KR101014755B1 - Combined solar power generation prevention device - Google Patents

Abstract

The present invention relates to a combined anti-wind solar power device for providing a solar power generation device by sunlight while continuing drought or to prevent wind damage in a dry area such as a desert or a coastal area by a typhoon.

In general, in dry areas such as deserts, the wind blows dry and blows minute moisture, making it almost impossible to grow grassland.In the case of typhoons blowing in coastal areas, windbreaks are created to prevent wind damage and direct the direction of strong winds into the air. This is to reduce the damage to the sea.

However, when the weather is sunny, it is generating electricity by using the sunlight shining with little generation of wind, and generating electric power necessary for life. In addition, since most of the weather in the strong wind is often cloudy or rainy, the invention is to provide a direction of the wind to the air to prevent the sea storms,

The present invention is formed so as to rotate by assembling the bearing 175 and the cap 163 in the middle, the upper portion of the support pillar 125 protruding to the ground while deeply fixed in the ground, according to the lower side of the cap 163 The puncture gear 164 and the gear 172 and the motor 155 ′ interlocked therewith are provided in the support pillar 125 to be fixed, and the shaft 150 fixed thereto by the rotation of the cap 163 is provided. Due to the rotation, the upper and lower light collecting plates 120 and 122 are formed to rotate according to the moving direction of the sun.

In addition, the upper and lower condensing plates 120 and 122 are configured to fix the condensing plate 120 having an inclination outward on an upper portion of the shad 150 protruding in both directions from the cap 163. In the lower portion thereof, the light collecting plate 122 which is further inclined inward is fixed, and the glass type having good solar transmittance on the attachment surface of the power generator formed on one side of the upper and lower light collecting plates 120 and 122 described above. As the invention consisting of the induction groove 180 'integrated, it is an invention for generating electric power by solar discharge in a dry area such as a desert, and also to prevent strong seas by inducing strong winds into the air.

Solar Power Plate, Induction Groove, Ring Gear

Description

Combined solar power generation device against wind damage {omitted}

The present invention relates to a combined anti-wind solar power device for providing a solar power generation device by sunlight while continuing drought or to prevent wind damage in a dry area such as a desert or a coastal area by a typhoon.

In general, in dry areas such as deserts, the wind blows dry and blows minute moisture, making it almost impossible to grow grassland.In the case of typhoons blowing in coastal areas, windbreaks are formed to prevent wind damage and direct the direction of strong winds into the air. This is to reduce the damage to the sea.

In most cases when the weather is sunny, there is little wind, and the sun provides optimal requirements for power generation, thereby providing power generation.

In addition, the strong windy weather is mostly provided by cloudy or rainy weather.

Therefore, the present invention is to provide a photovoltaic power generation in sunny weather, and also to provide a wind blowing direction toward the air in the wind blowing wind wind, thereby providing a prevention of damage to the wind.

In the coastal areas and mountain slopes of the sea, enormous winds are caused by occasional typhoons or seasonal winds.However, as a preventive measure, windbreaks are formed along the wind crossings to prevent the winds from moving. By inducing it into the air, it is provided to reduce the wind.

In addition, the power generation plate used in the solar power generation device is formed in a rectangular wide plate to take a large area of sunlight, while the power generation device is fixed on the ground by the rotation of the sun according to the gradient of sunlight, It is to be provided as an assembly to the protruding support frame.

In recent years, the global warming has caused severe rainfall and droughts, which are often accompanied by strong winds, which are continuously repeated to provide dry areas, such as deserts, where dry vegetation pushes away moisture present on the surface. The apparatus of the present invention is provided to be widely used by installing a plurality of predetermined necessary sections.

In most cases, long-term droughts result in depletion of groundwater, and in the dry land, sand breezes generate more and more deserts.

In addition, although the water supply device for vegetation was provided on the surface to be dried, it was often dried and dried up to a certain depth, and thus, it was often difficult to supply water to the ground.

