Abstract -- Energy transformer being improved with this invention, transforms the initial electric energy received from an independent power supply (1, 2, 2A) and comprises the following parts: - First part consists of an accumulator or chargeable battery, or an inverter or network or any other power supply (1, 2 and 2A) to provide the input energy to the system, - Second part consists of power switch (3), frequency generator (4), capacitor (5), first filter (6), and primary coil (7), - Third part consists of secondary coil (8), current amplifier (9), second filter (10), frequency adjuster (11) and phase stabilizer (12) and load (13), and - The cables (14 and 15) which connect the output (13) on the secondary side to the power switch (3).

Background of the Invention

The present invention is related with an economic energy transformer, which primes the constant electric energy received from any pwoer supply via transferring the electromagnetic field occurred at one of the bobbins to other bobbin, rhytmically stabilizing the magnetic field between the bobbins with the help of amplifier immobilizes the energy voltage in both bobbins, increasing the current with respect to the input current.

Prior Art About The Invention

There is not encountered any application in prior art related with the invention improved with this invention.

Aims for Development of the Invention

The economical energy transformer improved with this invention aims to receive a constant energy and fixing the voltage of this energy, increase the current value, in other words to produce more amount of energy than the received energy.

General Description of the Invention

The key feature of the economical energy transformer improved with this invention is to receive the electric energy having constant voltage and current value and emit this energy with constant voltage but higher current value. This device can also feed the initial power supply.

The economical energy transformer improved with this invention has to receive energy from a power supply constantly. This mentioned energy can be easily generated from a small accumulator or chargeable battery or an inverter or a network or any similar power supply.

The economical energy transformer improved increasingly emits the energy that is received constantly.

Description of the Figures

The figures prepared for a better explanation of the economical energy transformer improved with this invention are disclosed. Description of the figures is as follows;

Figure 1 -- The view of circuit chart of the economical energy transformer.


Definition of the Components (Parts-Features) on the Figures

The parts shown on the figures are numbered individually for a better explanation of the economical energy transformer improved with this invention. Explanation of each part (feature) numbered is given as follows;

1, 2, and 2A -- Initial energy (Battery, inverter, city network, accumulator, etc., depending on the initial power supply.)

3 -- Power switch

4 -- Main Board

5 -- Capacitor

6 -- First filter

7 -- First bobbin

8 -- Second bobbin

9 -- Current Amplifier

10 -- Second filter

11 -- Frequency Adjuster

12 -- Stabilizer (phase)

13 -- Output (load)

14 and 15 -- Energy cables to feed the first circuit with the energy generated.

Description of the Invention

The economical energy transformer improved with this invention includes 4 main part inside;

First Part consists of an accumulator or chargeable battery, or an inverter or network or any other power supply (1, 2, and 2A) to provide the input energy to the system.

Second part consists of power switch (3), main board (4), capacitor (5), first filter (6), and first bobbin (7).

Third part of second bobbin (8), current amplifier (9), second filter (10), frequency adjuster (11) and stabilizer (phase) 912) and output (load) adjuster (13).

And the fourth part consists of the cables (14 and 15) which provide the energy generated to be transferred to the first part and by this way feeds the input power supply where necessary.

Second part is designed to transfer the electric energy -- which is received from the independent power supply at the first part- and electromagnetic field -- which is occurred at the first bobbin (7) -- to the second bobbin (8).

And at the third part, due to the high magnetic field received from the first bobbin (7) there occurs a difference between the bobbins and this difference occurred between the second bobbin (8) and first bobbin (7) is increased by the current amplifier (9) at this part.

Through the energy cables (14 and 15) connected to the output (load)(13) of the economical energy transformer improved with this invention and feeding the first circuit, the device feeds itself by using some part of the energy it generated.

The present invention is designed as single phase and it is possible to increase the number of the phases at maximum three phase. It is possible to generate energy at any desired power value. Depending on the electric energy value (power), the capacities of the parts used in the device shall be increased symmetrically.

