TWM573801U - Buckle type steel plate - Google Patents

Abstract

The present invention is a buckle type steel plate comprising at least a steel plate and a plate surface. The first joint portion and the second joint portion are respectively disposed on two sides of the plate surface, so that the first joint portion corresponds to the other steel plate. The two joint portions can be mutually fastened and combined, and the first joint portion and the second joint portion form a first fastening end and a second fastening end, so that the fastening stress between the adjacent steel plates reaches the wind pressure resistance. The first fixing member and the second member are respectively formed with a first fastening end and a second fastening end, and the first fastening end of the fixing seat is fastened. At the first fastening end of the steel plate, the second fastening end of the fixing seat is fastened to the second fastening end of the steel plate, and then bolted by the bolting component, so that the fixing seat and the steel plate can be firmly combined, the fixing seat The upper bonding surface is arranged, and the upper bonding surface can be provided with a solar panel to achieve the effect of green energy generation.

Description

Fitting steel plate

The creation of the first fastening end and the second fastening end by the adjacent steel plates are combined with each other, and then the first fastening end of the fixing seat is fastened to the first fastening end of the steel plate, and the fixing seat The second fastening end is fastened to the second fastening end of the steel plate, and then bolted by the bolting component, so that the fixing seat and the steel plate can be firmly combined, and the solar panel is fixed by the upper joint surface of the fixing seat. This type of snap-on steel plate can be used as a solar panel to innovate as a green power generation structure.

According to the current combination of adjacent steel plates (collectively referred to by the industry, in fact, including metal sheets made of various materials), a certain structural stress is generated, and the common twisted structure, such as the new type M348804 "hidden stranding type" The one-piece steel plate is composed of a steel plate, a public roof steel plate, a mother roof steel plate and a fixed seat. The joint between the public roof steel plate and the mother roof steel plate of the steel plate is positioned via a fixed seat, and the public roof steel plate and the female house are locked by screws and nuts. The joint of the steel plate is joined, and then the outer force is twisted and combined. That is to say, in the first conventional technique, the steel plate is designed to allow the screw nut to be hidden or to raise the bonding stress, and must be twisted one by one by the processing equipment. The procedures on the construction are complicated, the cost is high, and the purpose of increasing the combined stress may not be achieved, which is a disadvantage.

The new type M539529 is used to splicing adjacent steel plates in sequence when the wave board is laid; and then the first combined structure of the corresponding wave plates which are clamped to each other by the two clamping structures of the wave safety brackets a combined structure, and the clamping structure is provided with a first clamping plate and a second clamping The plate further extends from the top side of the first clamping plate to a connecting piece, and then is fixed to the two corresponding connecting pieces by two ends of the horizontal bar to achieve the structure of reinforcing the overlapping waves. However, the bonding strength of the first bonding structure and the second bonding structure formed by the wave plates of the prior art is insufficient. If the wave plate is not clamped and fixed, it may not be able to withstand the normal wind pressure, that is, it is separated by itself. . The wave safety bracket must be composed of two clamping structures and cross bars, and the structure is complicated, and the installation is not easy to be a disadvantage.

The new type M462771 provides a wave plate clamp base, and is composed of a fixed seat, a movable seat and a screwing component. The movable seat is opposite to the fixed seat, and the screwing component is disposed in the movable seat and the fixed seat. In the perforation, the fixing seat is provided with a holding plate, and a holding portion is disposed under the resisting plate. An upper guiding plate and a lower guiding plate are disposed on one side of the holding portion, and one side of the movable seat is also provided on the side a guide plate and a lower guide plate, the upper guide plate of the movable seat and the upper guide plate of the fixed seat abut each other, and the lower guide plate of the movable seat and the lower guide plate of the fixed seat abut each other; The fixing seat and the upper sliding plate of the movable seat and the guiding seat of the movable seat and the lower guiding plate of the movable seat are guided to each other to smoothly adjust the distance between the movable seat and the fixed seat, and can be stabilized The clip is on the flange of the wave board. However, the conventional person is clamped above the peak of the wave board, and the fixing seat and the movable seat cannot fully clamp the peak of the wave board, so that the wind pressure after the clamp is clamped to the peak is insufficient, and it is not suitable for the environment of multiple typhoons. .

