Tapered wind turbine

Abstract

The present invention is a conical wind turbine consisting of turbines of different sizes and sizes in the shape of a circle, which are stacked in a vertical (vertical) configuration and expand as they extend downward and rotate in relation to each other or independently on a horizontal (horizontal) axis with respect to the ground. The turbine is a power generation device which allows the use of a limited area to produce a large amount of energy, which is adapted to the environment with its visual design. The turbine is an outstanding industrial design, as shown in a side view of Figure 1 and a top view of Figure 2. The device has a stabilizing and supporting platform (4) on which the wind turbines (1) are enlarged into a cone from top to bottom, top and bottom devices (3) of the turbines harmonize the turbines with one another, fix and carry the blades (2) and transfer the generated power to the alternator.

Description

1) Technical Field

[0002] The present invention relates to a wind turbine consisting of turbines of different sizes and dimensions that are circular in shape, stacked in a vertical (upright) structure and expanding as they go downwards, and rotating in relation to or independently of each other on a horizontal (horizontal) axis relative to the ground.

[0003] 2) Available practices and their flaws:

[0004] Today, many devices and turbines use wind power to generate electricity. These turbines are manufactured and used in different sizes and with different materials and technologies based on their production capacity. However, existing turbines are used by installing only one turbine on a single platform. This use brings the following defects and problems.

[0005] a) excessive cost increases when only one turbine can be used on a single platform or installation site,

[0006] b) This results in a significant loss of floor space as each product uses a separate space,

[0007] c) It is not possible to convert power loss or idle power in individually used products into output through combination.

[0008] The deficiencies outlined above make generating electricity from wind energy difficult and inefficient.

[0009] 3) The solution and technical design provided by the present invention:

[0010] The turbines and blades used in the present invention can be made of materials made of various woods, metals, plastics, fabrics and textile chemicals, and turbines of different sizes and dimensions can be formed into a single structure on a platform, and all the above-mentioned defects and problems caused by the characteristics that each turbine can be operated independently or in conjunction with each other and transmit all the power generated by it to the same point are eliminated. Due to the developed automatic transmission system, it continues to rotate and generate electricity even at the lowest wind speed, and operates based on the conditions of the blowing wind at different speeds to produce the highest efficiency, so the possibility of high energy production has been achieved at low cost and in a very narrow area.

[0011] As a visual design, it provides a visual appearance that is consistent with nature. Painted in green, it provides an opportunity to grow a turbine forest.

[0012] 4) Description of the accompanying drawings (pictures):

[0013] Figure 1 - Relative view of a conical wind turbine (P / 1)

[0014] Figure 2-Top view of a conical wind turbine

[0015] 5) Description of the symbols in the drawings:

[0016] The components in the drawings are listed and described below.

[0017] 6) Specific implementation method:

[0019] An integral conical turbine, consisting of turbines 1 of different sizes and dimensions in the shape of a circle, stacked in a vertical (vertical) structure and expanding as they go down, and generating electricity through wind power, the turbines rotating in relation to each other or independently on a horizontal (horizontal) axis relative to the ground. It is equipped with circular devices 3 that integrate turbines of different sizes, dimensions and power with each other. These devices 3 are used to fix and carry the blades 2 of the turbines so that the turbines 1 can cooperate with each other and transfer the collected power to the engine. A structure consisting of turbines with overlapping and gradually expanding scales is installed on a platform 4 located at the bottom. This platform 4 can be built on a mast or on a roof or on any ground.

[0020] 7) Industrial applicability of the present invention:

[0021] Turbines of different sizes and dimensions made of different materials are combined in a structure, and a wind turbine that resembles a cone that expands from top to bottom is used as a means of producing electricity required for all industrial fields and human life. The raw materials and components used during its production are easily available in the market. It allows all units that consume electricity to independently generate the renewable energy they need.

Claims

1. The present invention is characterized by an integral conical turbine (P / 1) which is similar to a cone and is composed of turbines (1) of different sizes and dimensions which are circular in shape, said turbines (1) being stacked in a vertical structure placed on a platform (4) and expanding as they go downwards and generating electricity through wind power, said turbines rotating in relation to each other or independently on a horizontal axis relative to the ground, top and bottom devices (3) integrating turbines of different sizes, dimensions and powers with each other, for fixing and carrying the vertical blades (2) of said turbines, so that said turbines (1) can cooperate with each other and transfer the collected power to an electric motor.

2. The conical wind turbine (P / 1) according to claim 1, wherein: The conical wind turbine has turbines (1) of different sizes and dimensions that are circular in shape and placed on a platform (4) in a vertical structure that expands into a cone as it goes downwards, and the turbines (1) rotate in relation to each other or independently on a horizontal axis relative to the ground.

3. The top and bottom device (3) according to claim 1, wherein: The top and bottom devices have connections for integrating turbines of different sizes, dimensions and power, attachments for fixing and carrying the vertical blades (2) of the turbines, and rods (3) for enabling the turbines (1) to cooperate with each other and transmit the collected power to the electric motor.

4. The turbine platform (4) according to claim 1, wherein: The turbine platform has a frame base and a tree trunk-like mast that connects the ground to the turbine structure.

Images