KR100571123B1 - Wind generator capable of hot water heating using solar heat - Google Patents

Abstract

The present invention relates to a wind power generator, and more particularly, to improve the structure of the wind power generator, in particular, the upper and lower windshields protruding from the wings serve to attract surrounding wind and boost its own weight, and to generate solar heat in addition to wind power generation. The present invention relates to a wind power generator capable of hot water heating using solar heat that diversifies the use of a wind power generator by heating hot water.

An object of the present invention is to improve the structure of the wind power generator so that the wind is concentrated on the rotor blades, improve the efficiency of the wind to improve the power generation efficiency of the wind power generator.

In addition, it is to provide a wind generator capable of hot water heating using solar heat to diversify the use of the wind power generator to enable hot water heating by solar heat in addition to wind power.

Wind power generation, heat collecting plate, hot water heating, rotating wing plate, idle gear

Description

Wind generator that can heat hot water using solar power {A WIND-POWER GENERATOR WITH HEATING WATER FUNCTION USING SOLAR HEAT}

1 is a schematic perspective view showing a wind generator capable of hot water heating using solar according to the present invention;

Figure 2 is a schematic longitudinal cross-sectional view showing a wind generator capable of hot water heating using solar according to the present invention,

Figure 3 is a schematic cross-sectional view showing a wind turbine capable of hot water heating using solar according to the present invention,

Figure 4 is a schematic perspective view showing the inner frame first power generating means according to the present invention,

5 is a schematic perspective view showing the second frame power generating means of the outer frame according to the present invention;

Figure 6a, 6b is a plan view showing an example of the installation of the reinforcing rod on the upper and lower surfaces of the inner and outer first rotational power second wind collecting plate according to the present invention,

7 is a schematic perspective view showing a rotating wing plate according to the present invention;

8 is a plan view showing an installation example of a hot water heating tube on the upper surface of the upper wind collecting plate according to the present invention;

9 is a schematic view showing a typical wind power generator.

<Description of Symbols for Main Parts of Drawings>

10: center rotation shaft 20a, 20b: upper and lower wind collecting plate

30: compartment support plate 40: rotating wing plate

41: guide tilt plate 50: hinge axis

60: reinforcing bar 70: upper fixed shaft

80: flange 90: support wire

100: prop 110: lower fixed shaft

120: gear case 130: bearing body

140: drive gear 150: driven gear

160: driven gear shaft 170: power generation drive gear

180: driven driven gear 190: generator

200: fixed support 210: reinforcing wire

220: children gear 230: insulation

240: heat collecting plate 250: greenhouse cover

260: channel forming member 270: channel forming plate

271: guide rod 280a, 280b: cold / hot water furnace

290: elastic member 300a, 300b: cold / hot water collection pipe

310: hot water heating tube 320a, 320b: cold / hot water connector

330: hot water tank 331: reflection member

340: rotation control projection

The present invention relates to a wind power generator, and more particularly, to improve the structure of the wind power generator, in particular the upper and lower wind collecting plate protruding more than the wing serves to attract the surrounding wind and to lift the weight of the turbine itself, the solar heat in addition to wind power generation The present invention relates to a wind power generator capable of hot water heating using solar heat that diversifies the use of a wind power generator by heating hot water.

In general, a wind power generator is a propeller that uses natural wind to rotate a propeller to drive a generator. The wind turbine is a device that obtains electric power using natural wind. However, it has the advantage of easy individual development at regional level.

9 is a schematic view showing a typical wind power generator.

As shown in the figure, a general wind power generator includes a rotary blade 501 rotated by wind, a generator 500 for generating electric power by the rotational force of the rotary blade 501, and the generator 500 and the rotation. Consists of a support frame 600 for supporting the blade 501, the rotational force of the rotary blades rotated by the wind to drive the generator to generate power.

However, the above-mentioned wind power generator has a limitation in improving the power generation efficiency because the rotational force generated due to the limited wind transmitted to the rotary wing is limited.