To this end, the creator of this case, specifically for the problem of insufficient structural stress in the adjacent lap joints of the steel plate, was studied and created.

The purpose of the present invention is to obtain a high resistance to wind pressure by the adjacent steel plates being fastened together, and then the first fastening end of the fixing seat is fastened to the first fastening end of the steel plate to The second fastening end of the fixing seat is fastened to the second fastening end of the steel plate, and then the first part of the fixing seat is fixed by the bolting component The component and the second component are bolted together, so that the fixing seat and the steel plate can be firmly combined, and the solar panel is fixed by the upper joint surface of the fixing seat, so that the fastening steel plate can be matched with the solar panel as Structural innovation in green power generation.

In order to achieve the above object, the snap-fit steel plate of the present invention comprises a plate surface, and each of the two sides of the plate surface is formed with a first plane and a second plane higher than the plate surface, and a first joint portion is disposed outside the first plane. The second joint portion is disposed on the outer side of the second plane, so that the second joint portion of the steel plate corresponding to the other steel plate can be buckled and combined with each other, and the first fastening end and the second buckle are formed. The joint end allows the fastening stress between adjacent steel plates to achieve the benefit of wind pressure resistance.

In the present invention, the first joint portion is provided with a first buckle groove adjacent to the first plane, and a second buckle groove is disposed outside the first joint portion, wherein the first buckle groove is slightly higher a second fastening groove; the second fastening portion is provided with a first fastening edge adjacent to the second plane, and a second fastening edge is disposed outside the second joint portion, wherein the second fastening edge is slightly higher than a first fastening edge, such that the first fastening groove, the second fastening groove, the first fastening edge and the second fastening edge provided by the special space enable the first steel plate of the adjacent steel plate to utilize the first joint portion corresponding to The second joint portion of the second steel plate can be buckled and combined with each other, and the first fastening end and the second fastening end are generated, so that the combination of the adjacent steel plates has better fastening stress, and the utility of the wind pressure is improved. .

The snap-fit steel plate of the present invention has to be combined with the fixing plate by the first steel plate, the first fastening portion is formed by the first component of the fixing seat, and the second fastening component is formed by the second component, so that the first fixing seat is the first The fastening end is fastened to the first fastening end of the steel plate, the second fastening end is fastened to the second fastening end of the steel plate, and is fastened by the bolting component, so that the fixing seat and the steel plate can be firmly combined, and then The upper joint surface of the aforementioned fixing seat is fixed by the solar panel, and can be used as an innovative structure for green power generation.

1‧‧‧ steel plate

10‧‧‧ board

100‧‧‧ Strengthening the flange

10a‧‧‧ first plane

10b‧‧‧ second plane

11‧‧‧ First Joint Department

110‧‧‧First buckle

111‧‧‧Second buckle

112‧‧‧The first high protrusion

13‧‧‧Extended face

14‧‧‧Equipment components

12‧‧‧Second junction

120‧‧‧First buckle

121‧‧‧Second buckle

122‧‧‧Second high protrusion

End of 15‧‧‧

1a‧‧‧First steel plate

1b‧‧‧second steel plate

1c‧‧‧ combined steel plate

16‧‧‧First Peak

160‧‧‧First fastening end

161‧‧‧second fastening end

2‧‧‧ Fixed seat

20‧‧‧ first component

200‧‧‧First fastening end

200a‧‧‧First fastening flange

200b‧‧‧ first snap recess

200c‧‧ ‧ guiding trough

200d‧‧‧First enhanced bevel

200e‧‧‧first outer fold

201‧‧‧First wrap surface

202‧‧‧ first section

203‧‧‧ first perforated surface

203a‧‧‧Perforated or internally threaded holes

204‧‧‧First placement

204a‧‧‧Slipline

204b‧‧‧Perforation

21‧‧‧ second component

210‧‧‧Second buckle end

210a‧‧‧Second buckled flange

210b‧‧‧Second snap recess

210c‧‧‧Groove

210d‧‧‧Second reinforcing bevel

210e‧‧‧second outer fold

211‧‧‧second covering surface

212‧‧‧Second section

213‧‧‧Second perforated surface

213a‧‧‧Perforated or internally threaded holes

214‧‧‧Second placement

214a‧‧‧Slipline

22‧‧‧Covering Department

23‧‧‧Perforated surface

230‧‧‧Line hole or inner screw hole

24‧‧‧ placement plane

24a‧‧‧ placement plane

3‧‧‧Equipment components

4‧‧‧ solar panels

H1‧‧‧ Height

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a first embodiment of a steel sheet of the present invention.

