JP3207919U - Solar single column mount - Google Patents

Abstract

Provided is a solar single pillar mount that can be adjusted at a plurality of angles, has a strong ability to prevent deformation, and can cope with various terrains. A gantry including a column, a diagonal support, a horizontal rail, a vertical rail and a clamp is provided. There are several struts 1 and they are fixed vertically. The vertical rail 4 and the column 1 are fixed, the horizontal rail 3 is fixed to the vertical rail 4, and the module 7 is fixed to the horizontal rail 3. The material of the horizontal rail 3 and the vertical rail 4 is all C-shaped steel. The support column 1 and the vertical rail 4 are connected by a first adjustment unit 5, and the first adjustment unit 5 includes a connecting plate and a fixing plate that are perpendicular to each other. Fixing holes formed in the connecting plate are provided, and each is fixed to the column 1 side and the vertical rail 4. The fixed plate is used to support the vertical rail 4. Due to the action supported by the fixed plate, the acting forces of the vertical rail 4 and the column 1 are dispersed. [Selection] Figure 1

Description

  The present invention belongs to a solar mount structure.

  As the supply of energy is steadily decreasing, solar power generation is a new type of energy, and its application area expands every day. The new solar gantry structure is an important part of the photovoltaic power generation system as a supporting structure for photovoltaic power generation.

  Existing solar platforms typically include a front post and a rear post, with the horizontal and vertical rails being installed on the front and rear posts. The slope and angle of the gantry are determined by the height of the front and rear columns. When the installation location is uneven, it is necessary to select the front and rear columns depending on the terrain. After installation, the angle of the pedestal is slightly different from the angle you thought in advance, the installation is complicated, and there are many requirements depending on the topography.

  A single-post mount refers to a solar mount in which all the columns are arranged in a line. Such a frame is easier to adjust the angle and requires less terrain. However, with the current technology, the heights of the columns in the same matrix are the same, and when the columns are first filled, there is a difference in altitude on the ground, or due to topographical restrictions, the height of the column heads is also high. There will be a difference. In addition, it is difficult to adjust the installation angle during installation.

  In addition, existing horizontal and vertical rails usually use C-shaped steel. When fixing with C-type steel and C-type steel, it is common to open a hole with a member and to fix it with a bolt. When a member is processed, it becomes necessary to make a hole, which increases the processing procedure and difficulty. In addition, the position of the open hole is fixed, so the overall dimensions of the column are limited, and when installing, the length of the required horizontal rail and vertical rail and the position of the fixing hole are different, and different types Can not be used and can not be used. Furthermore, the stability after fixing through the both ends of the C-shaped steel is also poor, and the acting force is concentrated around the fixing hole and the bolt, and the ability to prevent deformation is weak.

  The purpose of the present invention is to provide a single type of solar single column mount. This gantry can be adjusted at multiple angles, has a strong ability to prevent deformation, and can handle various terrain.

  In order to achieve the above object, the technical solution of the present invention provides a single type of solar single-post mount including a column, a horizontal rail, and a vertical rail. There are several struts, fixed vertically in a row. The vertical rail and the support are fixed, the horizontal rail is fixed to the vertical rail, and the module is fixed to the horizontal rail. The material of the horizontal and vertical rails is all C-shaped steel. The support column and the vertical rail are connected by the first adjustment unit, and the first adjustment unit includes a connecting plate and a fixing plate perpendicular to each other. Fixing holes formed in the connecting plate are provided, and the column side and the vertical rail are fixed to each. The fixed plate is used to support the vertical rail. In current technology, the vertical rail is fixed to the column heads, so that the heights of the column column heads are all the same. However, in actual applications, the installation conditions are relatively poor, the ground height is also different, and it is not possible to guarantee the same column height.

  In this solar single column stand, through the first adjustment part, the vertical rail and the column side can be connected, the vertical rail can be adjusted easily, the height can be unified, and the installation difficulty can be greatly reduced. . In addition, the support force of the fixed plate of this product distributes the forces acting on the vertical rail and the support post, making the entire product more stable and greatly increasing the ability to prevent deformation.

