KR102142064B1 - Photovoltaic panel support structure - Google Patents

Abstract

The present invention relates to a photovoltaic panel support structure capable of supporting a photovoltaic panel. The photovoltaic panel support structure comprises: a first horizontal support accommodating a frame for supporting a photovoltaic panel; a plurality of vertical supports supporting the first horizontal support; and a height adjustment unit which connects the first horizontal support and the vertical support and adjusts a distance between the first horizontal support and the vertical support.

Description

Solar panel support structure{PHOTOVOLTAIC PANEL SUPPORT STRUCTURE}

The technology disclosed herein relates to a support structure, and more particularly, to a solar panel support structure capable of supporting a solar panel.

A conventional Republic of Korea Patent Publication No. 10-2013-0097043 (2013.09.02. published, "support structure of the solar panel") includes a plurality of leaflet frames vertically mounted on the roof surface of the building; A length that is longer than the leaflet frame, and a plurality of rear end support frames vertically mounted on the roof surface of the building spaced apart from the leaflet frame, and a plurality of connecting the plurality of leaflet frames and the plurality of rear end support frames, respectively. Vertical frame; A plurality of horizontal frames mounted to be spaced apart from each other on the upper portion of each vertical frame to vertically cross each of the plurality of vertical frames, a plurality of solar panels provided on the upper portion of the plurality of horizontal frames, and condensing sunlight and the A technique comprising clamping means for clamping a photovoltaic panel onto said horizontal frame is disclosed.

The conventional Republic of Korea Patent Publication No. 10-2013-0097043 can be easily fixed to the upper portion of the plurality of horizontal frames without damaging the photovoltaic panel using a clamping means provided on the upper portion of the plurality of horizontal frames, Clamping means for fixing the photovoltaic panel to the top of the plurality of horizontal frames can be used regardless of the thickness of the photovoltaic panel because it has a variable structure that can be height-adjusted. It is a technology that can easily extend the length of a frame using a connecting pin.

In the conventional Republic of Korea Patent Registration No. 10-2013948 (Aug. 23, 2019, published on the "Solar power generation module installation table"), a plurality of props to install a plurality of photovoltaic modules that convert the solar heat energy into electrical energy Regarding a photovoltaic module installation support comprising a plurality of vertical supports and a plurality of horizontal supports, the horizontal support includes a seating surface bent outward to have durability due to the load of the photovoltaic panel while the photovoltaic panels are mounted on both sides of the upper left and right. The photovoltaic panel formed by the formed "U" shaped cross section, and the photovoltaic panel seated on the horizontal support is formed by a plurality of gap-setting clamps made of gap-protruding protrusions protruding crosswise to the bottom of the contact surface and the contact surface at the top. Fixing 4 panels at the same time, simple and sturdy installation so that the upper, lower, left, and right gaps between the solar panels for ventilation space are automatically maintained, as well as installation cost of solar modules and A/S Disclosed is a technique for shortening construction time while providing ease of replacement for, and preventing damage by loads of a plurality of installed solar modules.

In the conventional Korean Patent Registration No. 10-2013948, the lower binding base bracket fixed to the ground and the upper binding base bracket on which the vertical support is installed, and the pillar material that is sandwiched between the lower binding base bracket and the upper binding base bracket are assembled. Disclosed is a technique that enables the length to be adjusted on the fly according to the user and the construction site construction by being formed in a prefabricated manner.

The technology disclosed in the present specification is a solar panel support structure capable of supporting a solar panel, which is easy to install, easy to adjust the height and inclination of the solar panel, and easy to maintain and repair. Let it be a task.

In one embodiment, a solar panel support structure is disclosed.

The panel support structure includes a first horizontal support 100 for receiving the frame 1500 supporting the solar panel, a plurality of vertical supports 200 for supporting the first horizontal support 100, and the first horizontal support 200 ( 100) and the vertical support 200, but may include a height adjustment unit 300 that can adjust the distance between the first horizontal support 100 and the vertical support 200.

The height adjustment part 300 is provided with a first height nut 310 provided on the height Maguri iron plate 350 and the height Maguri iron plate 350 inserted into one side of the vertical support 200, and the first horizontal support 100 It is provided in the height connection portion 320, the height connection portion 320 provided to be coupled to, the height adjustment bolt 330 fastened to the first height nut 310 and the height adjustment bolt 330 is fastened to the first 1 is located between the height nut 310 and the height connection part 320, but is fastened toward the first height nut 310 to suppress the loosening of the height adjustment bolt 330, the second height nut 340. It can contain.

