TWM626581U - Solar power generation device, scaffolding and mounting frame with water guiding function - Google Patents

Abstract

A solar power generation device with a water-conducting function comprises a plurality of solar photovoltaic panels, a plurality of installation frames and a plurality of brackets. A plurality of the solar photovoltaic panels are arranged at intervals to form a plurality of longitudinal gaps and a plurality of lateral gaps. The mounting brackets are arranged in the longitudinal gap, and each of the mounting brackets is extruded and integrally formed with a first longitudinal water guiding groove, two second longitudinal water guiding grooves, and an installation base. The bracket is arranged in the longitudinal gap and is connected between the second longitudinal water guiding grooves of the two mounting brackets, and the bracket has a horizontal water guiding groove communicating with the second longitudinal water guiding groove.

Description

Solar power generation device, scaffolding and mounting frame with water guiding function

This work relates to solar power generation devices, especially solar power generation devices, scaffolds and mounting frames with water guiding function.

At present, one of the common application types of solar power generation devices is to install plate-shaped solar photovoltaic panels on roofs, grounds, etc., where it is easy to irradiate sunlight.

However, if the installation site is a roof, a stadium, a farm, etc., in order to avoid the infiltration of rainwater from the joints of the solar photovoltaic panels, the traditional method is to fill the joints with caulking glue, but the caulking glue is easily affected by the temperature of exposure. The rapid aging also hinders the subsequent disassembly and maintenance of solar photovoltaic panels.

At present, some manufacturers have proposed "Drainage Structure of Scaffolding for Solar Photovoltaic Modules" such as the Republic of China Patent Publication No. M600971, which includes a main drainage extruded strip and a secondary drainage extruded strip, which are respectively arranged on the direct line of the solar photovoltaic module. The main drainage extruded strip has a connecting surface, and there is a water collecting trough on both sides below the connecting surface. The connecting surface can be directly locked and fixed with the solar photovoltaic panel. The auxiliary drainage extruded strip is a ㄩ type. The metal extruded strip is arranged laterally under the lateral gap of the solar photovoltaic panel. However, in this case, the available flow channel for the drainage of the vertical gap is relatively narrow, and if the rain is heavy, it is not easy to quickly drain the water. In addition, the joint surface of the main drainage extruded strip needs to be locked with the truss through the locking piece, which causes the drainage to easily penetrate from the locking joint and cause water leakage.

Another example is the "Auxiliary Drainage Structure of Solar Photovoltaic Modules", such as the Republic of China Patent Announcement No. M603645, which mainly includes a ㄩ bracket, a two-connected water trough sheet and a horizontal drainage strip. The vertical gap and the horizontal gap of the photoelectric module, the water receiving groove piece can be buckled on the edge of the U-shaped bracket, and the two ends of the horizontal drainage type respectively extend to the water collecting groove of the water receiving groove piece. However, the u-shaped bracket in this case must be assembled with a sink piece, which is cumbersome and inconvenient in construction. In addition, when the solar photovoltaic module is hit by a strong wind, the buckle between the water tank piece and the edge of the U-shaped bracket is easily damaged and deformed due to tensile force.

Therefore, in order to make the solar power generation device have both waterproof function and structural strength, the author proposes a solar power generation device with a water conduction function, which includes a plurality of solar photovoltaic panels, a plurality of mounting frames and a plurality of brackets. A plurality of the solar photovoltaic panels are arranged at intervals to form a plurality of longitudinal gaps and a plurality of lateral gaps. The mounting brackets are arranged in the longitudinal gap for the installation of two adjacent solar photovoltaic panels. Each of the mounting brackets is extruded and integrally formed with a first one extending along its own length direction. A longitudinal water guiding groove, two second longitudinal water guiding grooves located on opposite sides of the first longitudinal water guiding groove, and a mounting base connected to the first longitudinal water guiding groove. The bracket is arranged in the longitudinal gap and is connected between the second longitudinal water guiding grooves of the two mounting brackets, the bracket has a transverse water guiding groove, and the transverse water guiding groove is connected with the second longitudinal water guiding groove.

