TWM595953U - Photoelectric agricultural shed for agriculture and fisheries - Google Patents

Abstract

This creation is about a photoelectric farm shed for agriculture and fisheries. It is mainly equipped with a number of solar panels and homogenizing panels on the top of a scaffold, and the solar panels and homogenizing panels are coplanar to form the roof of the scaffold. , When the sun shines on the solar panel, it can absorb and convert the solar panel into electric energy, and when the sun shines on the homogenizing panel, the sunlight that enters the scaffold through the homogenizing panel can be evenly dispersed by the guiding system of the homogenizing panel, and The plants located in the area below the homogenizing panel and the solar panel can receive uniform sunlight. According to this, to solve the problem of light chain breakage, all the plants in the scaffold can fully perform photosynthesis, and at the same time reduce the intensity of sunlight. , In order to improve plant growth efficiency.

Description

Photovoltaic farm shed

This creation is about a photoelectric farm shed for agriculture and fishery, especially a photoelectric farm shed that converts sunlight into electrical energy and allows the sunlight to shine evenly into the scaffold to facilitate the growth of plants.

In order to promote green energy power generation, in recent years, the government has promoted the installation of photovoltaic farms with solar panels on agricultural land or fish ponds, so that agricultural land and fish ponds have the function of producing green electricity, so as to overcome the difficulty of obtaining green energy power generation land. And increase the value of land use.

The existing photovoltaic farm shed structure is mainly provided with a scaffold, and a plurality of light-transmissive shutters and solar panels are provided on the scaffold to form a roof of the scaffold, thereby utilizing the solar panels provided on the roof To absorb sunlight to generate electricity; however, in actual use, it was found that sunlight can only shine into the scaffold through the transparent shield, and the sunlight on the solar panel is completely shielded by the solar panel, so that the scaffold Plants in the area under the shade are exposed to too strong sunlight, and plants in the area under the solar panel cannot obtain sunlight for photosynthesis, and the problem of uneven illumination caused by the broken chain caused by the sunlight, which seriously damages the scaffold. Plant growth efficiency.

The reason is that, in view of the fact that the existing photoelectric farms still have the above defects in use and implementation, they are assisted by their years of manufacturing and design experience and knowledge in related fields, and they have created this creation after many ingenuity.

This creation is about a photoelectric farm shed for agriculture and fisheries. Its main purpose is to provide a photoelectric farm shed that converts sunlight into electrical energy and allows the sunlight to shine evenly into the scaffold to facilitate the growth of plants.

In order to achieve the above-mentioned implementation purposes, the creator of this case is to develop the following photoelectric farm sheds for agriculture and fisheries, which is mainly provided with a scaffold, and a plurality of solar panels and a plurality of uniform light panels are laid on the top of the scaffold, and the solar panels are made It is set up in a staggered position with the homogenizing plate to form the roof of the scaffold in a coplanar manner, and a plurality of linear Fresnel structures are provided on the homogenizing plate.

The author of this case has also developed another photoelectric farm shed for agriculture and fisheries, which is mainly equipped with a scaffold, and a plurality of solar panels and a plurality of transparent shields are laid on the top of the scaffold, and the The solar panel and the shield are set in a staggered position to form the roof of the scaffold in a coplanar manner, and a frame body is provided in the scaffold, and a plurality of uniform light plates are laid on the top of the frame body, and the uniform light plate There are a number of linear Fresnel structures on the top, and the homogenizing plate is correspondingly located under the roof.

The photoelectric farm shed of agriculture and fisheries as described above, wherein the homogenizing plate is provided with 10 to 30 linear Fresnel structures per 1 meter width.

As mentioned above, in the photoelectric agricultural shed of agriculture and fishery, the linear Fresnel structure is integrally formed on the surface of the homogenizing plate.

The photoelectric agricultural shed of agriculture and fishery as described above, wherein the light-equalizing plate includes a transparent plate body and a light-equating film, and the light-equating film is attached to the surface of the transparent plate body and on the light-equating film The linear Fresnel structure is integrally formed.