In addition, it does not have a function other than the function to generate power using the wind power, there was a problem of only a sculpture when the wind power does not work.

Accordingly, the present invention has been made to solve the above problems, the object of the present invention is to improve the structure of the wind power generator so that the wind is concentrated on the rotor blades, improve the efficiency of the wind to improve the power generation efficiency of the wind power generator To improve.

In addition, it is to provide a wind generator capable of hot water heating using solar heat to diversify the use of the wind power generator to enable hot water heating by solar heat in addition to wind power.

The configuration of the present invention for achieving the above object is a rotational force generating means for generating a rotational force by a predetermined wind, a rotational force transmission means for transmitting a rotational force generated by the rotational force generating means by a predetermined gear combination, and the rotational force transmission In the wind turbine comprising a generator for generating power generated by the rotational force transmitted by the means, the rotational force generating means is a cylindrical central rotary shaft 10 having a predetermined diameter, and the hemispherical top / bottom of the central rotary shaft 10 Between the lower wind collecting plate 20a and 20b, and the partition support plate 30 in the transverse direction with a predetermined interval on the center rotation shaft 10, the upper and lower wind collecting plate 20a and 20b, the partition support plate 30 There are a plurality of rotating blade plate 40 rotated by the wind, and the locking groove 11 is formed at a predetermined interval on the outer circumferential surface of the central rotary shaft 10 to interfere with the rotation of the rotating blade plate 40, and the Upper wind The upper fixed shaft 70 is coupled by a bearing perpendicular to the center of the 20a, and the lower fixed shaft 110 is fixed perpendicular to the center of the lower wind collecting plate 20b, the upper fixed shaft ( 70 is fixed to the upper end of the flange 80, the plurality of support wires 90 and the plurality of support wires 90 which are radially connected to the outer circumferential surface of the flange 80, respectively A hot water tank for storing the hot water heated by the hot water heating means and a support 100 fixed perpendicularly to the ground, a hot water heating means provided on the upper surface of the upper wind collecting plate 20a to heat hot water by solar heat, and the hot water heating means. It is characterized by consisting of 330.

In addition, a hemispherical upper first collecting plate 20a-1 having a diameter larger than the diameter of the upper collecting plate 20a and provided on an upper surface of the upper collecting plate 20a to penetrate the upper fixed shaft 70, and the Hemispherical lower first collecting plate 20b-1, which is larger than a diameter of the lower collecting plate 20b, and is provided on a lower surface of the lower collecting plate 20b to penetrate the lower fixed shaft 110, and the lower first A cylindrical lower first fixing shaft 110-1 having a lower fixed shaft 110 of the lower wind collecting plate 20 b embedded therein at the central portion of the collecting plate 20 b-1, and the upper and lower first collections. A plurality of first compartment support plates 30-1 provided at regular intervals between the wind plates 20a-1 and 20b-1, and the partition support plate 30 at a central portion of the first compartment support plates 30-1. A plurality of fixing supports 200 for fixing the circular through holes 30-1a and the upper and lower first blower plates 20a-1 and 20b-1 and the first compartment support plate 30-1 which are inserted therein; ) And the fixing paper It is provided between the reinforcing wire 210 and the upper and lower first collecting plate 20a-1, 20b-1 and the first compartment support plate 30-1 to interconnect the base 200 to the wind By rotating but the rotation is interfered by the fixing support 200, characterized in that the first rotating wing plate (40-1) is provided so as to be reverse to the rotation direction of the rotating wing plate (40).                         