Fig. 2 is a side view showing the first embodiment of the steel sheet of the present invention.

Figure 3 is a side view of the second embodiment of the steel plate of the present invention.

Figure 4 is an enlarged view of a portion of the steel plate of the present invention.

Figure 5 is a schematic view of the fastening of adjacent steel plates of the present invention.

6 to 17 are views showing a combination of various embodiments of the steel plate and the mount of the present invention.

For more expensive reviewers to understand the creation, the best embodiment can be seen in Figures 1-15, including at least: the creation includes at least a steel plate 1 and a fixed seat 2.

As shown in Figs. 1 to 4, the steel plate 1 is provided with a plate surface 10, and the plate surface 10 may be provided with a plurality of reinforcing flanges 100 (Fig. 2) or no reinforcing flanges (Fig. 3). A first plane 10a and a second plane 10b are formed on each of the two sides of the board surface, and a first joint portion 11 is disposed on the outer side of the first plane 10a. The first joint portion 11 is adjacent to each other. a first buckle groove 110 is disposed at a front end of the first plane 10a, and a second buckle groove 111 is disposed outside the first joint portion 11. The first buckle groove 110 is slightly higher than the second buckle groove 111 (from the horizontal plane) Observing, referring to FIG. 4), a triangular-like first high protrusion 112 is formed between the first buckle groove and the second buckle groove, and an extension surface 13 is disposed on the outer side of the second buckle groove 111 to facilitate the bolting. The element 14 is bolted into the steel frame (see Figure 5 below). The second joint portion 12 is disposed on the outer side of the second flat surface 10b, and the second joint portion 12 is disposed adjacent to the second flat surface 10b at the first joint edge 120, and is disposed on the outer side of the second joint portion 12 a second fastening edge 121, wherein the second fastening edge 121 is slightly higher than the first fastening edge 120 (as viewed from a horizontal plane, see FIG. 4), and is formed between the first fastening edge 120 and the second fastening edge 121. A second high protrusion 122 having a triangular shape is formed. In order to strengthen the rigidity and safety of the second fastening edge 121, the end 15 of the steel plate is bent inward to form a double layer, and the end cut can be prevented from being transported or installed by the construction personnel.

As shown in FIG. 5, when the adjacent first steel plate 1a and the second steel plate 1b are to be combined with each other (hereinafter referred to as the combined steel plate 1c), the first buckle groove 110, the second buckle groove 111, and the first space can be disposed by a special space. The buckle edge 120 and the second buckle edge 121 produce a better fastening effect (see Figures 1 to 4). The first joint portion 11 of the first steel sheet 1a is covered by the second joint portion 12 of the second steel sheet 1b to form the first peak portion 16, that is, the first peak portion 16 is the second steel sheet 1b. The triangular-like second high protrusion 122 of the second joint portion 12 is coated on the outer surface of the triangular-like first high protrusion 112 of the first joint portion 11 of the first steel sheet 1a, and is the second joint of the second steel sheet 1b. The first fastening edge 120 of the portion 12 is engaged with the first fastening groove 110 of the first joint portion 11 of the first steel plate 1a, and is fastened to the first steel plate 1a by the second fastening edge 121 of the second steel plate 1b. Among the second fastening grooves 111 of the first joint portion 11, the first peak portion 16 of the bonded steel plate 1c which is caused by the engagement between the adjacent first steel plate 1a and the second steel plate 1b has an excellent fastening effect. The first peak portion 16 of the bonded steel sheet 1c cannot be separated without being particularly damaged, so that the wind pressure resistance effect of the steel sheet can be improved. The first peak portion 16 generates a first fastening end 160 and a second fastening end 161. The first fastening end 160 is a reverse of the first fastening edge 120 of the second joint portion 12 of the second steel plate 1b. The second fastening end 161 is a reverse side of the second fastening edge 121 of the second joint portion 12 of the second steel plate 1b, but the first fastening end 160 and the second fastening end 161 comprise the second The second joint portion 12 of the steel plate 1b and the first buckle edge 120 of the first steel plate 1a are structured, so that the combined effect is particularly strengthened, so that the combination of adjacent steel plates has better fastening stress to improve the wind pressure resistance. .

