TW202215769A - Solar panel waterproof support frame structure that comprises multiple solar panels, multiple waterproof support frames, multiple reinforcement boards, multiple bottom lids, and multiple water conduction board - Google Patents

Abstract

A solar panel waterproof support frame structure comprises multiple solar panels, multiple waterproof support frames, multiple reinforcement boards, multiple bottom lids, and multiple water conduction board, wherein the solar panels each comprises a rectangular frame, and the rectangular frame is made up of two lateral sides and two longitudinal sides. Further, the lateral sides and the longitudinal sides are each provided with a protruding rim at the bottom. The protruding rims are each formed with multiple penetrating holes. The waterproof support frames are an elongate support frame having a top of which a central portion is raised to form a positioning strip. Each of two opposite sides of the positioning strip is recessed to form a first slide chute. The waterproof support frame is provided, outside each of the two first slide chutes, with a draining chute. Further, the waterproof support frame has a bottom of which a central portion is formed with a second slide chute, and an insertion slot is formed on each of two sides of the second slide chute. The reinforcement boards are provided for reinforcing the waterproof support frame. The bottom lids have a bottom of which an inner circumference is raised upward, at a middle section, to form a raised portion of which two sides are each provided with a retention edge. The water conduction boards are arranged to cover joint seams between the solar panels and provide a function of water conducting, and are provided on each of two sides thereof with a retention portion.

Description

Solar panel waterproof bracket structure

The invention relates to a solar panel support, especially a solar panel waterproof support structure with waterproof function.

In recent years, countries have advocated energy conservation and carbon reduction, and people's awareness of environmental protection has gradually risen. More and more people choose to install solar panels on the roof or use the idle space to save electricity. It produces pollutants, so it can achieve the benefits of energy saving, carbon reduction and environmental protection.

However, in the common solar panel assembly, the solar panels are usually placed side by side on the top of the support frame, and then a waterproof support structure is formed at the joints between the solar panels above, although the waterproof support structure can be used to achieve waterproofing. However, the constructor has to stand on the top of the solar panel for construction, which is more likely to cause the solar panel to collapse when stepping on it, and has more doubts in terms of safety.

Therefore, how to develop and improve the shortcomings of the above-mentioned solar panel waterproof support structure is indeed the goal of the relevant industry to strive for research and development. The invention has been designed based on experience, discussed in many ways, made a sample test, and revised and improved many times.

When the conventional solar panel is erected, since the builder has to stand on the top of the solar panel, it is more likely to cause the solar panel to collapse when stepping on it, and there are more doubts about safety. This is the technical problem to be solved.

The present invention provides a waterproof support structure for solar panels, which includes: solar panels, waterproof supports, reinforcing sheets, bottom covers and water guide plates, wherein each of the solar panels has a frame surrounding its periphery, The frame is composed of two horizontal sides and two vertical sides, and the bottom surfaces of the horizontal and vertical sides each have a flange, the flange protrudes from the bottom surface of the solar panel, and the convex Each edge is provided with a number of perforations, the waterproof bracket is a long strip bracket, a positioning strip is protruded at the center of the top, and a first chute is recessed on both sides of the positioning strip. There is a drainage groove outside the first chute, and a second chute is provided at the bottom center of the waterproof bracket, and a slot is provided on each side of the second chute, and the reinforcing sheet is used to reinforce the The waterproof bracket, the height of the reinforcing sheet is in line with the slot of the waterproof bracket, the bottom cover is roughly U-shaped, and a convex portion is protruded upward at the middle section of the inner circumference of the bottom, and a locking edge is provided on both sides of the bottom cover. , the water guide plate is used to cover the joints between the solar panels and provide water guide, and each side of the water guide plate has a latching part to connect the waterproof bracket to the support frame. Each of the slots between the waterproof brackets is provided with one of the reinforcing sheets, and then the solar panels are covered on the waterproof brackets to form two opposite shapes, so that the frames of the solar panels are in contact with each other. , the juxtaposed joints of the horizontal sides between the solar panels are aligned with the positioning strips of the waterproof bracket, and then several fasteners are inserted into the first chute of the waterproof bracket, and the fasteners are passed through The perforation of the solar panel, and then use the number of locking pieces and the number of the fasteners to tighten the lock, so that the solar panel is locked on the waterproof support Then, at the joint of the two waterproof brackets, use the convex part of the bottom cover to be correspondingly clamped into the opening of the second chute of the waterproof bracket, and then use its clamping edge to clamp the waterproof bracket , make the bottom cover cover the joint of the two waterproof brackets, and finally use the clamping part of the water guide plate to clamp the flange of the solar panel to cover the two solar panels. At the juxtaposed joints of the longitudinal sides, the water can be guided through the water guide plate to the waterproof brackets assembled at the juxtaposed joints of the horizontal sides of the solar panels, so that the waterproof brackets can guide the water flow to achieve waterproof performance. function, so as to obtain a solar panel waterproof support structure.