On the other hand, the hot water heating means is a heat insulating material 230 is applied to the upper surface of the upper collecting plate 20a and the upper first collecting plate 20a-1, and a heat collecting plate for collecting solar heat on the upper surface of the insulating material 230 ( 240, a greenhouse cover 250 that shields the opened upper portions of the upper wind collecting plate 20a and the upper first collecting plate 20a-1 and through which the upper fixed shaft 70 penetrates, and the greenhouse cover ( 250) a plurality of channel forming members 260 continuously formed on the upper surface with a predetermined height about the upper fixed shaft 70 and having different diameters about the upper fixed shaft 70, and the channel forming A channel forming plate 270 for sealing the opened upper portion of the member 260 by sealing and forming a cold / hot water channel, and a cold / hot water channel formed by the channel forming member 260 and the channel forming plate 270. (280a, 280b) is provided in the vertical direction has a circular shape around the upper fixed shaft 70 and the cold / hot Cold / hot water collection pipes 300a and 300b connected to the furnaces 280a and 280b and spirally formed on an upper surface of the heat collecting plate 240 connect the cold / hot water collection pipes 300a and 300b to collect heat 240. It consists of a hot water heating tube 310 to heat the hot water by the heat of the cold / hot water paths (280a, 280b) and the cold / hot water connection pipes (320a, 320b) connected to the hot water tank (330). It is characterized by.

Hereinafter, with reference to the accompanying drawings will be described in detail a wind generator capable of hot water heating using the solar of the present invention.

1 is a schematic perspective view showing a wind generator capable of hot water heating using solar according to the present invention, Figure 2 is a schematic longitudinal sectional view showing a wind generator capable of hot water heating using solar according to the present invention, Figure 3 is a present invention Figure 4 is a schematic cross-sectional view showing a wind power generator capable of hot water heating using solar heat according to the present invention, Figure 4 is a schematic perspective view showing the first frame power generating means according to the present invention, Figure 5 is the second frame power generation according to the present invention 6A and 6B are plan views showing installation examples of reinforcing rods on the upper and lower surfaces of the first and second outer electric power collecting plates of the first and second outer electric power generators according to the present invention, and FIG. 7 is a rotational wing plate according to the present invention. Figure 8 is a schematic perspective view, Figure 8 is a plan view showing an installation example of a hot water heating tube on the upper surface of the upper wind collecting plate according to the present invention.

As shown in the figure, the first rotational power generating means of the present invention is as follows.

Cylindrical center rotation shaft 10 having a predetermined diameter is provided, and the upper and lower ends of the central rotation shaft 10 are provided with hemispherical upper and lower wind collecting plates 20a and 20b, and the upper and lower wind collecting plates 20a. Fix the convex parts of (20b) to face each other.

In addition, the horizontal support shaft 30 is provided on the center rotation shaft 10 with a predetermined interval in the horizontal direction, the partition support plate 30 is a disk-shaped through the center is fitted and fixed on the central rotation shaft 10. .

Between the upper and lower wind collecting plate (20a, 20b), the partition support plate 30 is provided with a plurality of rotating wing plate 40 which is rotated by the influence of wind, the rotating wing plate 40 is the upper / lower Hinged plate 20a, 20b, hinged to the edge of the partition support plate 30 by the hinge shaft 50 is rotated by the wind and the rotation control projection 340 for controlling the rotation angle of the rotation blade plate 40 It is provided on the upper and lower collector plate (20a, 20b) and the partition support plate (30) of both sides.

Reinforcing bar 60 is attached to the surface of the upper and lower wind collecting plate (20a, 20b), the hinge shaft (50) is fixed to firmly fix the hinge shaft (50) hingedly connecting the pivot blade (40) A plurality of radially provided with respect to the center of the upper and lower wind collecting plate (20a, 20b) in the position.

On the other hand, on the outer circumferential surface of the central rotation shaft 10 to form a locking groove 11 at a predetermined interval so as to interfere with the rotation of the rotation blade plate 40 to control the rotation radius of the rotation wing plate 40.

The rotating wing plate 40 is formed with a guide inclined piece (41) bent to the front and rear sides of the upper and lower ends so that the blowing wind is guided to the rotating wing plate (40) along the inclined surface of the guide inclined plate (41).

