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Patent Searching and Data


Title:
ELECTRICITY GENERATION PLATFORM
Document Type and Number:
WIPO Patent Application WO/2019/212424
Kind Code:
A2
Abstract:
The present invention is an electricity generation platform that includes turbines for electricity generation, but does not require any dependent factor for movement energy. The platform is not dependent on any natural condition, however it works with centrifugal force via the effect of gravity. The air compressor is an electric generating platform consisting of pistons, impellers, regulator dynamo.

Inventors:
AKTÜRK, Selman (Hirkaişerif Mahallesi Melek Hoca Caddesi, Yurttaş Apartmanı 51/4, Fatih/İstanbul, TR)
Application Number:
TR2018/000111
Publication Date:
November 07, 2019
Filing Date:
November 08, 2018
Export Citation:
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Assignee:
AKTÜRK, Selman (Hirkaişerif Mahallesi Melek Hoca Caddesi, Yurttaş Apartmanı 51/4, Fatih/İstanbul, TR)
International Classes:
F03D9/02
Attorney, Agent or Firm:
YEŞİLYURT, Murat (Optimum Patent Ofisi Danişmanlik LTD. ŞTI, 19 Mayis Mahallesi Halaskargazi Caddesi Yapı Apartmanı No:220 Kat:9 Daire:16, Şişli/İstanbul, TR)
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Claims:
CLAIMS

1. The present invention relates to an electricity generation platform, at is characterized in that the following are contained;

On the part of the trunk (5) connected to the ground are present at least two impellers (7), Air pistons (3) providing pushing force in the end portion of these propellers (7),

An air compressor (6) providing initial drive to the air pistons (3)

A gear box (2) that is converting 12 revolutions obtained from the propellers (7) into 1500 revolutions.

A generator (1) which converts the movement energy from the gearbox (2) into usable electricity.

2. This invention is an electricity generating platform as mentioned in claim 1 and is characterized in that;

The propellers (7) contain weights (4) in their tips, which augment the propelling motion by the effect of the force of gravity 3. This invention is an electricity generating platform as mentioned in claim 1 and is characterized in that;

It contains at least two mutually opposing magnets (8) that support the generated rotational motion in the direction of the rotation.

4. The present invention is a method for generating electric energy by rotational motion created by a propeller-like mechanism and is characterized in that;

A one-time drive is provided by the air compressor (6), which is an external energy source,

An outward rotational movement is established by means of the air pistons (3) on the propellers (7) with the resulting drive,

A cycle is created by turning the pushing motion in the opposite direction, using a weight (4) and gravity force at the position where the propeller (7) in the direction of the plumb is opposite to the pushing force provided at the end of the movement, The drive here is characterized by the fact that electricity is generated by being delivered to an electric generator (1) by reproduction through the gearbox (2).

5. This invention is an electricity generation method as mentioned in claim 3 and is characterized in that; It contains magnets (8) that are arranged to create additional thrust during the rotation movement to provide an additional thrust in addition to the created movement.

Description:
ELECTRICITY GENERATION PLATFORM

The present invention relates to an energy production platform that begins to operate in a manner that provides continuous and constant energy production with the initial drive obtained only from the system without being dependent on any condition.

A well-known method of electricity generation is hydroelectric power plants. The idea that rivers need to be used for electricity generation suggested in the beginning of the 20th century and this idea has been applied worldwide. Dams are the most important and most widely used facilities of hydroelectric power plants. Generally speaking, dams consist of 4 main sections. These sections are the dam structure, electricity line, generator and the turbine. In order to establish a dam, firstly a set must be placed in front of the river. Via this set, the flowing water accumulates and rises. In this way, the river water cannot move along the river bed and the water accumulates in the dam area and rises.

Dams also cause the formation of a dam lake in the regions where the dams are located. This is because the installation of the dam is always performed on the bed of a river and the passage of water is thus prevented. Water accumulates and a lake forms. In other words, each dam actually represents a dam lake. The walls of the dams have holes on the side facing the lake. These holes start from the bottom of the wall and continue upwards. The purpose of these holes is to provide the passage of water to the other side, when desired.

This also causes a decrease in the water level of the lake. These holes for water passage are in such a form that they can be opened and closed. The purpose of these holes is not to use them to reduce the water level of the lake. The purpose of the holes is to make water turn the turbines during the passage to the opposite side and therefore produce electricity. These covers in dams are not always opened up for the purpose of generating electricity. If the amount of water in a dam lake reaches a dangerous level, the covers are opened and thus the water level is reduced.