In addition, when a strong wind such as a typhoon blows in a coastal area, a large amount of loss occurs due to damage of nearby buildings or agricultural products due to the strong wind, but if a windbreak forest is formed in the area, the blowing direction of the typhoon is induced to the air. By providing, thereby preventing damages to facilities.

In addition, during the day to generate electricity to store in the battery, and at night the device to supply the condensation of water from the humid air to the roots of vegetation that extends to the ground is required.

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The present invention reinforces the force of the solar light collecting plate 100 according to the movement of the sun to perform solar power generation in the dry region, such as the desert, while collecting the water for environmentally friendly vegetation with power generated accordingly In addition, to supply moisture to the ground.

In addition, when the wind, such as strong winds in the coastal region, the invention is to provide a construction device that reduces the damage caused by the wind by inducing strong winds to the air.

Therefore, the present invention is configured to condense the solar light collecting plate formed in the support pillar by rotation along the movement of the ocean, and also to form the movement groove for the typhoon in the vertical direction on the back of the solar light collecting plate, The rear surface of the lower light collecting plate is an invention configured to adjust the inclination of the upper and lower guide plates, respectively, to guide the direction of movement of the strong wind into the air.

Therefore, the present invention provides a moisture supply device for environmentally friendly vegetation in the dry region 138, and also provides a photovoltaic device in the coastal region 139, coastal region in the case of strong winds such as seasonal winds that occur occasionally It is an invention provided to prevent wind damage to nearby buildings and facilities.

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Deeply fixed in the ground and formed on the middle and upper portion of the support pillar 125 protruding to the ground by rotating the bearing 175 and the cap 163 to form a spur gear in accordance with the lower side of the cap (163) 174 and the gear 172 and the motor 155 ′ interlocked therewith are fixed to the support pillar 125, and hinged to the shaft 150 that protrudes in both directions from the cap 163. 152 to assemble, but fixed to the light collecting plate 120, 122 in the upper and lower portions thereof,

Due to the rotation of the cap 163, the upper and lower light collecting plates 120 and 122 are rotated in accordance with the movement direction of the sun due to the rotation of the shaft 150 fixed thereto. In the power generating plate on which the upper and lower light collecting plates 120 and 122 are formed, a strong wind induction groove 180 is formed, and protrudes around the outer and outer sides of the upper and lower light collecting plates 120 and 122. Assembling the ring gear 131 to the cha hood 150; In accordance with the present invention, the motor is fixed to the frame of the edges of the upper and lower light collecting plates 120 and 122 while being interlocked with the motors 1 and 2 160 and the auxiliary gear 172 '.

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In addition, a condensation tube 128 is formed in an inner space between the upper and lower light collecting plates 120 and 122 and the support pillar 125, and the housing 126 is wrapped around the condensation tube 128. The invention is configured to facilitate the supply to the culvert drainage pipe 145 while being mixed in the air flowing from the inlet (a) of 126.

In addition, a guide wall 177 is formed at the edges of the upper and lower light collecting plates 120 and 122 to protrude, and a transparent material is induced to the surface of the power generation plate on which the upper and lower light collecting plates 120 and 122 are formed. The invention is formed by forming the groove (180 ').

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The present invention is an invention for reinforcing the electric production capacity for the power generation board for the collection of water for the supply of water in dry ground, in particular to provide a possible uniformity of the slope of the sun according to the season, and also strong winds In case of blowing, it is to provide the wind movement to prevent air damage by inducing the movement of wind to the air and also to prevent the dry wind sea in the dry area.