The energy to feed the system is received from an accumulator or chargeable battery, or an inverter or network or any other power supply (1, 2 and 2A). This energy input has a constant voltage and current value.

Opening the power switch (3), the user gives the electric energy received from the initial energy (1, 2, 2A) to the first second part. being loaded with the electric energy received from the energy supply (1, 2, 2A) the capacitor (5) serves as a pump, and provides the main board (4) to give electric to the system.

Main Board (4) transfers the high amount of frequency it generated to the first filter (6). First filter (6) stabilizes the frequency received from the main board (4) and regularly transfers to the first bobbin (7).

Creating a magnetic field around itself with the high frequency regularly received from the first filter (6); first bobbin (7) transfers it to the second bobbin (8).

Subsequently, following the system, high frequency passing from the first bobbin (7) passes to the current amplifier (9). Second filter (10) transfers the high frequency received to the high frequency adjuster (11). The energy emitted from this part passes to the stabilizer (12) and the relevant unit stabilizes the received high frequency in accordance with the need and arranges without causing any harm to the parts at its exit. Some part of the energy generated by the device is used to feed the energy cables (14 and 15) feeding the first circuit and the power supply where this power supply needs to be recharged.

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http://v3.espacenet.com/publicationDetails/biblio?DB=EPODOC&adjacent=true&locale=en_EP&FT=D&date=20080828&CC=WO&NR=2008103129A1&KC=A1

WO 2008 / 103129

Independent Energy Device

Abstract -- The independent energy device improved with this invention, starts operation with the initial electric energy received from the initial energy supply (15) and afterwards generates energy consistently and is characterized to include power switch (1), capacitor (2), points (3), high frequency generator (4), first filter (5), first bobbin (6), first frequency adjuster (7), second filter (8), frequency stabilizer (adjuster) (9), second bobbin (10), second frequency adjuster (11), exit (phase) (positive) (12), positive self feeding cable (12a), exit (neutral) (13), negative self feeding cable (13a), neutral (grounding) (14), initial power supply (15).

Description of the Invention

The present invention is a device both self sufficient (self-feeding) and producing ready to use electric energy, starts to operate with the initial electrical energy received from accumulator or similar source of energy, transferring the magnetic field generated in first bobbin to second bobbin through a frequency stabilizer, after rhythmically stabilizing the magnetic field occurred between the bobbons; converts the independent energy -- received by the second bobbin from the air -- to electric energy.

Today electric energy can be generated by using various kinds of technologies. in order to summarize some of them; electric energy can be generated through dams, from the motion of waves, by nuclear power plants, by using solar energy, fuel oil, hydroelectric power plants and similar areas through using various technologies. There are different advantages and disadvantages among these various techniques used for generating electric energy. The general purpose of all these techniques is to generate energy cheaper and faster by providing high efficiency.

The present invention is improved through using different technologies of today, by less costly way and without harming the nature, and using a very different technique from the above mentioned (present techniques used today).

The present invention receives energy externally only at first starting phase. This mentioned energy can be easily generated from a small accumulator or chargeable battery or similar sources. 1-2 seconds after the device is started, the power switch at the energy input of the device cuts the external electric (from accumulator or similar source of energy) off by generating electric energy. A very small part of this electric energy generated is used by the device to feed itself and the most part is discharged ready to be used. As long as the device is not shut down or no problem occurred inside, the device generates energy consistently. By recent technology, there is no device similar to the present invention producing energy consistently by feeding itself.

In order to maintain the device to generate electric energy consistently, two circuits are designed inside the device.

First circuit, consists of time relay switch, capacitor, points, high frequency generator, first filter, first bobbin, first frequency adjuster (this circuit is displayed with bold line in the figure).

Second circuit; consists of second filter, frequency stabilizer, second bobbin, second frequency adjuster.

