TWM627589U - Water guide support system of solar panel - Google Patents

Abstract

This creation refers to a solar panel water guide support system, wherein the solar panel water guide support system is laid with a solar panel photovoltaic group, the solar panel water guide support system is distributed with a main drainage beam, and the drainage main beam is provided with a main frame portion, the main There are main girder drainage channels extending from both sides of the frame portion, and transverse connecting bodies overlapping the main girder drainage channels are distributed between the drainage main beams. The horizontal frame in the gutter. The solar panel water-conducting support system is fixed upward with a sealing body partitioned by an embedding portion for accommodating the solar panel photovoltaic group. The top of the body is provided with a positioning body that presses down the solar panel photovoltaic group.

Description

Solar panel water guide system

This creation is a solar panel water guide support system, wherein the solar panel water guide support system is laid with a solar panel photoelectric group, and the solar panel water guide support system is distributed below the solar panel photoelectric group. Drainage main beams and horizontal connections The technical field of the body.

The first press refers to the installation of sloping wave boards on the roofs of large buildings. The purpose is that the installation cost of wave boards is much lower than that of reinforced concrete, and the inclined wave boards have fast drainage characteristics in rain, so they are widely accepted and used by manufacturers. In addition, in order to expand the use of wave boards, manufacturers will choose to erect a receiving body on the top of the wave board, and erect solar panels according to the receiving body, so that the solar panels can generate electricity, which can be used in buildings or sold for electricity (such as: large buildings, wave boards, The receiving body and the solar panel are not drawn and marked here).

However, in the use of solar panels, manufacturers strive to maximize profits as the axis, and how to make manufacturers strive for sufficient benefits from the use of solar panels is to use solar panels to directly replace corrugated panels to avoid waste in the setting of corrugated panels and receiving bodies, but At present, the combination of solar panels still has the problem of rainwater leakage, so the direct replacement of wave panels by solar panels still needs to be improved before it can be implemented (such as: large buildings, wave panels, receiving bodies, solar panels and rainwater are not drawn and labeled here) .

In view of the above, it is known that the conventional solar panels directly replace the wave panels still have rainwater leakage and lack. Therefore, the creator of this case is urged to research and develop in the direction of collecting the leaking rainwater. It is best to collect the leaking rainwater according to a drainage main beam and a transverse body.

The solar panel water guide support system of the present invention is arranged on the top side of a building, the building is surrounded by at least one fixed frame group, the outer edge of the fixed frame group is surrounded by a wall, and the top of the fixed frame group supports at least one inclined Solar panel water guide bracket system, the solar panel water guide bracket system A solar panel photovoltaic group is distributed and laid above the system, and an indoor space is surrounded by the wall of the fixed frame group and the solar panel water guide support system, and the solar panel water guide support system is distributed with a direct line below the solar panel photovoltaic group. The main girder for drainage is provided with at least one main frame portion, the bottom edge of both sides of the main frame portion is extended with a drainage channel bottom, the end edge of the drainage channel bottom is upturned with a drainage channel shielding wall, and the drainage main A main girder drainage channel is formed between the beam and the bottom of the drainage channel and the drainage channel shielding wall, and a transverse connection body horizontally overlapping the main beam drainage channel and the drainage channel shielding wall is distributed between the drainage main beams, The transverse body is at least recessed with a transverse water groove, and at least a transverse frame positioned in the water guiding groove is arranged above the transverse body; the solar panel water guiding support system is provided with a horizontal upward facing below the lowest part of the indoor space Connect the indoor drainage channel at the end of the main beam drainage channel, and a drainage pipe extends below the indoor drainage channel; the solar panel water guide bracket system is selected in accordance with the size of the solar panel photovoltaic group to select the drainage main beam and the horizontal frame facing upwards. The sealing body is just arranged in the center of the main drainage beam and the horizontal frame, and the sealing body is divided into an embedment part for accommodating the photovoltaic group of the solar panel above the solar panel water guide support system. There is a built-in solar panel photoelectric group with its periphery closely attached to the sealing body. A positioning body is arranged above the sealing body to press down and fix the surrounding of the solar panel photoelectric group. The side of the positioning body has a downward pressure on the solar panel photoelectric group. Wings around.