As shown in Fig. 6~17, the above-mentioned snap-fit steel plate is used for the creation, and the fixing seat of various embodiments can be used as the construction structure for installing the solar panel, as follows: As shown in the embodiments of Figures 6, 6A and 7, the aforementioned fixing base 2 can be made of aluminum extrusion or formed by metal sheeting. The first fixing member 2 is provided with a first fastening member 200, and the first fastening member 200 is provided with a first fastening flange 200a, and is disposed above the first fastening flange 200a. The first fastening recess 200b is fastened to the first fastening end 160 of the steel plate by the first fastening flange 200a, and the first fastening recess 200b can be wrapped around the first fastening The end surface of the end 160 is extended to provide a coating effect; the water guiding groove 200c is disposed below the first fastening end 200 to ensure that the contact between the first element 20 and the second steel plate 1b is not impregnated with water, or the foregoing A guiding groove 200c (such as FIGS. 8, 11 and 14) may not be disposed under the fastening end 200, and a first reinforcing slope 200d is disposed on the outer side of the first fastening end 200 to increase contact between the first fastening end and the steel plate. The first area of the first component 20 is sufficient, and the first fastening end 200 may not have the first reinforcing slope 200d (see FIGS. 10 and 11); A fastening end 200 extends upward to form a first covering surface 201, and a first inner side of the first covering surface 201 forms a first inner side Surface 202, may be close to the first portion 16 near the peak of the upper surface of the left portion (FIG. 6A ~ 14) or in close contact with part or all of the left side surface of the first peak portion 16 (FIG. 15). a first through surface 203 is disposed on the first cladding surface 201, and a through hole or an inner screw hole 203a is formed in the first through surface 203, and the first placement surface 204 is disposed above the first through surface 203. The surface of the surface 204 can be provided with a sliding grain path 204a (as shown in Figs. 6-8, 10 and 11), or no sliding line (Fig. 9).

As shown in FIG. 6, 6A and 7, the second fixing member 2 is provided with a second component 21, the second component 21 is provided with a second fastening end 210, and the second fastening end 210 is provided with a second fastening flange 210a. A second fastening recess 210b is disposed above the second fastening flange 210a to be engaged with the second fastening end 161 of the steel plate by the second fastening flange 210a, and the second fastening concave edge 210b. Covering the upper extension surface of the second fastening end 161 to create a covering effect, and the water guiding groove 210c is disposed below the second fastening end 210. In order to ensure that the contact between the second element 20 and the first steel plate 1a is not impregnated, or the water guiding groove 200c may not be provided below the second fastening end 210 (see FIGS. 8, 11 and 14), the foregoing A second reinforcing slope 210d is disposed on the outer side of the two fastening ends 210 to increase the contact pressing area of the second fastening end 161 with the first steel plate 1a, and the structural strength of the second component 21 can be improved, of course, as the second component 21 The second fastening surface 210 may not have a second reinforcing slope 210d (as shown in FIGS. 10 and 11); the second fastening end 210 extends upward to form a second cladding surface 211, and the second coating A second cutting surface 212 is formed on the upper inner side of the surface 211, and may be in close contact with a portion of the surface of the first peak portion 16 near the upper right side (as shown in FIGS. 6A-14) or a part or all of the surface of the right side of the first peak portion 16 (eg, Figure 15). a second through surface 213 is disposed on the second covering surface 211, and a through hole or inner screw hole 213a is formed in the second through surface 213, and a second placing surface 214 is disposed on the second through surface 213. The surface of the surface 214 can be provided with a sliding line 214a (as shown in Figures 6-8, 10 and 11), or no sliding line (Fig. 9).