The present invention provides a solar panel waterproof bracket structure. Since the waterproof bracket and the water guide plate are assembled at the joints of the solar panels, the water can be guided to the rear end through the waterproof bracket and the water guide plate. The functions of waterproofing and drainage, and the locking structures of the waterproof brackets are all arranged below the solar panels, so when assembling the solar panels, the builder can construct at the flange below the solar panels. This improves safety during construction.

This creative part:

(10): Solar panels

(11): Box

(12): horizontal edge

(13): Longitudinal side

(14): Flange

(15): perforation

(20): Waterproof bracket

(21): Positioning bar

(22): The first chute

(23): Drainage slot

(24): Second chute

(25): Slot

(26): Connect firmware

(27): Locking parts

(30): Reinforcing tablets

(40): Bottom cover

(41): convex part

(42): jamming edge

(50): Water deflector

(51): Latch Department

(60): Support frame

(70): U-shaped ring piece

(71): Lock ears

[FIG. 1] is a perspective view of the solar panel assembly of the present invention installed on a waterproof bracket.

[FIG. 2] is an exploded perspective view of the solar panel and the waterproof support of the present invention.

[FIG. 3] is an exploded perspective view of the structure assembly of the present invention.

[FIG. 4] is a side sectional view of the structure assembly of the present invention.

[Fig. 5] is a partial enlarged view of the structural combination of the present invention.

[FIG. 6] is a state diagram of the water guide plate port connection waterproof bracket of the present invention.

[FIG. 7] is another embodiment of the locking method of the present invention.

[Fig. 8] is a state diagram of the water guide plate of the present invention that can guide the water flow into the waterproof bracket.

[FIG. 9] is a state diagram of the present invention which can extend and assemble multiple solar panels through this structure.

[FIG. 10] is a diagram showing the user of the present invention can lock the waterproof bracket under the solar panel and use it.

In order to enable your examiners to have a further understanding and understanding of the purpose, features and effects of the present invention, the following please cooperate with [a brief description of the drawings] to enumerate the embodiments, and the detailed descriptions are as follows:

First of all, please view it as shown in FIG. 1 to FIG. 3 , which includes: a solar panel (10), a waterproof bracket (20), a reinforcing sheet (30), a bottom cover (40) and a water guide plate ( 50), wherein: each of the solar panels (10) has a frame (11) surrounding its periphery, the frame (11) is composed of two horizontal sides (12) and two vertical sides (13), Moreover, the bottom surfaces of the horizontal side (12) and the longitudinal side (13) each have a flange (14), the flange (14) protrudes from the bottom surface of the solar panel (10), and the flange (14) (14) Each is provided with several perforations (15), the waterproof bracket (20) is a long-striped bracket, and a positioning strip (21) is protruded at the center of the top, and the positioning strip (21) is concave on both sides There is a first chute (22), the waterproof bracket (20) is provided with a drainage slot (23) outside the two first chute (22), and a bottom center of the waterproof bracket (20) is provided with a drainage slot (23). A second chute (24), a slot (25) is provided on both sides of the second chute (24), and the reinforcing sheet (30) is used to reinforce the waterproof bracket (20). The height of the sheet (30) conforms to the slot (25) of the waterproof bracket (20). The bottom cover (40) is generally U-shaped. Each side has a catch edge (42), the water guide plate (50) is used to cover the seam between the solar panels (10) and provide water guide, and each side has a catch edge Section (51).

As shown in FIGS. 2 to 6 , connect the waterproof brackets (20) to the support frame (60), and connect the slots (25) between the two waterproof brackets (20). Each of the reinforcing sheets (30) is inserted, and then the solar panels (10) are covered on the waterproof brackets (20) to form a pair of opposite shapes, and the squares of the solar panels (10) are numbered. (11) In conflict with each other, the parallel joints of the horizontal edges (12) of the solar panels (10) are aligned with the positioning strips (21) of the waterproof bracket (20), and then use the number of fasteners (26) to each Pass through the first chute (22) of the waterproof bracket (20), pass the fastener (26) through the through hole (15) of the solar panel (10), and then use the digital lock (27) ) and several of the fasteners (26) are locked tightly, so that the solar panel (10) is locked on the waterproof bracket (20), and then used at the joint of the two waterproof brackets (20). The protruding portion (41) of the bottom cover (40) is correspondingly clamped into the opening of the second chute (24) of the waterproof bracket (20), and then the locking edge (42) of the bottom cover (40) is clamped to the waterproof bracket. (20), making the bottom cover (40) cover the joint of the two waterproof brackets (20), and finally, the water guide plate (50) is clamped to the solar energy by its clamping part (51). The flange (14) of the panel (10) is covered at the juxtaposed joint of the longitudinal edges (13) of the two solar panels (10), so that the water can be guided through the water guide plate (50) to several The waterproof brackets (20) are assembled at the joints of the lateral edges (12) of the solar panels (10) in parallel, so that the waterproof brackets (20) can conduct water flow to achieve the waterproof function.

As shown in FIGS. 4 to 6 , the support frame (60) is a C-shaped steel, and the fastener (26) is used to slide into the second chute (24) of the waterproof bracket (20). Then pass through the support frame (60), and then use the locking member (27) to lock the fastener (26) to tighten the lock, so that the waterproof bracket (20) is fixed to the support frame (60) on.