On the other hand, having an upper fixed shaft 70 coupled by a bearing perpendicular to the center of the upper wind collecting plate 20a, the upper end of the upper fixed shaft 70 is fixed to the flange 80 by a nut, A plurality of support wires 90 are radially connected to the outer circumferential surface of the flange 80, and the plurality of support wires 90 are connected to a support 100 fixed perpendicular to the ground.

In addition, the lower fixed shaft 110 is provided with a vertical fixed to the center of the lower wind collecting plate (20b).

Meanwhile, a gear case 120 is provided at a lower portion of the lower wind collecting plate 20b to allow the lower fixed shaft 110 to be inserted therethrough, and one end of the lower fixed shaft 110 is bent to form a bearing body 130. It is rotatably supported by), the bearing body 130 is fixed to the gear case 120 inside, the bearing body 130 is fixed to the end of the lower fixed shaft 110 by a nut.

A drive gear 140 is mounted on the lower fixed shaft 110 to engage the idle gear 220 for switching the rotation direction of the drive gear 140, and is driven to engage and rotate with the idle gear 220. The gear 150 is provided, and the gear case 120 includes the driven gear shaft 160 in which the driven gear 150 is mounted.

In addition, the driven gear shaft 160 includes a power generation drive gear 170 and a generator 190 having a power generation driven gear 180 meshed with the power generation drive gear 170 on one side of the gear case 120. ).

On the other hand, the second power generation means is as follows.

The upper and lower first collecting plates 20a-1 and 20b-1 larger than the diameters of the upper and lower collecting plates 20a and 20b are provided so that the convex portions face each other, and the upper and lower first collecting plates are provided. Between the (20a-1, 20b-1) is provided with a plurality of first compartment support plate 30-1 at a predetermined interval, the central portion of the first compartment support plate 30-1 is the partition support plate 30 A circular through hole 30-1a is formed to be inserted.

Between the upper and lower first collecting plate (20a-1, 20b-1) and the first compartment support plate 30-1 is fixed by a fixed support 200 of a predetermined length to maintain a constant interval, The fixed support 200 is provided vertically along the circumference of the through hole 30-1a of the first compartment support plate 30-1.

The upper and lower first collecting plates 20a-1 and 20b-1 and the first compartment supporting plate 30-1 are firmly fixed by the reinforcing wires 210 for fixing the fixing support 200 to each other.

Meanwhile, a first pivot vane 40-1 is also provided between the upper and lower first blower plates 20a-1 and 20b-1 and the first compartment support plate 30-1. The wing plate 40-1 has a first hinge shaft 50-1 on the outer circumferential surface side of the upper and lower first collecting plates 20a-1 and 20b-1 and the first partition support plate 30-1. Hinge hinge, and the rotation control protrusion 340 for controlling the rotation angle of the upper and lower wind collecting plates 20a-1 and 20b-1 and the first compartment support plate of the first pivot vane 40-1. It is provided on (30-1).

In addition, when hinge coupling the first rotating blade plate (40-1), the first rotating wing plate (40-1) so as to interfere with the fixed support 200 during the rotation of the first rotating wing plate (40-1). The rotating radius of 40-1 can be controlled, and the rotating direction of the first rotating blade plate 40-1 is reverse to the rotating direction of the rotating blade plate 40.

Meanwhile, the upper fixing shaft 70 of the upper collecting plate 20a is inserted into and supported by a central portion of the upper first collecting plate 20a-1, and may be independently rotated by a bearing.

The gear case having a cylindrical lower first fixing shaft 110-1 so that the lower fixed shaft 110 of the lower collecting plate 20b is embedded in the central portion of the lower first collecting plate 20b-1. 120) Insert through.

One end of the lower first fixed shaft 110-1 is bent and supported by the bearing body 130, and the first driving gear 140-1 is provided at one end thereof.

A first driven gear 150-1 engaged with the first driving gear 140-1 is provided on the driven gear shaft 160.