As shown in FIGS. 6A-15, the fixing base 2 is integrated with the second component 21 by the first component 20, and is combined with the first peak portion 16 of the bonding steel plate 1c, and is formed with a first fastening end 200 and a second. The first fastening end 200 can be fastened to the first fastening end 160 of the first peak portion 16 , and the second fastening end 210 can be fastened to the second fastening portion 16 . The end 161 produces the effect of at least two fastening points of the fixed position. 6A-14, the fixing base 2 is integrated with the second element 21 by the first element 20, and combined with the first peak portion 16 of the combined steel plate 1c, and formed with the first fastening end 200 and the second. The first fastening end 200 can be fastened to the first fastening end 160 of the first peak portion 16 , and the second fastening end 210 can be fastened to the second fastening portion 16 . The end 161 produces an effect of at least two fastening positions.

As shown in FIGS. 6A-14, the fixing seat 2 corresponds to the second covering surface 211 of the second component 21 via the first covering surface 201 of the first component 20, and is formed with a covering portion 22, the covering portion The first cutting surface 202 and the second cutting surface 212 are disposed on the inner side of the second cutting surface 202, and the first cutting surface 202 may be in close contact with the upper left side surface of the first peak portion 16 of the bonded steel plate 1c, or the first cutting surface 202 may be tight. Attached to the left part or all of the surface of the first peak portion 16 of the bonded steel plate 1c to produce the effect of the contact positioning coating, and the second cutting surface 212 can be adhered to the first peak portion 16 of the bonded steel plate 1c. The right side surface, or the second cutting surface 212, may be in close contact with the right side portion or the entire surface of the first peak portion 16 of the bonding steel plate 1c to produce the effect of the contact positioning coating, that is, the fixing seat and the bonding steel plate 1c. The combination of the first peaks produces the effect of a plurality of coatings.

6A-15, the first perforating surface 203 of the first component 20 of the fixing base 2 and the second perforating surface 213 of the second component 21 can mutually form a perforating surface 23, and the perforating surface 23 can be The first perforated surface 203 of one element 20 and the second perforated surface 213 of the second element 21 have corresponding concave and convex surfaces to each other (as shown in FIGS. 6 to 11 and 15), or are formed only by plane and by way. (Fig. 12~15), and in the above-mentioned perforated surface 23, by the symmetry of the above-mentioned perforated or inner screw holes 203a, 213a, a linear hole or an inner screw hole 230, and then the locking element 3 is inserted and locked (as shown in the figure). 7~9, 11~15). The first placement surface 204 of the first component 20 of the fixing base 2 and the second placement surface 214 of the second component 21 are adjacent to each other, thereby forming a large-area placement plane 24 for the solar panel. 4 is set and fixed, and the aforementioned placement plane 24 can form a non-slip texture (as shown in FIGS. 6A-8, 10-13, and 15), or can only be a smooth surface (as shown in FIGS. 9 and 14).

7 to 11, 13 and 14, the height h1 of the perforating surface 23 of the fixing seat 2 is exactly the same as or close to the outer diameter of the nut of the plugging member 3, so that when the bolting member 3 passes through the straight hole or the inner screw After the hole 230, the bolting element 3 is restricted by the height h1 of the perforating surface 23, and cannot be rotated. In this case, the locking can be achieved by turning and tightening the nut from the side of the bolting component with a hand tool of appropriate torque. The function makes the construction of this creation more convenient and fast.

As shown in FIGS. 6-11 and 12-14, the first cut surface 202 and the second cut surface 212 disposed on the inner side of the covering portion 22 of the fixing base 2 may be a large cut surface or a curved surface (see FIGS. 6-11, 15). The first cutting surface 202 may be in close contact with the left side portion or the entire surface of the first peak portion 16 of the bonded steel sheet 1c, and the second cutting surface 212 may be in close contact with the right side of the first peak portion 16 of the bonded steel sheet 1c. Part or all of the surface to produce the effect of the tactile positioning coating; or the first cutting surface 202 and the second cutting surface 212 may be small cut surfaces (as shown in FIGS. 12-14), as long as the first cutting surface 202 can be closely attached The surface of the upper left portion of the first peak portion 16 of the bonded steel plate 1c is adhered to the surface of the upper right portion of the first peak portion 16 of the bonded steel plate 1c, and the contact positioning coating is generated. As a result, the effect of the plurality of coatings can be produced by the combination of the fixing seat and the first peak portion of the bonded steel plate 1c. Or the first cutting surface 202 and the second cutting surface 212 on the inner side of the covering portion 22 may be combined with the triangular shape of the first peak portion of the steel plate 1c, so that the covering portion can completely cover the entire surface of the first peak portion.

