TWM629776U - Combination device of solar power generation panel - Google Patents

Abstract

A solar power generation panel combination device (2), comprising at least: a metal plate part, which can be pre-combined with a solar panel through the accommodation space of the metal plate part, and then the combined device can be installed on a roof or an appropriate place to save on-site Installation manpower, and can eliminate the problem of roof leakage caused by the direct combination of solar panels and roof panels.

Description

Solar panel combination device (2)

This creation is a combination device of solar power panels (2), especially a pre-combination of metal plates and solar panels to facilitate installation on roofs or suitable places to solve the problem of water leakage on the roofs or places where solar power panels are installed innovative design.

According to the installation and combination of solar panels and roofs currently available in the market, such as the new No. M579511 "combined clamping fixture", the first clamp and the second clamp are combined with each other. The first clamp and the second clamp are clamped on both sides of the top convex portion of the metal corrugated plate, and the solar panel is installed above the clamp. That is, in the prior art, after the clip is clamped on the convex part of the roof, the solar power generation panel is installed above the clip. Advantages: It can avoid the destructive behavior of fixing the roof with fasteners (that is, Fastener, which is also called fasteners in the industry), and can avoid holes and water leakage in the roof. Disadvantages: On the site of the power plant, the solar panels are installed on the clips piece by piece by the constructor. It is unknown whether the installation is fastened or not. In case of large wind pressure, the solar panels may fall off from the roof, and If one installs the panels one by one on the roof, the construction risk is high and the construction cost is high.

For example, the new No. M621462 "Solar panel support frame structure" is to assemble the support frame on the installation (such as the roof of a metal building), then erect the solar panel above the support frame, and fasten the solar panel through the fixing frame, and then A screw is inserted into the groove of the fixing frame, and the hole is arranged in the connecting hole of the supporting frame, so that the solar panel is fixed between the supporting frame and the fixing frame. That is, in the prior art, a plurality of support frames are locked to the roof, and then an array of the support frames is used to install the solar panel one by one. Disadvantages: The roof is damaged due to the intensive installation of many support frames, leaving a hole in the joint between each self-tapping screw and the roof. Although the builder will apply waterproof glue on the hole, it may cause damage to the roof. There are coating leaks, and due to the sun and rain, the waterproof glue on the roof will quickly de-brittle and lose its waterproof function. And at the site of the power plant, the builder installs the solar energy on the support frame piece by piece. It is unknown whether the installation is fastened or not. In case of large wind pressure, the solar panel may fall off from the roof, and in the Plates are installed one by one on the roof, which has low efficiency, high construction risk and high construction cost. For this reason, the author of this project has researched the problem of installing solar panels in the prior art, and created this case.

The purpose of this creation is to provide a way to install and fix one or more solar panels on metal plates in advance, and then at the site of the power plant, the constructor of the solar power panel assembly and the clamps or clamps on the roof are mutually connected to each other. Fixed combination to improve the installation efficiency of solar panels, reduce construction damage to the roof, avoid water leakage, and facilitate technological innovation in maintenance and replacement of solar panels.

In order to achieve the aforementioned purpose, the solar power generation panel assembly device of the present invention at least includes: a metal plate part, which can be pre-assembled with the solar panel by the auxiliary space of the metal plate part, so that the builder can quickly install the solar power generation panel assembly device Innovative design for installation on the roof or suitable premises.

In this invention, the aforementioned metal plate is provided with an accommodating space, and the aforementioned accommodating space is provided with a support portion, and the support portion is used to support the horizontal arrangement or proper inclined arrangement of the solar panel, and a groove is provided on one side or both sides of the aforementioned support portion. The groove portion can be used for pulling and passing through the cable and other facilities, so that the cable and other facilities can be hidden. The metal plate is provided with a first joint portion, and a snap flange is formed on the first joint portion, and the snap flange can be used to press the upper part of the first side portion of the solar panel arranged in the accommodating space. . The metal plate is provided with a second joint portion, and the inner side wall of the second joint portion is used for the solar panel. The second side part is pressed against the top, and then a buckle is pressed to a suitable place of the solar panel, and then the buckle is fixed with a fastener, so that the solar panel and the metal plate can be firmly combined.

