TWM574361U - Solar panel fixing device - Google Patents

Abstract

The creation system includes a bead element, a base element and a fixing piece. The beading element has a beading plate member and a pair of beading vertical members; a pair of limiting slots are formed between the pair of beading vertical members to isolate the first receiving space. The base member has a base plate, a pair of base plates and a pair of base vertical members. The pedestal vertical member can be moved relative to the bead vertical member to control the working space between them. The fixing member has a bolt head, a bolt shank and a nut. The bolt head is placed in the first receiving space; the bolt rod portion passes through the limiting groove and the base plate and is locked with the nut. The rotating nut is placed on the top or bottom of the base member to change the working space, and the working space is fixed to a solar panel. Therefore, this case has the advantages of being applicable to the installation and fixing of solar panels of different thicknesses, and having multiple leakproof designs.

Description

Solar panel fixing device

The present invention relates to a solar panel fixing device, and more particularly to a fixing device which is suitable for mounting and fixing solar panels of different thicknesses and having multiple leakproof designs.

In recent years, countries have actively promoted green energy generation, and solar power generation is one of the mainstream. There are many manufacturers of solar panels, and the specifications of each product are different, especially the thickness. The installation may be based on the specified manufacturer, installation requirements, maintenance cost requirements, or other factors, and may use different specifications and thicknesses. Solar panels, however, the width of the general mounting racks may not be large. Faced with solar panels of different sizes and specifications, it may be necessary to replace the mounting racks at the same time, which is quite inconvenient and costly. In addition, the infiltration of water from the solar panel and the mounting frame, resulting in water leakage, is also one of the current problems. In view of this, it is necessary to develop a technique that can solve the above disadvantages.

The purpose of the present invention is to provide a fixing device for a solar panel, which has the advantages of being suitable for mounting and fixing solar panels of different thicknesses, and having multiple leakproof designs. In particular, the problem to be solved by this creative is that there are many manufacturers of solar panels, and the specifications of each product are different, especially the thickness. The installation may be due to the designated manufacturer, installation requirements, maintenance cost requirements, or Other factors may be used, but solar panels of different specifications and thickness may be used. However, the width of the general mounting rack may not be large. Faced with solar panels of different sizes and specifications, it may be necessary to replace the mounting racks at the same time. Inconvenience, the cost is also high. In addition, the infiltration of water from the solar panel and the mounting frame, resulting in water leakage, is also one of the current problems. The technical means for solving the above problems is to provide a fixing device for a solar panel, comprising: a beading member having a beading plate member and a pair of beading vertical members; the pair of beading vertical members are parallel and symmetrical to each other, and from the bead The pair of vertical members of the bead have a pair of horizontal stops, and the pair of horizontal stops extend from the pair of vertical members to the opposite sides to form a limiting slot. The limiting slot is disposed between the pair of vertical members of the bead to separate a first receiving space and a second receiving space; a base member having a base plate, a pair of base plates and a pair of bases a vertical member; the base plate corresponds to the limiting groove and has a consistent perforation; the through hole is located between the pair of base vertical members, and the pair of base vertical members are located between the pair of base plates And parallel to each other, the pair of base vertical members are opposite to the bead vertical members; extending vertically upward from the base plate, the pair of base vertical members are in contact with the pair of bead vertical members and are relatively movable The beading plate and Between the base plate members, there is a working space, the working space is changed relative to the pair of base vertical members and the pressing condition vertical member, and is changed between lowering and becoming higher; at least one set is fixed And a bolt head, a bolt stem portion and a nut; the bolt head portion is for being inserted into the first receiving space; the bolt rod portion extends from the bolt head portion and passes through the bolt head portion After the limiting slot, the second receiving space and the through hole, the bottom surface of the base plate is engaged with the nut, thereby fixing the beading element and the base element integrally; and when the nut is Rotating and relaxing one of the actions, the nut is used to top and lower the base member along the bolt portion, and the working space is lowered when the top is topped; The working space becomes higher; the working space is used to fix a solar panel. The above objects and advantages of the present invention will be readily understood from the following detailed description of the embodiments and the accompanying drawings. The following examples are used in conjunction with the drawings to illustrate the creation in detail:

Referring to Figures 1A, 1B and 2, the present invention is a solar panel fixture comprising: a bead element 10 having a bead plate member 11 and a pair of beading members 12. The pair of beading vertical members 12 are parallel and symmetrical to each other and extend vertically downward from the beading plate member 11; the pair of beading members 12 have a pair of horizontal blocking portions 121 from which the pair of horizontal blocking portions 121 are Between the vertical members 12 of the bead, extending toward the opposite sides, a limiting groove 12A is formed. The limiting groove 12A is disposed between the pair of vertical members 12, and separates a first receiving space P1 and a second receiving portion. Space P2 (see Figures 3A and 3B). A base member 20 has a base plate 21, a pair of base plates 22 and a pair of base vertical members 23. The base plate 21 corresponds to the limiting slot 12A and has a uniform through hole 211; the through hole 211 is located between the pair of base vertical members 23, and the pair of base vertical members 23 are located on the pair of base plate members 22 Between and parallel to each other, the pair of base vertical members 23 are corresponding to the bead vertical members 12; extending vertically upward from the base plate 21. The pair of base vertical members 23 can be in contact with the pair of bead vertical members 12 and can be relatively moved. The beading plate member 11 and the pair of base plate members 22 have a working space A, and the working space The A system is moved between the pair of base vertical members 23 and the pair of pressing condition vertical members 12, and between the lower (see Fig. 3A) and the higher (see Fig. 3B). At least one set of fixing members 30 has a bolt head 31, a bolt portion 32 and a nut 33. The bolt head portion 31 is configured to be inserted into the first receiving space P1; the bolt rod portion 32 extends from the bolt head portion 31 and passes through the limiting groove 12A, the second receiving space P2 and the through portion. After the hole 211, the bottom surface of the base plate 21 is locked with the nut 33, so that the bead element 10 and the base member 20 are integrally fixed; and when the nut 33 is tightened and loosened, In the action, the nut 33 performs an action of topping and lowering the base member 20 along the bolt portion 32, and the working space A is lowered when the top is topped; and the working space is made when being lowered. A becomes high; the workspace A is used to fix a solar panel 91. In practice, the bead element 10 has a bead center axis X1 that is perpendicular to the bead panel 10 . The beading plate member 11 is corresponding to the base plate member 22 and has at least one waterproof strip 111 respectively. When the beading plate member 11 presses and fixes the solar panel 91 toward the working space A, the waterproof strip 111 is used for The reduced water 92 (see Figure 4, such as rain or any other liquid) seeps into the workspace A. Further, the beading plate member 11 corresponds to at least one waterproof strip 111, and further has at least one auxiliary waterproof strip 112 which is press-fitted between the waterproof strip 111 and the solar panel 91 for preventing the The water liquid 92 penetrates into the working space A. The base member 20 has a base central axis X2 that is perpendicular to the base plate 21 and the base plate member 22. The base central axis X2 is coaxial with the bead center axis X1. . The base member 20 further includes: a pair of water guiding grooves 24 located on the base plate 21 and interposed between the pair of base plates 22, the through holes 211 being watertight between the pair of water guiding channels 24 Between the water guiding grooves 24 is used to concentrate (micro) the water that penetrates into the working space A and is excluded. What is specifically described here is that the general solar panel 91 may have a thinner and thicker specification change depending on the actual use requirements. For this part, the present invention is specially designed. When applied to the thinner solar panel 91, as long as the nut 33 is locked, the nut 33 can be along the bolt portion 32, upward (see Figure 3A). Abutting against the base member 20, the working space A between the beading plate member 11 and the pair of base plate members 22 is reduced to a first height H1, and the solar energy can be firmly fixed (thinner) Board 91. When applied to the thicker solar panel 91, as long as the nut 33 is relaxed, the nut 33 can relax the base member 20 along the bolt shank 32 downward (see FIG. 3B) to make the bead The working space A between the plate member 11 and the pair of base plate members 22 is raised to a second height H2 to fix (thicker) the solar panel 91. Of course, the screwing and loosening adjustment of the nut 33 can be applied to the installation, replacement and maintenance of the thinner and thicker solar panel 91, respectively. Furthermore, the creation also has a waterproof function. Referring to FIG. 4, when the beading plate 11 presses the solar panel 91 toward the working space A, the waterproof strip 111 is used to reduce the water 92 (for example, rain or Any other liquid) penetrates into the workspace A. Of course, the auxiliary waterproof strip 112 can be further used to prevent the water liquid 92 from penetrating into the working space A. At this stage, as long as the watertightness (the beading plate 11 and the auxiliary waterproof strip 112) is well done, there is no problem of water seepage or water leakage, and even if a small amount of the liquid 92 penetrates, it will still be guided. The water guiding groove 24 is removed after concentration. The advantages and functions of this creation are as follows: [1] It can be applied to the installation and fixing of solar panels of different thicknesses. The creation is specially designed. When the nut is rotated, the nut can be screwed or loosely adjusted along the bolt portion, and the base member is top-mounted and lowered, and when the top-up motion is performed, The working space between the beading plate and the pair of base plates is made smaller, and the thin solar panel can be firmly fixed; and when the lowering action is performed, the beading plate and the pair of base plates are The working space between the two becomes larger, and the thicker solar panels can be firmly fixed. Therefore, it can be applied to the installation and fixing of solar panels of different thicknesses. [2] Multiple leak proof design. The first heavy leakage is a waterproof strip, and the waterproof strip is used to reduce the penetration of water into the working space when the strip is pressed to fix the solar panel to the working space. The second heavy leakage prevention is an auxiliary waterproof strip, which is pressed between the waterproof strip and the solar panel to improve the prevention of penetration of water into the working space. The third heavy leakage prevention is a water guiding groove, which is used for concentrating (minorly) the water which penetrates into the working space and is excluded. Therefore, it has a multi-leakage design. The above is only a detailed description of the present invention by way of a preferred embodiment, and any modifications and variations of the embodiments are possible without departing from the spirit and scope of the present invention.