  The solar single-post mount described in the present invention has a plurality of sets of fixing holes in the connecting plate as one type of priority method, and some of the fixing holes are long holes. The height of the first adjustment unit can be adjusted by combining a plurality of sets of fixing holes, and the installation angle of the first adjustment unit can be adjusted at the same time. Depending on the various complex terrain, various angle installation requirements can be met.

  In the solar single column platform described in the present invention, as one type of priority plan, the connecting plate is V-shaped, and the fixed plate is fixed to the middle of the connecting plate. The fixing holes in the connecting plate are divided into three sets, and the first set of fixing holes and the second set of fixing holes are provided in the lower part of the connecting plate and are connected to the column side. The third set of fixing holes is provided in the upper part of the connecting plate and is connected to the vertical rail.

  Furthermore, the second set of fixing holes described includes a plurality of elongated holes distributed and distributed from the lower end to the upper end of the connecting plate.

  Furthermore, the described second set of fixing holes includes a plurality of elongated holes distributed in an arc shape at the lower end of the connecting plate.

  The solar single pole frame described in the present invention is one type of priority plan. The horizontal rail and the vertical rail are connected by a C-type clamp. The C-type clamp includes a base and limit sheets installed on both sides of the base. There are a fixing hole and a limit groove formed in the base, and the limit groove extends in the direction of the limit sheet across the base.

  In the solar single-post mount described in the present invention, the base is provided with a step on the side away from the limit sheet as one type of priority plan.

FIG. 1 shows an overall installation diagram of one type of solar single column base of the present invention. FIG. 2 is an enlarged view of the installation of the first adjustment unit shown in FIG. FIG. 3 shows an enlarged view of the structure of the first adjustment unit shown in FIG. FIG. 4 shows an enlarged view of the structure of the C-type clamp. FIG. 5 shows a state of use of one type of C-type clamp. FIG. 6 shows a state of use of another type of C-type clamp.

  Here, the present invention will be described in detail once again by combining the drawings with specific implementation methods.

  All features, methods, and procedures disclosed in this manual can be combined in any manner, except for features and procedures that interfere with each other.

  Any other feature published in this document (with optional rights, including summary and drawings), all other equivalent or similar features other than those specifically described may be exchanged. That is, other than the specially described features, each feature is an example of a series equivalent or similar feature.

  As shown in the figure, one type of solar single-post mount includes a column 1, an oblique support 2, a horizontal rail 3, and a vertical rail 4. There are several struts 1 and they are fixed vertically in a row. The vertical rail 4 is fixed to the support column 1, and the horizontal rail 3 is fixed to the vertical rail 4. The horizontal rail 3 and the vertical rail 4 are connected to each other to form an installation plane, and the module 7 is fixed to the horizontal rail 3.

  The material of the horizontal rail 3 and the vertical rail 4 is all C-shaped steel. The support column 1 and the vertical rail 4 are connected by a first adjustment unit 5. The first adjustment unit 5 includes a connection plate 5.1 and a fixed plate 5.2 that are perpendicular to each other. A plurality of fixing holes 5.3 formed in the connecting plate 5.1 are provided, and the column 1 side and the vertical rail 4 are fixed to each of the fixing holes 5.3.

  The connecting plate 5.1 is V-shaped, and the fixed plate 5.2 is fixed to the middle part of the connecting plate 5.1. The fixed plate 5.2 divides the connecting plate 5.1 into an upper portion and a lower portion, and the lower portion is the connecting plate 5.1, which is a portion between the fixed plate 5.2 and the V-shaped corner.

  The priority connecting plate 5.1 has a right-angle structure on both side edges. The fixing holes in the connecting plate 5.1 are divided into three groups. One set of fixing holes is installed in the single screw hole at the apex position of the right angle structure, aligned with the long hole on the column side, and fixed with screws. To do. The hole on the side of the column is a long hole, and the height of the first adjusting portion 5 can be adjusted according to actual requirements. One set of fixing holes fixes the installation height of the vertical rail 4. Two sets of fixing holes fix the installation angle of the vertical rail 4. The connecting plate 5.1 is turned to find the optimum position, and the screw is fixed to the long hole on the side of the support column 1 through two sets of fixing holes. The two sets of fixing holes include a plurality of elongated holes distributed from the lower end to the upper end of the connecting plate 5.1 and a plurality of elongated holes distributed in an arc shape at the lower end of the connecting plate 5.1. The diverging oblong hole and the arc-shaped oblong hole are aligned with each other, and the installation angle of the module can be continuously adjusted. Thereby, the installation precision of a module is raised.