In addition, since the lower first fixed shaft 110-1 and the lower fixed shaft 110 rotate in opposite directions, the lower first fixed shaft 110-1 is engaged with the lower fixed shaft 110, and includes an idle gear 220 for switching the rotation direction. The idle gear 220 is engaged with the driven gear 150 of the driven gear shaft 160.

On the other hand, since the diameter size of the wind collecting plate of the first and second power generating means is different, of course, the rotation by the wind is also different.

Therefore, it is preferable that the gears of the drive gear, the idle gear, and the driven gear shaft in the gear case select the diameter of the gear so as not to be disturbed by the efficiency of the wind power generator by varying the size of the diameter according to the rotational speed.

On the other hand, the hot water heating means, the heat insulating material 230 is applied to the upper surface of the upper first wind collecting plate 20a-1, and the heat collecting plate 240 for collecting solar heat on the upper surface of the heat insulating material 230 is installed.

In addition, a convex shape of the greenhouse cover 250 is installed on the upper portion of the upper first wind collecting plate 20a-1 to shield the opened upper portion, and the upper fixing shaft 70 passes through the greenhouse cover ( 250 is preferred to use glass and transparent (heat resistant) materials.

More preferably, the greenhouse cover 250 may be provided with a plurality of stacked layers at regular intervals to maximize the greenhouse effect.

The upper surface of the greenhouse cover 250 is provided with a circular channel forming member 260 having a predetermined height around the upper fixed shaft 70, the channel forming member 260 is preferably three or more of the upper The fixed shaft 70 is formed continuously with different diameters.

The opening of the channel forming member 260 is sealed by a sealing and has a channel forming plate 270 to be seated. The bottom surface of the channel forming plate is divided into two so as to pressurize each channel separately. .

The two channels are formed by the mounting of the channel forming plate 270, the channel closest to the upper fixed shaft 70, that is, the channel with the smallest radius of rotation among the two channels, the cold channel 280a and the large radius of rotation. The water channel is the hot water channel 280b.

A guide rod 271 is formed on the upper surface of the channel forming plate 270 to protrude vertically, and the guide rod 271 is provided to penetrate through the flange 80.

In addition, an elastic member 290 is provided between the flange 80 and the channel forming plate 270 so that the channel forming plate 270 is press-contacted with the channel forming member 260 with a predetermined elastic force.

On the other hand, the upper surface of the upper first wind collecting plate (20a-1) in which the heat insulating material 230 and the heat collecting plate 240 is installed in the vertical down of the cold / hot water path (280a, 280b) formed on the greenhouse cover 250 Two cold water collection pipes 300a having a circular shape around the upper fixed shaft 70 and hot water collection pipes 300b are formed along the outer periphery of the upper first wind collecting plate, and the cold / hot water path 280a is formed. , 280b) and the cold / hot water collection pipes 300a and 300b are connected to each other.

In addition, on the outer circumference of the cold water collection pipe 300a, a plurality of hot water heating tubes 310 are formed spirally along the upper surface of the upper first collecting plate 20a-1, and the spiral direction is the upper first collection. It is set as the direction opposite to the rotation direction of the windshield 20a-1.

One end of the plurality of hot water heating tubes 310 spread in a spiral form is connected to the hot water collecting pipe 300b in a spiral form.

Meanwhile, cold / hot water connecting pipes 320a and 320b connected to the cold / hot water paths 280a and 280b are provided to penetrate through the water channel forming plate 270 and the cold / hot water connecting pipes 320a and 320b. The hot water tank 330 is connected and the predetermined amount of water is stored, it is preferable to install higher than the cold / hot water paths (280a, 280b).

In addition, the hot water tank 330 is installed in the north with respect to the upper first wind collecting plate (20a-1), it is preferable to install a reflecting member 331 reflecting the sunlight on the south side of the hot water tank 330. Do.

