JP3187822U - Wind power generator combined with solar panel and power generator composed thereof - Google Patents

Abstract

A wind power generator combined with a solar panel capable of expanding the power generation amount and a power generator stacked therewith are provided.
A wind power generation apparatus 1 combined with a solar panel includes a support base 10, a lower bearing base 20, a central shaft body 30, a turbine fan 40, a blade module 50, an upper sealing lid 60, a power generation module 70, and a shielding module. 80, equipped with several solar panels 90, utilizing the turbine fan 40 and blade module 50 to transmit wind power to the power generation module 70 to generate power, and by guiding and adjusting the blade module 50, the torque during rotation is increased and the entire rotation Improves kinetic energy. The solar panel 90 not only converts solar energy, but also can dissipate heat by turning in response to wind power, and can prevent dirt from being attached.
[Selection] Figure 1

Description

The present invention relates to a wind power generator, and more particularly, to a wind power generator combined with a solar panel and a power generator composed thereof.

In order to obtain electric power energy, the methods usually used are roughly divided into hydropower generation, thermal power generation, and nuclear power generation.
Among them, hydroelectric power generation is limited by topographic environment, and thermal power generation has the disadvantage of accelerating air pollution and promoting global warming.
On the other hand, there is a catastrophic danger in nuclear power generation, and improper disposal of nuclear waste causes serious environmental destruction.

The amount of electricity used around the world continues to expand, and the call for energy conservation will not be interrupted.
In addition to saving electricity, efforts are also being made to seek new power supply sources such as solar energy power generation and wind power generation, or to increase energy conversion efficiency.
Solar energy generation is not limited to the region and the environment, but it must be affected by latitude and sunshine hours. Compared to other energy sources, solar energy can save time and money in converting electrical energy. Is also necessary.

A conventional wind power generator generator is directly connected to a rotating shaft of a fan, and the generator is linked by the rotating shaft of the fan.
In such a connection system, the production and assembly of the huge volume is very troublesome, and the production cost and the human cost are increased.
Moreover, the above-described connection method between the generator and the fan is very inconvenient for maintenance, but if the maintenance is not performed frequently, the failure rate becomes high.

Also, in traditional wind power generators, the blades are similar in shape to fan wind power generators and swivel in the direction perpendicular to the ground, but the blades are very powerful to increase the wind receiving area. Need to be long.
As a result, there is no place to install the lightning rod, or the length of the lightning rod must be higher than the highest point of the blade.
Otherwise, if there is a lightning strike on the wind generator during a thunderstorm, even if the entire surface or blade is made of a non-conductive material, the electrical energy will be transferred to other sites through rainwater adhering to the wind generator. There is a risk of damage to other electronic devices.

Furthermore, it cannot be said that the current wind power generation device can effectively utilize the characteristics of its turning and its long exposure to sunlight.
This invention is made | formed in view of the fault mentioned above of the conventional wind power generator.

  The problem to be solved by the present invention is to increase the torque of rotation by the blade module, improve the power generation efficiency, combine solar panels, convert the solar energy, achieve the effect of improving the overall power generation performance, Moreover, since the structure of the present invention swivels at a horizontal angle, no matter how the blade length is designed, the lightning rod and each equipment can be easily installed at the top end of the entire present invention, which is a problem of the conventional technology. It is to provide a wind power generator combined with a solar panel that can be overcome and a power generator composed thereof.

