Solar panel hanging device on lane boundary wall

Abstract

A solar panel hanging device for a lane boundary wall includes a lane boundary wall and a connecting bracket for fastening the lane boundary wall. The device includes a hook structure and two uprights. The two uprights extend vertically and are spaced apart horizontally, each having multiple fixing holes. A plurality of solar panel frames are attached to the two uprights at vertical intervals. Each solar panel frame includes a bracket and two bases attached to the bracket. The two bases are respectively located on each upright and have a plurality of locking holes. A fastener passes through each locking hole and the corresponding fixing hole to detachably fix each solar panel frame to the connecting bracket, and a solar panel is attached to each bracket. In this way, solar panels can be hung on the lane boundary wall for solar power generation, and their vertical configuration can be adjusted.

Claims

1. A solar panel mounting device for a lane boundary wall, comprising: A lane boundary wall; a connecting bracket including a hook structure and two uprights, the hook structure being fastened to the lane boundary wall, the two uprights extending vertically and spaced horizontally, the upper end of each upright being connected to the hook structure, and each upright having multiple fixing holes along the vertical direction; a plurality of solar panel frames arranged vertically and spaced vertically, each including two bases and a bracket, the two bases being respectively disposed on corresponding uprights, each base having a plurality of locking holes, and a fixing member being provided corresponding to each locking hole, each fixing member passing through the corresponding locking hole and the corresponding fixing hole to detachably fix each solar panel frame to the connecting bracket, each bracket being coupled to the corresponding two bases; and a plurality of solar panels, respectively coupled to the corresponding brackets.

2. A solar panel mounting device for a lane boundary wall as described in claim 1, wherein the lane boundary wall system is a soundproof wall.

3. The solar panel mounting device for the lane boundary wall as described in claim 1, wherein the lane boundary wall system is a New Jersey-style concrete guardrail, the lane boundary wall has a flat wall surface on its side, the lane boundary wall has a bottom surface, and a crash barrier is formed on the side of the lane boundary wall opposite to the flat wall surface, the crash barrier comprising, from bottom to top, a vertical portion, a lower slope portion and an upper slope portion connected in sequence, the vertical portion being perpendicular to the bottom surface, and the angle between the upper slope portion and the bottom surface being greater than the angle between the lower slope portion and the bottom surface.

4. The solar panel hanging device for the lane boundary wall as described in claim 1, wherein the hook structure includes two hooks, which are spaced apart on the left and right and are respectively inverted U-shaped and hooked onto the lane boundary wall, and the upper end of each pole is fixed to the corresponding hook.

5. The solar panel mounting device for the lane boundary wall as described in claim 4, wherein each of the uprights includes a first side plate portion and a second side plate portion, the first side plate portion and the second side plate portion being connected and perpendicular to each other, the first side plate portion and the second side plate portion jointly defining an L-shaped cross section, the fixing holes being formed in the corresponding first side plate portion, and the portion of each second side plate portion adjacent to the hook portion being close to the lane boundary wall.

6. The solar panel mounting device for the lane boundary wall as described in claim 1, wherein each bracket includes two pairs of connecting arms and a support frame, the support frame being coupled to the upper ends of the two pairs of connecting arms, the lower ends of each pair of connecting arms being detachably coupled to the corresponding bases, the side of the support frame facing away from the two uprights extending outward relative to the two bases, the support frame being inclined such that the side facing away from the two uprights is lower and the side facing the other uprights is higher; each solar panel is fixed to the corresponding support frame.

7. A solar panel mounting device for a lane boundary wall as described in claim 1, wherein each solar panel has an outer frame in which a solar panel body is attached; and a safety cable is connected between each outer frame and the connecting bracket.

8. A solar panel hanging device, comprising: A connecting bracket includes a hook structure and two uprights. The two uprights extend vertically and are spaced apart horizontally. The upper end of each upright is connected to the hook structure, and each upright has multiple fixing holes along its vertical direction. A plurality of solar panel frames are arranged vertically and spaced apart, each including two bases and a bracket. The two bases are respectively located on the corresponding uprights. Each base has a plurality of locking holes, and a fixing member is provided corresponding to each locking hole. Each fixing member passes through the corresponding locking hole and the corresponding fixing hole to detachably fix each solar panel frame to the connecting bracket. Each bracket is attached to the corresponding two bases. A plurality of solar panels are attached to the corresponding brackets.

9. The solar panel hanging device as described in claim 8, wherein the hook structure includes two hook portions, which are spaced apart on the left and right and are respectively in the shape of an inverted U, and the upper end of each upright is fixed to the corresponding hook portion.

10. The solar panel hanging device as claimed in claim 9, wherein each of the uprights includes a first side plate portion and a second side plate portion, the first side plate portion and the second side plate portion being connected and perpendicular to each other, and the fixing holes being formed in the corresponding first side plate portion.

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