  The above pedestals are connected by C-type clamps 6 at many points. The C-type clamp 6 includes a base 6.1 and limit sheets 6.2 installed on both sides of the base. There is a fixing hole 6.11 and a limit groove 6.12 formed in the base 6.1, and the limit groove 6.12 extends in the direction of the limit sheet 6.2 across the base 6.1. The base 6.1 is provided with a step 6.3 on the side away from the limit sheet 6.2. The depth of the limit groove 6.12 is the same as the depth of the horizontal rail 3 or the vertical rail 4 on the C-type side, and the level difference of the step 6.3 is the same as the thickness of the horizontal rail 3 or the vertical rail 4 on the C-type side.

  The C-type clamp is used for connecting the horizontal rail 3 and the vertical rail 4, and is also used for fixing the module 7.

  The method of carrying out the present invention was explained in the description, but this method of implementation is merely a presentation and is not limited to the protection scope of the present invention. Various omissions, substitutions and changes should be included in the protection scope of the present invention without departing from the scope of the present invention.

  1, support 2, diagonal support 3, horizontal rail 4, vertical rail 5, first adjustment part 5.1, connecting plate 5.2, fixing plate 5.3, fixing hole 5.31, one set of fixing holes 5.32, two sets of fixing holes 5.33, three Set fixing hole 6, C type clamp 6.1, Base 6.11, Fixing hole 6.12, Limit groove 6.2, Limit sheet 6.3, Step 7, Module

Claims (8)

One type of solar single-post pedestal including struts, horizontal rails, and vertical rails,
The struts are several and fixed vertically,
The vertical rail is fixed to the column; the horizontal rail is fixed to the vertical rail; and a module is fixed to the horizontal rail;
The material of the horizontal rail and the vertical rail are all C-shaped steel,
The support column and the vertical rail are connected by a first adjustment unit, and the first adjustment unit includes a connection plate and a fixing plate perpendicular to each other,
A fixing hole formed in the connecting plate is provided, and the side wall of the support column and the vertical rail are fixed to each of the fixing holes,
In the vertical rail of the column and the C-shaped steel, a long hole corresponding to the fixing hole is provided,
The fixed plate is used to support the vertical rail.   The one type of solar single-post pedestal according to claim 1, wherein the fixing holes of the connecting plate have a plurality of sets of fixing holes, and some of the fixing holes are long holes. The connecting plate is V-shaped, and the fixing plate is fixed to the middle of the connecting plate,
The plurality of fixing holes of the fixing hole of the connecting plate are divided into three sets,
The first set of fixing holes and the second set of fixing holes are provided at a lower portion of the connecting plate, and are connected to the column side,
The third set of fixing holes is one type of solar single-post pedestal according to claim 2, which is provided at an upper portion of the connecting plate and is connected to the vertical rail.   The one type of solar single pillar mount according to claim 3, wherein the second set of fixing holes includes a plurality of elongated holes distributed and distributed from a lower end to an upper end of the connection plate.   5. The one-type solar single-post mount according to claim 3, wherein the second set of fixing holes includes a plurality of elongated holes distributed in an arc shape at a lower end of the connection plate. Further including a C-type clamp,
The C-type clamp includes a base and limit sheets installed on both sides of the base,
There are fixed holes and limit grooves formed in the base,
The one-type solar single-post mount according to any one of claims 1 to 5, wherein the limit groove extends in the direction of the limit sheet across the base.   The said single base is a kind of solar single column stand of Claim 6 which provides a level | step difference in the side away from the said limit sheet | seat.   The said C type clamp is a kind of solar single-post stand of Claim 6 or 7 used for the connection of the said horizontal rail and the said vertical rail.

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