In order to solve the above-mentioned problems, the present invention provides a wind power generator combined with the following solar panels and a power generator composed thereof.
A wind turbine generator combined with a solar panel includes a central shaft body, a turbine fan, a blade module, a top sealing lid, a power generation module, and a shielding module.
The lower bearing base is fixed to the support base and installed.
One end of the central shaft body is movably connected to the lower bearing base,
The turbine fan is installed over the central shaft body and installed on the lower bearing base, and the turbine fan includes several vent holes and several fan blades,
The fan blades correspond to the air holes, respectively, and are installed on one side of the turbine fan.
The blade module is installed on the turbine fan and includes several inner blades and several stretching blades,
The inner blades and the extending blades are respectively connected to the turbine fan, and the extending blades are adjacent to one of the inner blades and have an arc shape.
The upper sealing lid is placed over the central shaft body, and is installed so as to cover the blade module,
The power generation module is installed on an upper cover lid, and includes a main driving wheel, a power generation unit set, and at least one transmission belt.
The main driving wheel is installed on the top-sealed lid, and interlocked with the top-sealed lid,
The power generation unit set includes at least one generator, and the generator includes a generator rotating shaft,
At least one transmission belt is fitted and installed on the generator rotating shaft and the main driving wheel, whereby the generator rotating shaft is interlocked with the main driving wheel,
The shielding module is installed so as to cover the top cover lid, and the shielding module includes several extending shielding plates, and several solar panels are respectively installed on the extending shielding plates of the shielding module. And
Not only can the wind power be converted into electrical energy by using the components described above, but it is also possible to convert solar energy with solar panels. Compared with one solar energy power generation facility, the amount of power generation at the same point is large, and since the blade module can increase the torque during rotation, it has power generation efficiency superior to conventional wind power generators,
Preferably, the wind power generation apparatus combined with the solar panel further includes several blade bearing bases, each of which is paired and installed on the surface on the upper cover lid and the lower surface of the turbine fan, Both ends of each of the extending blades are movably connected to one of the blade bearing bases,
As a result, each of the stretching blades is movable, corresponding to the relative position with the wind direction, swung inwardly and closed, or swung outwardly, and the present invention can be rotated entirely by the movement of the stretching blade. Can increase the efficiency of
Preferably, each blade bearing base comprises at least one elastic unit, whereby each drawing blade has a predetermined force to pivot outwardly,
Preferably, each of the elastic units respectively connects at least one pneumatic cylinder,
Preferably, when each of the stretching blades is closed inwardly, the top sealing lid, each of the stretching blades, and the turbine fan form a cylindrical shape,
Preferably, the shielding module further comprises a shielding body, several support ribs and several support vertex frames, wherein the shielding body is composed of several square frame frames and forms an octagonal cone, Both ends of each support rib are respectively connected to one side of each square frame frame and the upper surface of the upper sealing lid, and each support vertex frame is installed above the shielding body,
Preferably, a carbon slip brush ring unit is installed in the shielding body, and the carbon slip brush ring unit is electrically connected to the solar panel,
Preferably, the power generation module further comprises several generator adjustment units, thereby adjusting the position of each generator,
Preferably, an upper bearing base is further provided, the opposite end of the central shaft body is movably connected to the upper bearing base, and both the upper bearing base and the lower bearing base include a thrust bearing unit,
Thus, the present invention provides a power generation device, which includes a wind power generation device in which two or more solar panels are combined and a plurality of connection frames, and each of the connection frames stacks the wind power generation devices in which the solar panels are combined,
A power generation device composed of wind power generation devices that combine multiple solar panels stacked together can fully utilize the wind power resources in the same area, and can generate more electrical energy,
Preferably, each coupling frame includes a triangular outer frame and a fixed insertion tank, and a plurality of connecting rods are connected between the fixed insertion tank and the triangular outer frame, and between the triangular outer frames, Both ends of the wind turbine generator connected to each other using a plurality of connecting pillars and combined with any solar panel are connected to one of the fixed insertion tanks.