First circuit is designed for generating electricity by transferring the electromagnetic field occurred at the first bobbin with the electric energy received from the independent initial power supply, to second bobbin. And as the second circuit; Due to the high magnetic field received from the first bobbin, there occurs a magnetic field difference between the bobbins. The magnetic field difference occurred between the second bobbin and first bobbin stabilized by the help of frequency stabilizer, this circuit lione also converts the energy which is moving independently in the air at the second bobbin designed within this line to electric energy. This electric energy formed by the second bobbin adjusts the necessary frequency (220 V - 50 Hz or 110 V - 60 hz) for use, by the help of second frequency adjuster designed at the bobbin output. This generated electric energy is transferred to the intended usage area via exit points. Through the circuit cables connected to the exit points, the device feeds itself with teh generated electric energy. This mentioned process eventuates 1-2 seconds after the device is started. After this process, the time relay power switch designed at the input of the device breaks the initial power supply. After this stage, the device generates the energy independently.

The present invention is designed as single phase and as the phase number is desires to be increased, the bobbin number shall also be increased for each phase. Depending on the number of bobbins, the capacities of other parts used in the device are increased symmetrically.

It is possible to obtain energy in desired amounts of KW from the device. it is necessary to increase the capacity of the parts depending on the value of the electric energy.

The figures related to the invention are given enclosed, from the related figures:

Figure 1 -- Schematic view of the present invention.


The parts related to the invention are given numbers and the explanations corresponding to these numbers are as follows:

1 -- Power switch

2 -- Capacitor

3 -- Points (as distributor of an engine)

4 -- High frequency generator

5 -- First filter

6 -- First bobbin

7 -- First frequency adjuster

8 -- Second filter

9 -- Frequency stabilizer (adjuster)

10 -- Second bobbin

11 -- Second frequency adjuster

12 -- Exit (phase) (positive)

13 -- Exit (neutral)

13a -- Negative transformation cable

14 -- Neutral (ground)

15 -- Initial power supply

A -- First circuit cable

B -- Second circuit cable

The operation of the present device is explained as below, giving reference to the parts numbers through the figure enclosed.

Energy and Frequency Circuit on the First Circuit (A)

Opening the power switch, the user gives the electric energy received from the initial energy supply (15) to the first circuit cable (A). Being loaded with the electric energy received from the energy supply (15) the capacitor (2) serves as a pump, and provides the points (3) to give electricity to the high frequency generator (4). High frequency generator (4) transfers the high amount of frequency it generated to the first filter (5). First filter (5) stabilizes the frequency received from the high frequency generator (4) and regularly transfers to the first bobbin (6). Creating a magnetic field around itself with the high frequency regularly received from the first filter (5); first bobbin (6) transfers it to the second bobbin (10). Subsequently, following the first circuit cable (A), the high frequency  passing from the first bobbin (6) passes to the first frequency adjuster (7). The first frequency adjuster (7) stabilizes the received high frequency in accordance with the need and arranges without causeing any harm to the parts at its exit.

Energy and Frequency Circuit on the Second Circuit (B)

The high frequency rising from the first bobbin (6) enters the second filter through the second circuit (B). Second filter (8) transfers the frequency received from the first bobbin (6) to the frequency stabilizer (9). The electromagnetic fields occurring at the bobbins (6, 10) are different and the magnetic field at the first bobbin (6) is higher than the second bobbin (10). At this stage the frequency stabilizer (9) stabilises the different electromagnetic fields occuring at the first and second bobbins (6, 10). This stabilized high frequency exits from the second bobbin (10) and is adjusted for the required (necessary for the use) frequency degree by the help of the second frequency adjuster (11). The user uses the electric energy generated in the device by the help of exit (phase) (positive) (12) and exit (neutral) cable (13).

The positive transformation cable (12A) at the exit of the device and the negative transformation cable (13A) are connected to the power switch. 1-2 seconds after the device starts to generate electricity, the electric energy generated is transmitted to the power switch (1) via positive transformation cable (12A) and negative transformation cable (13A). The time relay at the power switch (1) breaks the energy received from the initial power supply (15). After this stage, the device continues to generate electric energy feeding itself with the self-generated energy and independently without depending on any energy from outside. The device continues to generate unlimited energy as long as it is not closed via the power switch (1) or no problem occurs within the system.

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