Wind power generator

FIELD: power industry.

SUBSTANCE: wind power generator includes vane wind motor and electric power generator with rotor in the form of segmented elements mounted on wind motor vanes, and arc stator. Wind power generator consists of a battery of operation and backup plates mounted in line and parallel to each other upright with their joints on frame. Operation and backup plates feature bent ends and are mounted with bent ends oriented in different directions. Operation and backup plates interact by first-type levers with lengthwise slits, levers are mounted on backup plates and hook on by lengthwise slits with sliders mounted on operation plate ends. Segmented elements are mounted at operation plate ends, and stator is mounted rigidly on frame and can engage with segmented elements in operation mode. Wind power generator is connected rigidly to rotation axle that is mounted loosely on a support so that wind power generator can be put automatically along wind flow pushing plate battery and side walls. Gravity centres of plates are shifted by rotation axle tilt at angle B towards horizon and at angle D towards wind direction.

EFFECT: increased efficiency, possible mass application of wind power generator in locations inaccessible for power load connection to public power network.

5 dwg

 

Wind power generator relates to the field of low energy, and in particular to installations for the use of wind energy. The number of known devices for generating electricity by wind energy.

To analogue (prototype) of the invention can be attributed wing wind turbine and an electric generator having a rotor that is made in the form of segmental elements, mounted on the wings of a wind turbine and interacting with arc stator.

A.S. No. 1250696, CL. F03D 1/00, 1986

The disadvantage of the prototype is that the wind turbine uses the incoming energy of the wind to the square of the wind turbine with an average coefficient of 0.30.

The objective of the invention is the provision of opportunities for wind power generator for use in places inaccessible to connect to the public network to the consumer of electricity and increasing the efficiency of wind power generator.

This problem is solved wind power generator, consisting of a battery of workers and ancillary plates arranged in one line and in parallel with each other in a vertical position the hinges on the frame. The working and auxiliary plates have bends at the ends that are installed with the installation of bends in different directions. Working and auxiliary plates interact with the battle levers of the first kind with longitudinal slits. The levers are located on the supporting plate and engages the longitudinal slits with sliders mounted on the ends of the operating plates. At the ends of the operating plates are segmented elements and the stator is located on the frame stationary with the opportunity to interact with the segment elements in the operating mode. Wind power generator with the axis of rotation is connected motionless, and to support the axis of rotation is set free, with the ability to automatically install a wind power generator in position in the direction of the wind acting on the battery plates and the side walls. The movement of the wind flow along and between the workers and the supporting surfaces of the plates there are impacts on the surface of the wafer and on the bends, where it creates the zone of high pressure, affecting the movement of air between the plates. Why force rotates the working and auxiliary plate in the opposite side to the hinges, working the levers of the first kind with longitudinal grooves on the slide. Than make the addition of an applied force movement of the air mass of the working and auxiliary plates on the movement of the segmental elements along the stator, where it is continuously automatic reciprocating, oscillating principle, the movement of workers and auxiliary plates and segments the data elements on the stator, which produces electricity. Plate work mode, when could stop turns, for example, from the trim plate by the movement of air flow with equal force on both sides of the plate. To the plate was in operation and was constantly turned on hinges in either direction, the centers of gravity of the plate is shifted by tilting the axis of rotation of the wind power generator At an angle to the horizon line and at an angle D to the line of direction of the wind. Setting the plate at an angle to the oncoming flow of air, constantly seeking to increase produced by the deflection plates, which generally gives the ability to provide reliable and efficient operation of increasing the efficiency of wind power generator.

Figure 1 shows a wind power generator in the three-dimensional image. Figure 2 shows the working and auxiliary plates on hinges mounted on the frame. Shows the levers of the first kind with floaters. Shows the segment element and the stator. Shows the angle of inclination of the wind power generator to the horizon line, side view. Figure 3 shows a diagram of the flow of the wind along and between the workers and the supporting surfaces of the plates, where there are impacts on bends plates and education areas A high pressure. Figure 4 from which Bragina installation scheme of working and auxiliary plates, in the off position, with deflection plates at an angle D to the line of direction of the wind generated due to the displacement of the centers of gravity of the plate, top view. Figure 5 shows the interaction of workers and auxiliary plates in position, top view.