The wind power generator combined with the solar panel of the present invention and the power generator composed thereof have the following effects.
Compared with the conventional wind power generator, the wind power generator of the present invention is convenient to assemble and maintain.
The wind power generation device of the present invention uses the characteristic that it is exposed to solar radiation for a long time, and a solar panel is installed at the apex of the wind power generation device to improve the power generation performance of the entire power generation device. It is only necessary to purchase a commercially available one, and there is no need to produce a special one with a special shape.
Since the wind power generator of the present invention is installed on a frame frame that turns the solar panel, the solar panel can receive wind, and the kinetic energy generated by the wind power to the solar panel can be linked to the electric energy. The panel can dissipate heat, can avoid the adhesion of dirt, and can maintain the efficiency of electrical energy conversion.
The wind power generator of the present invention uses the outer blade design of the two-layer type, and the outer blade is further designed in an arc shape, so that the rotational torque can be effectively increased.
The wind power generator of the present invention can further reduce the load on the bearing of the central shaft body by installing a turbine fan below the inner and outer blades and guiding the incoming airflow to generate upward force. it can.
Since the outer blade of the wind power generator of the present invention is easy to install, convenient to assemble, and can be quickly disassembled, the turning direction can be adjusted according to the installation location, depending on the wind direction of each installation location Can be set.

1 is an exploded view of a part of a wind power generator combined with a solar panel according to an embodiment of the present invention. It is an assembly schematic diagram of the wind power generator combined with the solar panel of the embodiment of the present invention. It is the expansion schematic diagram of the blade bearing stand of the wind power generator which couple | bonded the solar panel of the Example of this invention. In the wind power generator combined with the solar panel of the embodiment of the present invention, it is a three-dimensional schematic diagram showing a state in which all the extending wings are closed. It is an operation | movement schematic diagram of the extending | stretching wing | blade and wind force effect | action of an Example of this invention. It is a schematic diagram of the turbine fan of the present invention embodiment and the rotation of the top sealing lid. It is an operation | movement schematic diagram of the turbine fan of this invention Example, and a wind force effect | action. FIG. 4 is a partially exploded three-dimensional schematic diagram of a wind turbine generator combined with a solar panel according to an embodiment of the present invention. It is a three-dimensional schematic diagram of the wind power generator combined with the solar panel of the embodiment of the present invention. It is the Example solid view of the electric power generating apparatus of this invention. It is the Example solid view of the coupling | bonding frame used for an electric power generating apparatus. It is an example top view of the joint frame used for a power generator.

  The best mode for carrying out the present invention will be described below in detail with reference to the drawings.

As shown in FIGS. 1 and 2, which are exploded views and three-dimensional schematic diagrams of the wind power generator combined with the solar panel of the present invention, the wind power generator 1 combined with the solar panel includes a support base 10 and a lower bearing base 20. , A central shaft body 30, a turbine fan 40, a blade module 50, an upper sealing lid body 60, a power generation module 70, a shielding module 80, and several solar panels 90.

The main purpose of the support base 10 in the present invention is support.
The diagram attached to this manual is only a kind of model, and is connected to the lower bearing base 20 to support the whole structure or building. All structures equivalent to the support base can be adopted. It is not limited to.

The lower bearing base 20 is fixedly installed on the support base 10, and one end of the central shaft body 30 is movably installed on the lower bearing base 20, and the opposite end is movable on the upper bearing base 20A. Install (see FIG. 6).
The lower bearing base 20 and the upper bearing base 20A are thrust bearings, deep groove bearings, etc. Any part that can rotate with the two objects facing each other can be equivalent to the lower bearing base 20 and the upper bearing base 20A. .
For example, an axial bearing base, a radial bearing base, or a combination thereof are all equivalent parts, and can be modified based on actual needs, without any limitation.

The turbine fan 40 is installed by being fitted to the central shaft body 30, and the blade module 50 is installed above the turbine fan 40.
The upper lid 60 is installed by being fitted to the central shaft body 30 and covers the blade module 50.
The power generation module 70 is installed on the upper lid 60.
The shielding module 80 is installed on the top-sealing lid 60, and it is provided with several stretch shielding plates 81.
Several solar panels 90 are installed on the stretch shielding plate 81, respectively.
Naturally, each stretch shielding plate 81 can be a solar panel.
This is a simple equivalent substitution and will not be described here.

