KR101259408B1 - Solar plat form - Google Patents

Abstract

PURPOSE: A solar cell platform is provided to easily fix and install solar cells on guardrails of a light house and to increase sunlight receiving efficiency by freely controlling the height and angle of the solar cells. CONSTITUTION: A solar cell platform comprises a solar cell support(2), a clamp(3), a rotation part(4), and a rotation angle control part(5). The solar cell support is arranged in the front side of a pole(1) and fixes and supports a solar cell. The clamp fixes the pole on a guardrail to be vertically rotated. The rotation angle control part controls the vertical rotation angle of the solar cell support.

Description

Solar cell mounting table {Solar plat form}

The present invention relates to a solar cell mounting stand, and more particularly, it is easy to fix and install the solar cell on the railing of the lighthouse, and can freely adjust the angle and height of the solar cell according to the environment and conditions of the installation place. The present invention relates to a solar cell mounting stand capable of increasing light receiving efficiency.

In general, the lighthouse is equipped with a light lamp, that is, a light register to provide the location information of the signal station with a flashing light (flash) and a repetitive flashing cycle (quality). 10-25 NM is classified as a small equalizer below 10 NM.

Conventional rotary lighters use a geared drive motor type rotary device, and the motor rotates directly or indirectly by an electric method in which several different gears are continuously shifted, and the lens is a prism lens made of glass. It is configured to diffuse and illuminate the light of an incandescent lamp.

On the other hand, incandescent lamps used in conventional rotary lamps have the limitations of far-field lighting, and in recent years, LEDs suitable for long-distance lighting have been applied instead of incandescent lamps. Attempts have been made.

However, there is no suitable means for fixing and installing a solar cell that receives sunlight and converts it into electrical energy, and a means for adjusting the angle of the solar cell according to the environment and conditions of the installation site is not provided. There is a problem in that it is difficult to install the solar cell and efficient light reception of the solar energy is not made due to the degradation of the performance and reliability of the lighting.

The present invention has been made to solve the conventional problems as described above, the object of which is to easily fix and install the solar cell, such as the railing of the lighthouse, the angle and height of the solar cell in accordance with the environment and conditions of the installation site It is to provide a solar cell mounting stand to be able to adjust the freely to increase the light receiving efficiency of the solar light.

In addition, an object of the present invention is to be able to fix a plurality of solar cells firmly without flow in accordance with the size it is possible to fix and support a plurality of solar cells as one installation, to ensure the amount of light received according to the expansion of the light receiving area It is to provide a solar cell mounting platform.

One aspect of the solar cell mounting stand according to the present invention for achieving the object of the present invention, is provided on the front side of the support, the solar cell support for fixing and supporting the solar cell; A clamp to secure the post to the railing; A rotatable part for rotatably fixing the solar cell support to a support pole; Characterized in that consisting of; rotation angle adjustment unit for adjusting the up and down rotation angle of the solar cell support.

In addition, the solar cell support is formed of a rectangular housing opened to the upper side, the insertion hole is formed in the upper end is inserted into the solar cell, the insertion port is characterized in that configured to be opened and closed by a cover coupled to the hinge portion.

In addition, the clamp is formed in a pair of parallel to each other in the front direction on the upper side of the support, and a support fixing piece bent in the outward direction bent at a right angle to the flange A having a fastening hole A at the rear end; Flange B corresponding to the flange A of the support fixing piece is formed in both ends outer direction, the flange B is a semi-elliptic handrail fixing piece formed with a fastening hole B corresponding to the fastening hole A of the flange A; do.

In addition, the rotating part, the fixing hole is formed in each of the distal end of the pair of strut fixing piece; A pair of link pieces having a shaft insertion hole corresponding to the fixing hole and integrally formed to protrude rearward on an upper rear surface of the solar cell support; And a rotating shaft inserted and installed in the fixed hole of the support fixing piece and the shaft insertion hole of the link piece.

In addition, the rotation angle adjustment unit, a pair of support pieces A and support pieces B which are parallel to each other in the forward direction on both sides of the lower part of the support and supported by both fastening rods; And a pair of supports A and support B formed on the lower rear surface of the solar cell support in parallel to each other in the rear side and having a plurality of angle adjusting holes fixed to the fastening rods with bolts or pins in the lateral direction. do.

