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Directory:Milkovic Two-Stage Mechanical Oscillator

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Red, primary pendulum on the right, kept in motion with slight energy input, causes significant pumping power in secondary oscillation on the left. See video excerpt (download) or YouTube video
Red, primary pendulum on the right, kept in motion with slight energy input, causes significant pumping power in secondary oscillation on the left. See video excerpt (download) or YouTube video

Serbian inventor, Veljko Milković, shows how leveraged secondary oscillations evince around twelve times more energy than the input energy supplied to the primary pendulum.

Image:Oscillator animation 250.gif

"This does not appear to be a primary energy source, such as solar, but serves as a lever to amplify an existing energy source many times. The act of keeping the primary pendulum swinging through minimal energy input computes to a leveraged energy output via the resulting secondary oscillations. Anyone involved in mechanical energy, whether in the generation or in the application thereof, ought to consider using this lever mechanism to amplify / economize the system." -- Sterling D. Allan, Dec. 12, 2006

The primary obstacle that must be overcome in convincing the skeptics is satisfaction that the input:output energy is in accordance with the simple but very relevant equation . . . Work = Force x Distance.

Contents

About

Brief Description

Technology name: TWO-STAGE MECHANICAL OSCILLATOR - PENDULUM-LEVER SYSTEM - A Mechanical Amplifier of Clean Energy

Image:Oscillator animation 250.gif

A simple mechanism with new mechanical effects, represents the source of clean energy. This gravity machine has only two main parts: a massive lever and a pendulum. The interaction of the two-stage lever multiplies input energy into output energy convenient for useful work (mechanical hammer, press, pump, transmission, electric generator...).

Official Website

Latest Developments

Sept. 11, 2008

  • Video: Pendulum-Lever System Different From Simple Machines Better Than Transmissions (35 min, Google Video) - In a new video presentation, Veljko Milkovic, presents great advantages of using pendulum-lever system and ultra efficiency of two-stage mechanical oscillator experimentally demonstrating how it is many times better and effective than the simple machines and transmission systems. (veljkomilkovic.com; September 11, 2008)

August 09, 2008

  • Video: Obvious Energy Excess In Large Milkovic 2 Stage Oscillator Replication (7 min, YouTube) - Raymond L. Head of Dallas, Texas, demonstrates obvious energy excess testing large Milkovic two-stage mechanical oscillator and reports that Milkovic’s machine definitely putting out more energy than he is putting in - validating Veljko Milkovic’s claims. (YouTube Channel - Rhead100; August 29, 2008) (Thanks Bobsy)

More...

Videos

Source: http://www.veljkomilkovic.com/OscilacijeEng.html

  • Pendulum-Lever System Different From Simple Machines Better Than Transmissions (35 min) - Veljko Milkovic presents great advantages of using pendulum-lever system and ultra efficiency of two-stage mechanical oscillator experimentally demonstrating how it is many times better and effective than the simple machines and transmission systems. Translated with English subtitles. (Lara; Filmed on June 1, 2008; posted September 11, 2008)



  • Overview Video (36 min; 44 Mb; wmv) - Presents basic concept with application illustrations; also provides validation documentation from credible institutions; list of papers, patents, degrees, awards. Translated with English subtitles. Dated May 2005.


  • Squeeze flashlight illustration - one pumpable flashlight is more than adequate to keep the primary pendulum going which causes secondary oscillations adequate to pump a bank of such flashlights.(back-up Google video)



Mathematical and Theoretical Analyses

Mathematical Analyses

Image:Mathematical analysis of secondary pendulum oscillators by Bratislav Tosic 400.gif

- - - -

  • Modeling and Simulation of a Double Pendulum With Pad (pdf) - An independent mathematical analysis by Bojan Petkovic considers the Veljko Milkovic's two-stage mechanical oscillator in a form of double pendulum with a pad that presents a mechanical system which is not analyzed in the literature: "In this paper, results of the simulation of a double pendulum with a horizontal pad are presented. Pendulums are arranged in such a way that in the static equilibrium, small pendulum takes the vertical position, while the big pendulum is in a horizontal position and rests on the pad. Motion during one half oscillation is investigated. Impact of the big pendulum on the pad is considered to be ideally inelastic. Characteristic positions and angular velocities of both pendulums, as well as their energies at each instant of time are presented. Obtained results proved to be in accordance with the motion of the real physical system..." (veljkomilkovic.com, July 16, 2008)