The panel support structure further includes a second horizontal support 400 or a force portion 800 connecting the plurality of vertical supports 200 to each other, and the second horizontal support 400 or the force support portion 800. Is provided on each of the plurality of vertical supports 200 to be connected, the three sides of the vertical support 200 and further includes a feldspar 900 formed with a hole protruding on one side, the second horizontal support 400 Or one side of the force portion 800 includes a distance adjusting unit 1400 for adjusting the distance between the plurality of vertical supports 200, the distance adjusting unit 1400 is the second horizontal support 400 Or the first distance nut 1410, the second horizontal support 400 or the force section 800 provided on the distance Maguri iron plate 1430 and the distance Maguri iron plate 1430 inserted into one side of the force section 800 ) And the feldspar 900 is provided with a distance connecting portion 1420, a third distance nut 1450 provided with the distance connection 1420, the first height nut 310 and the third distance nut 1450. A thread is provided so that both ends are bolted, the threads provided at both ends are provided on one side of the stud bolt (1460), the stud bolt (1460), the first distance nut (1410) and the stud bolt (1460) ), but is provided on the other side of the second distance nut 1440 and the stud bolt 1460 that are fastened toward the first distance nut 1410 to suppress loosening of the stud bolt 1460. Located between the third distance nut (1450) and the center of the stud bolt (1460), but is fastened toward the third distance nut (1450), the fourth distance nut (1470) to suppress loosening of the stud bolt (1460) ).

The panel support structure is provided at a position where the frame 1500 and the first horizontal support 100 intersect, and a connection bracket 500 coupling the frame 1500 and the first horizontal support 100 is provided. Further comprising, the connection bracket 500 is provided on the side of the horizontal support 510 and the horizontal support 510 supporting the upper and front and lower surfaces of the second horizontal support 400, the first horizontal support It may include a vertical support 520 for supporting the front and both sides of the (100).

The panel support structure further includes a horizontal auxiliary support 700 intersecting the plurality of vertical supports 200, and the another connection bracket at a position where the vertical support 200 and the horizontal auxiliary support 700 intersect. It may further include (500).

The panel support structure may further include a flange 1100 inserted into the other side of the plurality of vertical supports 200.

The panel support structure may further include a wall member 600 provided on the front surface of the vertical support 200 to form a lower portion of the first horizontal support 100 into an indoor space.

The panel support structure may further include a roof member 1200 provided on an upper portion of the wall member 600 to form a roof and a floor member 1300 provided on a lower portion of the wall member 600 to form a floor. .

The solar panel support structure disclosed in this specification may adjust the height of the solar panel by adjusting the height of the first horizontal support 100 through the height adjusting unit 300. The height adjustment unit 300 can suppress loosening of the first height nut 310 or the second height nut 340 by adopting a conventional double nut method.

In the solar panel support structure disclosed in the present specification, a vertical support 200 is respectively provided on the front and rear surfaces of a first horizontal support 100, and a height adjustment unit 300 is provided on each vertical support 200. In each case, the height or tilt of the sun and the panel can be easily adjusted.

The photovoltaic panel support structure disclosed in the present specification can firmly fix the plurality of vertical supports 200 through the second horizontal support 400 or the horizontal auxiliary support 700 or the force portion 800 and adjust the distance. Since the vertical supports 200 can be pushed or pulled from each other through the unit 1400, there is an effect of precisely adjusting the angle at which the vertical supports 200 are erected.

The solar panel support structure disclosed in the present specification includes a horizontal support 510 and a vertical support 520 of the connection bracket 500, a second horizontal support 400 or a horizontal auxiliary support 700 and a vertical support 200, and By supporting each of the three sides of the frame 1500 and the first horizontal support 100, there is an effect capable of solid support.

The solar panel support structure disclosed in this specification includes a wall member 600, a roof member 1200, and a floor member 1300. The solar panel support structure includes a warehouse or farm house where power generation through sunlight is performed. There is an effect that can be used as a space.

The solar panel support structure disclosed in this specification has an effect that is easy to install and repair as it is coupled through a fastening bolt 10 including a conventional bolt 11 or a square projecting surface 12.