In this invention, the end of the cross body is provided with an anti-reverse flow shield that is bent down under the main girder drainage channel. A backflow prevention space is maintained between the side anti-reverse flow shield and the drainage channel shielding wall.

The main drainage beam of the present invention cooperates with the sealing body to frame a maintenance road between the photovoltaic groups of the solar panels and is inclined upward to the upper end of the water guide support system of the solar panels. Under the positioning body, there is a pressing frame body extending and adhering to the sealing body, and the upper edge side of the pressing frame body is extended with the wing.

The main purpose of this creation is: the building is provided with the inclined solar panel water guide support system above the fixed frame group, the solar panel water guide support system is distributed and laid with solar panel photovoltaic groups, the solar panel water guide support system is in The substantive benefits of the drainage main beam and the transverse body are distributed under the photovoltaic group of the solar panel.

Another object of the present invention is to maintain the substantial benefit of the anti-reverse flow space between the lower anti-reverse flow shutter and the side anti-reverse flow shutter at the end of the transverse body and the drainage channel shielding wall.

Another object of the present invention is: the main drainage beam cooperates with the sealing body to frame the maintenance road sloping upward to the upper end of the solar panel water guide support system between the solar panel photovoltaic groups.

Another object of the present invention is that: the lower part of the positioning body is provided with the pressing frame body attached to the sealing body;

[This creation]

A: Building

B: Fixed frame set

B1: Wall

C: Indoor space

1: Solar panel water guide system

11: Drainage main beam

111: Main frame

112: Bottom of drain

113: Drainage cover wall

114: Main beam drainage channel

12: Transverse body

121: Horizontal sink

122: Lower anti-reverse flow shutter

123: Side anti-reverse flow shield

13: Horizontal frame

14: Indoor gutters

141: Drainpipe

15: Embedding part

16: Anti-reverse flow space

17: Maintenance Road Embedding Department

2: Solar panel photovoltaic group

3: Sealing body

4: Positioning body

41: fins

42: Press the frame

[Figure 1] is a partial three-dimensional exploded schematic diagram of the solar panel water guide support system of this creation.

[Figure 2] is a schematic diagram of the positioning body of this creation.

[Fig. 3] is a schematic diagram of the end of the cross-joint in the present invention.

[Figure 4] is another schematic diagram of the positioning body of this creation.

In order to make your reviewers have a better understanding of this creation, I hereby illustrate it with the following examples.

The present invention refers to providing a solar panel water guide support system, wherein the solar panel water guide support system 1 is arranged on the top side of a building A, the building A is at least surrounded by a fixed frame group B, and the outer edge of the fixed frame group B is A wall body B1 is surrounded, and at least one inclined solar panel water guide support system 1 is supported above the fixing frame group B. Solar panel photovoltaic groups 2 are distributed and laid above the solar panel water guide support system 1, and the fixing frame group B The wall B1 and the solar panel water guide support system 1 are surrounded by an indoor space C, and the solar panel water guide support system 1 is distributed with a vertical drainage main beam 11 below the solar panel photovoltaic group 2. The drainage main beam 11 is provided with at least a main frame portion 111, the bottom edge of the main frame portion 111 is extended with a drainage channel bottom 112, the end edge of the drainage channel bottom 112 is upturned with a drainage channel shielding wall 113, and the drainage main beam 11 and the drainage channel bottom 112. A main girder drainage channel 114 is formed between the bottom 112 of the drainage channel and the drainage channel shielding wall 113 , and the drainage main beams 11 are distributed with transversely overlapping the main beam drainage channel 114 and the drainage channel shielding wall 113. Connecting body 12, the horizontal connecting body 12 at least has a horizontal water groove 121 concave, and at least a horizontal frame 13 positioned in the horizontal water groove 121 is arranged above the horizontal connecting body 12. The solar panel water guide support system 1 is provided with an indoor drain connected upward to the end of the main beam drainage channel 114 under the lowest point of the indoor space C. groove 14, a drainage pipe 141 extends below the indoor drainage groove 14. The solar panel water guide support system 1 selects the size of the solar panel photoelectric group 2 to select the main drainage beam 11 and the horizontal frame 13 to face upwards, and the sealing body 3 is fixed. The sealing body 3, the sealing body 3 is divided into an embedding portion 15 for accommodating the solar panel photovoltaic group 2 above the solar panel water guide support system 1, and the sealing portion 15 is built with a peripheral edge closely attached to the sealing body. 3. The solar panel photoelectric group 2, the sealing body 3 is provided with a positioning body 4 which is pressed downward and fixed around the solar panel photoelectric group 2. Fins 41 (as shown in Figures 1 and 2).

