FRANCIS JAMES SOURIS
Pilots at Hurt Rd, Smyrna, GA

2005014, Jun 30, 2005

Dec 29, 2003

10/746680

Nicholas Souris - Smyrna GA, US
Francis Souris - Smyrna GA, US
Patrick Souris - Smyrna GA, US

H02K007/02, H02K017/00, H02P003/08

310166000, 310168000, 318254000, 310074000, 310261000

This invention relates to an electric motor design, which uses the design introduced in U.S. Pat. No. 6,060,798 entitled “Straight Motion” issued May 2000, with certain improved variations. More particularly instead of having the plungers set on a straight line, this invention pertains to setting the plungers in a circular position of a fixed diameter and also have the coils set in the same circular arrangement, aligned properly to each other, so coils and plungers can interact accordingly when energized. Now if each plunger is supported by a bracket connected to a common shaft located in the center of said circle. Said bracket being of a size and shape able to travel through the slot provided in the magnetic coils used. When each coil is energized it will pull a plunger into the magnetic field and thus force the shaft to rotate, thus causing a rotary motion, provided that the coils and plungers are set in certain desirable spacing in relation to each other for the purpose of this application. If the coils are energized continuously and in certain sequence, said rotary motion will continue, thus producing a perpetual rotary motion. In this case, the coils will be set in a fixed position and the plungers will be all connected to the same shaft. When the coils are energized in certain sequence, the energized coil will pull a plunger into the coil's magnetic field, causing a rotary motion along the shaft, and the energy produced in the shaft can be used accordingly. This creates a device similar to an electric motor or a variation thereof. The main advantage in this device is that the bracket of each plunger is acting as a lever, thus the force produced by the coil is transmitted to the shaft, through the bracket first and second class lever theories, therefore the length of the bracket will further enhance the energy so produced by the magnetic coils, thus increasing the energy output transferred to the shaft.