In one embodiment, the support base 10 is composed of several base frame bodies, and each base frame body further includes casters, thereby facilitating movement.
Naturally, the support base 10 can be fixed and designed to be immovable, and there is no limitation here.

Further, as shown in FIGS. 6 and 7, the turbine fan 40 is installed over the central shaft body 30, and several vent holes 401 installed radially and several fan blades 402 corresponding to each other. Is provided.
In the preferred embodiment, each fan blade 402 is configured to extend downward from the edge of each vent 401, but of course, each fan blade 402 is also separately assembled and installed on one side of the turbine fan 40. You can also

As shown in FIG. 1, the blade module 50 includes several inner blades 51 and several extending blades 52.
Moreover, each stretching blade 52 is adjacent to one of the inner blades 51.
That is, the inner blade 51 is installed at the inner edge of the turbine fan 40, and the extending blade 52 is installed at the outer edge of the turbine fan 40.
The inner blade 51 and the extending blade 52 have an arc shape and may be configured by combining several sheets, or may be a single sheet.
Separately, each inner blade 51 is installed on the turbine fan 40 using a method such as screwing, adhesive fixing, an engagement tank, or a fitting method.

The top-sealing lid body 60 is placed on the central shaft body 30 and covers the upper part of the blade module 50 to cover it.
In actual application, the top-sealing lid 60 is installed so as to cover the blade module 50 and then fixed to the blade module 50 by using a screwing method, an adhesive fixing method, or the like.
In a preferred embodiment, a reinforcing structure (not shown) such as a concave tub is installed on the upper surface of the turbine fan 40 and the lower surface of the upper sealing lid 60 corresponding to each inner blade 51 and each extending blade 52. be able to.
Thereby, the mechanical connection strength of the inner blade 51, the turbine fan 40, and the upper sealing lid 60 can be enhanced.

In another assembling method, the user can change the installation direction of the wind surface (arc concave surface) of the blade module 50 in accordance with the difference in wind direction at each fan installation location.
Specifically, as shown in FIG. 5, when the blade module 50 turns by receiving wind, it turns counterclockwise and is applied to the application in the northern hemisphere.
On the other hand, when used in the Southern Hemisphere, it turns clockwise when it receives the wind and turns.
The user can easily change the combination of the entire structure.

Separately, as shown in FIG. 7, when wind blows on the present apparatus, a propulsive force is generated for the turbine fan 40.
At the same time, the wind is introduced into the interior, and thus the whole has an upward driving force, and the gravity received by the upper bearing base 20A and the lower bearing base 20 can be reduced.
Thereby, the wear of the upper bearing base and the lower bearing base is reduced to the minimum, and the service life can be extended.
The turbine fan 40 can also receive an updraft. In this case, a turning driving force is generated for the turbine fan 40, and in an area where there is a lot of upwind such as the equator, With the ability to fully use
In other words, the wind turbine generator 1 combined with the solar panel of the present embodiment can be applied to various wind turbine generator installation locations, and can perform work related to swirl power generation by applying an updraft.

As shown in FIGS. 1 and 3, the power generation module 70 includes a main driving wheel 71, a power generation unit set 72, and at least one transmission belt 73.
The main driving wheel 71 is installed on the upper sealing lid body 60 and receives the interlock when the upper sealing lid body 60 turns.
The power generation unit set 72 includes several generators 721, and each generator 721 includes a generator rotating shaft 7211.

The transmission belt 73 is installed between each generator rotating shaft 7211 and the main driving wheel 71, so that the main driving wheel 71 can be linked to the generator rotating shaft 7211.
In actual application, the number of generators 721 can be increased or decreased (one or more), and a system including a clutch, a transmission, etc. can be used to turn power generation on / off, or reduce or accelerate. Can be adjusted and converted if necessary.
Separately, the turbine fan 40, the blade module 50, and the top sealing lid 60 can be assembled together in advance.
In the assembled form here, the power generation module 70 is installed on the top-sealing lid 60 in a state where it can be quickly disassembled, whereby the effect of rapid assembly / disassembly / replacement can be achieved.