In addition, the solar cell support, the upper and lower fixed frame in the horizontal direction perpendicular to the lower support in the upper and lower portions of the lower support in the vertical direction to move the position up, down, left and right on the lower support. And an intermediate fixing frame parallel to the upper and lower fixing frames in the middle between the upper and lower fixing frames is fixed on the lower support.

In addition, the lower support, the upper longitudinal hole A and the upper longitudinal hole B and the lower longitudinal hole A and the lower longitudinal hole B are formed on both left and right sides; The upper fixing frame, the upper rail hole C and the upper rail hole D is fastened to the upper longitudinal hole A and the upper longitudinal hole B of the lower support is formed in the middle, the upper rail C and the upper rail D of Upper rail holes A and upper rail holes B are formed on both sides; The lower fixing frame, the lower rail hole C and the lower rail hole D is fastened to the lower longitudinal hole A and the lower longitudinal hole B of the lower support is formed in the middle, the lower rail hole C and the lower rail hole D The lower rail A and the lower rail B are formed on both sides.

In addition, the intermediate fixing frame is characterized in that configured to move the position up, down and left and right on the lower support.

The lower supporter may form an intermediate longitudinal hole A and an intermediate longitudinal hole B in the middle between the upper longitudinal hole A and the upper longitudinal hole B and the lower longitudinal hole A and the lower longitudinal hole B; The intermediate fixing frame, the first and second intermediate long holes C and the first and second intermediate long holes D which are fastened with bolts to the middle long holes A and the middle long holes B of the lower support are formed, and the first and second The first middle fixing piece and the second middle fixing piece having the first and second middle holes A and the first and second middle long holes B formed on both sides of the middle long hole C and the first and second middle long holes D are symmetrical with each other. Characterized in that configured to achieve.

As described above, the present invention is easy to fix and install the solar cell to the light rail, etc. to ensure the ease of installation, and to freely adjust the angle and height of the solar cell in accordance with the environment or conditions of the installation site. By doing so, it is possible to increase the light receiving efficiency of the solar light, thereby further increasing the performance and reliability of the lighting lamp.

In addition, the present invention can secure a plurality of solar cells in accordance with the size without any flow to secure and support a plurality of solar cells in one installation to ensure the amount of light received according to the expansion of the light receiving area. In addition, there is no need to provide a mounting table for each solar cell has the advantage that can increase the efficiency of the installation space utilization with economical efficiency.

1 to 3 show an embodiment of the present invention,
1 is a perspective view.
Figure 2 is an exploded perspective view showing the configuration of the clamp and the rotating part of Figure 1;
Figure 3 is a side view showing the installation and use of the present invention.
4 and 5 show another embodiment of the present invention,
4 is a perspective view of main parts.
Fig. 5 is a rear view of Fig. 4; Fig.
Figure 6 is a side view showing another embodiment of the present invention.

Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 show an embodiment of the present invention, Figure 1 is a perspective view, Figure 2 is an exploded perspective view showing the configuration of the clamp and the rotating portion of FIG.

As shown in the present invention, the vertical strut 1 is provided, and the solar cell support 2 for fixing and supporting the solar cell 100 is provided at the front side of the strut 1 to support the strut 1. After fixing to the handrail of the lighthouse, the solar cell support 2 is rotated up and down by a user's operation, so that the angle can be adjusted.

To this end, the present invention is provided with a clamp (3) for fixing the support (1) to the handrail (), to enable the solar cell support (2) to be fixed to the support (1) rotatably up and down The rotating part 4 is provided, and the rotation angle adjusting part 5 for adjusting the up and down rotation angle of the solar cell support 2 is provided.

Solar cell support (2) is formed of a rectangular housing opened to the upper side, the upper end is formed with an insertion hole 21 is inserted into the solar cell 100, the insertion hole 21 is coupled to the hinge portion 22a The cover 22 is configured to be opened and closed by the cover 22.

The clamp 3 is composed of a strut fixing piece 31 and a handrail fixing piece 32, and the strut fixing piece 31 is formed in a pair parallel to each other in all directions on the upper sides of the strut 1, The flange A 31a is bent in the outward direction perpendicular to the rear end portion, and the fastening hole A 31b is formed in the flange A 31a.

The handrail fixing piece 32 has flanges B32a corresponding to the flanges A31a of the support pieces 31 formed outwardly at both ends, and the flanges B32a are fastened to the flanges A31a. A fastening hole B 32b corresponding to the ball A 31b is formed in a semi-elliptic shape.