Image:Bojan_Petkovic_mathematical_model.jpg

- - - -

Theoretical Analyses

  • Theoretical support for Two-Stage Mechanical Oscillator - Original scientific paper by professor and physicist, Nebojsa Simin, sets forth a theoretical and mathematical way to explain the energy excess in the two-stage oscillator set forth by Veljko Milkovic. (PESWiki; May 4, 2008)
  • On the Track of the Energy surplus of a Two-Stage Mechanical Oscillator by Veljko Milkovic - Ljubo Panic provides additional theoretical and mathematical support for why Veljko Mikovic's two-stage mechanical oscillator results in excess energy out, compared to what is put in, by better explanation of the influence of the centrifugal force during operation of the two-stage mechanical oscillator.
    This analysis has been inspired by a work published by Jovan Bebic, therefore this work is at the same time the development and a complement of his work: "Given the fact that F1 is always smaller than the total amount of the centrifugal force which is acting vertically downwards on the pendulum axis for small angles f, the conclusion is that the efficiency of a two-stage mechanical oscillator by Veljko Milković is always bigger than 1 because cosf is always less than 1!" (May 19, 2008)
  • Opinion on the Two-Stage Mechanical Oscillator (156 KB PDF) - Supporting comments by Peter Lindemann, D.Sc. (USA). "Most of the discoveries in the field of Classical Mechanics were made in the 119th century and are embodied in Sir Isaac Newton's three laws of motion.. So it is surprising and unexpected that a new discovery in this field of science might be made in the last l0 years. ...This certainly ranks as one of the most important discoveries in science in the last 300 years."

Measurements & Experiments

More measurements: Input:Output Energy Measurements by Veljko Milkovic

Patents

Several. 49002 B (Serbia)

Patent List of Veljko Milkovic

Company Profile

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Inventor, Veljko Milković

Veljko Milković is the recipient of numerous degrees and awards, and has several referee's journal publications on the above subject, as well as patents. He has written and published and received patents in other areas as well, including an eco-home concept for energy-efficient design.

See also Wikipedia:Veljko_Milković

Awards

The technology was cited as: "an original scientific work" - the highest scientific rating achievable at the Association for the Development of Science (Nikola Tesla), and international conference held in Serbia and Montenegro.

In the News

Independent Replications

Ron

May 13, 2008

Mk 5_3 Double Solenoid (back up 6.1 MB, wmv)

Raymond L. Head

On May 1, 2008, Raymond L. Head wrote:

One test;; 8 ounces of force applied to the pendulum for a distance of 4 feet one time per cycle, will maintain the swing of the pendulum while the power bar on the out put end lifts 23 pounds. 6 inches, twice. In Another test ;; I attached a 10 pound weight to a 60 foot line and the other end of the line to the bicycle wheel. The ten pound weight was drug on the ground for the 60 feet, then snatched into the air, over 5 feet high where the force was so great, it broke the line ( #10 braded nylon ). And all this in just under 6 cycles of the pendulum.

Conclusion to date. If there “IS� something to this machine. It is in the math of “directly proportional� coupled with the math of “exponential“.

On May, 2008, Raymond L. Head wrote:

WELL; Ladies and gentalmen. I finaly built this thing and did many many tests (real weights, real scales, real distances ) and every one of them came out the same. For every inch pound of energy in. I got 11 inchpounds out. For every foot pound of energy in . 11 foot pounds out. " THEN DAMN THING WORKS "

On August 12, 2008, Raymond L. Head wrote:

In my next 2 stage oscillator we are building now. The power bar will have a 8 to 1 ratio. Giving us a 4 inch vertical movement at the power end and only ½ inch movement at the pendulum end. With this ratio, and an 800 pound pendulum. We should be producing aprox. 16 horse power out and less than 1.3 horse power in. Coupled with the new designed pendulum. I am hoping for less than ¾ horse power needed in. Most people do not understand 74 pounds 1 inch in one second equates to 1.6 horse power. We started construction 3 days ago on one that will put out 16 plus horse power and will be powered by my 8 year old son.

Brian Berrett

  • Milkovic-Berrett Secondary Oscillator Generator - Brian Berrett of Lehi, Utah has built a two-wheel device that uses the two-stage mechanical oscillator principle set forth by Mikovic. The electrical output from the secondary wheel is far in excess of the electrical input required to maintain the primary pendulum oscillation on the first wheel.
  • Proving the Secondary Oscillation Mechanical Amplification Effect - Brian Berrett’s various test rigs demonstrate the gain derived in the secondary mechanical movement of a lever attached to a primary pendulum oscillator -- mechanical ‘overunity’ -- validating Veljko Milkovic’s claims. (PESN; Mar. 18, 2007)

Eddie Currentz -- mixed results

March 5, 2007

Hi Brian,
I read about your rig on Peswiki and was impressed. I have built a Milkovic two stage, like his water pump, with mixed results. I tried to fold back some of the mechanical energy to maintain the primary pendulum but couldn't get the right timing. I'm sure it can be done but I'm more inclined to an electrical solution like yours. I was just setting it up yesterday to use a Bedini monopole coil and a few magnets for my primary propulsion. The secondary can power a ratcheted wheel, such as the rear wheel of a bike, that is studded with magnets around it's perimeter. That would convert the high torque to speed. This project has been on the back burner for a while but you have given me some new ideas, thanks.

Von Ives -- negative results


Related Coverage

Contact

Veljko Milković

Bulevar Cara Lazara 56
21000 Novi Sad
Serbia

Phone: +381 64 153 20 72 * international contact

e-mail : milkovic@neobee.net

Comments

See Discussion page

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