stuck a little past where Mr Bessemer was but in a global view

    Lets see if someone can build it and make it happen. Looks extremely promising

    Leave a comment:

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