The foregoing provides only selective concepts in a simplified form for matters described in more detail later. This content is not intended to limit key or essential features of the claims or to limit the scope of the claims.

1 is a view showing an embodiment of a solar panel support structure disclosed herein.
FIG. 2 is a cross-sectional view of a main part based on a side surface of the solar panel support structure disclosed in FIG. 1.
3 is a view showing the main components installed on the vertical support.
FIG. 4 is a view showing the connection adjusting unit disclosed in FIG. 3.
FIG. 5 is a view showing the feldspar disclosed in FIG. 3.
FIG. 6 is a view showing the flange disclosed in FIG. 3.
7 is a view showing a cross-linking portion.
8 is a view showing the force portion in a partial cross-sectional view.
9 is a view showing another embodiment of the solar panel support structure.
10 is a view showing another embodiment of the solar panel support structure.
11 is a view showing another embodiment of the solar panel support structure.
12 is a view showing another example of a connection adjusting unit.

Hereinafter, exemplary embodiments disclosed herein will be described in detail with reference to the drawings. Unless otherwise specified in the text, like reference numerals in the drawings indicate similar elements. The exemplary embodiments described in the detailed description, drawings, and claims are not intended to be limiting, and other embodiments may be used, and other changes are possible without departing from the spirit or scope of the technology disclosed herein. Those skilled in the art can arrange, configure, combine, and design the components of the present disclosure, ie, the components generally described herein, and described in the drawings in various other configurations, all of which are expressly devised, and It is easy to understand that it forms part. In the drawings, the width, length, thickness, or shape of components may be exaggerated to clearly express various layers (or films), regions, and shapes.

When one component is referred to as "placement" on another component, it may include the case where the one component is directly disposed on the other component, as well as the case where additional components are interposed therebetween.

When one component is referred to as “connecting” to another component, it may include the case where one component is directly connected to the other component, as well as the case where additional components are interposed between them.

When one component is referred to as “forming” to another component, it may include the case where the one component is directly formed on the other component, as well as the case where additional components are interposed therebetween.

When one component is referred to as "coupled" to another component, it may include the case where one component directly couples to the other component, as well as the case where additional components are interposed therebetween.

Since the description of the disclosed technology is only an example for structural or functional description, the scope of rights of the disclosed technology should not be interpreted as being limited by the embodiments described in the text. That is, since the embodiments can be variously changed and have various forms, it should be understood that the scope of rights of the disclosed technology includes equivalents capable of realizing technical ideas.

Singular expressions are to be understood as including plural expressions unless the context clearly indicates otherwise, and “includes.” Or "take it." The term, etc., is intended to indicate that a feature, number, step, action, component, part, or combination thereof is implemented, and that one or more other features or numbers, steps, operation, component, part, or combinations thereof. It should be understood that the existence or addition possibility of ones is not excluded in advance.

All terms used herein have the same meaning as generally understood by a person skilled in the art to which the disclosed technology belongs, unless otherwise defined. The terms defined in the commonly used dictionary should be interpreted as being consistent with the meanings in the context of the related art, and cannot be interpreted as having ideal or excessively formal meanings unless explicitly defined in the present application.

1 of the accompanying drawings in this specification is a view showing an embodiment of the solar panel support structure disclosed herein. FIG. 2 is a cross-sectional view of a main part based on a side surface of the solar panel support structure disclosed in FIG. 1. 3 is a view showing the main components installed on the vertical support. FIG. 4 is a view showing the connection adjusting unit disclosed in FIG. 3. FIG. 5 is a view showing the feldspar disclosed in FIG. 3. FIG. 6 is a view showing the flange disclosed in FIG. 3. 7 is a view showing a cross-linking portion. 8 is a view showing the force portion in a partial cross-sectional view. 9 is a view showing another embodiment of the solar panel support structure. 10 is a view showing another embodiment of the solar panel support structure. 11 is a view showing another embodiment of the solar panel support structure. 12 is a view showing another example of a connection adjusting unit.

Hereinafter, a solar panel support structure disclosed in the present specification will be described in general with reference to the drawings. Referring to the drawing, the first horizontal support 100 includes a vertical support 200 and a height adjustment unit 300.

The height adjustment unit 300 may include a height rolled iron plate 350, a first height nut 310, a height connection part 320, a height adjustment bolt 330, and a second height nut 340.

The panel support structure disclosed in the present specification may optionally further include a second horizontal support 400 or a force portion 800, a feldspar 900, and a distance adjusting unit 1400.

