TWM599506U - Waterproof structure mounted for solar panels - Google Patents

Abstract

This creation is to provide a waterproof structure for solar panel erection, which is mainly composed of C-shaped steel, main bracket, gasket, auxiliary bracket and connecting components. Among them, the screw fixing element is installed in the assembly groove of the main bracket It is inserted into the C-shaped steel to be locked, the main support is fixed above the C-shaped steel, the top surface of the main support is set as the mounting surface for solar panels, and the two sides of the main support are opposite to each other outward Extending with a bridge portion, the bottom of the bridge portion is provided with a drainage groove, the gasket is arranged above the main bracket, the auxiliary bracket is arranged perpendicular to the main bracket, and the end of the auxiliary bracket is parallel to It is arranged on the bridge portion of the main support, and the auxiliary support is provided with a drainage groove. The auxiliary support is assembled on the bridge portion of the main support by the connecting component. In this way, it is a waterproof structure for solar panel installation .

Description

Waterproof structure for erecting solar panels

This creation is about a waterproof structure for solar panel erection.

According to the general solar panels, when they are installed and fixed, most of them are supported and erected by a support frame. However, the support frame of the conventional solar panel can only be used for the arrangement of solar panels and does not have a waterproof design. When splicing and erecting, the solar panels are mostly arranged in a square array in the vertical and horizontal directions. A longitudinal interval is formed between the horizontally adjacent solar panels, and a horizontal interval is formed between the longitudinally adjacent solar panels. Each solar panel and the solar panel There will be gaps between them, so when it rains, rainwater is likely to leak from the gap between the solar panels and the solar panels, and the solar panel equipment installed on the top floor of the building is easy to make the building due to the design without waterproof structure. The roof was damaged due to water leakage, and the space under the solar panels erected on the top floor was not waterproof, so the space below could not be fully utilized in rainy weather.

The main purpose of this creation is to provide a waterproof structure for solar panel installation, which can effectively solve the lack of water leakage after conventional solar panels are installed.

The waterproof structure for erecting solar panels in this creation includes: C-shaped steel, the top surface of the C-shaped steel is provided with a number of perforations, each of the perforations is provided with a screw element, the screw element is provided with a screw head, and the screw element is screw-locked with a nut; The main support is set above the C-shaped steel. The upper part of the main support is provided with a mounting surface for the solar panel to rest on. The mounting surface is provided with a convex seat, the convex seat is provided with an embedding groove, and the middle of the main support The position is provided with an assembling groove into which the screw head of the screwing element on the C-shaped steel is set. The bottom surface of the assembling groove is provided with a sliding groove. The two sides of the main bracket are respectively provided with a spanning portion extending outwardly, The bottom of the bridge is provided with a drainage groove, and the top surface of the drainage groove is provided with a buckle groove; The gasket is arranged above the main support, and the bottom edge of the gasket is provided with an inlay for embedding in the groove on the boss of the main support; The auxiliary bracket is arranged in a vertical direction with the main bracket, and its end is arranged on the bridge portion of the main bracket. The auxiliary bracket is provided with a drainage groove, and two sides of the auxiliary bracket are oppositely provided with an insertion groove. There is a sliding groove on the outer side of the latch groove; At least two connecting components are arranged oppositely between the main bracket and the auxiliary bracket. The connecting assembly is composed of a fixing block, a connecting piece and a screw. The fixing block is arranged in the slot of the auxiliary bracket. The fixing block is provided with at least one screw hole, the connecting piece is set in an L shape, the connecting piece is arranged in the drainage groove of the main bracket, and the vertical surface of the connecting piece extends through the buckle groove of the main bracket And abutting against the side wall surface of the auxiliary bracket, the vertical surface of the connecting piece is provided with a perforation, a screw is inserted in the perforation, and the screw is screwed into the screw hole of the fixing block.

The waterproof structure for erecting solar panels of this invention, wherein the gasket is made of rubber material.

The advantages of the waterproof frame structure for solar panel installation in this creation are: the part where the solar panel and the solar panel are connected to each other is waterproof, so that the solar panel is installed on the top floor of the building without the risk of water seepage or water leakage. The space under the solar panels on the top floor will not leak water and can be fully utilized.