10‧‧‧Belt elements

11‧‧‧Blank plate

111‧‧‧Waterproof strip

112‧‧‧Auxiliary waterproof mat

12‧‧‧Belt vertical parts

121‧‧‧ horizontal stop

12A‧‧‧ Limit slot

20‧‧‧Base components

21‧‧‧Base plate

211‧‧‧through holes

22‧‧‧Base plate

23‧‧‧Base vertical parts

24‧‧‧Water guiding groove

30‧‧‧Fixed parts

31‧‧‧Bolt head

32‧‧‧Bolts

33‧‧‧ nuts

91‧‧‧ solar panels

92‧‧‧Water

A‧‧‧Workspace

P1‧‧‧First accommodation space

P2‧‧‧Second accommodation space

H1‧‧‧ first height

H2‧‧‧second height

X1‧‧‧Basic center axis

X2‧‧‧ base axis of the base

1A is a schematic diagram of the present creation, FIG. 1B is a partial exploded view of FIG. 1A, FIG. 2 is a schematic diagram of other angles of the present creation, and FIG. 3A is a schematic diagram of a low working space of the present creation. Schematic diagram of the work space becoming higher is shown in Figure 4

Claims (5)

A fixing device for a solar panel, comprising: a beading member having a beading plate member and a pair of beading vertical members; the pair of beading vertical members are parallel and symmetrical to each other and extending vertically downward from the beading plate member; The vertical layer of the bead has a pair of horizontal stops, and the pair of horizontal stops extend from the pair of vertical members to the opposite sides to form a limiting groove, the limiting groove is attached to the pair of beads Separating a first receiving space and a second receiving space between the vertical members; a base member having a base plate, a pair of base plates and a pair of base vertical members; Corresponding to the limiting groove, having a consistent perforation; the through hole is located between the pair of base vertical members, the pair of base vertical members are located between the pair of base plates and are parallel symmetrical with each other, the pair of bases The vertical member is opposite to the vertical member of the bead; extending vertically upward from the bottom plate of the base, the pair of vertical members of the base can be in contact with the pair of vertical members of the bead and can be relatively moved, the bead member and the pair of bases There is a work between the seat plates a space between the pair of base vertical members and the pair of pressing condition vertical members, and changing between lowering and becoming higher; at least one set of fixing members having a bolt head and a bolt rod And a nut; the bolt head is configured to be inserted into the first receiving space; the bolt portion extends from the bolt head and passes through the limiting slot, the second receiving space and the through portion After the hole, the bottom surface of the base plate is engaged with the nut to fix the bead element and the base element integrally; and when the nut is tightened and one of the actions is relaxed, the nut is Performing an action of topping and lowering the base member along the bolt shank portion, the working space is made lower when the top is topped; and the working space is made higher when being lowered; the working space is for fixing A solar panel. The fixing device for a solar panel according to claim 1, wherein: the beading member has a central axis of the bead, the central axis of the bead is perpendicular to the beading plate; the base member has a central portion of the base An axis, the central axis of the base is perpendicular to the base plate and the base plate member, the base central axis being coaxial with the central axis of the bead. The fixing device for a solar panel according to claim 1, wherein the beading plate member corresponds to the base plate member, and each has at least one waterproof strip, and the beading plate member is pressed and fixed toward the working space. In the solar panel, the waterproof strip is used to reduce the penetration of water into the working space. The fixing device for a solar panel according to the third aspect of the invention, wherein the beading plate member corresponds to a waterproof strip, and has at least one auxiliary waterproof strip, which is pressed against the waterproof strip and the solar panel. Between, to improve the prevention of water infiltration into the workspace. The fixing device for a solar panel according to claim 4, wherein the base member comprises: a pair of water guiding grooves on the bottom plate of the base and between the pair of base plates The through hole is watertight between the pair of water guiding grooves, and the water guiding groove is used to concentrate the water into the working space and is excluded.