In the present invention, the aforementioned support parts can be provided with one or more than one, as long as the solar panel can be properly supported horizontally.

In the present invention, the upper surface of the aforementioned support portion may be a plane or a conical-like surface or a surface with other suitable shapes.

In the present invention, the snap flange of the aforementioned first joint portion can be of any shape.

In the present invention, the aforementioned snap flange can be formed according to the length of the metal plate or formed by several sections. Alternatively, the snap flange can also be formed into a point-shaped or strip-shaped snap flange by forging technology after the metal plate is formed, as long as the solar panel can be pressed and fixed.

In the present invention, the aforementioned first joint portion may be free from the clasp flange, and then the solar panel can be pressed and fastened to the first joint portion by means of a clip.

In the present invention, the first joint part is provided with a first extension surface, and the end of the first extension surface is slightly curved downward. When lapped and assembled, the end of the first extension surface of the first joint portion of the metal plate member of the first group of solar power generation panel assembly devices can be appropriately pressed above the solar panels of the second group of solar power generation panel assembly devices. Position, so that the solar panel assembly installed in the power plant can resist strong wind pressure and will not be blown off, so as to ensure the safety of the surrounding environment.

In the present invention, if the height of the second joint portion is greater than the height of the support portion, the inner side wall of the second joint portion can be abutted against one side of the solar panel.

In the present invention, if the height of the second joint portion is equal to or nearly equal to the height of the support portion, a part of the second side of the solar panel can be disposed above the second upper surface of the second joint portion, and then a buckle The solar panel is fixedly combined with the second combining part.

1: Sheet metal parts

10: accommodating space

100: Support Department

101: Groove

h1: height

11: The first joint

110: Snap flange

111: The first extension surface

112: end

12: The second joint

120: Inner side wall

h2: height

121: Second upper surface

2: Solar panels

20: First side

21: Second side

A: The first group of solar panels combined device

B: The second group of solar panels combined device

3: Buckle

30: Fasteners

Figure 1 is a view of the sheet metal part of the present invention.

FIG. 2 is an enlarged view of part A of FIG. 1 .

Figure 3 is a front view of the sheet metal part of this creation.

FIG. 4 is a view of the metal plate of the present invention combined with the solar panel.

FIG. 5 is an enlarged view of part B of FIG. 4 .

FIG. 6 is an enlarged view of part C of FIG. 4 .

FIG. 7 is a front view of the combination of the metal plate and the solar panel of the present invention.

FIG. 8 is a view of the second combination of the metal plate and the solar panel of the present invention.

FIG. 9 is a view of the adjacent first group of solar power generation panel assembly devices and the second group of solar power generation panel assembly devices of the present invention being overlapped and assembled with each other.

FIG. 10 is an enlarged front view of the portion D of FIG. 9 .

FIG. 11 is an enlarged view of part D of FIG. 9 .

In order to further understand the present invention, the best solar power generation panel assembly device (2) mentioned above can be referred to as shown in FIGS. 1 to 11 .

1 to 8 , the metal plate 1 is provided with an accommodating space 10 for the solar panel 2 . The width of the accommodating space 10 and the height of the support portion 100 are adjusted according to the width and thickness of the solar panel 2 . A support portion 100 is provided inside the accommodating space 10 , and the support portion 100 may be provided with one or more than one, as long as the solar panel 2 can be properly supported horizontally. The upper surface of the aforementioned support portion 100 may be a plane (refer to FIG. 3 ), a conical-like surface (eg, a triangular pyramid structure) or a surface of other appropriate shapes, as long as the solar panel 2 can be properly supported horizontally. In this way, the support portion 100 can be used to support the solar panel 2 to form a horizontal arrangement or an appropriate inclined arrangement. There are grooves 101 located on one or both sides of the aforementioned support portion 100 , and the grooves 101 may be one or more than one. Lines and other facilities form a hidden shape. The depth of the groove portion 101 can be determined according to the height h1 of the support portion 100 (refer to FIG. 3 ).