Regarding the technical means used in this creation to achieve the above-mentioned purposes and effects, a preferred and feasible embodiment is presented and shown in the drawings. The details are as follows:

For the embodiment of this creation, please refer to the first to fourth pictures. It is mainly provided with a C-shaped steel 1. The top surface of the C-shaped steel 1 is provided with a number of perforations 10, and a screw element 11 is penetrated in the perforation 10. The screw element 11 is provided with a screw head 110, and the screw element 11 is screw-locked with a nut 12; the main bracket 2 is arranged above the C-shaped steel 1, and the upper part of the main bracket 2 is provided for the solar panel to rest on The erecting surface 20 is provided with a boss 21, the boss 21 is provided with an embedding groove 210 (as shown in the fourth figure), the middle part of the main bracket 2 is provided with a set of connecting grooves 22, the set The bottom surface of the connecting groove 22 is provided with a sliding groove 220. The two sides of the main support 2 are respectively provided with a bridging portion 23 extending outwardly. The bottom of the bridging portion 23 is provided with a drainage groove 230. The top surface of the drainage groove 230 A buckle groove 231 is provided; the gasket 3 is arranged above the main support 2, and the bottom edge of the gasket 3 is provided with an inlay 30. The gasket 3 is made of rubber material; the auxiliary support 4 is It is arranged perpendicular to the main bracket 2, and its end is arranged on the bridging portion 23 of the main bracket 2, the auxiliary bracket 4 is provided with a drainage groove 40, and two sides of the auxiliary bracket 4 are oppositely provided with an insertion slot 41. A sliding groove 42 is provided on the outer side of the inserting groove 41; two connecting components 5 are arranged oppositely between the main support 2 and the auxiliary support 4, and the connecting component 5 is composed of a fixing block 50 and a connecting piece 51 And screws 52, the fixing block 50 is set in the insertion slot 41 of the auxiliary bracket 4, the fixing block 50 is provided with at least one screw hole 500, the connecting piece 51 is formed in an L shape, the connecting piece 51 The vertical surface 510 of the connecting member 51 penetrates through the buckling groove 231 of the main bracket 2 and abuts against the side wall surface of the auxiliary bracket 4. The vertical surface 510 of the element 51 is provided with a perforation 511, and a screw 52 is penetrated in the perforation 511, and the screw 52 is screwed into the screw hole 500 of the fixing block 50. This is a waterproof structure for solar panel installation .

When setting up this creation, please refer to the first to sixth pictures. First, set the screw head 110 of the screw element 11 into the assembly groove 22 of the main bracket 2, so that the lower end of the screw element 11 is penetrated by the slide groove 220 Then, the main bracket 2 is placed above the C-shaped steel 1, and the lower end of the screwing element 11 is inserted into the perforation 10 of the C-shaped steel 1, and then the nut 12 is screwed on the screwing element 11. That is, the main support 2 can be firmly assembled on the C-shaped steel 1, and then the inlay 30 of the gasket 3 is embedded in the embedding groove 210 on the boss 21 of the main support 1, and the gasket 3 is fixed to the main support On the convex seat 21 of 1, the other two fixing blocks 50 are respectively set into the latch grooves 41 on both sides of the auxiliary bracket 4, and the end of the auxiliary bracket 4 is placed on the bridging portion 23 of the main bracket 1. The connecting piece 51 is oppositely arranged in the drainage groove 230 of the main support 2, and the upright surfaces 510 of the two connecting pieces 51 extend through the fastening grooves 231 of the main support 2, and the upright surfaces 510 of the two connecting pieces 51 The perforations 511 are respectively aligned with the screw holes 500 of the fixing block 50 provided in the insertion slots 41 on both sides of the auxiliary bracket 4, and the screw 52 is inserted through the perforation 511 of the connecting piece 51 and screwed to the fixing block 50 In the screw hole 500, the auxiliary bracket 4 is firmly erected on the bridge portion 23 of the main bracket 2, so that the auxiliary bracket 4 and the main bracket 2 are arranged in a vertical direction, and then the solar panel 6 is erected on the erection surface of the main bracket 2. 20 and the auxiliary bracket 4, in this way, the waterproof structure of the solar panel can be completed; this creation is based on the main bracket 1 because the solar panel 6 and the solar panel 6 are provided with a gasket 3 between the laterally butted parts of the solar panel 6 and the main The support 1 is provided with a drainage groove 230. If rainwater leaks between the solar panel 6 and the gasket 3, it can flow downwards into the drainage groove 230 of the main support 1, and the drainage groove 230 drains the rainwater. A sub-support 4 is provided below the solar panel 6 and the solar panel 6 longitudinally butting against each other. If rainwater penetrates through the gap B between the solar panel 6 and the solar panel 6, the rainwater can be drained by the drainage groove 40 of the sub-support 4, so, The erection of the solar panel 6 can indeed achieve the effect of waterproofing, so that the solar panel 6 erected on the top floor of the building will not have the risk of water seepage or leakage, so that the space under the solar panel 6 erected on the top floor can be fully utilized.