The distance adjusting unit 1400 is a distance Maguri iron plate 1430 and a first distance nut 1410, a distance connection 1420, a third distance nut 1450, a stud bolt 1460, a second distance nut 1440 And a fourth distance nut 1470.

The panel support structure disclosed in this specification may optionally further include a connection bracket 500.

The connection bracket 500 may include a horizontal support 510 and a vertical support 520.

The panel support structure disclosed in the present specification may optionally further include a horizontal auxiliary support 700 and another connection bracket 500.

The panel support structure disclosed in this specification may optionally further include a flange 1100.

The panel support structure disclosed in the present specification may optionally further include a wall member 600.

The panel support structure disclosed in the present specification may optionally further include a roof member 1200 and a floor member 1300.

Hereinafter, a solar panel support structure disclosed in this specification will be described in detail with reference to the accompanying drawings.

The solar panel support structure with reference to one embodiment disclosed in FIGS. 1 to 8 largely includes a first horizontal support 100, a vertical support 200, and a height adjuster 300.

The first horizontal support 100 supports and supports the frame 1500 supporting the solar panel. The first horizontal support 100 may be provided to be connected to the frame 1500 to support the solar panel. The first horizontal support 100 may be provided to connect a conventional solar panel to a desired width. The first horizontal support 100 may be provided with a conventional square pipe or the like. The first horizontal support 100 is provided to support the lower portion of the frame.

On the other hand, the frame 1500 and the first horizontal support 100 may be combined using a conventional welding or bolt.

Meanwhile, the frame 1500 and the first horizontal support 100 may be combined through the connection bracket 500 disclosed in FIG. 1 or FIG. 2 or FIG. 7. The connection bracket 500 may be provided at a position where the frame 1500 and the first horizontal support 100 intersect. The connection bracket 500 is provided on the side of the horizontal support 510 and the horizontal support 510 supporting the front and both sides of the frame 1500 and the vertical support 520 supporting the front and both sides of the first horizontal support 100. It may include. That is, the connection bracket 500 can be fixed to the frame 1500 and the first horizontal support 100 in contact with each of the three sides. Screw bolt holes 50 are formed on each side of the connection bracket 500, and are coupled through the screw bolts 20 through the screw bolt holes 50.

On the other hand, the first horizontal support 100 may be provided with a surface member of a size that matches the bottom surface of the used solar panel.

The vertical support 200 may be provided as an ordinary square pipe or an H beam or a pipe having a'c' cross section. The vertical support 200 may be connected to an anchor foundation mechanism installed in the ground. Anchor foundation mechanism, such as Republic of Korea Patent No. 10-1986458. The vertical support 200 may be implemented in plural considering the size and weight of the panel support 200. The vertical support 200 may be connected to the anchor base mechanism at the bottom and the first horizontal support 100 at the top.

On the other hand, the vertical support 200 may be carried out by embedding the lower end in the ground, it may be carried out with a concrete foundation as shown in FIG.

On the other hand, as shown in Figure 3 or 6, it may be completed by bolting with the anchor foundation mechanism or concrete foundation described above, further comprising a conventional flange 1100 inserted into the lower side of the vertical support 200. The flange 1100 may be composed of a conventional square pipe of a size inserted into the lower portion of the vertical support 200. The flange 1100 is coupled to a plate body of a larger size than the vertical support 200 at one end of the square pipe. One side of the square pipe of the flange 1100 may include a square fixing hole 30 formed of a square hole. The other side of the flange 1100 may include a circular fixing hole 40 formed of a circular hole. The flange 1100 is a square fixing hole 30 and a circular fixing hole 40, the fastening bolt 10 may be installed through the vertical support 200. The fastening bolt 10 includes a bolt 11 formed with a normal thread, and a square projecting surface 12 composed of a rectangular projecting surface corresponding to the square fixing hole in the bolt neck portion. The square projecting surface 12 is inserted and fixed in the square fixing hole 30 so that the fastening bolt 10 is fixed when the normal nut is tightened. That is, it is easy to install and repair through the fastening bolt 10 including the square projecting surface 12.

The height adjustment unit 300 may be provided to connect the first horizontal support 100 and the vertical support 200, but to adjust the distance between the first horizontal support 100 and the vertical support 200. That is, the height adjustment unit 300 is to adjust the height of the supporter 100 in the first horizontal direction.