Yes, this creation uses the solar panel photoelectric group 2 to replace the wave board, and saves the production and combination of the receiving body, and the solar panel photoelectric group 2 tends to be fragile, so the solar panel photoelectric group 2 itself cannot be excessive during assembly. Items that are forcibly pressed, so that the combination of the solar panel photovoltaic group 2 can only be required to achieve high air tightness to the side as far as possible. The water tank 121 collects and intercepts, and collects a very small amount of infiltrated rainwater into the indoor drainage tank 14 , which is then drained out of the indoor space C through the drainage pipe 141 . Therefore, the assembly of the solar panel photoelectric group 2 replaces the wave plate, and the main girder drainage channel 114 and the horizontal water groove 121 of the cross body 12 are used to collect and intercept a very small amount of infiltrating rainwater, so as to prevent the infiltrating rainwater without affecting the Indoor space C (as shown in Figures 1 and 2; for example, please refer to Figure 1 for indoor space C; in addition: wave board, receiving body and rainwater are not drawn and marked here).

The end of the transverse body 12 in the present invention is additionally provided with an anti-reverse flow shield 122 bent downwardly under the main girder drainage channel 114, and the end of the transverse body 12 is additionally provided with a side anti-backflow shield 123 that is bent laterally outwards. An anti-reverse flow space 16 is maintained between the anti-reverse flow shutter 122 , the side anti-reverse flow shutter 123 and the drainage channel shielding wall 113 . The use of the side anti-reverse flow shutter 123, the drainage channel shielding wall 113 and the anti-reverse flow space 16 is to prevent the chance that a very small amount of infiltrated rainwater can be guided into the indoor space C through the outer edge of the cross body 12 (eg : shown in Figures 2 and 3; in addition: rainwater is not drawn and marked here).

The main drainage beam 11 of the present invention cooperates with the sealing body 3 to frame a maintenance road 17 sloping upward to the upper end of the solar panel water guiding support system 1 between the photovoltaic groups 2 of the solar panel. The maintenance road 17 is set up so that when the solar panel water guide support system 1 and the solar panel photovoltaic group 2 need to be arranged, maintained and repaired, supply technicians can board the solar panel water guide support system 1 for maintenance (as shown in the figure). 1 shown).

In the present invention, a pressing frame body 42 extending and adhering to the sealing body 3 is additionally provided below the positioning body 4 , and the wing piece 41 is extended on the other side of the upper edge of the pressing frame body 42 . The positioning body 4 increases the positioning effect during use according to the pressing frame body 42 (as shown in FIG. 4 ).

From the above description, it can be seen that in this creation, the solar panel photoelectric group 2 is used to replace the wave board, and the solar panel photoelectric group 2 is fragile, so it is only required to achieve high air tightness to the side during assembly, as for the very small amount of rainwater penetration. , then the main girder drainage channel 114 and the horizontal water groove 121 of the cross body 12 are collected and intercepted, and a very small amount of infiltrated rainwater is collected to the indoor drainage groove 14 and discharged into the indoor space C, so as to prevent the infiltration of rainwater. Rainwater has nothing to do with the C target of the indoor space, which has become the main excellent feature of this creation.

Another excellent feature of the present invention is that the side anti-reverse flow shield 123 , the drainage channel shielding wall 113 and the anti-reverse flow space 16 can prevent a very small amount of infiltrated rainwater from being guided into the indoor space C through the outer edge of the cross body 12 effect characteristics.

