Permanent electro magnetic motor

• US 20040183387A1
• Filed: 03/21/2003
• Published: 09/23/2004
• Est. Priority Date: 03/21/2003
• Status: Abandoned Application

• Current Assignee: James Alfred Moe
• Original Assignee: James Alfred Moe
• Inventors: Moe, James Alfred
• Application Number:
  US10/394,901
• Publication Number:
  US 20040183387A1
• Time in Patent Office: Days
• US Class Current: 310/152
• CPC Class Codes: H02K 49/10 of the permanent-magnet type
• CPC Class Codes: H02K 53/00 Alleged dynamo-electric perpetua mobilia
• CPC Class Codes: H02K 7/06 Means for converting reciprocating motion into rotary motion or vice versa

Abstract

This invention relates to a true permanent electro magnetic motor, with no electrical winding, coils or electrical circuitry of any kind that is attached to any of the permanent magnets in this invention. With two large round north and south bevel magnet wheels facing each other on a vertical center axle, Placing four sets of square block magnets into a magnet cross over bar that is placed between the two large round north and south bevel wheel magnets, the magnet cross over bar requiring very little energy will flip up 45 degrees on each one half a turn, activated by one of two small solenoids, that is attached to a magnet cross over bar, changing the magnetic polarity in the magnet cross over bar, from a north to south magnetic polarity or from a south to north magnetic polarity, as the two large round bevel wheel magnets move into the side two energy quarters of each of the two large bevel magnet wheels, the magnet cross over bear that has just flip up, will move up and down on the bevel angle edge of the north and south large bevel wheel magnets, driving the two large bevel wheel magnets around a center axle, being used as power fly wheels, running at a constant R. P. M. creating lots of workable energy, tied into an electrical generator.

Claims

1. What I claim as my invention is a model for a permanent electro magnetic motor, Constructed with permanent magnets.

Two round magnet wheel holders that will support two sets of large round bevel magnet wheels, one set being a north facing magnet wheel and one set being a south facing magnet wheel, that is facing each other on a vertical center axle.

Each set of magnet wheels is being cut on a bevel angle, from the top of each wheel to one quarter of the width at the bottom of each wheel.

In each set of the two large round bevel wheel magnets, a predetermine amount of magnetic material is taken out, on each side of a centerline, equaling twice the width of a magnet wheel.

One magnet in each set of round magnet wheels is being cut from the bottom of the thin bevel side of the magnet wheel, to the center of the wheel, one magnet in each set of round magnet wheels is being cut from the bottom of the thin bevel side of the magnet wheel, all the way across the magnet wheel, leaving two semi even split halves.

Placing a set of round magnet wheels together, one on top of one another, where the semi split magnet wheel will be on the bottom, in each of the two sets of north and south round bevel magnet wheels.

Two sets of square block magnets, with four magnets in each magnet block, one being a north center square block magnet and one being a south center square block magnet, showing an end view in each north and south block magnets with a north and south L shaped magnetic pressure line on each one quarter-sides, in the same end of a square block magnet.

Placing together a set of north and south center block magnets either front to back, or back to front, placed in to the bottom thin bevel side in each one of said north and south round bevel wheel magnets.

Two bevel sets of square block magnets, with a north and south flat side of a magnets showing, that will make a circuit to one another, placed together end to end, which will be placed into the top center of each north and south bevels semi split magnet wheels.

These two sets of block magnets, being called switch block magnets, being placed in to the top and bottom of the two large bevel wheel magnets, to help move the large bevel magnet wheel from a pull side of a magnet wheel, to push side of a magnet wheel, with equal amount of energy force from magnets, in a magnet cross over bar.

A magnet cross over bar that is placed between a said north and south large round bevel wheel magnets, means to hold the said magnet cross over bar in place, are two stand up rods mounted on each end of a platform.

Four sets of north and south center square block magnets in each set, two block magnets making up a set, are placed side by side to each other, one being a north center block magnet and one being a south center block magnet, in each set of block magnets in there four corners having a north and south L shaped magnetic pressure lines that is crises-crossing to one another.

Two sets of north and south block magnets in each set, are standing up 90 degrees vertically on each end in the magnet cross over bar,

Two sets of north and south block magnets in each set, are lying horizontal on they side on each side of a center axle, in the magnet cross over bar.

Means to operate said magnet cross over bar, are two small solenoids, placed on each side of said magnet cross over bar, to lift said magnet cross over bar 45 degrees on each half a turn, with equal amount of energy, changing the magnetic polarity in a magnet cross over bar, coming from a pull force, going into a push force, going through the top and bottom on both large bevel wheel magnets.

From one a of the two solenoids are activated by a set of micro switches, from a cam on said center axle, on each one half a turn.

A pulley and a gear wheel is attached to the bottom of said center axle, a pulley to be locked into a generator, with a gear wheel to start this electro magnetic motor turning.

A point at the bottom of said center axle, is riding on a nylon screw head for less friction.

2. What I claim as my invention is according to claim 1. A round magnet wheel holder that will support a set of large round bevel north facing wheel magnets, tied to a vertical center axle.

3. What I claim as my invention is according to claims 1 and 2. A set of said large round north facing magnet wheels,

being cut across the diameter of both magnet wheels, on a bevel angle from the top of each magnet wheel, to one quarter of the width at the bottom of each magnet wheel,

leaving both magnet wheels with a bottom bevel thin side.