As shown in FIGS. 1 to 8 , the aforementioned metal plate 1 is provided with a first joint portion 11 , and the aforementioned first joint portion 11 is provided with a snap flange 110 . Above the first side 20 of the solar panel 2 . The height from the top of the support portion 100 to the bottom of the snap flange 110 is set according to the thickness of the solar panel 2 , so that when the first side portion 20 of the solar panel 2 is placed under the snap flange 110 When in position, the bottom of the solar panel 2 can be pressed against the supporting portion 100 , so that the snap flange 110 and the supporting portion 100 can jointly clamp the solar panel 2 and allow the solar panel 2 to be buckled and positioned. . The aforementioned snap flange 110 can be any shape, as long as it can be integrally formed with the metal plate 1 . The snap flange 110 can be formed according to the length of the metal plate 1 or formed by several sections. Or the snap flange 110 can be forged after the metal plate 1 is formed The technology can be forged into dot-shaped or strip-shaped snap flanges 110, as long as the solar panel 2 can be snapped and fixed. The so-called point-shaped snap flange 110 is composed of a large number of convex points to form the snap flange 110 . The so-called strip-shaped snap flange 110 refers to a suitable length, such as a length of 1 cm or more, formed by forging technology, and the snap flange 110 is composed of a large number of strips. Therefore, the aforementioned snap flange 110 can be bent and formed, or can be formed by forging, or can be an external component; and the aforementioned snap flange 110 can be an integral structure, or can be a plurality of structures arranged in sections. (For example, a plurality of plates fixedly combined on the first extension surface 111 , or a plurality of forged convex points, or a plurality of forged convex strips, etc.). Alternatively, the aforementioned first joint portion 11 may not be provided with a snap flange, and the first side portion 20 of the solar panel 2 can be pressed and fixed to the first joint portion 11 by means of the clip 3 . The aforementioned first joint portion 11 is provided with a first extending surface 111 , and the end 112 of the first extending surface 111 is slightly curved downward. As shown in FIG. 8 to FIG. 9 , when the adjacent first group of solar power panel assembly A and the second group of solar power panel assembly B are overlapped and assembled, the first group of solar power panel assembly A can be The end 112 of the first extension surface 111 of the first joint portion 11 of the metal plate member 1 is pressed at an appropriate position above the second side portion 21 of the solar panels 2 of the second group of solar panels assembly B, so as to allow installation The solar panel assembly in the power plant can resist strong wind pressure and will not be blown off to ensure the safety of the surrounding environment.

As shown in FIGS. 1 to 8 , the metal plate 1 is provided with a second joint portion 12 . If the height h2 of the second joint portion 12 is greater than the height h1 of the support portion 100 , the inner side wall 120 of the second joint portion 12 can be In order to push the second side portion 21 of the solar panel 2 against the top (refer to FIG. 6 and FIG. 7 ), a buckle 3 is pressed to a suitable place of the solar panel 2 , and a fastener 30 is used to attach the buckle 3 to the aforementioned metal plate. The second upper surface 121 of the second joint portion 12 of the component 1 is fixedly arranged, so that the solar panel 2 can be firmly combined with the metal plate component 1 . Or as shown in FIG. 8 , if the height h2 of the aforementioned second joint portion is equal to or nearly equal to the height h1 of the aforementioned support portion 100 , the second joint portion 12 can be provided in the second side portion 21 of the solar panel 2 . Above the second upper surface 121 of the solar panel 2 , the buckle piece 3 is pressed on the appropriate position of the second side portion 21 of the solar panel 2 , and then the buckle piece 3 and the second joint portion of the metal plate 1 are pressed with the fastener 30 . The second upper surface 121 of the 12 is fixedly arranged, so that the solar panel 2 can be firmly combined with the metal plate 1 .