3 and 4 are operation schematic diagrams of the wind power generator of the present invention.
As shown in FIG. 3, several blade bearing bases 53 are further installed above each upper sealing lid body 60 and below the turbine fan 40.
Each blade bearing base 53 includes a blade rotation shaft 531.
The upper and lower ends of each extending blade 52 are respectively installed on a blade bearing base 53 installed above the upper sealing lid 60 and a blade rotation shaft 531 of the blade bearing base 53 installed below the turbine fan 40.
As a result, the stretching blade 52 pivots in the direction or outward with each blade rotation shaft 531 as the axis.

Preferably, each blade bearing base 53 includes at least one elastic component 532 such as a torque spring.
Further, the elastic part 532 is connected to the atmospheric pressure cylinder 533 so that the position can be finely adjusted or the position can be preset.
For example, the preset position of each stretching blade 52 is 15 degrees, 45 degrees, or 60 degrees forward.

As shown in FIGS. 4 and 5, when the blade module 50 is swung by receiving wind, the extending blade 52 on the wind receiving surface is pushed by the wind and swung outward to expand.
In addition, the turning of the turbine fan 40 and the upper closing lid 60 is interlocked.
The drawing blade 52 on the leeward surface receives the wind and turns inward due to the influence of the internal and external pressure difference.
Overall, the blade module 50 is interlocked with the upper cover 60 rotating, and the interlocking main wheel 71 is thus rotated.
When the main driving wheel 71 turns, the generator rotating shaft 7211 is rotated in conjunction with the pulling of the transmission belt 73, thereby generating electric energy.
The number of generators 721 and their arrangement positions shown in the figure are merely one embodiment, and are not limited to this in actual applications.

In the present invention, the blade module 50 is connected to the upper sealing lid 60 and is transmitted through the belt 73.
Thus, the generator 721 is interlocked to generate electrical energy.
In the power generation process, the central shaft body 30 does not follow turning (only supports the entire structure) and does not require other gear parts, which is convenient for the user to perform maintenance.
The power generation module 70 described above can further include a power storage device (not shown) such as a battery.
Moreover, electrical energy can be transmitted in an electrically connected manner based on actual needs.

In actual application, it is possible to adjust the position of the generator 721 by adding a generator position adjusting unit 722 corresponding to each generator 721.
In this way, the degree of looseness of the belt 73 can be adjusted corresponding to the position of the generator rotation shaft.
In a preferred embodiment, the generator position adjustment unit 722 can be performed using an electric control method.

As shown in FIG. 4, when each extending blade 52 pivots inwardly and closes, or is closed and sealed, the blade module 50 and the upper closing lid 60 are cylindrical.
In actual application, the wind turbine generator 1 of the present invention can close the extending blades 52 inward during the transportation process.
For example, it is possible to install the engagement unit on the turbine fan 40 or the upper sealing lid body 60 and thereby hold the cylindrical shape of the blade module 50 and the upper sealing lid body 60.
Compared to a conventional blade that cannot be closed, the present invention has the advantage that it is convenient to assemble and transport.

As described above, according to the present invention, in addition to the existing fixed upright blades (inner blades 51), it is possible to add the swivelable extending blades 52 to the outside in relation to the fixed upright blades.
Thereby, not only the wind receiving surface can be enlarged, but also a pressure difference can be generated on both sides of the stretching blade 52, and the torque generated as a whole can be increased.
That is, in the present invention, a movable extending blade 52 is added, and it can automatically close and open in accordance with the difference in wind direction and internal / external pressure, thus increasing the turning torque and overall Power generation performance can be improved.

The pressure difference on both sides of the drawing blade 52 can be explained based on Bernoulli's theorem.
As shown in FIG. 5, when the wind flows from the upper right to the lower left in the drawing, a pushing force is generated on the extending blade 52 that passes therethrough.
As a result, the stretching blade 52 is rotated outwardly with respect to the inner blade 51, and the wind receiving surface of the stretching blade 52 and the path of the wind become more perpendicular.
Further, the propulsive force received by the stretching blade 52 interlocks with the rotation of the upper blocking lid 70, and simultaneously guides the wind and enters it along the wind receiving surface.