The photoelectric farm shed of agriculture and fisheries as described above, wherein the homogenizing plate includes two transparent plates, a homogenizing film and an adhesive layer, and the linear Fresnel is integrally formed on the homogenizing film Structure, and the homogenizing film and the adhesive layer are arranged between the two transparent plates, and the adhesive layer is arranged around the peripheral edge of the homogenizing film and overlaps with the peripheral edge of the homogenizing film, so that the two The transparent plate body and the homogenous film are adhered and fixed by the adhesive layer.

The photoelectric farm shed of agriculture and fisheries as described above, wherein the homogenizing plate includes two transparent plates, a homogenizing film and an adhesive layer, and the linear Fresnel is integrally formed on the homogenizing film In addition, the light homogenizing film and the adhesive layer are sequentially stacked between the two transparent plates, and the two transparent plates and the light equalizing film are adhered and fixed by the adhesive layer.

The photoelectric farm shed of agricultural and fishery as described above, wherein the roof of the shed is set at an inclined angle.

This creation is used in the implementation. When the sunlight is irradiated on the solar panel, the solar panel can be absorbed and converted into electrical energy. When the sunlight is irradiated on the homogenizing panel, the guiding system of the homogenizing panel can be irradiated through the homogenizing panel into the scaffold. The sunlight is evenly distributed, so that the plants located in the area below the homogenizing plate and the solar panel can receive uniform sunlight. According to this, to solve the problem of light chain breaking, all the plants in the scaffold can fully perform photosynthesis , At the same time can reduce the intensity of sunlight, in order to improve plant growth efficiency.

In order to make the technical means of this creation and the effects it can achieve more complete and clear disclosure, here are detailed descriptions, please refer to the disclosed schemes and figures:

First of all, please refer to the first picture, the photoelectric farm shed for agriculture and fisheries for this creation is mainly equipped with a scaffold (1), and on the top of the scaffold (1), a number of solar panels (2) and Most homogenizing plates (3), so that the solar panel (2) and the homogenizing plate (3) are coplanar to form the roof of the scaffold (1), and the solar panel (2) and the homogenizing plate (3) are formed The roof of the canopy is set at an inclined angle, and the solar panel (2) and the homogenizing panel (3) are set in a staggered position. Please refer to the second and third figures, and set on the homogenizing panel (3) There are many linear Fresnel structures (31). In this creation, there are more than 10 [approximately 10-30] linear Fresnel structures (31) per 1 meter of width, and a line is set every 5 cm. Sexual Fresnel structure (31), with 20 linear Fresnel structures (31) within the 1 meter width is the best embodiment.

According to this, when using it, the photovoltaic farm canopy of this creation can be erected on the farmland, and plants can be planted on the ground under the scaffold (1). When the sun shines on the scaffold (1), the solar panel on the roof (2) ), the solar panel (2) will absorb the light energy of sunlight and convert it into electrical energy, please refer to the third figure, and part of the sunlight will be irradiated into the scaffold (1) through the homogenizing panel (3) Inside, when sunlight passes through the homogenizing plate (3), it is guided by a plurality of linear Fresnel structures (31) provided on the homogenizing plate (3), so that it can be irradiated into the scaffold (1) through the homogenizing plate (3) The sunlight in the area is evenly dispersed, so that the plants located in the area below the homogenizing plate (3) and the solar panel (2) can receive sunlight for photosynthesis, and accordingly, effectively solve the sun light interruption of the existing photovoltaic farm Chain problems can also reduce the intensity of sunlight exposure, in order to improve plant growth efficiency.

The linear Fresnel structure (31) of the homogenizing plate (3) in this creation can be integrally formed on the surface of the homogenizing plate (3) [as shown in the second figure], please also refer to the fourth figure, Another embodiment of the homogenizing plate (3) for this creation includes a transparent plate body (32) and a homogenizing film (33). The transparent plate body (32) may be an acrylic plate. A plurality of linear Fresnel structures (331) are integrally formed on the light-homing film (33). The material of the light-homing film (33) can be polyethylene terephthalate [PET], polycarbonate [PC ] Or cyclic block copolymer [CBC], the homogenizing film (33) is pressed onto the surface of the transparent plate body (32) by hot pressing to form a homogenizing plate (3).