The height adjustment unit 300 with reference to the example disclosed in FIGS. 1 to 4 is largely a height-maguri iron plate 350, a first height nut 310, a height connection part 320, a height adjustment bolt 330, and a second height nut 340 may be included.

The height Maguri iron plate 350 may be provided to be inserted into one side of the vertical support 200. In more detail, the height maguri iron plate 350 may be composed of a conventional square pipe of a size inserted into the upper portion of the vertical support 200. Height maguri iron plate 350 is coupled to a plate body that can cover the vertical support 200 at one end of the square pipe. The high maguri iron plate 350 is formed with a through hole in the plate body. Height maguri iron plate 350 may include a square fixing hole 30 formed as a square hole on one side of the square pipe. The other side of the square pipe of the high-maguri iron plate 350 may include a circular fixing hole 40 formed of a circular hole. The height of the iron plate 350 is a square fixing hole 30 and a circular fixing hole 40, the fastening bolt 10 described above may be installed through the vertical support 200.

The first height nut 310 may be provided as a normal nut. The first height nut 310 may be provided on the height of the iron plate 350. The first height nut 310 communicates with the hole of the height maguri iron plate 350 described above.

On the other hand, the first height nut 310 may be replaced by forming a normal screw bone in the hole of the high-strength iron plate 350.

On the other hand, the height of the iron plate 350 and the first height nut 310 may be replaced with a form in which a screw hole is formed by forming a through hole in a cover (not shown) covering the vertical support 200.

The height connection part 320 may be provided to be coupled to the first horizontal support 100. The height connection part 320 may include a height ground surface 321 having a cross-section that is in contact with a side surface of the pipe constituting the first horizontal support 100. The height ground surface 321 is such that the open portion faces the upper portion, but the square fixing hole 30 described above is formed on one side of the protruding portion, and the opposite fixing hole ( 40) may be formed. The height ground surface 321 is an open part of a'c' shape and is provided so that the side surface of the pipe constituting the first horizontal support 100 is inserted to contact the first horizontal support 100. The height connection part 320 may be fixed through a normal nut through the side surface of the support 100 by inserting the fastening bolt 10 described above through the square fixing hole 30. The height connection part 320 may be freely rotated from the first horizontal support 100 using the fastening bolt 10 as a rotation axis.

On the other hand, the height connection part 320 may be coupled to the first horizontal support 100 by a conventional welding or rivet or bolt method.

Meanwhile, the height ground surface 321 of the height connection part 320 may be provided in a plate shape. The height connection part 320 may be in contact with one side of the pipe constituting the first horizontal support 100 and may be combined by a bolt or welding or riveting.

The height adjustment bolt 330 may be provided with a conventional bolt. The height adjustment bolt 330 is provided at the height connection part 320 and is fastened to the first height nut 310. In detail, the height adjustment bolt 330 may penetrate the closed portion on the cross-section of the height connection part 320 so that the bolt head can be welded to the height ground surface 321.

The second height nut 340 may be provided with a conventional nut. The second height nut 340 is fastened to the height adjustment bolt 330 and is located between the first height nut 310 and the height connection part 320. The second height nut 340 is fastened toward the first height nut 310 to suppress loosening of the height adjustment bolt 330.

The height adjustment unit 300 described above allows the height connection unit 320 to move away from or close to the vertical support 200 through the movement of the first height nut 310 and the second height nut 340.

The solar panel support structure described above is to adjust the height of the solar panel by adjusting the height of the first horizontal support 100 through the height adjustment unit 300. The height adjusting part 300 is suppressed from loosening of the first height nut 310 or the second height nut 340 by adopting a conventional double nut method.

On the other hand, as shown in Figure 2, the vertical support 200 is implemented on the front and rear surfaces of the first horizontal support 100, respectively, and the height adjustment unit 300 is implemented on each vertical support 200, respectively. And the height or inclination of the panel can be easily adjusted.

The solar panel support structure with reference to FIGS. 1 to 3, 5 or 8 includes a plurality of vertical supports 200 described above, and further includes a second horizontal support 400 or a force portion 800. And, further comprising a feldspar 900, the second horizontal support 400 or one side of the force unit 800, a distance adjusting unit 1400 for adjusting the distance between the plurality of vertical supports 200 It can contain.

The detailed description of the vertical support 200 and the height adjustment unit 300 in this embodiment will be omitted for convenience of description as described above.