The first fastening end 200 of the first component 20 of the fixing base 2 of the fixing base 2 of FIG. 16 and 17 is provided with a first fastening protrusion, which is derived from the embodiment of FIGS. 6 to 15 . a first fastening recess 200b is disposed above the first fastening flange 200a to engage the first fastening end 160 of the bonding steel plate 1c by the first fastening flange 200a, and The first fastening recess 200b can be wrapped on the upper extending surface of the first fastening end 160 to produce a covering effect; the first fastening flange 200 of the first fastening end 200 is provided with a first outer flange 200e. In order to ensure that the first element 20 is in contact with a part of the surface of the second steel plate 1b, the positioning strengthening effect is produced, or as shown in FIG. 17, the first fastening flange 200 of the first fastening end 200 is not provided below the first fastening flange 200a. An outer flange 200e is also indispensable; the first fastening end 200 extends upward to form a first covering surface 201, and can be closely adhered to a surface of the first peak portion 16 of the bonded steel plate 1c near the upper left side or close to the surface. Part or all of the surface on the left side of the first peak portion 16 (see Fig. 15). a first perforated surface 203 is disposed above the first cladding surface 201, and is formed on the first perforated surface 203 A perforated or inner screw hole 203a is formed, and the first placement surface 204 is disposed above the first perforation surface 203, and is formed in a meander shape, and a through hole 204b of the plugging element 3a is reserved.

As shown in FIGS. 16 and 17, the second base member 21 is provided with a second fastening member 210, and the second fastening member 210 is provided with a second fastening flange 210a. A second fastening recess 210b is disposed above the flange 210a to be engaged with the second fastening end 161 of the bonding steel plate 1c by the second fastening flange 210a, and the second fastening recess 210b. Covering the upper extending surface of the second fastening end 161 to produce a covering effect; a second outer folding edge 210e is disposed under the second fastening flange 210a of the second fastening end 210 to ensure the second component 21 is able to touch a part of the surface of the first steel plate 1a to produce a positioning strengthening effect, or as shown in FIG. 17, the second fastening flange 210a of the second fastening end 210 is not provided with a second outer flange 210e, The second fastening surface 210 extends upward to form a second covering surface 211, and the second covering surface 211 is in close contact with the upper surface of the first peak portion 16 of the bonded steel plate 1c. Or a part or all of the surface on the right side of the first peak portion 16 (refer to FIG. 15). The second covering surface 211 is provided with a second perforating surface 213, and the second perforating surface 213 is formed with a perforation or inner screw hole 213a. The second perforating surface 213 is provided with a second placement surface 214, which is reversed. The ㄈ shape can be combined with each other in a shape corresponding to the 置 shape of the second placement surface 204a of the first component 20, and the second placement surface 214 is provided with a through groove 214b of the plugging element 3a for accommodating The element 3a is plugged.

16 and 17, the fixing base 2 is integrated with the second component 21 by the first component 20 and combined with the first peak portion 16 of the steel plate to form a first fastening end 200 and a second fastening end. The first fastening end 200 can be fastened to the first fastening end 160 of the first peak portion 16 , and the second fastening end 210 can be fastened to the two fastening ends 161 of the first peak portion 16 . Produce at least two buckles to fix the effect of the cover. 16 and 17, the aforementioned fixing base 2 is combined with the second element 21 by the first element 20 and the second element 21. Integrating with the first peak portion 16 of the combined steel plate 1c, and forming a first fastening end 200 and a second fastening end 210, the first fastening end 200 can be fastened to the first portion of the first peak portion 16 The second fastening end 210 can be fastened to the two fastening ends 161 of the first peak portion 16 to produce the effect of at least two fastening positions.