Please also refer to the fifth and sixth figures, which is the first embodiment of the homogenizing plate (3) for this creation, which includes two opposite transparent plates (34), an homogenizing film (35) and an adhesive Layer (36), the transparent plate body (34) can be a glass plate, and a plurality of linear Fresnel structures (351) are integrally formed on the homogenizing film (35), so that the homogenizing film (35) ) And the adhesive layer (36) are disposed between the two transparent plates (34), and the adhesive layer (36) is formed into a ring shape, so that the adhesive layer (36) is along the homogenizing film (35) The peripheral edge is arranged around and overlaps with the peripheral edge of the homogenizing film (35), so that the two transparent plates (34) and the homogenizing film (35) are bonded and fixed by the adhesive layer (36) through hot pressing. Please also refer to the seventh figure for another embodiment of the homogenizing plate (3) of this creation. In this creation, the adhesive layer (36) in the next embodiment can also be set as the two transparent plates The area of the body (34) corresponds to that, the light-homogenizing film (35) and the adhesive layer (36) are sequentially arranged between the two transparent plates (34), so that the two transparent plates (34) and the light leveling The film (35) is also fixed by an adhesive layer (36), by which the thickness of the homogenizing plate (3) can be increased to improve the mechanical strength of the homogenizing plate (3) such as weight resistance and pressure resistance, so as to facilitate the staff The safety of the roof during maintenance work, etc., or when the homogenizing plate (3) is subjected to wind pressure, etc., can prevent the homogenizing plate (3) from breaking.

Please also refer to the eighth picture, which is another embodiment of the photoelectric farm shed for agricultural and fishery creation. It is mainly provided with a scaffold (4), and a number of tops are laid on the top of the scaffold (4) The solar panel (5) and a plurality of transparent shields (6), so that the solar panel (5) and the shield (6) are coplanar to form the roof of the scaffold (1), and the solar panel (2) The roof formed by the shelter (6) is set at an inclined angle, and the solar panel (2) and the shelter (6) are set in a staggered position, and a shelf is set in the shelf (4) Body (7), and a plurality of light equalizing plates (8) are laid on the top of the frame body (7), and a plurality of linear Fresnel structures (81) are arranged on the light equalizing plate (8), and the frame The light equalizing plate (8) of the body (7) is correspondingly located under the solar panel (5) and the shutter (6), and the light equalizing plate (8) is about 2 meters away from the ground, thereby, when the sun shines on the scaffold (4) When the solar panel (5) on the roof of the shed, the solar panel (5) can also convert it into electrical energy by absorbing the light energy of sunlight, and part of the sunlight is irradiated into the shed (4) by the shutter (6) In the interior, when the uniform light plate (8) below is irradiated, the uniform light plate (8) can be used to evenly distribute the sunlight, so that the plants located in the area below the solar panel (2) and the shade (6) can be Receiving sunlight, and reducing the intensity of sunlight to achieve the same effect of plant growth.

The foregoing embodiments or drawings do not limit the implementation of this creation. In addition to the farming and fishing, the photovoltaic farms in this creation can be erected on agricultural land or around fish ponds to improve the use value of agricultural and fishery land. Appropriate changes or modifications made by those with ordinary knowledge in the technical field should be regarded as not departing from the scope of the patent of this creation.

It can be seen from the above structure and implementation that the creative department has the following advantages:

1. The photoelectric farming shed for agriculture and fisheries in this creation is equipped with a solar panel and a homogenizing panel on the roof of its scaffolding. By this way, when the sunlight passes through the homogenizing panel, using the guidance of the homogenizing panel, the sunlight can be evenly dispersed Irradiate the plants under the homogenizing plate and the solar panel to solve the problem of the sunlight light chain breaking of the existing photoelectric farm, and reduce the intensity of sunlight exposure, so as to improve the plant growth efficiency.