Another excellent feature of the present invention is that the setting of the maintenance road 17 can provide technicians to board the solar panel water guide support when the solar panel water guide support system 1 and the solar panel photovoltaic group 2 need to be sorted, maintained and repaired. The effect characteristic of system 1 for maintenance.

Another excellent feature of the present invention is that the positioning body 4 is provided with the pressing frame body 42 extending and abutting against the sealing body 3 , and the positioning body 4 increases the positioning effect during use according to the pressing frame body 42 .

The technical content and technical features of this creation have been disclosed as above. It can be seen that this creation does meet the requirements of a new type of patent for novelty, progress and industrial applicability. Replacement and modification that deviate from the creative spirit of the case. Therefore, the protection scope of the present creation should not be limited to those disclosed in the embodiments, but should include various replacements and modifications that do not deviate from the present creation, and should be covered by the scope of the new patent application.

A: Building

B: Fixed frame set

B1: Wall

C: Indoor space

1: Solar panel water guide system

11: Drainage main beam

111: Main frame

112: Bottom of drain

113: Drainage cover wall

114: Main beam drainage channel

12: Transverse body

121: Horizontal sink

13: Horizontal frame

14: Indoor gutters

141: Drainpipe

15: Embedding part

2: Solar panel photovoltaic group

3: Sealing body

4: Positioning body

41: fins

Claims (4)

A solar panel water guide support system for buildings, wherein the solar panel water guide support system is arranged on the top side of a building, the building is at least surrounded by a fixed frame group, and the outer edge of the fixed frame group is surrounded by a wall, The top of the fixed frame group supports at least one inclined solar panel water guide support system, solar panel photovoltaic groups are distributed and laid above the solar panel water guide support system, and the wall of the fixed frame group is surrounded by the solar panel water guide support system. There is an indoor space, and the solar panel water guide support system is distributed with a vertical drainage main beam below the solar panel photovoltaic group. At the bottom of the drainage channel, there is a drainage channel shielding wall upturned at the bottom edge of the drainage channel, and a main girder drainage channel is formed between the drainage main beam and the bottom of the drainage channel and the drainage channel shielding wall, and the drainage main beams are distributed among the drainage channels. There is a transverse body overlapping the main girder drainage channel and the drainage channel shielding wall, the transverse body is at least recessed with a transverse water groove, and at least one transverse water groove is positioned above the transverse body. frame; the solar panel water guide support system is provided with an indoor drainage groove upwardly connected to the end of the main beam drainage channel under the lowest part of the indoor space, and a drainage pipe extends below the indoor drainage groove; the solar panel water guide support system According to the size of the photovoltaic group of the solar panel, a sealing body is fixed on the main drainage beam and the horizontal frame facing upward, and the sealing body is just arranged in the center of the main drainage beam and the horizontal frame, and the sealing body is located on the solar panel water guide bracket The upper part of the system is divided into an embedment part for accommodating the solar panel photoelectric group, and the solar panel photoelectric group with the peripheral edge closely attached to the sealing body is built in the embedding part, and the sealing body is provided with downward pressing and fixing A positioning body around the photovoltaic group of the solar panel, and the side surface of the positioning body has fins that press down the surrounding of the photovoltaic group of the solar panel. The solar panel water guide support system as described in claim 1, wherein the end of the transverse body is additionally provided with an anti-reverse flow shield that is bent down under the drainage channel of the main girder, and the end of the transverse body is additionally provided with a lateral outward The curved side anti-reverse flow shutter, the lower anti-reverse flow shutter and the side anti-reverse flow shutter and the drainage channel shielding wall, there is another anti-reverse flow space. The solar panel water guide support system as described in item 1 of the patent application scope, wherein, The main drainage beam cooperates with the sealing body and is framed between the photovoltaic groups of the solar panels and is connected with a maintenance channel which is inclined upward to the upper end of the water guide support system of the solar panels. The solar panel water guide support system described in claim 1, wherein a pressing frame body extending and adhering to the sealing body is added below the positioning body, and the fin is extended on the other side of the upper edge of the pressing frame body.

Images