In addition, it is also possible to include a hot water heating means on the upper surface of the upper wind collecting plate by providing only the first power transmission means without providing the second power transfer means.

The present invention configured as described above is caused by the rotation blade plate is rotated by the wind or interference by the locking groove, the fixed support to generate a rotational force,

First, the first rotational power generating means is a plurality of rotating blade plate 40 provided on the outer periphery of the central rotation shaft 10 having a predetermined diameter is rotated on one side against the blowing wind, the other side interferes with the locking groove 11 It is subjected to the resistance of the wind, the central rotation shaft 10 is rotated.

In addition, the rotation blade plate 40 does not interfere with the locking groove 11 is rotated by the wind to reduce the resistance of the wind so that the rotation of the central rotation shaft 10 is made more smoothly.

When the wind hits the central rotary shaft 10, the wind is split on the surface of the central rotary shaft 10 of the cylindrical body having a predetermined diameter and flows to both sides to the rotating wing plate 40 stopped in one locking groove (11). It adds the strength of the wind.

In addition, the wind is rotated along the convex hemispherical surface of the upper and lower wind collecting plate (20a, 20b) by the hemispherical upper and lower wind collecting plate (20a, 20b) provided on the upper and lower portions of the central rotary shaft (10). 40) to add wind strength.

On the other hand, the inclined guide inclined piece 41 is formed on the upper and lower portions of the rotating wing plate 40, and between the rotating wing plate 40 and the upper and lower wind collecting plates 20a and 20b and the partition support plate 30. By changing the flow of the wind leaking into the gap to the inner plate 40 to maximize the blowing wind, it is possible to improve the rotational force of the central rotation shaft (10).

When the central rotating shaft 10 is rotated, the lower fixed shaft 110 of the lower wind collecting plate 20b is rotated, the rotational force is transmitted to the generator 190 by the gear combination in the gear case 120 to generate power Done.

On the other hand, the second rotational power generating means as in the first rotational power generating means by the wind, the first rotating wing plate 40-1 is stopped by the rotating or fixed support 200, the upper and lower first wind collecting plate 20a -1, 20b-1) and the first compartment support plate 30-1 are rotated.

In addition, the blowing wind is first rotated by the guide inclined plate 41 formed on the upper and lower portions of the hemispherical upper and lower first collecting plate (20a-1, 20b-1) and the first rotating wing plate (40-1) Guided to the wing plate (40-1) is to increase the utilization of the wind.

A lower first fixed shaft 110-1 is inserted into the gear case 120 by inserting the lower fixed shaft 110-1 into the lower first collecting plate 20b-1 and the lower fixed shaft 110. ) Is rotated separately, and the rotational force is transmitted by the first drive gear (140-1).

On the other hand, unlike the rotating blade plate 40 of the first rotating power generating means 40-1 rotation control of the second rotating power generating means interferes with the opposite side so that the rotating direction is reversed In this case, the rotational direction of the second rotational power generating means is rotated in the opposite direction to the first rotational power generating means.

Accordingly, the rotational force of the lower fixed shaft 110 of the lower wind collecting plate 20b is transmitted to the driven gear 150 by the idle gear 220 so that the rotational direction is changed so that the driven gear shaft 160 is fixed to the lower first fixing. Regardless of the reverse direction of the shaft 110-1 and the lower fixed shaft 110, the rotational force is received in one direction.

Meanwhile, the heat collecting plate of the upper first collecting plate 20a-1 collects solar heat to heat hot water in the spiral hot water heating tube 310, and the upper surface of the opening of the upper first collecting plate 20a-1 is heated. By the greenhouse cover 250 to shield the inside the greenhouse effect is exerted, the hot water heating is made better.

In addition, the hot water heating tube 310 is provided on the heat collecting plate 240 in a spiral so that the heating area and the amount of hot water of the hot water heating tube 310 are increased to improve the heating efficiency.

