Magnetic energy converter

摘要

A magnetic energy converter is an apparatus using the repelling energy fields of magnets to provide continuous motion. The apparatus includes a first axis, a second axis, an at least one motion generating mechanism, an idler gear train, and a platform. Each motion generating mechanism is used to harness the repelling energy fields of magnets and includes a first disk, a first magnet, a second disk, and a second magnet. Each magnet is peripherally mounted onto their respective disk, which is axially mounted to their corresponding axis. The first magnet and the second magnet have synchronized orbits so that their repelling energy fields interact with each other to produce continuous motion. The platform is used as a base for the other components. The idler gear train transfers rotational motion from the first axis to the second axis at a 1:1 ratio and reverses the direction of the rotational motion.

主权项

1. A magnetic energy converter comprises:
a first axis; a second axis; an at least one tier (hereinafter referred to as tier); an idler gear train; a platform; each of said at least one tier comprises a first disk, an at least one first magnet, a second disk, and an at least one second magnet; said first axis and said second axis being positioned parallel to each other; said first axis and said second axis being rotatably mounted onto said platform; said first axis and said second axis being in inverse rotational communication with each other through said idler gear train; said first disk being axially connected to said first axis; said second disk being offset from said first disk along said first axis; said second disk being axially connected to said second axis; said first magnet and said second magnet being positioned in between said first disk and said second disk; said first magnet being peripherally connected to said first disk; said second magnet being peripherally connected to second disk; an orbit of said first magnet about said first axis tangentially intersecting an orbit of said second magnet about said second axis; and said first magnet and said second magnet being serially aligned with each other as said first magnet and said second magnet approach said tangential intersection between said orbit of said first magnet and said orbit of said second magnet.