The second horizontal support 400 may be provided with a conventional square pipe. The second horizontal support 400 is that the vertical support 200 is different from each other at both ends.

Meanwhile, the second horizontal support 400 may be provided as a circular pipe.

The force portion 800 may be provided with a conventional circular pipe. The force parts 800 are connected to different vertical supports 200 at both ends. One end of the force portion 800 may be connected to the upper portion of the vertical support 200, and the other may be connected to the lower portion of the other vertical support 200.

The feldspar 900 may be provided on each of the plurality of vertical supports 200 to which the second horizontal support 400 or the force 800 is connected. The feldspar 900 may be provided in a'c' cross section so as to surround the three sides of the vertical support 200. The feldspar 900 is protruded toward the closed portion of the'U' shape to form a hole. One of the protruding both sides of the feldspar 900 includes the square fixing hole 30 described above, and the other includes the circular fixing hole 40 described above. The feldspar 900 is coupled to the vertical support 200 through the fastening bolt 10 described above.

The distance adjusting unit 1400 adjusts the distance between the plurality of vertical supports 200 on one side of the second horizontal support 400 or the force 800. The distance adjusting unit 1400 includes a first distance nut 1410, a distance connection 1420, a third distance nut 1450, a stud bolt 1460, a second distance nut 1440, and a fourth distance nut 1470. It may include.

The first distance nut 1410 may be provided as a normal nut. The first distance nut 1410 may be provided at one end of the second horizontal support 400 or the force portion 800. The first distance nut 1410 may be welded to the end of the vertical support 200.

The distance connecting portion 1420 may be provided to be coupled to the feldspar 900. The distance connecting portion 1420 may be provided with the same configuration as the height connecting portion 320 described above. The distance connecting portion 1420 may include a distance grounding surface 1421 having a cross-section that can be in contact with a side surface of the feldspar 900. The distance grounding surface 1421 is such that the open portion faces the feldspar 900, but the square fixing hole 30 described above is formed on one side of the protruding portion, and the opposite side is circular as described above. Fixing holes 40 may be formed. The distance ground surface 1421 is an open portion of a'c' shape, and the side surface of the feldspar 900 is inserted. The distance connecting portion 1420 may be fixed through a rectangular nut through which the fastening bolt 10 described above is inserted through the square fixing hole 30 to penetrate the feldspar 900. The distance connecting portion 1420 may be freely rotated from the feldspar 900 using the fastening bolt 10 as a rotation axis.

On the other hand, the distance connection 1420 may be coupled to the feldspar 900 by a conventional welding or rivet or bolt method.

Meanwhile, the distance ground surface 1421 of the distance connection unit 1420 may be provided in a plate shape. The distance connecting portion 1420 may be coupled to one side of the feldspar 900 in a manner such as bolt or welding or riveting.

The third distance nut 1450 may be provided as a normal nut. The third distance nut 1450 may be provided at the distance connection 1420. The third distance nut 1450 may be welded to the distance ground surface 1421 of the distance connection 1420.

The stud bolt 1460 may be provided as a normal stud bolt. The stud bolt 1460 is provided with threads so that the first distance nut 1410 and the third distance nut 1450 are bolted at both ends, and the threads provided at both ends may be provided in different directions. One end of the stud bolt 1460 is fastened to the third distance nut 1450, and the other is fastened to the first distance nut 1410 to support the second horizontal support 400 or force section 800 and feldspar 900 It is connected.

The second distance nut 1440 may be provided as a normal nut. The second distance nut 1440 is provided on one side of the stud bolt 1460 and is positioned between the first distance nut 1410 and the center of the stud bolt 1460, but is fastened toward the first distance nut 1410. The second distance nut 1440 suppresses loosening of the stud bolt 1460.

The fourth distance nut 1470 may be provided as a normal nut. The fourth distance nut 1470 is provided on the other side of the stud bolt 1460 and is positioned between the third distance nut 1450 and the center of the stud bolt 1460, but is fastened toward the third distance nut 1450. The fourth distance nut 1470 suppresses loosening of the stud bolt 1460.

The distance adjusting unit 1400 described above has the threads of the stud bolt 1460 provided in different directions, and the first distance nuts 1410 and the third provided on both sides according to the direction in which the stud bolt 1460 rotates. The distance nuts 1450 are close to each other or are far from each other.

