Electric generator with magnets driven by a two-stage oscillator

Veljko Milković has published a 3D visualization of his latest patent application on his official YouTube channel: an Electric Generator with Magnets Powered by a Two-Stage Mechanical Oscillator. This patent represents an improved version of the previously known design of an electromagnetic generator that Milković patented in 2000.

The concept of using a two-stage mechanical oscillator to generate electricity is one of the greenest solutions available today. Veljko Milković filed six patent applications related to electricity generation using a two-stage mechanical oscillator between 2000 and 2008, all related to the original version of this mechanism. One of these patents is the Electric Generator with a Pendulum and Magnetic Bumpers from 2000.

In the meantime, research on the two-stage mechanical oscillator has advanced, and improved, more efficient versions of this gravitational device have been published. The main improvement is the installation of an elastic pendulum and an elastic lever support. This enhancement has been shown to enable longer oscillation periods and increase the efficiency of the mechanism itself. The latest patent related to the pendulum generator focuses on applying the improved version of the two-stage mechanical oscillator to the existing generator idea, achieving greater efficiency in terms of electricity production.

The electric generator with magnets powered by a two-stage oscillator consists of a base to which wire threads and magnets are attached, and an elastic band fixed with screws to an L-profile, with a two-pronged lever tightened with nuts. On one side of the lever, an elastic band with a weight is attached with nuts, and on the other side, magnets are attached via washers.

According to the patent idea and the desired implementation of the invention, oppositely aligned magnets contribute to the oscillation speed, which affects the current strength, while the elastic bands extend the swing time, i.e., the current strength during one swing of the pendulum weight. Adjustment of the arms of the two-pronged lever using nuts is necessary, as the swing time depends on the weight of the weights and the mass of the magnets.

The video shows a 3D depiction of the concept of the pendulum generator in operation.

Veljko Milković invites all interested researchers, scientists, engineers, as well as investors and donors, to collaboratively initiate a research project and prototype development to test the ultra-efficiency of the pendulum drive technology and its application in electricity generation.