The present invention reinforces the force of the light collecting plate according to the movement of sunlight to perform photovoltaic power generation in the sun in a dry region such as a desert, and thus collects moisture for environmentally friendly vegetation as well as collects moisture in the ground. To supply
In addition, when the wind, such as strong winds in the coastal region, the invention is to provide a construction device that reduces the damage caused by the wind by inducing strong winds to the air.
Therefore, the present invention is formed so as to rotate by assembling the bearing and the cap in the middle, upper portion of the support pillar protruding to the ground while deeply fixed in the ground, the lower gear to configure the spur gear and the interlocking gears and the motor, Rotating the hood is formed to rotate the upper and lower light collecting plate.
In addition, the upper portion of the frame protruding outward from the cap thereof is fixed to the light-converging plate formed by the inclination to the outside, and the lower portion thereof is fixed to the light-condensing plate further inclined inward.
In addition, assembling a ring gear to the frame protruding to the outside of the upper and lower light collecting plate; In accordance with this, while being fixed to the edges of the upper and lower light collecting plates, the motors 1 and 2 are interlocked with the auxiliary gears to adjust the inclination of the light collecting plates.
In addition, while forming a photovoltaic power generator on the front of the light collecting plate of the upper and lower sides, the rear surface is configured to be repeated repeatedly so that the wind guide bone of the corrugated groove toward the upper and lower sides.
In addition, while assembling the hinge to the frame for fixing the upper and lower light collecting plate, the angle of inclination of the upper and lower light collecting plate is moved respectively to adjust the tilt of the guide wall according to the movement of the sun or the blowing direction of the wind. .
Therefore, the present invention will be described in detail with reference to the accompanying drawings,
1 is a perspective view showing the main portion of the present invention, Figure 2 is a rear perspective view of the state of use for the main portion in Figure 1, Figure 3 is a perspective view of the main portion of the state of use for the main portion in Figure 2, Figure 4 An exploded perspective view of the main parts in the present.
5 is an exemplary view of the use state 1 for the main portion of the present invention, Figure 6 is an enlarged cross-sectional view of the main portion in Figure 5, Figure 7 is an illustration of the use state 2 for the main portion of the present invention.
8 is a perspective view of an embodiment of the main part of the present invention, FIG. 9 is a sectional view taken along line AA of FIG. 8, FIG. 10 is a perspective view of an embodiment of the main part of FIG. 8, and FIG. 11 is a BB line of FIG. 10. It is a cross section.
Therefore, the present invention reinforces the force of the light collecting plate according to the movement of sunlight to perform photovoltaic power generation in the sun in a dry area such as a desert, and at the same time, when a wind such as a strong wind in the coastal area blows a strong wind into the air. It is an invention for the provision of a construction device to reduce the damage caused by wind induction.
That is, the present invention is formed to rotate by assembling the bearing 175 and the cap 163 in the middle and the upper portion of the support pillar 125 protruding to the ground while deeply fixed in the ground, the lower side of the cap 163 According to the present invention, the spur gear 174, the gear 172 and the motor 155 ′ interlocked with the support gear 125 are fixed to the support pillar 125, and the shaft 150 is fixed thereto by the rotation of the cap 163. Due to the rotation, the upper and lower light collecting plates 120 and 122 are formed to rotate according to the moving direction of the sun.
Here, the management of the rotating shaft hood 150 is configured to adjust the driving of the motor 155 'by the detection of a sun tracking sequence (not shown).
In addition, in order to be the optimal solar light according to the direction of the sun, the sun moves from east to west every day while maintaining the slope according to the season, so that the upper and lower light collecting plate 120, 122 of this The configuration of the cap 163 is fixed to the light collecting plate 120 to form an inclination to the outside of the upper side of the shads 150 protruding in both directions, the lower portion of the light collecting plate (which is further inclined inward ( 122 is separated by a section in which the cap 163 and the support pillar 125 are formed and fixed to the lower light collecting plate 122 formed at both sides.