The pivoting part 4 forms fixing holes 41 at the front ends of the pair of strut fixing pieces 31, and the pair of link pieces 42 are projected backward on the upper back surface of the solar cell support 2, respectively. It is formed integrally, the shaft insertion hole (42a) is formed in the link piece 42 coincident with the fixing hole 41 of the support fixing piece 31 and inserted into the fixing hole 41 and the shaft insertion hole (42a) It is configured to be rotatably coupled to each other by using the rotating shaft 43.

The rotation angle adjusting part 5 forms a pair of support piece A 51a and support piece B 51b on both lower sides of the support 1 in parallel in all directions, and supports the support piece A 51a and the support. A fastening rod 54 is provided between the pieces B 51b to support both inner sides of the support pieces A 51a and the support pieces B 51b, and an arc-shaped length on the lower rear surface of the solar cell support 2. A pair of supports A 52a and B 52b are formed parallel to each other in the rearward direction, and the supports A 52a and B 52b are bolted or pinned to the fastening rods 54 laterally. It includes a plurality of angle adjusting holes 53 are fixed.

3 is a side view showing the installation and use of the present invention, as shown in the present invention is to support the support (1) using a clamp (3) consisting of a support fixing piece 31 and the handrail fixing piece (32) It is to be fixed to the handrail of the lighthouse, the solar cell support (2) can be rotated up and down about the pivot shaft 43 between the link piece 42 and the support fixing piece (31).

In addition, the supports A and B 52a and 52b integrally formed on the rear surface of the solar cell support 2 move together with the solar cell support 2, and the supports A and B 52a and 52b laterally. It is to maintain the rotation angle by fastening a plurality of angle adjusting holes 53 by pins or bolts in accordance with the fastening bar (54).

As described above, the present invention makes it easy to fix and install the solar cell on the railing of the lighthouse, so that the installation work can be secured, and the light receiving efficiency of the solar light can be adjusted freely according to the environment and conditions of the installation place. Will be able to increase.

4 and 5 show another embodiment of the present invention, FIG. 4 is a perspective view of a main part, while an embodiment of the present invention rotatably supports and fixes one solar cell, wherein the feature is at least 2 The solar cell is rotatably supported and fixed to a plurality of pieces.

To this end, the present invention is provided with a lower support 6 in the longitudinal direction, the upper fixing frame 7 and the lower fixing frame 8 in parallel to each other in the horizontal direction perpendicular to the lower support 6 at intervals. The intermediate fixing frame 9 is provided on the middle lower support 6 between the upper fixing frame 7 and the lower fixing frame 8 in parallel with the upper fixing frame 7 and the lower fixing frame 8. The upper fixing frame 7, the lower fixing frame 8, and the middle fixing frame 9 are provided on the lower support 6 so as to be movable up, down, left, and right to constitute a solar cell support 2. .

The lower support 6 has an upper longitudinal hole A 61a and an upper longitudinal hole B 61b and a lower longitudinal hole A 62a and a lower longitudinal hole B 62b in the longitudinal direction on both left and right sides. (63a) and the middle longitudinal hole B (63b) is formed, the upper fixing frame (7) is the upper horizontal bolted to the upper longitudinal hole A (61a) and the upper longitudinal hole B () of the lower support (6) Long hole C (70c) and the upper rail D (70d) is formed in the middle, the upper rail A (70a) and the upper rail B on both sides of the upper rail C (70c) and the upper rail D (70d) 70b is formed.

The lower fixing frame 8 has lower long holes C 80c and lower long holes D 80d that are bolted to the lower long holes A 62a and the lower long holes B 62b of the lower support 6. It is formed in the middle, and the lower rail hole A (80a) and the lower rail hole (80b) is formed on both sides of the lower rail hole (80d).

The intermediate fixing frame 9 includes first and second intermediate long holes C 91c and 92c fastened to the middle long holes A 63a and the middle long holes B 63b of the lower support 6 with bolts. First and second intermediate cross holes D 91d and 92d are formed, and both sides of the first and second intermediate cross holes C 91c and 92c and the first and second intermediate cross holes D 91d and 92d. The first intermediate fixing piece 91 and the second intermediate fixing piece 92 formed with the first and second intermediate rail holes A 91a and 92a and the first and second intermediate rail holes B 91b and 92b It is configured to be symmetrical with each other.