Further, one of the mounting frames can be connected to the other of the mounting frames by a leak-proof connecting piece, and opposite sides of the leak-proof connecting piece have a connecting groove corresponding to the cross-sectional shape of the mounting frame, It is installed at one end of the mounting frame to avoid water leakage at the joint, and the leak-proof connecting piece has a plurality of through openings corresponding to the first longitudinal water guiding groove and the second longitudinal water guiding groove respectively.

Further, the mounting frame may be provided with an outer wall corresponding to the second longitudinal water guide groove, the outer wall has a connecting groove corresponding to the bracket, and one end of the bracket is disposed in the connecting groove. Here, the connecting groove can be further covered with a leak-proof connecting piece, and one end of the bracket is disposed in the connecting groove by the leak-proof connecting piece, so as to take into account the waterproofness.

Further, the mounting frame may have a connecting surface between the first longitudinal water guiding groove and the two second longitudinal water guiding grooves, and the connecting surface has a plurality of installation holes for locking the solar photovoltaic panel.

Further, the mounting frame has two ribs at the position corresponding to the first longitudinal water channel; further includes a plurality of clips arranged at intervals, the clips are arranged in the longitudinal gap, and the clips are matched with a locking and forcing member and a screw member for fixing, one end of the locking member is clamped on the rib of the first longitudinal water guide groove, and the other end of the locking member can be correspondingly passed through the clip for the screw member to be screwed together, Thereby, the two adjacent solar photovoltaic panels are clamped by the clamps.

Further, the mounting base may be concavely provided with a mounting slot for the setting of external components, such as passing power supply cables, hanging lamps, ceiling fans, and the like.

Further, the bracket is extruded into a U shape, and a reinforcing rib portion can be extended along its own length at the center.

The present invention can also be a scaffold, including a plurality of columns, a truss, and the solar power generation device with water-conducting function as described above, the truss is arranged on the column, and the solar power-generating device with water-conducting function borrows is mounted on the truss by the mounting frame. As a result, it is suitable for use in wind and rain stadiums, farm shelters and other uses.

The present invention can also be a mounting frame of a solar power generation device, which is used for installing a plurality of solar photovoltaic panels to a predetermined installation place, and the solar photovoltaic panels are fixed by a plurality of clips. The mounting frame of the solar power generation device includes extrusion A first longitudinal water guide groove is integrally formed, two second longitudinal water guide grooves located on opposite sides of the first longitudinal water guide groove, and a mounting base connected to the first longitudinal water guide groove, the mounting frame is located in the first longitudinal direction There is a connecting surface between the water guide groove and the two second longitudinal water guide grooves. The connecting surface is used for the installation of the solar photovoltaic panels. The mounting frame has two ribs corresponding to the first vertical water guide grooves for the A locking force matched with the clip abuts against and is locked on the clip.

With the above features, the following effects can be mainly achieved:

1. The vertical and horizontal gaps formed by the solar power generation device between each solar photovoltaic panel are provided with mounting brackets and brackets for receiving and guiding water, which can avoid the problem of water leakage at the gap, and is suitable for residential roofs, wind and rain stadiums, etc. Fields that need waterproofing such as farms.

2. The structure of the mounting frame is extruded, and is integrally formed with a first longitudinal water guide groove extending along its own length, a second longitudinal water guide groove, and a mounting base connected to the first longitudinal water guide groove, with high structural integrity. The installation is convenient and simple, and it can avoid excessive assembly gaps and affect the overall structural strength.

3. The mounting base of the mounting frame is arranged outside the first longitudinal water guiding groove and the second longitudinal water guiding groove, which can avoid the construction of the installation site affecting the waterproofness of the first longitudinal water guiding groove and the second longitudinal water guiding groove.