In addition, assembling the ring gear 125 to the shaft (150) protruding to the outer periphery of the upper, lower light collecting plate (120, 122); In accordance with this, while being fixed to the frame of the edge of the upper and lower light collecting plate (120, 122), by interlocking with the motor 1, 2 (160) and the auxiliary gear (172 ') to drive the ring gear 131 to each other by assembly, By adjusting the inclination of the upper and lower light collecting plates (120, 122), it is an invention for the provision of wind power generation device by the generation of solar light or strong wind.
In addition, the induction groove 180 formed on the rear of the upper and lower light collecting plates 120 and 122 is provided toward the wind blowing the strong wind, thereby providing a strong wind blowing to the air.
The driving of the motors 1, 2 160 and the auxiliary gear 172 to drive the ring gear 131 to be assembled to each other in combination with the rotation of the rotor blades of the wind vane 115 shown in Figs. By the operation of the auxiliary gear 172 'is driven by the shaft (150) due to the sensor and regulator not shown due to the detection of the wind direction is provided an apparatus for inducing strong wind.
Therefore, while forming a photovoltaic power generator on the front of the upper and lower light collecting plate (120, 122), the rear surface of the upper and lower light collecting plate (120, 122) while the induction groove 180 of the corrugated groove structure to face up and down. In the width direction of, it is continuously and repeatedly configured while maintaining a predetermined interval.
In addition, while assembling the hinge 152 to the shaft hood 150 for fixing the upper and lower light collecting plate 120, 122, while moving the inclination angle of the upper and lower light collecting plate 120, 122, respectively, the movement of sunlight Or adjust the tilt according to the blowing direction of the wind.
Therefore, the present invention is a windless, the sun in the sunny weather provides solar power, and also because most of the windy weather is often cloudy or rainy weather, by inducing the direction of the wind to the air As an invention for preventing wind damage, it forms a frame that projects at right angles from the middle and upper portions of the support pillar protruding to the ground while being deeply fixed in the ground.
Description of the invention for environmentally friendly vegetation in the blast furnace drying area 138, as shown in Figures 5 to 6 attached, the upper and lower light collecting plate 120, 122 to the chaud 150 While installing a compressor 130 constituting a capacitor and a refrigerator in an inner space fixing the support pillars 125, the condenser tube 128 is connected to the condenser tube 128. ) Provides condensed cooling water to the culvert drainage pipe 145 buried in the ground.
Here, the condensation tube 128 is formed in contact with the zigzag curved in the inner space of the housing 141, the inlet (a) is formed to a predetermined size for the formation of condensate water to allow the outside air to flow.
Here, as shown in FIGS. 6 and 7 attached to facilitate supply of condensed water condensed on the surface of the condensation tube 128 to the underground culvert drainage pipe 145, an outer circumference of the condensation tube 128 is provided. The invention is configured to blow the air of the supply pipe 127 interlocked with the supply pump 126 at high speed to the inner space of the culvert drainage pipe 145 while surrounding the furnace housing 141, and condensation on the surface of the condensation pipe 128. As the condensed water is introduced into the air flowing from the inlet (a) formed to a predetermined size in the housing 141, the water formed is quickly supplied to the culvert drainage pipe 145, and thus the water of the water formed in the condensed water It is an invention that provides so that vegetation is promoted.
In addition, while the housing 141 is connected to the culvert drainage pipe 145 buried for the facilities 116, such as for farming, the invention is provided to supply moisture to the roots of trees and vegetation buried in the ground.
Therefore, the culvert drainage pipe 145 is connected to the supply pump 126 by the supply pipe 127, which promotes the water supply formed in the condensation pipe 128 from the low temperature of the refrigerator.