4 to 11 , the solar panel 2 is disposed in the accommodating space 10 of the metal plate 1 , so that the first side portion 20 of the solar panel 2 can be the first joint portion of the metal plate 1 The snap flange 110 is snapped and fixed. Or if the aforementioned first joint portion 11 is not provided with a snap flange, the first side portion 20 of the solar panel 2 can also be pressed and fastened to the first joint portion 11 by means of the clip 3 . The second side portion 21 of the solar panel 2 can be pressed against the second joint portion 12 of the metal plate 1 (refer to FIG. 6 and FIG. 7 ), and then the buckle piece 3 is pressed to the appropriate place of the solar panel 2 , and then the The fastener 30 is used to fix the buckle 3 to the second upper surface 121 of the second joint portion 12 of the metal plate 1 , so that the solar panel 2 can be firmly combined with the metal plate 1 . Or the second side portion 21 of the solar panel 2 can be partially disposed above the second upper surface 121 of the second joint portion 12 as described above, and then the buckle 3 is pressed on the appropriate position of the second side portion 21 of the solar panel 2 Then, the fastener 30 is used to fix the buckle 3 with the second upper surface 121 of the second joint portion 12 of the metal plate 1 , so that the solar panel 2 can be firmly combined with the metal plate 1 .

As shown in Fig. 1 to Fig. 11 , during installation, the metal plate 1 is formed and then combined with the solar panel 2. During the combination process, the solar panel 2 and the metal plate 1 need to be properly connected by the buckle 3. Appropriately fixed and combined to form a solar power generation panel combination device A or B. Then, the solar power generation panel assembly A is installed on the roof or an appropriate place, and the adjacent first group of solar power generation panel assembly A and the second group of solar power generation panel assembly B can be overlapped and combined with each other. As shown in FIG. 8 to FIG. 9 , when the adjacent first group of solar power panel assembly devices A and the second group of solar power generation panel assembly devices B are overlapped and combined with each other, the sheet metal part 1 The end 112 of the first extension surface 111 of the first joint portion 11 is pressed at a suitable position above the second side portion 21 of the solar panel 2 of the second group of solar power generation panel assembly B, so that the solar panels installed in the power plant can be installed. The power generation panel combination device can resist strong wind pressure and will not be blown off to ensure the safety of the surrounding environment. As a result, the present invention can combine one or more solar panels 2 with the metal plate 1 in advance in a factory or an appropriate place, and then transport the solar power panel assembly to the location of the power plant, so that the constructor can more quickly The combined installation of solar power panels on the roof or suitable premises saves construction costs and ensures power generation efficiency, which is the composition of the industrial utilization, novelty and progress of the project.

The description of this creation takes the names of the first, second and other components as the names, and has no special definition or meaning or quantity or order, it is only for the convenience of explaining the technical characteristics of this creation, and the corresponding relationship and technical effect of each component are still regarded as Criteria for interpreting the scope of rights in this creation.

The foregoing embodiments or drawings are not intended to limit the form or use of the present invention, and any appropriate changes or modifications made by those with ordinary knowledge in the technical field should be regarded as not departing from the patent scope of the present invention.

1: Sheet metal parts

101: Groove

110: Snap flange

111: The first extension surface

112: end

120: Inner side wall

121: Second upper surface

2: Solar panels

20: First side

21: Second side

A: The first group of solar panels combined device

B: The second group of solar panels combined device

3: Buckle

30: Fasteners

Claims (14)

