Pyramid wind turbine

Abstract

The present invention is a pyramid wind turbine composed of turbines of different sizes and dimensions shaped as a circle, which overlap in a vertical (vertical) structure and expand as they go down and rotate either dependently or independently from each other on the horizontal (horizontal) axis to the ground. Turbine is generating device that allows generate of high amounts of energy using limited area, adapts to the environment with its visual design. The turbine is a masterpiece of industrial design as shown in Figure 1 side view and Figure 2 top view. The device has a stabilising and bearing platform (4), wind turbines (1) expanding from top to bottom as a pyramid on this platform, the upper and lower apparatus (3) of the turbine that coordinates these turbines with each other, fixes and carries the blades (2) and transfers the power generated to the alternator.

Description

[0001] PYRAMID WIND TURBINE

[0002] 1)- Technical Field of the Invention

[0003] The present invention relates to a wind turbine composed of turbines of different sizes and dimensions shaped as a circle, which overlap in a vertical (vertical) structure and expand as they go down and rotate either dependently or independently from each other on the horizontal (horizontal) axis to the ground.

[0004] 2)- Available Practices and Their Deficiencies:

[0005] Today, many devices and turbines generate electricity using wind power. These turbines are manufactured and used in different sizes and with different materials and techniques based on their production capacity. However, the existing turbines are used by erecting only one on a single platform. This kind of use brings the following deficiencies and problems. a) When only one turbine can be used on a single platform or in an installation site, the costs excessively rise, b) Since each product uses a separate space, this causes considerable losses of floor space, c) It is not possible to turn the power losses or idle powers in the products that are used separately into yields by combining them.

[0006] These deficiencies outlined above make it difficult and inefficient to generate electricity from wind energy.

[0007] 3)- Solutions offered by the invention and the developed technical designs:

[0008] The turbines and blades used in our invention can be produced from materials made of all kinds of wood, metal, plastic, fabric, and textile chemicals, can shape turbines of different sizes and dimensions as a single structure on a platform, and eliminate all the above- mentioned deficiencies and problems due to the features that each turbine can operate independently or in connection with each other and transmit all the power it generates to the same point. Due to the developed automatic transmission system, which continues to rotate and generate power even at the lowest wind speed and operates to produce the highest efficiency based on the condition of the blowing wind at different speeds, the possibility of high energy production has been achieved at low costs and in very narrow areas.

[0009] As a visual design, it offers a visual appearance harmonious with nature. Painted in green, it offered the opportunity to grow turbine forests. 4)- Description of the figures (drawings):

[0010] Figure: 1 - Opposite view of the pyramid wind turbine (P / 1 )

[0011] Figure: 2 - Top view of the pyramid wind turbine

[0012] 5)- Description of References in Figures:

[0013] The parts in the figures are enumerated and described below.

[0014] 6)- Description of the Invention:

[0015] A monolithic pyramidal turbine, composed of turbines (1) of different sizes and dimensions shaped as a circle, which overlap in a vertical (vertical) structure and expand as they go down, and generate electricity from wind power that rotates either dependently or independently from each other on the horizontal (horizontal) axis to the ground. It is equipped with circular apparatus (3) that integrates turbines of different sizes, dimensions, and powers with each other. These apparatuses (3) function to fix and carry the blades (2) of the turbines, enable the turbines (1) to co-operate with each other and transfer the collected power to the engine. The structure composed of turbines with overlapping and gradually expanding scales is installed on the platform (4) located at the bottom. This platform (4) can be built either on a mast or on a roof or any ground.

[0016] 7)- Industrial Applications of the Invention:

[0017] The turbines manufactured from different materials in different sizes and dimensions are combined on a structure and the wind turbine, which resembles a pyramid that expands from top to bottom, serves as a device to generate electricity that is needed in all fields of industry and human life. The raw materials and components that are used during its production are easily available on the market. It allows all units that consume electricity to independently generate the renewable energy that they need.

Claims

CLAIMS The invention characterises a monolithic pyramidal turbine (P / 1), which resembles a pyramid and composed of turbines (1) of different sizes and dimensions shaped as a circle, which overlap in a vertical structure placed on a platform (4) and expand as it goes down, and generates electricity from wind power that rotates either dependently or independently from each other on the horizontal axis to the ground, with top and bottom apparatuses (3) that integrate turbines of different sizes, dimensions, and powers with each other, function to fix and carry the vertical blades (2) of the turbines, enable the turbines (1) to cooperate with each other and transfer the collected power to the motor. The Pyramid Wind Turbine (P / 1) in claim 1 , wherein it features turbines (1) of different sizes and dimensions shaped as a circle, placed on a platform (4) in a vertical structure, expanding as a pyramid as it goes down, that rotates either dependently or independently from each other on the horizontal axis to the ground. Top and bottom apparatuses (3) in claim 1 , wherein they feature connections to integrate turbines of different sizes, dimensions, and powers, attachments to fix and carry the vertical blades (2) of the turbines, and rods (3) to enable the turbines (1) to co-operate with each other and transfer the collected power to the motor. The Turbine Platform (4) in claim 1 , wherein features a frame base that connects the ground to the turbine structure and a mast that resembles a tree trunk.

Images