FIG. 5 is a rear view of FIG. 4, and as shown therein, the present invention is provided between the upper fixing frame 7 and the second intermediate fixing piece 92 of the intermediate fixing frame 9 and the first fixing frame 9 of the intermediate fixing frame 9. 1 Insert the solar cell 100 between the middle fixing piece 91 and the lower fixing frame 8, respectively. At this time, the upper fixing frame 7 and the lower fixing frame 8 and the middle fixing frame 9 are moved up, down, left and right.

When the position is determined in this way, the upper rail A, B (70a) (70b) and the lower rail A, B formed on both sides of the upper fixed frame (7), lower fixed frame (8) and the middle fixed frame (9), respectively (80a) (80b) and through the first intermediate rail holes A, B (91a) (91b) and the second intermediate rail holes A, B (92a, 92b) bolts to the top of the outer periphery of the solar cell 100 It is fixed to the fixed frame 7 and the lower fixed frame 8 and the intermediate fixed frame (9).

In addition, the upper longitudinal hole A, B (61a) (61b) and the lower longitudinal hole A, B (62a) (62b) of the lower support (6) and the upper intersected with the middle longitudinal hole A, B (63a) (63b) Upper cross holes C, D 70c, 70d and lower cross holes C, D 80c, 80d of the fixed frame 7, the lower fixed frame 8, and the middle fixed frame 9, and the first intermediate horizontal The upper fixing frame 7 and the lower fixing frame 8 surround the outside of the solar cell 100 with bolts through the long holes C and D 91c and 91d and the second intermediate long holes C and D 92c and 92d. And it is to be fixed to the intermediate fixing frame (9).

Meanwhile, in the present invention, as shown in FIG. 6, a plurality of fixing holes 41 formed in the support fixing piece 31 are formed in the vertical direction to rotate the rotation shaft 43 formed on the link piece 42 of the solar cell support 2. ) Of the solar cell support (2) by selectively inserting) or by selectively fixing the angle adjusting hole (53) formed in the support A, B (51a) (51b) of the solar cell support (2) to the fastening rod (54). Up and down height can be adjusted.

As described above, the present invention allows the height of the solar cell to be freely adjusted, and the plurality of solar cells can be fixed firmly without flow in accordance with the size, thereby allowing the fixing and supporting of the plurality of solar cells as one installation. And it is possible not only to secure the amount of light received according to the expansion of the light receiving area, it is not necessary to provide a mounting table for each of the solar cells will be able to further increase the efficiency of utilization of the installation space with economical efficiency.

Although the solar cell holder according to the present invention has been described in detail above, this is only for describing the most preferred embodiment of the present invention, and the present invention is not limited thereto, and the scope thereof is determined by the appended claims. Are limited. It will be apparent to those skilled in the art that various changes and modifications can be made by those skilled in the art without departing from the scope of the present invention.

1: gift
2: solar cell support
21: opening 22: cover
22a: hinge part
3: clamp
31: Shoring fixing piece 31a, 32a: Flange A, B
31b, 2b: Fastener A, B 32: Railing fixing piece
4: rotating part
41: fixing hole 42: link edition
42a: shaft insertion hole 43: rotating shaft
43a: fixing nut
5: angle adjuster
51a, 51b: Support pieces A, B 52a, 52b: Support tables A, B
53: angle adjusting hole 54: fixed shaft
6: lower supporter
61a, 61b: Upper longitudinal hole A, B 62a, 62b: Lower longitudinal hole A, B
63a, 63b: Medium long hole A, B
7: upper fixing frame
70a, 70b, 70c, 70d: upper rail A, B, C, D
8: lower fixed frame
80a, 80b, 80c, 80d: lower rail A, B, C, D
9: middle fixed frame
91: 1st intermediate fixing piece 91a, 91b, 91c, 91d: 1st intermediate rail hole A, B, C, D
92: 2nd intermediate fixing piece 92a, 92b, 92c, 92d: 2nd intermediate rail hole A, B, C, D

Claims (10)