At this time, based on Bernoulli's principle, after the wind reaches the wind receiving surface, the speed is converted to propulsive force and slowed by turning.
On the other hand, the speed of the wind passing through the draft blade 52 does not decrease.
Therefore, the air pressure on the wind receiving surface is larger than the air pressure on the wind surface.
Therefore, in addition to the pushing force of the wind power itself, a propulsive force is further generated for the stretching blade 52 due to the pressure difference.
This is the secondary use of wind power in this embodiment.

Subsequently, when the wind enters the stretching blade 52 and approaches the central shaft body 30, the airflow is compressed to generate pressure, which contributes to improvement in stability during the entire turning.
Therefore, it has the effect of reducing shaking and reducing noise.
Finally, the wind is led out in the direction shown in the figure in a direction where the pressure is relatively low.
In addition, when the arc-shaped concave stretching blade 52 is headwind, the stretching blade 52 rotates inward due to the pressure applied to the back surface by the wind force and the pressure difference.
With this type of mechanism that automatically adjusts the position of the drawing blade 52, the resistance to rotation can be reduced.
In this embodiment, not only the propulsive force of the wind is operated, but also the pressure difference that is generated is used, so that a larger torque can be generated.
Therefore, the power generation performance is very high compared to the conventional wind power generator.

FIGS. 8 and 9 are schematic views of disassembly and assembly of the shielding module 80 on which the solar panel 90 is installed and the top-sealing lid 70.
As shown in FIG. 5, the shielding module 80 is installed correspondingly on the upper sealing lid 70, and includes a shielding body 801, several extending shielding plates 81, several shielding plates 81 a, and several support ribs 82. And several support vertex frames 83 are provided.

The shielding main body 801 is composed of several square frame frames 8011.
Several extending | stretching shielding plates 81 and several shielding plates 81a are installed on the shielding main body 801, respectively.
Several support ribs 82 are installed upright between each square frame frame 8011 and the top-sealing lid body 60 to enhance the mechanical strength of the entire shielding module 80.
Several support vertex frames 83 are installed at the vertex of the shielding body 801.
In actual application, several support vertex frames 83 can be connected to each other using several arm bars 831 to increase their mechanical strength.

As described above, the shielding main body 801 is preferably an octagonal cone, and the four shielding plates 81a correspond to the pyramids of the shielding main body 801, are triangular, and are installed on the shielding main body 801 at intervals.
The four extending shielding plates 81 have a rectangular outer shape, extend from the triangle of the shielding plate 81 to the rectangular flat surface 811, and are installed on the shielding main body 801 with an interval.
In other words, the stretched shielding plate 81 and the shielding plate 81a are installed on the shielding body 801 with a space therebetween.
The four solar panels are installed on the rectangular flat surface 811 of each extending shielding plate 81.

Alternatively, the shielding module 80 can be equipped with a carbon slip brush ring unit 84.
Moreover, it is placed on the central shaft 30 and the carbon slip brush ring unit 84 is electrically connected to the solar panel 90.
Since the entire shielding main body 801 has an outer shape of a windmill, when the shielding main body 801 receives a wind and turns, the carbon slip brush ring unit 84 of the shielding main body 801 uses the carbon slip brush ring to generate electric energy generated by the solar panel 90. It can be led to a device (for example, a power storage device) to which the unit 84 is connected.

That is, the present invention not only can generate electric energy by the solar panel 90 by coupling the solar panel 90 to the wind power generator and installing the solar panel 90 on the pivotable shielding module 80. When the solar panel 90 receives wind and turns, it can generate electric power by wind power generation.