The water in the hot water tank 330 passes through the channel forming plate 270 by cold / hot water connecting pipes 320a and 320b to communicate with the cold / hot water paths 280a and 280b, and the cold / hot water paths 280a, 280b is in communication with the cold / hot water collection pipes 300a and 300b and the hot water heating tube 310 so that the hot water heated by the hot water heating tube 310 heats the water stored in the hot water tank 330 by conduction of heat. It will be heated.

On the other hand, when the upper first wind collecting plate 20a-1 is rotated by wind, the greenhouse cover 250 is also rotated, the channel forming member 260 formed on the upper surface of the greenhouse cover 250 is also rotated.

The channel forming plate 270 pressurized with watertightness with a seal ring on the upper portion of the channel forming member 260 presses the upper surface of the channel forming member 260 at a predetermined pressure by the elastic member 290. Watertightness is maintained even when the circular channel forming member 260 is rotated.

On the other hand, the hot water tank 330 is installed in the north, and the reflection member 331 is provided on the side facing south, the sun is reflected on the reflection member 331, the upper first wind collecting plate (20a-1) By being reflected on the surface of the upper surface of the first collecting plate 20a-1, due to the hemispherical characteristics of the sun facing the south side can be eliminated.

Therefore, even if the wind generation is stopped because the wind is not generated, it is possible to produce hot water by the solar heat can be an additional work, the produced hot water can be used as heating, domestic water.

As described above, the present invention can improve the efficiency of use of the wind to improve the power generation efficiency of the wind power generator, and hot water can be heated by solar heat in addition to the wind power generation, and thus can be used for various purposes.

Claims (7)