Example 1
In the main part of the present invention as a light collecting plate for preventing wind damage as well as photovoltaic power generation, to form each power plant and the wind induction grooves on both sides, in order to provide a rigid structure to reinforce economics.

That is, as described above, the glass guide groove 180 'having a high solar transmittance is integrally formed on the attachment surface of the power generator formed on one side in the upper and lower light collecting plates 120 and 122 described above. In order to induce photovoltaic power generation or strong wind, the invention is provided to be used by being located simultaneously with the upper and lower light collecting plates 120 and 122 having a large area, respectively.

In addition, in the case of providing the wind induction plate 110 to induce strong winds, one embodiment will be described with reference to the accompanying Figures 8 to 11, the upper, lower light collecting plate (120, 122) of the up and down direction By forming a guide wall 177 protruding outwardly upward from both side edges, it is an invention to solve the problem of scattering to the left and right while the wind is guided.

Here, the structure of the lower light collecting plate 122 formed on both sides of the support pillar 125 on both sides is provided to the wide lower light collecting plate 122 'formed by integrally extending each other, thereby providing an enlarged area of the light collecting plate. It is.

In addition, as described above, the upper and lower light collecting plate which is integrally formed with a glass-type guide groove 180 'having good solar transmittance on the attachment surface of the power generator formed on one side in the upper and lower light collecting plates 120 and 122 ( While 120 and 122 and the wind induction plate 110 is provided as a combined use, it is an invention that the solar power or wind induction reinforcement is provided.

In addition, in order to reinforce the bearing force for the shaft 150 assembled through the cap 163 assembled on the upper side of the support pillar 125, while forming the assembly opening 140 of the cap 163 to one side In this way, while forming the auxiliary assembly (140 ') on the other side in the same direction, provided by assembling through the auxiliary shaft (150') formed while protruding to one side of the chassis 150, the predetermined size It stably supports the weight of the upper and lower light collecting plates 120 and 122 to be formed.

1 is a perspective view showing the main part of the present invention

FIG. 2 is a rear perspective view of the state of use for the main part in FIG. 1; FIG.

3 is a perspective view of main parts of a use state of the main part in FIG.

4 is an exploded perspective view of the main part in FIG.

5 is an exemplary view of a use state 1 for the main part of the present invention.

6 is an enlarged cross-sectional view of the main portion in FIG.

7 is an exemplary view of a use state 2 for the main part of the present invention.

8 is a perspective view of an embodiment of the main part of the present invention;

9 is a cross-sectional view taken along the line A-A in FIG.

10 is a perspective view of an embodiment of the main part of FIG.

11 is a cross-sectional view taken along the line B-B of FIG.

<Code Description of Main Parts of Drawing>

DESCRIPTION OF SYMBOLS 100 Solar power plate 110 Wind induction plate 115 Weather vane 116 Facilities

120: upper light collecting plate 122: lower light collecting plate 125: support pillar

126: supply pump 127: supply pipe 128: condensation pipe 130: compressor

131: ring gear 138: dry area 139: coastal area 140: assembly

141: housing 145: culvert drainage pipe 150: sha hood 152: hinge

155 ': Motor 160: Motor 163: Cap 172: Gear

174: spur gear 175: bearing 177: guide wall 180: guide groove

Claims (3)

Deeply fixed in the ground and formed on the middle and upper portion of the support pillar 125 protruding to the ground by rotating the bearing 175 and the cap 163 to form a spur gear in accordance with the lower side of the cap (163) 174 and the gear 172 and the motor 155 ′ interlocked therewith are fixed to the support pillar 125, and hinged to the shaft 150 that protrudes in both directions from the cap 163. 152 to assemble, but fixed to the light collecting plate 120, 122 in the upper and lower portions thereof, Due to the rotation of the cap 163, the upper and lower light collecting plates 120 and 122 are rotated in accordance with the movement direction of the sun due to the rotation of the shaft 150 fixed thereto. In On the rear surface of the power generation plate on which the upper and lower light collecting plates 120 and 122 are formed, a strong wind guide groove 180 is formed. Assembling a ring gear 131 to the shaft hood 150 protruding to the outer periphery of the upper, lower light collecting plate 120, 122; In accordance with this, while being fixed to the frame of the edge of the upper and lower light collecting plate 120, 122, combined with the first and second motor 160, and the auxiliary gear 172 'wind-proof combined solar power generation device, characterized in that . The method of claim 1, A condensation tube 128 is formed in an inner space between the upper and lower light collecting plates 120 and 122 and the support pillar 125. Combined with the air flowing from the inlet (a) of the housing 126 while surrounding the housing 126 to the outside of the condensation tube 128 and combined with the anti-fouling solar power generation is configured to facilitate the supply to the culvert drainage pipe 145 Device. The method of claim 1, At the edges of the upper and lower light collecting plates 120 and 122, guide walls 177 are formed to protrude, The upper and lower light collecting plate (120, 122) is formed on the surface of the power generation plate is formed by forming a guide groove 180 'of a transparent material, combined anti-wind solar power generation device.

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