The solar cell support 2 which is provided in the front side of the support post 1, and fixes and supports the solar cell 100, The clamp 3 which can fix the support post 1 to the handrail, and the said sun Rotating portion 4 to secure the battery support 2 to the support (1) rotatably up and down, and rotation angle adjustment to adjust the up and down rotation angle of the solar cell support (2) The solar cell support (2), the upper and lower fixing frame (7) in a horizontal direction perpendicular to the lower support (6) on the upper and lower portions of the lower support (6) in the vertical direction. (8) is configured to move the position up, down and left and right on the lower support (6), the upper and lower fixed frame (7) in the middle between the upper and lower fixed frame ( 7) In the solar cell mounting bracket in which the intermediate fixing frame 9 in parallel with (8) is fixed on the lower support (6),
The lower support 6, the upper longitudinal hole A (61a) and the upper longitudinal hole B (61b) and the lower longitudinal hole A (62a) and the lower longitudinal hole B (62b) are formed on both left and right sides;
The upper fixing frame (7), the upper long hole C (70c) and the upper long hole D (70d) fastened with bolts to the upper longitudinal hole A (61a) and the upper longitudinal hole B (61b) of the lower support (6) ) Is formed in the middle, and upper rail holes A 70a and upper rail holes B 70b are formed on both sides of the upper rail holes C 70c and the upper rail holes D 70d;
The lower fixing frame 8, the lower long hole C (80c) and the lower long hole D (80d) which are bolted to the lower longitudinal hole A (62a) and the lower longitudinal hole B (62b) of the lower support (6) ) Is formed in the middle, and the lower rail holes A (80c) and the lower rail holes (80d) on both sides of the lower rail holes A (80a) and the lower rail holes (80b) is formed . delete The method of claim 1,
The clamps 3 are formed in a pair parallel to each other in the front direction on both sides of the upper part of the support 1, and in the outward direction in which the flange A 31a having the fastening holes A 31b is formed at right angles. A bent support piece 31 bent;
Flange B (32a) corresponding to the flange A (31a) of the support fixing piece 31 is formed in both ends outward direction, the flange B (32a) is fastened to the fastening hole A (31b) of the flange A (31a) A semi-elliptic handrail fixing piece (32) formed with a matching fastening hole (B) 32b. The method of claim 1,
The pivoting portion (4) includes: fixing holes (41) respectively formed at the front end portions of the pair of strut fixing pieces (31);
A pair of link pieces 42 having a shaft insertion hole 42a corresponding to the fixing hole 41 and integrally formed to protrude rearward on an upper rear surface of the solar cell support 2;
And a rotating shaft (43) inserted and installed in the fixing hole (41) of the support fixing piece (31) and the shaft insertion hole (42a) of the link piece (42). 5. The method of claim 4,
A solar cell mounting table, characterized in that formed in the vertical direction a plurality of fixing holes 41 formed in the front end of the support fixing piece 31 to adjust the height of the solar cell support (2). The method of claim 1,
The rotation angle adjustment unit 5 is a pair of support pieces A (51a) and support piece B (parallel in parallel to each other in the front and rear on both sides of the lower part of the support 1 and supported by both fastening rods 54). 51b);
A pair of supports A formed on the lower rear surface of the solar cell support 2 in parallel to each other in the rear side and having a plurality of angle adjusting holes 53 fixed to the fastening rods 54 by bolts or pins in the lateral direction. 52a and the support B (52b); solar cell mounting stand characterized in that consisting of. delete delete The method of claim 1,
The intermediate fixing frame (9) is a solar cell mounting table, characterized in that configured to move the position up, down, left and right on the lower support (6). The method of claim 1,
The lower supporter 6 has an intermediate longitudinal hole A (in the middle between the upper longitudinal hole A 61a and the upper longitudinal hole B 61b and the lower longitudinal hole A 62a and the lower longitudinal hole B 62b). 63a) and middle longitudinal hole B 63b;
The intermediate fixing frame 9, the first and second intermediate long hole C (91c) (92c) fastened to the middle long hole (A 63a) and the middle long hole (B 63b) of the lower support (6) by bolts. And first and second intermediate cross holes D 91d and 92d, and the first and second intermediate cross holes C 91c and 92c and the first and second intermediate cross holes D 91d and 92d. The first intermediate fixing piece 91 and the second intermediate fixing piece 92 having the first and second intermediate rail holes A 91a and 92a and the first and second intermediate rail holes B 91b and 92b formed at both sides thereof. A solar cell mounting stand, which is configured to be symmetrical with each other.

Images