On the other hand, the other side of the second horizontal support 400 or the force portion 800 is welded to the distance connecting portion 1420 described above, or is coupled through the distance Maguri iron plate 1430 described above to another vertical support ( 200) may be connected to the other feldspar 900 installed through the fastening bolt 10.

Meanwhile, as illustrated in FIG. 12, the distance adjusting unit 1400 may further include a distance Maguri iron plate 1430 configured in the same manner as the height Maguri iron plate 350 of the height adjusting unit 300 described above.

The distance Maguri iron plate 1430 may be provided to be inserted into one side of the second horizontal support 400 or the force portion 800. In more detail, the distance Maguri iron plate 1430 may be composed of a conventional square pipe having a size inserted into one side of the second horizontal support 400 or the force portion 800. Street Maguri iron plate (1430) is a plate body that can cover the second horizontal support 400 or the force portion 800 at one end of the square pipe. The distance Maguri iron plate 1430 is formed with a through hole in the plate body. The distance maguri iron plate 1430 may include a square fixing hole 30 formed as a square hole on one side of the square pipe. The distance Maguri iron plate 1430 may include a circular fixing hole 40 formed in a circular hole on the other side of the square pipe. Distance Maguri iron plate 1430 is a square fixing hole 30 and a circular fixing hole 40, the fastening bolt 10 described above can be installed through the second horizontal support 400 or the force portion 800. have.

The first distance nut 1410 communicates with a hole formed in the plate body of the distance maguri iron plate 1430 described above.

Meanwhile, the height adjustment unit 300 and the distance adjustment unit 1400 described above may be compatible with each other.

On the other hand, it may be provided to connect the anchor support portion 1000 composed of a separate pipe to the plurality of anchor base mechanism described above, as shown in Figure 1 or Figure 8. The anchor support unit 1000 connecting the anchor foundation mechanism can suppress the anchor foundation mechanism from being tilted while preventing the anchor foundation mechanism from sinking into the ground by the load of the solar panel and the solar panel support structure. The anchor support unit 1000 may be replaced with the second horizontal support 400 described above.

Meanwhile, as in FIGS. 1 or 8 or 9, a horizontal auxiliary support 700 that may connect the plurality of vertical supports 200 described above may be further included. The horizontal auxiliary support 700 is located on the front surface of the plurality of vertical supports 200 and may be coupled through the connection bracket 500 described above. Furthermore, the horizontal auxiliary support 700 may be provided on the front, side, and rear surfaces of the support structure for the tanyang panel completed with a plurality of vertical supports 200. remind The solar panel support structure may securely fix the plurality of vertical supports 200 through the second horizontal support 400 or the horizontal auxiliary support 700 or the forceps 800. In the solar panel support structure, the horizontal support portion 510 and the vertical support portion 520 of the connection bracket 500 support three sides of the horizontal auxiliary support 700 and the vertical support 200, respectively, so that an effective support is possible. have.

The solar panel support structure with reference to another embodiment disclosed in FIG. 10 may optionally further include a wall member 600.

The wall member 600 may be provided as a plate body. The wall member 600 may be installed by a method such as bolt or rivet or welding to the front of the vertical support 200 in a standing state. The vertical support 200 forms a lower portion of the support 100 in the first street as an indoor space. Crops can be grown in the space.

On the other hand, in order for the wall member 600 to be installed, it will be desirable to include the horizontal auxiliary support 700 described above.

On the other hand, the wall member 600 may be made of glass as shown in FIG. 11 to increase light in the space.

Meanwhile, the wall member 600 may be installed on the rear side of the vertical support 200. The wall member 600 may be provided with a conventional door.

The solar panel support structure with reference to another embodiment disclosed in FIG. 11 may optionally further include a roof member 1200 and a floor member 1300.

The roof member 1200 may be provided as a plate body. The roof member 1200 is provided on the wall member 600 and may be installed on the second horizontal support 400. The roof member 1200 forms a roof of a space provided through the wall member 600.

Meanwhile, the roof member 1200 may be made of glass to increase light in the space.

The bottom member 1300 may be provided as a plate body. The floor member 1300 is provided below the wall member 600 to form a floor of a space provided through the wall member 600.

The solar panel support structure including the wall member 600, the roof member 1200, and the floor member 1300 described above has an effect that can be utilized as a warehouse where power generation through sunlight is performed.

