WO2009054740A2

WO2009054740A2 - F.e.d. repulsion type motor

Info

Publication number: WO2009054740A2
Application number: PCT/PH2008/000009
Authority: WO
Inventors: Jose C. Zoleta
Original assignee: Zoleta Jose C
Priority date: 2007-10-22
Filing date: 2008-10-16
Publication date: 2009-04-30
Also published as: WO2009054740A3

Abstract

By definition, 1 Oersted = 4π /10 x NI / cm. In 1930, this definition of Oersted was adopted by the I.E.C. Prior to that time the Oersted had been used in the United States as the unit of magnetic reluctance. In 1947, when I finished my Baccalaureate degree in Electrical Engineering at M.I.T. Mapua Institute of Technology, without their knowledge and consent, I discovered that the definition of an Oersted is a Free Energy Device Equation. This F.E.D. equation will prove that the laws of therrho dynamics lack universal validity. When a magnetic Rotor is equipped with a suitable shaft and bearing and placed in a suitable magnetic stator of drum configuration so design for rotation, when a solenoid is placed around this apparatus, this becomes a Free Energy Device repulsion type motor of drum configuration. Depending upon choice and design, if we select a soft magnetic material, we will be using a few Oersted. On the other hand, if we select a hard magnetic material, we would be using thousands of Oersted, but there will be no power consumption anymore.

Description

F.E.D. REPULSION TYPE MOTOR

FIELD OF THE INVENTION

This invention relates to the FED, (Acronym Free Energy-Device) repulsion type motor and more particularly to a soft or hard magnetic material repulsion type motor . of drum configuration.

BACKGROUND OF THE INVENTION

The price of oil had gone at all time high of $90 dollars per barrel. Mankind is like the paradoxical foolish monkey dying of thirst while sitting at the bank of the river. That river is the magnetic energy which pervades all space in the galaxy. All we have to do is to harness this magnetic energy and the oil crisis will be over. This FED repulsion type motor of drum configuration is the answer and solution to the said oil problem.

SUMMARY OF THE INVENTION

The primary object of the invention is to use the FED repulsion type of motor of drum configuration by utilizing the soft magnetic material (i.e. Super mendur and a like). Another object of the invention is to utilize FED repulsion type motor of drum configuration by using now the hard magnetic material (i.e. Neodynium Iron Boron and alike).

In attaining the foregoing and other objects, the invention at hand incorporates an apparatus comprising the following:

• 1^st Magnetic Rotor means equipped with suitable shaft means and bearing means.

2ⁿ Magnetic Stator means with holes or an equivalent empty space to provide the necessary design concept for proper rotation means.

3^rd Magnetizing solenoid means to provide the necessarily magnetization means.

The forgoing and other objects and features of the invention will be evident from the following detailed description preferred embodiments there of and practices there under and from the drawings wherein like references numerals indicate like parts ' throughout.

BRIEF DESCRIPTION OF THE DRAWING Not shown in figure 1 for the sake of simplicity and brevity are the following:

1. Magnetizing solenoid means.

2. Complete magnetizing apparatus for hard magnetic material.

3. Non magnetic platform/base to hold or fasten the FED repulsion type motor using hard magnetic material, example Neodynium Iron Boron.

Figure 1 Illustrates an FED (acronym — free energy device) utilizing the Oersted definition promulgated and adopted in 1930 by the IEC, that the first and second law of thermo-dynamics lack universal validity^"

DESCRIPTION OF THE PREFERRED EMBODIMENT AND PRACTICE

Referring to figure 1 , FED repulsion type motor of drum configuration includes Rotor 15 means equipped with non-magnetic shaft 11 means with non-magnetic bearing 13 means and magnetic Rotor 15 means and a magnetic stator 16 means with tapered holes or an equivalent empty space 28 means, to provide the proper design concept for rotation. This tapered portion could be substituted by any suitable non-magnetic material which could be joined or glued together in this stator assembly or an equivalent empty space of soft or hard magnetic material which could also provide higher reluctance. Not included in figure 1 for the sake of simplicity and brevity, is the solenoid means 25 means for magnetizing the above apparatus for proper rotation of soft magnetic material.

The tapered end of the stator or an equivalent empty space is smaller than the rest of the motor and therefore has higher magnetic reluctance. Various changes and modification maybe introduce without departing from the invention, for example hard magnetic material (Neodynium Iron Boron) for rotor or stator means, permanent magnetization or a permanent magnetic motor and stator of drum configuration. The equivalent empty space in the stator means could be introduced in the rotor means and vice-versa. Accordingly, the particular disclosed apparatus and methods are intended in a descriptive and not a limiting sense. The true spirit and scope of the invention is defined in the following claims.

Claims

1. The methods for operating . an FED repulsion type motor ot . drum configuration utilizing soft magnetic material comprises the following steps: a. Assembling the rotor magnetic means equipped with non-magnetic 5 shaft means and non-magnetic bearing means. b. Holes introduced in the magnetic stator means, any suitable nonmagnetic material or an equivalent empty space in the rotor or vice- versa may be used to provide tapered and high reluctance. c. A magnetic solenoid means is wound around the motor to provide the 10 . proper magnetization means.

2. The method claim in claim 1 is practiced in part by energizing the solenoid means for the rotation of the motor.

3. The method in method 2 is practiced further for complete rotation of the repulsion type motor of drum configuration. This is possible because the stator

15 means is tapered and has high reluctance while the rotor means anchored on the bearing through the shaft means rotates because, the lines of force are distributed uniformly through the rotor means, because its dimensions are uniform, but they are not distributed evenly in the stator means because of its tapered edge . Less line of force pass through the tapered end than through the

20 rest of the stator, because the tapered end of the stator is smaller than the rest of the motor and therefore have higher reluctance.

4. The method in claim 2 and 3 is practiced together to produce the prύper outcome of the invention.

5. The method claim in- 1 to 4 is practiced further by using a hard magnetic 25 material (i.e. Neodynium Iron boron).

6. The apparatus claim in 4 consist of the following: a. Soft magnetic rotor means equipped with non-magnetic shaft means and non-magnetic bearing means. b. Soft magnetic tapered stator means ■ 30 c. Solenoid magnetization means. _.

7. The apparatus in claim 6 further includes the use of a hard magnetic material for the rotor and stator means, example Neodynium Iron Boron.

8. The apparatus in claim 6 is utilized for minimal power consumption.

9. The apparatus in claim 7 is utilized for no power consumption.