4. What I claim as my invention is according to claims 1 and 3. One magnet in each set of said large round bevel north facing magnet wheels,

being cut from the bottom center of the bevel thin side of the magnet wheel, to the center of the wheel,

with magnet material taken out on each side of a centerline, equaling twice the width of the widest part of a magnet wheel.

5. What I claim as my invention is according to claims 1 and 3. One magnet in each set of said large round bevel north facing magnet wheels,

being cut from the bottom center of the bevel thin side of the magnet wheel, cut all the way across the magnet wheel,

with magnet material taken out on each side of a centerline, equaling twice the width of the widest part of a magnet wheel,

leaving a magnet wheel with two semi equal split halves.

6. What I claim as my invention is according to claims 1, 3, 4 and 5. Placing a set of said thin bevel sides of a north facing magnet wheels together,

both magnet wheels are making a circuit to one another,

where a said north facing semi split half magnet wheel would be on the bottom in a set.

7. What I claim as my invention is according to claim 1. A round magnet wheel holder that will support a set of large round bevel south facing wheel magnets,

tied to a vertical center axle.

8. What I claim as my invention is according to claims 1 and 7. A set of said large round south facing magnet wheels,

being cut across the diameter of both magnet wheels on a bevel angle,

from the top of each magnet wheels, to one-quarter of the width at the bottom of each magnet wheels,

leaving both magnet wheels with having a bottom thin side.

9. What I claim as my invention is according to claims 1 and 8. One magnet in each set of said large round bevel south facing magnet wheels,

being cut from the bottom center of the bevel thin side of the magnet wheel, to the center of the wheel,

with magnet material taken out on each side of a center line,

equaling twice the width of the widest part of a magnet wheel.

10. What I claim as my invention is according to claims 1 and 8. One magnet in each set of said large round bevel south facing magnet wheels,

being cut from the bottom center of the bevel thin side of the magnet wheel, cut all the way across the magnet wheel,

with magnet material taken out on each side of a center line,

equaling twice the width of the widest part of a magnet wheel,

leaving a magnet wheel with two equal semi split halves.

11. What I claim as my invention is according to claims 1, 8, 9 and 10. Placing a set of said thin bevel sides of a south-facing magnet wheels together,

both magnet wheels are making a circuit to one another,

where a said south-facing semi split half magnet wheel would be on the bottom in a set.

12. What I claim as my invention is according to claims 1, 2 and 7. One north facing set, of large round bevel wheel magnets

and one south facing set of large round bevel wheel magnets,

facing each other on a vertical center axle.

13. What I claim as my invention is according to claim 1. A said north center square block magnet,

showing end view of four-square magnet blocks, being assembled 90 degrees from one another,

showing three north side magnets and one south side magnet in the center of a square block magnet.

14. What I claim as my invention is according to claim 1 and 13. A said north center square block magnet,

showing an end view having a north and south L shaped magnetic pressure line,

on each one-quarter sides in the same end of a square block magnet,

magnetic pressure lines coming from the center of the square magnet block, going to an out-side corner.

15. What I claim as my invention is according to claim 1. A said south center square block magnet,

showing an end view of four-square magnets in a block, being assembled 90 degrees from one another,

showing three south side magnets and one north side magnet in the center of a square block magnet.

16. What I claim as my invention is according to claim 1 and 15. A said south center square block magnet,

showing an end view having a north and south L shaped magnetic pressure line, on each one quarter side of a square block magnet,

magnetic pressure lines coming from the center of the block magnet going to the out side corners.

17. What I claim as my invention is according to claims 1, 14 and 16. Two sets of said north and south center square block magnets, showing an end view in each set,

being placed together end to end, showing L shaped magnetic pressure lines, going in different directions on the same top side, in each set of the north and south center square block magnets,

placed into the bottom bevel thin sides of each north and south large bevel wheel magnets.

18. What I claim as my invention is according to claims 1 and 6. One bevel set of a said north and south facing square block magnets being placed together end-to-end, making a circuit to one another,

placing the south facing bevel magnet side in the set, into the top center of a north-facing semi split half magnet wheel.

19. What I claim as my invention is according to claims 1 and 11. One bevel set of said north and south facing square block magnets being placed together end-to-end, making circuit to one another,

placing the north facing bevel magnet side in the set, into the top center of a south facing semi split half magnet wheel.

20. What I claim as my invention is according to claims 1, 12, 13 and 15. A magnet cross over bar that is placed between a said north and south sets of large round bevel magnet wheels,

holding four sets of said north and south center square block magnets in each set.

21. What I claim as my invention is according to claims 14, 16 and 20 Four sets of

said north and south center square block magnets in each set, showing an end view in each of the four sets,

having a north and south L shape magnetic pressure lines in all four corners in each set, that is crisscrossing one another,

coming from the center of a north and south center block magnet in each set, going to the out side corners.

22. What I claim as my invention is according to claims 1, 20 and 21. Two sets of said north and south square center block magnets in each set,

placed together side by side, making a circuit to one another,

standing up 90 degrees vertically on each end in a said magnet cross over bars.

23. What I claim as my invention is according to claims 1, 20 and 21. Two sets of said north and south square center block magnets in each set,

placed together side by side, making a circuit to one another, lying on their sides horizontal, on each side of a said center axle, in a said magnet cross over bar.

24. What I claim as my invention is according to claim 1. A point at the bottom of

said center axle that comes to a center point,

that is riding on a flat surface of a nylon screw head block.