Wind power generator equipped with a battery of workers 1 and 2 auxiliary plates arranged in one line 3, and in parallel with each other in a vertical position by the hinges 4 and 5 on the frame 6. Workers 1 and 2 auxiliary plates have bends 7 at the ends that are installed with the installation of the bends 7 in different directions. Workers 1 and 2 auxiliary plate interact levers 8 of the first kind with longitudinal slots 9. The lever 8 of the first kind are located on the secondary 2 plates and engages the longitudinal slots 9 slide 10 mounted on the ends of workers 1 plates. At the ends of the working plates 1 are segmented elements 11 and the stator 12 is located on the frame 6 still interoperable with the segment elements 11 in the operating mode. Wind power generator with the axis 13 of rotation connected motionless, and on the support 14 axis 13 of rotation is set free, with the ability to automatically install a wind power generator in position in the direction of the wind acting on the battery PLA is tin 360 degrees. In order plates 1 and 2 were in operation and continuously turned on the hinges 4 and 5 in either direction, the centers of gravity of the plates 1 and 2 are shifted by tilting the axis 13 of rotation of establishing a wind power generator At an angle to the horizon line and at an angle D to the line of direction of the wind, providing the instability of the mass of the plates 1 and 2, seeking to increase produced by the deflection plates 1 and 2. On the battery working 1 and auxiliary 2 plates installed side walls 15.

Wind power generator works as follows.

When the movement of the wind wind power generator is automatically installed in operating position in the direction of the wind acting on the battery plates 1, 2, and side walls 15, turning together with the axis 13 of rotation on a support 14. The movement of the wind flow along and between the work 1 and auxiliary 2 surfaces of the plates occur impact on the bends 7. While the bends 7 plates creates A zone of increased pressure by the movement of the air mass. Created A zone of high pressure power turn workers 1 and 2 auxiliary plate in the opposite side to the hinges 4 and 5, influencing the lever 8 of the first kind with longitudinal slots 9 in the slide 10. Is the addition of an applied force movement of the air mass on the work 1 and the support is positive 2 plates and on the movement of the segmental elements 11 along the stator 12. Thus there is a continuous, automatic reciprocating, oscillating principle, the movement of workers 1 and auxiliary 2 plates and segment elements 11 and the stator 12. This creates conditions for the production of electric current as long as there is movement of the wind. Plates 1 and 2 are in constant rotation at the hinges 4 and 5 in one and the other sides, including due to the displacement of the centers of gravity of the plates 1 and 2 tilt axis 13 of rotation of the wind power generator At an angle to the horizon line and at an angle D to the line of direction of the wind.

As a result, when the movement of the wind wind power generator takes the movement of the wind, and the aggregate of the proposed technical solutions converts it into electric current, ensuring reliable and efficient operation of increasing the efficiency of wind power generator.

Wind power generator, wing containing a turbine, a generator having a rotor that is made in the form of segmental elements, mounted on the wings of a wind turbine, and electric arc stator, characterized in that the wind power generator consists of a battery of workers and ancillary plates arranged in one line and in parallel with each other in a vertical position the hinges on the frame, working and auxiliary submarine is stiny have bends at the ends, installed with the installation of bends in different directions, working and auxiliary plates interact with each other levers of the first kind with longitudinal slots, levers are located on the supporting plate and engages the longitudinal slits with sliders mounted on the ends of the operating plates at the ends of the operating plates are segmented elements and the stator is located on the frame stationary with the opportunity to interact with the segment elements in operation, wind power generator with the axis of rotation is connected motionless, and to support the axis of rotation is set free, with the ability to automatically install a wind power generator in position in the direction of the wind acting on the battery plates and side walls, the centers of gravity of the plate is shifted by tilting the axis of rotation of the wind power generator at an angle B to the horizon line and at an angle D to the line of direction of the wind.



 

Same patents:

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