A solar power generation panel assembly device, comprising at least: a metal plate part, an accommodating space is provided for the solar panel, the said accommodating space is at least provided with a support part and a groove part; the said metal plate part is provided with a first joint part, the said first joint part The part is provided with a snap flange, and the snap flange can be used to press the upper part of the first side part of the solar panel in the accommodating space; the metal plate is provided with a second joint part by the second joint part The inner side wall of the solar panel is pressed against the second side of the solar panel or arranged, and then the second side of the solar panel is pressed with a buckle, and then the buckle is fixed with a fastener, so that the solar panel and the metal plate can be connected. The solar panel is arranged in the accommodating space of the metal plate, so that the solar panel and the metal plate can be combined with each other. A metal plate part of a solar power generation panel assembly device, the metal plate part is at least provided with an accommodation space, the accommodation space is provided with a support part and a groove part; the metal plate part is provided with a first joint part, and the first joint part is provided with a buckle The flange can press the upper part of the first side part of a solar panel by the snap flange; the metal plate part is provided with a second joint part, and the inner side wall of the second joint part is used for the at least one solar panel. The second side part is abutted or arranged, and then the second side part of the solar panel is pressed with a buckle, and then the buckle is fixed with a fastener, so that the solar panel can be installed on the metal plate. According to the solar power generation panel assembly device described in claim 1, the width of the accommodating space and the height of the support portion are adjusted according to the width and thickness of the solar panel, and the support portion may be one or more than one Set, as long as the solar panel can be properly supported horizontally. According to the solar power generation panel assembly device described in claim 1, the upper surface of the support portion may be a flat surface or a tapered surface. According to the solar power generation panel assembly device described in claim 1, the depth of the groove portion can be determined according to the height of the support portion; the groove portion can be one or more than one in number. According to the solar power generation panel assembly device described in claim 1 of the scope of the application, the snap flange can be formed in accordance with the length of the metal plate or formed in several sections; or the snap flange can be formed on the metal plate Afterwards, it is then forged into dot-shaped or strip-shaped snap flanges by forging technology, as long as the solar panel can be pressed and fixed. According to the solar power generation panel assembly device described in claim 1, the first joint portion can be free from the snap flange, and then the solar panel can be pressed and fastened to the first joint portion by means of a clip. According to the solar power generation panel assembly device described in claim 1, the first joint portion is provided with a first extension surface, and the end of the first extension surface is slightly curved downwards. When the panel assembly device and the second group of solar power generation panel assembly devices are overlapped and assembled, the end of the first extension surface of the first joint portion of the metal plate member of the first group of solar power generation panel assembly devices can be pressed to the first extension surface. The upper part of the second side part of the solar panel of the two sets of solar power panel combination device is appropriate. According to the solar power panel assembly device described in the first item of the claimed scope, the height of the second joint portion is greater than the height of the support portion, so that the inner side wall of the second joint portion is abutted against one side of the solar panel, so that The aforementioned solar panel can be placed and positioned in the accommodating space. According to the solar power panel assembly device described in claim 1, the height of the second joint portion is equal to or nearly equal to the height of the support portion, so that one side of the solar panel can be partially disposed on the second joint portion Above the second upper surface of the solar panel, the solar panel and the second joint portion are fixedly arranged with a buckle. According to the solar power panel assembly device described in claim 1, the first side portion of the solar panel can be fastened by the snap flange of the first joint portion of the metal plate member; or the first joint portion If the snap flange is not provided, the first side portion of the solar panel can be pressed and fastened to the first joint portion by means of a clip. According to the solar power panel assembly device described in claim 1, the second side portion of the solar panel can abut against the second joint portion of the metal plate member, and then press and buckle the solar panel at an appropriate position with a clip , and then fix the buckle with the second upper surface of the second joint portion of the aforementioned metal plate by means of a fastener. According to the solar power generation panel assembly device described in claim 12, the second side portion of the solar panel can be partially disposed above the second upper surface of the second joint portion, and then pressed onto the first side of the solar panel with a buckle. At the appropriate position of the two side parts, the buckle piece and the second upper surface of the second joint part of the metal plate part are fixedly arranged with fasteners. According to the solar power generation panel assembly device described in item 1 of the scope of application, the metal plate member and one or more solar panels are combined to form a solar power generation panel assembly device; when the adjacent first group of solar power generation panel assembly devices are combined with When the second group of solar power generation panel assembly devices are overlapped and combined with each other, the end of the first extension surface of the first joint portion of the metal plate of the first group of solar power generation panel assembly devices can be pressed to the second group of solar power generation panels. The proper position above the second side of the solar panel of the panel assembly can make the solar panel assembly installed in the power plant resist strong wind pressure and not be blown off, so as to ensure the safety of the surrounding environment.

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