In addition, the solar panel 90 also swivels together to demonstrate the effect of heat dissipation.
As a result, it is possible to overcome the problem existing in the conventional solar panel that the position is fixed and the high temperature is generated by continuing to receive sunlight and the conversion efficiency is lowered.
Furthermore, the rotating solar panel is less susceptible to dust due to centrifugal force, and birds cannot stand on it, thus avoiding the problem of dirt on the solar panel and blocking sunlight. be able to.

In addition, since the central shaft body 30 of the present embodiment is fixed and does not rotate, and the rotation direction of the blade module 50 is parallel to the ground, the entire apex end is connected to the central shaft body 30 through connection. Arbitrary observation equipment or safety equipment such as at least one aviation obstruction light A, at least one anemometer B, at least one anemometer C, or at least one lightning rod D can be installed.

Separately, as shown in FIGS. 10 to 12, the power generation device of the present invention includes a wind power generation device 1 in which a plurality of solar panels are combined, and a combined frame S.
Through each coupling frame S, the wind power generation apparatus 1 coupled with solar panels can be stacked on top to increase the amount of power generation.

The coupling frame S includes a triangular outer frame S1 and a fixed insertion tank S2.
A plurality of connecting rods S3 are connected between the fixed insertion tank S2 and the triangular outer frame S1, and the triangular outer frames S1 are connected to each other using a connecting column S4.
As a result, the wind power generator 1 in which the solar panels are combined can be stably stacked, and thus the wind receiving area and the power generation amount can be increased.
This is also one of the advantages of the present invention that cannot be achieved by conventional techniques.
In the combination method, the upper and lower ends of the central shaft body 30 are fixed between any two fixed insertion tubs S2.
In this way, the vertical stack shown in FIG. 10 can be realized.

During operation of the present invention, adjustment and balance of the internal and external pressure differences are used, so stable operation is possible and no noise is generated (the noise of conventional wind power generators is large).
In addition, the torque can be increased and the conversion efficiency to electric energy can be increased.
Further, compared to the conventional technique, the central shaft body of the present invention has a design that does not have an outer shaft, and thus is completely different from the conventional technique that is a structure that is connected to other parts through the outer shaft.
Therefore, the installation of the central shaft body of the present invention is simpler than the prior art.

In addition, since the present invention adopts a principle similar to gyro rotation, after starting operation, the center of rotation is fixed and does not shift, and the balance can be maintained as a whole.
The advantage is that the effects of low mass parts can be ignored.
That is, since the masses of the fixed parts used for assembly are not completely homologous, even if the weights of the opposing positions are not absolutely symmetrical, the center position during the entire rotation is not affected.
Moreover, even if it is pushed by a slight external force during operation or shakes and shakes, normal rotation can be recovered in a short time due to the above characteristics.

The names and contents of the present invention described above are only used for explaining the technical contents of the present invention, and do not limit the present invention. All equivalent applications based on the spirit of the present invention, parts (structures) conversion, replacement, and quantity increase / decrease shall be included in the protection scope of the present invention.

  The present invention has the novelty that is a requirement for utility model registration, has sufficient progress compared to similar products of the past, has high practicality, meets the needs of society, and has a very high industrial utility value. large.

1 Wind power generator combined with solar panels
10 Support base
102 casters
20 Lower bearing base
20A Upper bearing stand
30 Center shaft
40 Turbine fan
401 Vent
402 fan blades
50 blade module
51 inner blade
52 Stretching blade
53 Blade bearing
531 Blade rotation axis
532 Elastic parts
533 bar cylinder
60 Top cover
70 Power generation module
71 Main wheel
72 Power generation unit set
721 generator
7211 Generator rotating shaft
722 Generator adjustment unit
73 Transmission belt
80 Shielding module
801 Shield body
8011 square frame
81 Stretch shield
811 Rectangular plane
81a Shield plate
82 Support rib
83 Support vertex frame
831 Arm bar
84 Carbon slip brush ring unit
90 solar panels
A Aviation Obstruction Light
B Anemometer
C Anemometer
D Lightning rod
S joint frame
S1 Triangular outer frame
S2 fixed insertion tank
S3 connecting rod
S4 connecting column