4. The mounting frame can be provided with a plurality of ribs at the main structure corresponding to the first longitudinal water channel to improve the overall structural strength and avoid deformation and damage caused by external forces (such as strong wind).

5. The mounting base can be recessed with mounting grooves for the setting of external components, such as the wiring of power supply cables, hanging lamps, ceiling fans, etc., which are convenient for the constructor to use according to the needs of the field and increase the added value of the product.

In view of the above technical features, the main functions of the solar power generation device, the scaffold and the mounting frame with the water guiding function of the present invention can be clearly shown in the following embodiments with the drawings. It should be noted that, for ease of understanding, in each figure, similar or identical reference numerals will be used for similar functional elements.

Please refer to FIG. 1 first, which discloses a scaffold according to an embodiment of the present invention, including a plurality of uprights (100), a truss (200) and a set of solar power generation devices (300) with a water-conducting function. The truss (200) is disposed on the On the upright column (100), the solar power generation device (300) with a water-conducting function is mounted on the truss (200). The solar power generation device (300) with a water-conducting function includes a plurality of solar photovoltaic panels (1), a plurality of mounting frames (2) and a plurality of brackets (3) arranged at intervals, and a plurality of solar photovoltaic panels (1) are formed between each of the solar photovoltaic panels (1). A plurality of longitudinal gaps (11) and a plurality of transverse gaps (12). The mounting frame (2) is arranged in the longitudinal gap (11) for mounting two adjacent solar photovoltaic panels (1). The bracket (3) is arranged in the lateral gap (12). Herein, the installation angle of the solar power generation device (300) with water guiding function can have a slope, and can be inclined along the direction of the longitudinal gap (11), so that the water in the longitudinal gap (11) and the lateral gap (12) can be slanted. , is exported through the mounting frame (2) and the bracket (3), so the problem of water leakage at the gap of the scaffolding can be avoided, and it can be applied to the fields that need waterproofing such as residential roofs, wind and rain stadiums, and breeding farms.

Please continue to refer to FIG. 2 , the mounting frame (2) is extruded, and has a first longitudinal water guide groove (21) which is integrally formed and extends along its length direction, located on opposite sides of the first longitudinal water guide groove (21). Two second longitudinal water guiding grooves (22), and a mounting base (23) connected to the first longitudinal water guiding groove (21). The mounting frame (2) may have a connecting surface (24) between the first longitudinal water guiding groove (21) and the two second longitudinal water guiding grooves (22), and the connecting surface (24) may have a plurality of connecting surfaces (24). The installation holes (241) are used for the locking components (242A) (242B) to correspondingly lock the solar photovoltaic panel (1). Here, a clamping member (25) can be further matched, which can be used for clamping the two adjacent solar photovoltaic panels (1). The clamping member (25) is fixed with a locking member (251) and a screwing member (252). One end of the locking member (251) is clamped on the first longitudinal water channel (21), and the other end Then, the screwing member (252) can be screwed through the clamping member (25) correspondingly.

Please continue to refer to FIG. 3 , the mounting bracket (2) may have a plurality of ribs (211) corresponding to the first longitudinal water guide groove (21) for one end of the locking element (251) to abut against, and The structural strength of the mounting bracket (2) at the first longitudinal water guiding groove (21) can be further improved. The mounting base (23) can be concavely provided with a mounting groove (231) for the setting of external components, such as power supply connecting lines, hanging lamps, ceiling fans, and the like. The mounting groove (231) can be provided with a protruding rib (232) in the interior for hooking objects and improving the structural strength of the mounting base (23). Herein, the mounting base (23) may include a pair of mounting bottom plates (233), so as to be locked on the truss (200) through the locking element, and the mounting base (23) can be connected to the mounting groove (231) A hollow portion (26) is arranged between the first longitudinal water guide groove (21), so as to take into account the structural strength and light weight. The hollow portion (26) can be, for example, a rectangular hole. In addition, the second longitudinal water guide grooves (22) on both sides of the mounting bracket (2) can be connected to the brackets (3) respectively.

