SPECIFICATION AND PARTS

1. One big ring of diameter 2 meters.
2. Inner diameter to be of 1.6952 meters
3. 4 stationary slabs of 2 feet in length installed exactly in front of each other at an
angle of 180 degrees
4. Four hollow rectangular beams installed with solid triangles on the top of them
5. Triangular structures are holding the magnetic slabs of the polarity of the same one
installed in stationary ring
6. The ratio of stationary magnets to rotating ones is 4:5
7. Height of the rectangular beams connected in rotor are same and are of one and a
half feet in length + the area of the slabs installed on their top will be of one feet
8. The radius of diameter ( radius not taken because the size, weight and radius of the
shaft to be rotated may vary) will be one feet
9. Outer ring is connected to Ri AND R2 which are holders of the ring to move the ring
in to and fro motion for easy rotation and breaking
10. Shaft is supported by an extra column which is at the end of the device and front end
is directly connected to the generator with the help of universal joints or other
mechanisms
11. Torque developed will be directly transmitted to the generator whereas a simple
automobile gear box can be used for limiting the amount of speed

CLAIMS
1. Free energy / cheap way to operate a generator to generate-electricity
It. is by far the cheapest way to generate electricity as it uses magnetic flux and force to
push or rotate the rotor of generator. Magnets with specific power can be used to pin point
the mode of operation, by pin point we mean decide the rpm of the generator.
2. Compact' version of WUMI -1
The Jaxzmi-1 one is big in size and is for the use of industries only, but laxzmi-2 can be
used for house hold purposes also, hereby eliminatirig the need of connection with
electricity board .
3. The arrangem~nts~mofa gnets in such a way that they produce a force enough to move or
rotate a body.or shaft.
The main reason why this project is working is the arrangement of magnets, which is
unique and is producing a rotary motion. The slabs of the magnets will be facing each other but
some being on the circumference of. the stator (inwards) other ones on the free rotor alignedin
such a way that when it comes closer to the stator magnets it will REPEL each other hereby
producing a rotary motion.
4. The material used to hold the magnets
The material that will be used to hold the magnets will be a non ferrous alloy, which will
have a great strength . The material for rotor can be aluminium as it is light in weight and is
easily available.