2. The photoelectric agricultural shed of the agriculture and fishery in this creation is equipped with solar panels and shutters on the roof of the scaffold, and a frame body is arranged in the scaffold, and a plurality of uniform light plates are laid on the top of the frame body. Here, when the sunlight is shining on the homogenizing plate below, the homogenizing plate can be used to evenly distribute the sunlight, so that the plants located in the area below the solar panel and the visor can receive sunlight and reduce sunlight exposure Strength to achieve the same effect of increasing plant growth.

In summary, the embodiments of this creation can indeed achieve the expected effect, and the specific structure disclosed by it has not only not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law and To request that you file an application for a new type of patent in accordance with the law, pleading for the review and granting the patent, you feel truly virtuous.

1: scaffold

2: Solar panel

3: Homogenizer

31: Linear Fresnel structure

32: Transparent plate

33: homogenizing film

331: Linear Fresnel structure

34: Transparent plate

35: homogenizing film

351: Linear Fresnel structure

36: Adhesive

4: Scaffold

5: Solar panel

6: Shutter

7: Frame

8: Even light board

81: Linear Fresnel structure

The first picture: the three-dimensional picture of this creation

The second picture: front view of the homogenizing board of this creation

The third picture: the use state diagram of this creation

Figure 4: Cross-sectional view of another embodiment of the homogenizing plate of this creation

Fifth figure: Cross-sectional view of the first embodiment of the homogenizing plate of this creation

Figure 6: Partially enlarged cross-sectional view of the first embodiment of the homogenizing plate of this creation

Figure 7: Partially enlarged cross-sectional view of another embodiment of the homogenizing plate of this creation

Figure 8: Cross-sectional view of another embodiment of this creation

1: scaffold

2: Solar panel

3: Even light board

Claims (8)

A photoelectric farm shed for agriculture and fisheries is mainly provided with a scaffold, and a plurality of solar panels and a plurality of homogenizing panels are laid on the top of the scaffold, and the solar panel and the homogenizing panel are set in a staggered position to form a coplanar The roof of the scaffold is provided with a plurality of linear Fresnel structures on the homogenizing plate. A photoelectric farm shed for agriculture and fisheries is mainly provided with a scaffold, and a plurality of solar panels and a plurality of transparent shields are laid on the top of the scaffold, and the solar panels and the shields are set in a staggered position. The roof of the scaffold is formed in a coplanar manner, and a frame body is provided in the scaffold, and a plurality of homogenizing plates are laid on the top of the frame body, and a plurality of linear Fresnel structures are provided on the homogenizing plate , So that the light equalizing plate is correspondingly located under the roof. The photovoltaic farm of agriculture and fisheries as described in claim 1 or 2, wherein the light-equalizing plate is provided with 10 to 30 linear Fresnel structures per 1 meter width. The photovoltaic farm of agricultural and fishery as described in claim 1 or 2, wherein the linear Fresnel structure is integrally formed on the surface of the homogenizing plate. The photovoltaic farm in agricultural and fishery industry as described in claim 1 or 2, wherein the light-equalizing plate includes a transparent plate body and a light-equating film, and the light-equating film is attached to the surface of the transparent plate body and The linear Fresnel structure is integrally formed on the homogenizing film. The photoelectric farm shed of agricultural and fishery as described in claim 1 or 2, wherein the light equalizing plate comprises two transparent plates, a light equalizing film and an adhesive layer, and the light equalizing film is integrally formed on the light equalizing film The linear Fresnel structure makes the homogenizing film and the adhesive layer between the two transparent plates, and makes the adhesive layer surround the peripheral edge of the homogenizing film and overlap with the peripheral edge of the homogenizing film, In order to fix the two transparent plates and the homogenous film by the adhesive layer. The photoelectric farm shed of agricultural and fishery as described in claim 1 or 2, wherein the light equalizing plate comprises two transparent plates, a light equalizing film and an adhesive layer, and the light equalizing film is integrally formed on the light equalizing film In the linear Fresnel structure, the homogenizing film and the adhesive layer are sequentially stacked between the two transparent plates, and the two transparent plates and the homogenizing film are bonded and fixed by the adhesive layer. The photoelectric farm shed of agriculture and fishery as described in claim 1 or 2, wherein the roof of the shed is set at an inclined angle.

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