Claims (10)

A wind turbine generator combined with a solar panel includes a central shaft body, a turbine fan, a blade module, a top sealing lid, a power generation module, and a shielding module.
The lower bearing base is installed on the support base,
One end of the central shaft body is movably installed on the lower bearing base,
The turbine fan is installed by being fitted to the central shaft body, and is installed on the lower bearing base,
The turbine fan comprises several vents, several fan blades, a blade module,
The several fan blades correspond to the air holes, respectively, and are installed on one side of the turbine fan,
The blade module is installed on the turbine fan, and the blade module includes several inner blades and several extending blades,
The several inner blades are respectively connected on the turbine fan,
The several extending blades are movably installed on the turbine fan, each extending blade is adjacent to one of the inner blades, and has an arc shape.
The upper sealing lid is coupled to the upper bearing base, installed by being fitted to the central shaft body, and is installed so as to cover the blade module.
The power generation module is installed on an upper cover lid, and the power generation module includes a main driving wheel, a power generation unit set, and at least one transmission belt,
The main driving wheel is installed on the top-sealed lid, and interlocked with the top-sealed lid,
The power generation unit set includes at least one generator, and the generator includes a generator rotating shaft,
The at least one transmission belt is installed by being fitted to the generator rotating shaft and the main driving wheel, whereby the generator rotating shaft is interlocked with the main driving wheel,
The shielding module is installed so as to cover the top sealing lid, and the shielding module includes several extending shielding plates,
Several solar panels are each installed on each extending | stretching shielding board of the said shielding module, The wind power generator which couple | bonded the solar panel characterized by the above-mentioned. The wind power generator combined with the front solar panel further includes several blade bearing bases, each of which forms a pair, and is installed on the surface of the upper sealing lid and the lower surface of the turbine blade,
In addition, both ends of each of the stretching blades are movably connected to one of the blade bearing bases, so that each of the stretching blades is pivoted inward and closed, or swung outward. The wind power generator combined with the solar panel according to claim 1, wherein the wind power generator is combined with the solar panel. Each blade bearing base includes at least one elastic unit;
3. The wind turbine generator combined with a solar panel according to claim 2, wherein each of the extending blades is elastically swung inwardly and closed, or swung outwardly and deployed. The wind power generator combined with a solar panel according to claim 3, wherein each of the elastic units is connected to at least one atmospheric pressure cylinder. 3. The wind power combined with a solar panel according to claim 2, wherein when each of the extending blades pivots inwardly and closes, the upper sealing lid and the extending blade form a cylindrical shape. Power generation device. The shielding module further comprises a shielding body, several support ribs, several support vertex frames,
The shielding body is composed of several square frame frames and forms an octagonal cone,
Both ends of each support rib are connected to one side of each square frame and the upper surface of the upper sealing lid, respectively.
The wind power generator combined with a solar panel according to claim 1, wherein the several support vertex frames are installed above the shielding body. A carbon slip brush ring unit is installed in the shielding body,
In addition, the carbon slip brush ring unit is electrically connected to each of the solar panels, and the wind power generator combined with the solar panels according to claim 6. 2. The wind power generator combined with solar panels according to claim 1, wherein the power generation module further includes several generator adjustment units, thereby adjusting the position of each of the generators. A power generation device includes a wind power generation device in which two or more solar panels according to claim 1 are combined, and a plurality of coupling frames.
A wind power generation apparatus in which the solar panels are coupled to each other is stacked by the coupling frames. Each coupling frame includes a triangular outer frame and a fixed insertion tank,
A plurality of connecting rods are connected between the fixed insertion tub and the triangular outer frame, and the triangular outer frames are connected to each other using a plurality of connecting columns,
The power generator according to claim 9, wherein both ends of the wind power generator coupled with an arbitrary solar panel are respectively connected to one of the fixed insertion tanks.

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