Turbines in the dams weigh many tons. A device that is used to convert the energy of a fluid into work is called turbine. These turbines, which weigh in tons, begin to rotate due to the water that flows in downward direction after opening of the water canals. This rotation is an effect that allows the generation of electricity in the dams. The immense power of water released downwards produces energy by rotating these many tons weighing turbines. When the function of the turbines is examined, it can be seen that wind turbines are also referred to as windmills. The difference is that one uses water to generate energy while the other produces electricity through the wind. The working principles are the same in both cases. The water that accumulates in the dam reservoir contains potential energy. Increase of the level causes the potential energy to increase in parallel. The dam lids open and the accumulated water flows down the walls. On this downward flow, potential energy of the water is transformed into kinetic energy. As the turbines start spinning, kinetic energy is converted into mechanical energy.

The resulting mechanical energy is transformed into electric energy by turning the electromagnets in the generator of the turbine, which is connected to the generator through the shaft.

In order to build a dam in a region, the region must have a stream source, at this point it is impossible to establish a stream dam in geographically arid regions.

Another well-known power generation method is wind turbines. There are two different types of wind turbines in terms of their rotation axis; wind turbines with a vertical axis or a horizontal axis. Vertical-oriented wind turbines have the ability to take wind from all directions. Generators, gear boxes and other systems can be installed at ground level, so they do not need an extra tower. In wind turbines with a horizontal axis, the wings are perpendicular to the wind turbines. Such turbines have to be installed above the ground level. Turbines are mostly three-winged and horizontal-axis turbines.

In turbines, energy production starts in the wings. As fluid air moves towards the turbine, the turbine blades start rotating. With the rotation of the wings, the shaft, which is connected to the interconnect of the wings in the hub, also begins to rotate. By increasing the speed of rotation with gear boxes, the high speed shaft transfers kinetic energy to the generator. Energy is generated by electromagnetic induction in the generator and electrical energy is transmitted to desired network via transformers.

In this method, electricity generation is basically a mechanical movement obtained from the movement of a fluid, which is transformed into kinetic energy and converted to electricity via generators. However, the motion energy that is to be converted into kinetic energy is dependent on the wind, and if no wind is present, the kinetic energy required to turn the turbine blades is not provided.

All other well-known methods used for electricity generation are completely bound to external factors, as well as being dependent on renewable energy sources as mentioned above.

The present invention is an electricity generation platform that includes turbines for electricity generation, but does not require any dependent factor for the above-mentioned movement energy.

The platform is not dependent on any natural condition, however it works with centrifugal force via the effect of gravity. The air compressor is an electric generating platform consisting of pistons, impellers and a regulator dynamo.

A one-time drive by an air compressor, which is an external power source,

Establishment of an outward rotational movement by means of the air pistons on the propellers with the resulting drive, The creation of a cycle by turning the pushing motion in the opposite direction, using a weight and gravity force at the position where the propeller in the direction of the plumb is opposite to the pushing force provided at the end of the movement,

The drive here is characterized by the fact that electricity is generated by being delivered to an electric generator by reproduction through the gearbox. Magnets are arranged to create additional thrust during the rotation movement to provide an additional thrust in addition to the created movement.

The present invention will now be described in more detail via examples with reference to the attached drawings, these being as stated below:

Figure 1 Electricity generation platform Explanation of the references:

NO PART NAME

1 Generator 2 Gearbox

3 Air Piston

4 Weight

5 Trunk 6 Air Compressor

7 Propeller

8 Magnet

The electric generating platform has propeller (7) which are opened in a form of a wing on the trunk (5) that is connected to the ground. The ends of the propellers (7) have air pistons (3) and weights (4). By means of the air compressor (6), the air pistons (3) operate with the first drive supplied to the system. The air compressor (6) is only used for the initial drive, after which in the system, the propellers (7) are rotated by the pushing force provided by the air pistons (3).

This movement provides a centrifugal force. In addition, the weights (4) at the end of the propellers (7) ensure the continuity of the rotational motion via the effect of gravity. Thus, the system can continue to work with its own thrust and centrifugal force without the need for an additional force/any external force from the outside.

The propellers are tuned to 12 revolutions per minute and the gear box (2) is converting 12 revolutions into 1500 revolutions. This 1500 rpm movement is turned on to the usable electricity in the generator (1).