Rotation force generation means for generating a rotational force by a predetermined wind, rotational force transmission means for transmitting the rotational force generated by the rotational force generation means by a predetermined gear combination, and a generator for generating a rotational force delivered by the rotational force transmission means In wind power generators, The rotational force generating means Cylindrical center rotation shaft 10 having a predetermined diameter, On the upper and lower ends of the central rotating shaft 10, hemispherical upper and lower collecting plates 20a and 20b, The partition support plate 30 in the transverse direction with a predetermined interval on the center rotation shaft 10, Between the upper and lower wind collecting plate (20a, 20b), the partition support plate 30 and a plurality of rotating blade plate 40 is rotated by the wind, A locking groove 11 formed on the outer circumferential surface of the center rotation shaft 10 at a predetermined interval to interfere with the rotation of the pivoting blade 40; An upper fixed shaft 70 coupled by a bearing perpendicular to the center of the upper wind collecting plate 20a, It consists of a lower fixed shaft 110 that is fixed perpendicular to the center of the lower wind collecting plate (20b), A flange 80 fixed to the upper end of the upper fixed shaft 70 by a nut, A plurality of support wires 90 radially connected to an outer circumferential surface of the flange 80, A support 100 fixed perpendicular to a ground on which the plurality of support wires 90 are fixed, respectively; Hot water heating means provided on the upper surface of the upper wind collecting plate (20a) for heating hot water by solar heat; A wind generator capable of hot water heating by solar heat, characterized in that consisting of a hot water tank (330) for storing hot water heated by the hot water heating means. The method of claim 1, A hemispherical upper first collecting plate 20a-1 that is larger than a diameter of the upper collecting plate 20a and is provided on an upper surface of the upper collecting plate 20a so that the upper fixed shaft 70 penetrates; Hemispherical lower first collecting plate 20b-1 that is larger than a diameter of the lower collecting plate 20b and is provided on a lower surface of the lower collecting plate 20b to penetrate the lower fixed shaft 110; A cylindrical lower first fixing shaft 110-1 provided at a central portion of the lower first collecting plate 20b-1 so that the lower fixed shaft 110 of the lower collecting plate 20b is embedded therein; A plurality of first block supporting plates 30-1 provided at predetermined intervals between the upper and lower first collecting plates 20a-1 and 20b-1; A circular through hole 30-1a in which the partition support plate 30 is inserted is formed at the center of the first compartment support plate 30-1. A plurality of fixing supports 200 for fixing the upper and lower first collecting plates 20a-1 and 20b-1 and the first compartment supporting plate 30-1; A reinforcing wire 210 for fixing the fixed support 200 to each other; It is provided between the upper and lower first wind collecting plate (20a-1, 20b-1) and the first compartment support plate 30-1 is rotated by the wind, but the rotation is interfered by the fixing support 200 Wind generators capable of hot water heating by solar heat, characterized in that the first rotating wing plate (40-1) is further provided to be reverse to the rotation direction of the rotating wing plate (40). According to claim 1 or 2, wherein the rotational force transmission means, A gear case 120 provided below the lower collecting plate 20b and the lower first collecting plate 20b-1; A bearing body 130 configured to bend one end of the lower fixed shaft 110 and the lower first fixed shaft to be fixed to the inner side of the gear case 120 and to be rotatable; A driving gear 140 and a first driving gear 140-1 provided at one side of the lower fixed shaft 110 and the lower first fixed shaft; A driven gear 150 and a first driven gear 150-1 rotating in engagement with the driving gear 140 and the first driving gear 140-1; A driven gear shaft 160 provided in the gear case 120 and provided with the driven gear 150 and the first driven gear 150-1; A power generation drive gear 170 provided on the driven gear shaft 160; And a driven driven gear 180 that meshes with the power generating drive gear 170 and transmits rotational force to the generator; A wind generator capable of hot water heating by solar heat, which is provided between the drive gear 140 and the driven gear 150, and consists of an idle gear 220 for rotating the rotation direction. The method according to claim 1 or 2, The rotating wing plate 40 and the first rotating wing plate (40-1) is a wind generator capable of hot water heating by solar heat, characterized in that the guide inclined piece (41) formed by bending the upper and lower ends to the front and rear sides. The method according to claim 1 or 2, Hinge shafts 50 and 50 which hingely connect the pivot vane plate 40 and the first pivot vane plate 40-1 to the surfaces of the upper and lower collector panels 20a and 20b and the upper and lower first collector panels. -1) a wind turbine capable of hot water heating by solar heat, further comprising a reinforcement 60 provided in a plurality of radially to securely fix it. According to claim 1 or 2, wherein the hot water heating means, A heat insulating material 230 applied to upper surfaces of the upper wind collecting plate 20a and the upper first collecting plate 20a-1; A heat collecting plate 240 for collecting solar heat on an upper surface of the heat insulating material 230, A greenhouse cover 250 that shields the opened upper portions of the upper wind collecting plate 20a and the upper first collecting plate 20a-1 and penetrates the upper fixed shaft 70; A plurality of waterway forming members 260 are formed on the upper surface of the greenhouse cover 250 and have a predetermined height with respect to the upper fixed shaft 70 and have different diameters with respect to the upper fixed shaft 70. , A channel forming plate 270 which seals the opened upper portion of the channel forming member 260 by sealing and forms a cold / hot water channel; It is provided below the cold / hot water path (280a, 280b) formed by the channel forming member 260 and the channel forming plate 270 has a circular shape around the upper fixed shaft 70 and the cold / hot water Cold and hot water collection pipe (300a, 300b) connected to the furnace (280a, 280b), A hot water heating tube 310 formed spirally on an upper surface of the heat collecting plate 240 to connect the cold / hot water collection pipes 300a and 300b to allow hot water to be heated by the heat of the heat collecting plate 240; Wind generators capable of hot water heating by solar heat, characterized in that consisting of the cold / hot water path (280a, 280b) and the cold / hot water connection pipe (320a, 320b) for connecting with the hot water tank (330). The method according to claim 1 or 6, Wind generators capable of heating hot water by solar heat, characterized in that the south side of the hot water tank 330 is provided with a reflecting member 331 that reflects sunlight.

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