It is worth mentioning that, with the above structure, the first longitudinal water guiding groove (21) and the second longitudinal water guiding groove (22) can respectively receive and guide the water in the longitudinal gap and the horizontal gap to disperse the water flow, Avoid excessive water volume in an instant. In addition, even if the joint surface (24) of the mounting frame (2) and the solar photovoltaic panel (1) have some water seepage due to capillary phenomenon, it can be guided to the second longitudinal water channel (twenty two).

Please refer to FIG. 4 , the mounting frame (2) can be connected in multiple sections for processing and transportation operations. Said mounting frame (2) can be connected to another said mounting frame (2) by means of a leak-proof connecting piece (27), for example, it is sandwiched between two said mounting frames (2). (27) can be made of rubber, and the leak-proof connecting piece (27) has a plurality of through openings (271) corresponding to the first longitudinal water guiding groove (21) and the second longitudinal water guiding groove (22) respectively, so as to achieve the connection The purpose of the mounting bracket (2) can be combined with waterproofness.

Please refer to FIG. 5 in conjunction with FIG. 3, one end (31) of the bracket (3) can be connected to the second longitudinal water channel (22) of the mounting bracket (2) correspondingly, and the bracket (3) has a horizontal guide. A water tank (32), the horizontal water guide groove (32) can correspond to the second longitudinal water guide groove (22). In detail, the mounting frame (2) may be provided with an outer wall (221) corresponding to the second longitudinal water channel (22), and the outer wall (221) is connected to the bracket (3) a groove (222), so that one end (31) of the bracket (3) is correspondingly disposed in the connecting groove (222). Preferably, the connecting groove (222) can cover a leak-proof connecting piece (223), and the leak-proof connecting piece (223) is a flexible material (eg rubber) and can have a groove (2230), Thereby, the edge of the connecting groove (222) is preferably covered. One end (31) of the bracket (3) is arranged in the connecting groove (222) by the leak-proof connecting piece (223) to avoid water leakage at the joint. In addition, the bracket (3) is extruded into a U shape, and a reinforcing rib (33) can be extended along its own length at the center to improve its own structural strength.

It should be noted that the above-mentioned content is only a preferred embodiment of the creation, and the purpose is to enable those with ordinary knowledge in the field to understand the creation and implement it accordingly, and not to limit the scope of the patent application of the creation; therefore, it relates to the creation. All equivalent changes or modifications are covered by the scope of the patent application.

(100): Column (200): Truss (300): Solar power generation device with water-conducting function (1): Solar photovoltaic panels (11): Longitudinal gap (12): Lateral clearance (2): Mounting bracket (21): The first longitudinal water guide (211): Ribs (22): Second longitudinal water guide (221): External Wall (222): Connection groove (223): Leak-proof connector (2230): Groove (23): Mounting base (231): Mounting slot (232): Ribs (233):Installation base plate (24): Joint surface (241): Mounting holes (242A)(242B): LOCK ASSEMBLY (25): Clamp Firmware (251): locking force (252): Threaded parts (26): hollow part (27): Leak-proof connector (271): port (3): Bracket (31): one end (32): Lateral water guide (33): Reinforcing ribs

FIG. 1 is a schematic three-dimensional appearance diagram of a scaffold type according to an embodiment of the present invention. FIG. 2 is a partial three-dimensional exploded schematic diagram of an embodiment of the present invention. FIG. 3 is a partial plan view of an embodiment of the present invention. FIG. 4 is a perspective exploded schematic diagram of the multi-segment mounting frame in the embodiment of the present invention. FIG. 5 is a perspective exploded schematic diagram of the mounting frame and the bracket in the embodiment of the present invention.

