All Permanent Magnet Motor Working Prototype

Описание к видео All Permanent Magnet Motor Working Prototype

We were inspired on working on a prototype of a free energy all permanent magnet motor because of this patent: https://patentscope.wipo.int/search/e...
This free energy prototype has 6 rotors at 12 magnets each for a total of 72 strong neodymium magnets. The entire free energy permanent magnet motor is made out of sturdy plastic and the shaft bearings, collars, and screws are made out of stainless steel so that there’s no interference with the permanent magnets. The permanent magnets on the rotor are all facing north. Each rotor is offset to each other so that they’re all on an angle, the permanent magnets on the first and last rotor have to align and overlap. The rotor weighs approximately 10 pounds. The permanent magnets on the rotor are very strong and respond to the permanent magnets on the stator from a two or three inch distance. The stator magnets alternate north south and are on an angle opposite of the angle on the rotor. The rotor is not self starting, it needs a small push to get going. Also, the magnet motor runs at a very low RPM. We believe more stator arms are required equally spaced around so that the combined forces can accelerate the rotor. The original motor in the patent used magnetic shielding and runs at a very high RPM, our small prototype does not have any magnetic shielding. The permanent magnets we used are very strong neodymium magnets and they are 1/2” thick by 1” long and each one can lift 35 pounds. We tried multiple different combinations of permanent magnets on the stator which did not work, the one combination that did respond with the rotor is shown in the video. All parts were cut out on a precision Cnc machine with 0.004 accuracy. We believe great precision is required when attempting an all permanent magnet motor because the timing of these kinds of motors is created by the strategic placing of the permanent magnets.
Website: https://mindoftesla.com

Комментарии

Информация по комментариям в разработке