Meanwhile, the plurality of vertical supports 200 of the solar panel support structure may further include wires connected to different vertical supports 200.

Each configuration described above uses a plating treatment and a material for preventing corrosion in order to prevent corrosion.

From the above, various embodiments of the present disclosure have been described for illustrative purposes, and it will be understood that there are various possible modifications without departing from the scope and spirit of the present disclosure. And the various embodiments disclosed are not intended to limit the disclosed spirit, and the true spirit and scope will be presented from the following claims.

10: fastening bolt
11: bolt
12: square projecting surface
20: screw bolt
30: square fixing hole
40: circular fixing hole
50: screw bolt hole
100: first street support
200: vertical support
300: height adjuster
310: first height nut
320: height connection
321: height ground plane
330: height adjustment bolt
340: height 2 nut
350: high maguri iron plate
400: second street support
500: connection bracket
510: horizontal support
520: vertical support
600: wall member
700: horizontal auxiliary support
800: power part
900: feldspar
1000: anchor support
1100: flange
1200: roof member
1300: floor member
1400: distance control
1410: first distance nut
1420: distance connection
1421: Street ground plane
1430: Street Maguri iron plate
1440: second distance nut
1450: Third distance nut
1460: Stud bolt
1470: 4th street nut
1500: frame

Claims (8)

A first horizontal support for receiving a frame supporting a solar panel;
A plurality of vertical supports supporting the first horizontal support; And
Includes a; height connecting unit for connecting the first horizontal support and the vertical support, but can adjust the distance between the first horizontal support and the vertical support;
The height adjustment unit
A height maguro iron plate inserted into one side of the vertical support;
A first height nut provided on the height Maguri iron plate;
A height connecting portion provided to be coupled to the first horizontal support;
A height adjustment bolt provided on the height connection part and fastened to the first height nut; And
It is fastened to the height adjustment bolt is located between the first height nut and the height connection, but is fastened toward the first height nut, a second height nut to suppress the loosening of the height adjustment bolt; includes,
The high-strength iron plate is configured to be inserted into the upper portion of the vertical support, a plate body capable of covering the vertical support is coupled to one end, a through hole is formed in the plate body, and includes a square fixing hole on one side, , A circular fixing hole on the other side;
Solar panel support structure comprising a. delete According to claim 1,
Further comprising a second horizontal support or a force portion connecting the plurality of vertical supports to each other,
It is provided on each of the plurality of vertical supports connected to the second horizontal support or the forceps, and further includes a feldspar formed with a hole that protrudes on one side and surrounds three sides of the vertical support,
One end of the second horizontal support or the force bar includes a distance adjusting unit that adjusts a distance between the plurality of vertical supports,
The distance adjustment unit
A distance maguro iron plate inserted into one side of the second horizontal support or the force bar;
A first distance nut provided on the distance Maguri iron plate;
A distance connection portion provided to be coupled to the feldspar;
A third distance nut provided on the distance connection;
The first distance nut and the third distance nut is provided with threads so that both ends are bolted, and the threads provided at both ends have stud bolts provided in different directions;
A second distance nut provided on one side of the stud bolt and positioned between the first distance nut and the center of the stud bolt, and fastened toward the first distance nut to suppress loosening of the stud bolt; And
A fourth distance nut provided on the other side of the stud bolt and positioned between the third distance nut and the center of the stud bolt, and fastened toward the third distance nut to suppress loosening of the stud bolt;
Solar panel support structure comprising a. According to claim 3,
It is provided at a position where the frame and the first horizontal support intersect, further comprising a connecting bracket for coupling the frame and the first horizontal support,
The connection bracket
A horizontal support portion supporting the front and both sides of the frame; And
A vertical support provided on the side of the horizontal support to support the front and both sides of the first horizontal support;
Solar panel support structure comprising a. According to claim 4,
Further comprising a horizontal auxiliary support crossing the plurality of vertical supports,
A solar panel support structure further comprising another connecting bracket at a position where the vertical support and the horizontal auxiliary support intersect. According to claim 1,
Solar panel support structure further comprises a flange that is inserted into the other end of the plurality of vertical supports. According to claim 1,
A solar panel support structure provided on the front surface of the vertical support and further comprising a wall member forming a lower portion of the first horizontal support as an indoor space. The method of claim 7,
A roof member provided on the wall member to form a roof; And
A floor member provided under the wall member to form a floor;
Solar panel support structure further comprising a.

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