(1): Solar photovoltaic panels

(2): Mounting bracket

(21): The first longitudinal water guide

(22): Second longitudinal water guide

(23): Mounting base

(24): Joint surface

(241): Mounting holes

(242A)(242B): LOCK ASSEMBLY

(25): Clamp Firmware

(251): locking force

(252): Threaded parts

Claims (10)

A solar power generation device with a water-conducting function, comprising: A plurality of solar photovoltaic panels, the plurality of solar photovoltaic panels are arranged at intervals to form a plurality of longitudinal gaps and a plurality of transverse gaps; A plurality of mounting brackets are respectively arranged in the longitudinal gap for the installation of two adjacent solar photovoltaic panels. Each of the mounting brackets is extruded and integrally formed with a first extending along its own length direction. a longitudinal water guiding groove, two second longitudinal water guiding grooves located on opposite sides of the first longitudinal water guiding groove, and a mounting base connected to the first longitudinal water guiding groove; and A plurality of brackets are arranged in the longitudinal gap and are connected between the second longitudinal water guiding grooves of the two mounting brackets, the brackets have a transverse water guiding groove, and the transverse water guiding groove is connected with the second longitudinal water guiding groove. The solar power generation device with water guiding function according to claim 1, wherein one of the mounting brackets is connected to the other of the mounting brackets by a leak-proof connecting piece, and the leak-proof connecting piece has a plurality of ports corresponding to the first A longitudinal water guiding groove and the second longitudinal water guiding groove. The solar power generation device with water guiding function according to claim 1, wherein the mounting frame has an outer wall corresponding to the second longitudinal water guiding groove, the outer wall has a connecting groove corresponding to the bracket, and the One end of the bracket is arranged in the connecting groove. The solar power generation device with water guiding function according to claim 3, wherein the connecting groove is covered with a leak-proof connecting piece, and one end of the bracket is disposed in the connecting groove by the leak-proof connecting piece. The solar power generation device with water guiding function according to claim 1, wherein the mounting frame has a connecting surface between the first longitudinal water guiding groove and the two second longitudinal water guiding grooves, and the connecting surface has a plurality of installations. hole to lock the solar photovoltaic panel. The solar power generation device with water guiding function according to claim 5, wherein the mounting frame has two ribs corresponding to the first longitudinal water guiding groove; further comprising a plurality of clips arranged at intervals, the clips are arranged on the For the longitudinal gap, the clip is fixed with a locking piece and a screwing piece, one end of the locking piece is clamped on the rib of the first longitudinal water channel, and the other end of the locking piece can be Correspondingly pass through the clip for the screwing member to be screwed together, thereby enabling the clip to clamp the two adjacent solar photovoltaic panels. The solar power generation device with a water guiding function as claimed in claim 1, wherein the mounting base is recessed with a mounting groove for arranging external components. The solar power generation device with a water-conducting function according to claim 1, wherein the bracket is extruded into a U-shape, and has a reinforcing rib extending along its length direction at the center. A scaffold, comprising a plurality of uprights, a truss, and the solar power generation device with a water-conducting function according to any one of claim 1 to claim 8, wherein the truss is arranged on the uprights, and the water-conducting function The solar power generation device is mounted on the truss by the mounting frame. A mounting frame of a solar power generation device is used for installing a plurality of solar photovoltaic panels to a predetermined installation place, and the solar photovoltaic panels are fixed through a plurality of clips, and the mounting frame of the solar power generation device comprises a A longitudinal water guiding groove, two second longitudinal water guiding grooves located on opposite sides of the first longitudinal water guiding groove, and a mounting base connected to the first longitudinal water guiding groove, the mounting bracket is located between the first longitudinal water guiding groove and the two vertical water guiding grooves. There is a connecting surface between the second longitudinal water guide grooves, the connecting surface is used for the installation of the solar photovoltaic panel, and the mounting frame has two ribs corresponding to the first vertical water guide groove for the clips to match. A locking forcing piece is abutted against and locked on the clamping piece.

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