As shown in FIG. 7, the support frame (60) is a C-shaped steel, and the waterproof frame (20) and the support frame (60) can also be fixed by using several U-shaped ring pieces (70). ) is hooked below the support frame (60), and the two ends of the U-shaped ring piece (70) each have a locking lug (71), using the fastener (26) Slide into the second chute (24) of the waterproof bracket (20) and then pass through the support bracket (60) and the second locking lugs (71) of the U-shaped ring (70), and then use the lock The fastener (27) is locked with the fastener (26) to force the lock, so that the waterproof bracket (20) is more stably fixed on the support frame (60).

With the above structure, as shown in FIG. 8 to FIG. 10 , since the waterproof bracket (20) and the water guide plate (50) are assembled at the joints of the solar panels (10), they can pass through the solar panels (10). The waterproof bracket (20) and the water guide plate (50) guide water to the rear end to provide the functions of waterproofing and drainage, and the locking structures of the waterproof bracket (20) are all arranged below the solar panel (10). Therefore, when assembling the solar panels (10), the builder can construct and assemble at the flange (14) below the solar panels (10), thereby improving the safety during construction.

To sum up, the present invention has indeed achieved a breakthrough structural design, and has an improved content of the invention, and at the same time can achieve industrial applicability and progress, and the present invention has not been found in any publications, and it is also novel. In line with the provisions of the relevant laws and regulations of the Patent Law, you can file a new patent application in accordance with the law, and I implore the examiner of the Jun Bureau to grant the legal patent right.

Only the above is only a preferred embodiment of the present invention, and should not be used to limit the scope of implementation of the present invention; that is, all equivalent changes and modifications made according to the scope of the patent application of the present invention should still belong to the present invention. covered by the patent.

(10): Solar panels

(11): Box

(12): horizontal edge

(13): Longitudinal side

(14): Flange

(15): perforation

(20): Waterproof bracket

(21): Positioning bar

(22): The first chute

(23): Drainage slot

(24): Second chute

(25): Slot

(26): Connect firmware

(27): Locking parts

(30): Reinforcing tablets

(40): Bottom cover

(41): convex part

(42): jamming edge

(50): Water deflector

(51): Latch Department

(60): Support frame

Claims (4)

A solar panel waterproof support structure, which comprises: several solar panels, several waterproof brackets, several reinforcing sheets, several bottom covers and several water guide plates, wherein: Each of the solar panels has a frame surrounding its periphery, the frame is composed of two horizontal sides and two vertical sides, and the bottom surfaces of the horizontal and vertical sides each have a flange, and the flange protruding from the bottom surface of the solar panel, and each of the flanges is provided with several perforations; The waterproof bracket is a long strip bracket with a positioning strip protruding from the center of the top, a first chute is concave on both sides of the positioning strip, and the waterproof bracket is located outside the two first chute. There is a drainage groove, and a second chute is arranged at the center of the bottom of the waterproof bracket, and a slot is provided on both sides of the second chute; The reinforcing sheet is used for reinforcing the waterproof support, and the height of the reinforcing sheet conforms to the slot of the waterproof support; The bottom cover is generally U-shaped, and a convex portion is protruded upward at the middle section of the inner circumference of the bottom, and a locking edge is provided on both sides of the bottom cover; The water guide plate is used to cover the joints between the solar panels and provide water guide, and each of the two sides of the water guide plate is provided with a latching part; With the above structure, several of the waterproof brackets are connected to the support frame, and one of the reinforcing sheets is drilled at the junction of the slot between the two waterproof brackets, and then several of the solar panels are covered on the supporting frame. The waterproof brackets are formed in two opposite shapes, so that the frames of the solar panels are in contact with each other, and the parallel joints between the horizontal sides of the solar panels are aligned with the positioning strips of the waterproof brackets, and then use a number of fasteners Each is inserted into the first chute of the waterproof bracket, and the fastener is passed through the through hole of the solar panel, and then the number of locking pieces and the number of the fasteners are used to tighten the lock, so that the solar panel is locked. The energy plate is locked on the waterproof bracket, and then at the joint of the two waterproof brackets, the convex part of the bottom cover is used to correspondingly snap into the opening of the second chute of the waterproof bracket, and then use its locking catch The side is clamped on the waterproof bracket, so that the bottom cover is covered at the joint of the two waterproof brackets, and finally the water guide plate is clamped on the flange of the solar panel by its clamping part to make it Covering the juxtaposed joints of the longitudinal sides of the two solar panels, the water guide plate can guide water to the waterproof brackets assembled at the juxtaposed joints of the horizontal sides of the solar panels. The solar panel waterproof support structure according to claim 1, wherein the support frame is C-shaped steel. The waterproof support structure for solar panels as claimed in claim 1, wherein the waterproof support is connected to the support frame through the second sliding groove of the waterproof support in cooperation with the fastener and the locking member. The waterproof support structure for solar panels as claimed in claim 1, wherein the waterproof support is connected to the support frame through its second chute and the U-shaped ring piece in cooperation with the fastener and the lock.

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