In summary, this creation has indeed achieved the intended purpose and effect of use, and is more ideal and practical than the conventional ones. However, the above embodiments are only specific descriptions of the preferred embodiments of this creation. This embodiment is not intended to limit the scope of patent application of this creation. All other equal changes and modifications completed without departing from the technical means disclosed in this creation should be included in the scope of patent application covered by this creation.

1: C-shaped steel 10: Piercing 11: Screw components 110: screw head 12: Nut 2: main stand 20: erection surface 21: boss 210: Insert slot 22: Assembly slot 220: Chute 23: Jumper 230: drain 231: buckle slot 3: Gasket 30: Inlay 4: Sub-bracket 40: drainage channel 41: Slot 42: Chute 5: Connecting components 50: fixed block 500: screw hole 51: connection 510: Upright 511: Piercing 52: Screw 6: Solar panel B: gap

The first figure shows a three-dimensional exploded view of this creative embodiment. The second figure shows the three-dimensional combination diagram of this creative embodiment. The third figure shows a combined cross-sectional view of this creative embodiment. The fourth figure is an enlarged schematic diagram of part A of the third figure. The fifth figure shows a schematic diagram of the assembled solar panel of this creative embodiment. The sixth figure shows the three-dimensional bottom view of this creative embodiment after assembly.

1: C-shaped steel

10: Piercing

11: Screw components

110: screw head

12: Nut

2: main stand

20: erection surface

21: boss

210: Insert slot

22: Assembly slot

220: Chute

23: Jumper

230: drain

231: buckle slot

3: Gasket

30: Inlay

4: Sub-bracket

40: drainage channel

41: Slot

42: Chute

5: Connecting components

50: fixed block

500: screw hole

51: connection

510: Upright

511: Piercing

52: Screw

Claims (2)

A waterproof structure for erecting solar panels, including: C-shaped steel, the top surface of the C-shaped steel is provided with a number of perforations, each of the perforations is provided with a screw element, the screw element is provided with a screw head, and the screw element is screw-locked with a nut; The main support is set above the C-shaped steel. The upper part of the main support is provided with a mounting surface for the solar panel to rest on. The mounting surface is provided with a convex seat, the convex seat is provided with an embedding groove, and the middle of the main support The position is provided with an assembling groove into which the screw head of the screwing element on the C-shaped steel is set. The bottom surface of the assembling groove is provided with a sliding groove. The two sides of the main bracket are respectively provided with a spanning portion extending outwardly, The bottom of the bridge is provided with a drainage groove, and the top surface of the drainage groove is provided with a buckle groove; The gasket is arranged above the main support, and the bottom edge of the gasket is provided with an inlay for embedding in the groove on the boss of the main support; The auxiliary bracket is arranged in a vertical direction with the main bracket, and its end is arranged on the bridge portion of the main bracket. The auxiliary bracket is provided with a drainage groove, and two sides of the auxiliary bracket are oppositely provided with an insertion groove. There is a sliding groove on the outer side of the latch groove; At least two connecting components are arranged oppositely between the main bracket and the auxiliary bracket. The connecting assembly is composed of a fixing block, a connecting piece and a screw. The fixing block is arranged in the slot of the auxiliary bracket. The fixing block is provided with at least one screw hole, the connecting piece is set in an L shape, the connecting piece is arranged in the drainage groove of the main bracket, and the vertical surface of the connecting piece extends through the buckle groove of the main bracket And abutting against the side wall surface of the auxiliary bracket, the vertical surface of the connecting piece is provided with a perforation, a screw is inserted in the perforation, and the screw is screwed into the screw hole of the fixing block. According to claim 1, the waterproof structure for installing solar panels, wherein the gasket is made of rubber material.

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