16 and 17, the fixing base 2 corresponds to the second covering surface 211 of the second element 21 via the first covering surface 201 of the first element 20 and forms a covering portion 22 of the covering portion 22 The inner side can be closely attached to a part of the surface or the whole surface of the first peak portion 16 of the combined steel plate 1c to produce the effect of the contact surface of the contact surface, which can be produced by the combination of the fixing seat and the first peak of the bonded steel plate 1c. The effect of multiple coatings.

16 and 17, the fixing seat 2 is formed by the first placement surface 204 of the first component 20 and the second placement surface 214 of the second component 21, thereby forming a three-dimensional placement plane 24a. The plugging element 3a is extended into the through hole 204b of the first placing surface 204, and then received in the through groove 214b of the second placing surface 214, so that the solar panel 4 can be bolted by the plugging element 3a.

Therefore, in summary, Chen said that the snap-fit steel plate of the present invention can be completely combined with the fixing seat 2, and the first fastening end of the first component 20 of the fixing base 2 is fastened to the first peak of the combined steel plate 1c. The first fastening end 160 of the portion is further fastened to the second fastening end 161 of the first peak portion 16 of the combined steel plate 1c by the second fastening end of the second member 21 of the fixing seat, and then the fixing seat The first cutting surface 202 of the covering portion 22 can be in close contact with the upper left side surface of the first peak portion 16 of the bonded steel plate 1c, and the second cutting surface 212 of the covering portion 22 is in close contact with the first steel plate 1c. The surface of the upper right portion of the peak portion 16 is capable of producing a fastening effect, and the solar panel 4 is fixed by the placement plane 24 of the fixed seat, which is an innovative structure for green power generation. It can also enhance the wind pressure resistance of this creation and increase the aesthetics of metal buildings.

The above-mentioned embodiments or drawings are not intended to limit the scope, structure, or use of the present invention. Any changes or modifications of the ordinary skill in the art should be considered as not departing from the scope of the invention.

Claims (16)

A fastening type steel plate comprising at least: a steel plate and a plate surface, wherein a first plane and a second plane higher than the board surface are formed on both sides of the board surface, and a first joint portion is disposed outside the first plane, and is located at the foregoing The outer side of the second plane is provided with the second joint portion, so that adjacent steel plates are mutually buckled and combined to form a combined steel plate, and a fastening stress is generated to achieve the wind pressure resistance. The fastening plate according to claim 1, wherein the first joint portion of the steel sheet is provided with a first buckle groove adjacent to the first plane, and a second buckle groove is disposed outside the first joint portion. A buckle groove is slightly higher than the second buckle groove, and a triangular-like first high protrusion is formed between the first buckle groove and the second buckle groove, and an outer side of the second buckle groove is provided with an extension surface for facilitating the bolting The second bolting portion is disposed in the steel frame; the second joint portion of the steel plate is disposed adjacent to the second plane, and a second buckle edge is disposed on the outer side of the second joint portion, and the second buckle edge is disposed on the outer side of the second joint portion And slightly higher than the first buckle edge, and a triangular-like second high protrusion is formed between the first buckle edge and the second buckle edge. According to the snap-fit steel plate of claim 2, the end of the second fastening edge is bent inwardly to form a double layer, and the end cut can be prevented from being transported or installed by a construction worker. A combination of the snap-fit steel sheets according to claim 2, comprising: the steel sheet, wherein the adjacent first steel sheet and the second steel sheet are combined with each other to form a bonded steel sheet, and the first joint portion of the first steel sheet is a second joint portion of the two steel sheets is coated and joined to form a first peak portion of the bonded steel sheet, and the first peak portion is covered with the second high-bump-like portion of the second joint portion of the second steel sheet a triangular-shaped first high protrusion outer surface of the first joint portion of the steel plate, and the first buckle edge of the second joint portion of the second steel plate is fastened to the first buckle of the first joint portion of the first steel plate And a second fastening edge of the second steel plate is fastened to the first joint portion of the first steel plate In the second buckle groove, the first peak portion of the bonded steel plate is provided with an excellent fastening effect, and the first fastening end and the second fastening end are generated in the first peak portion. The combination of the buckled steel sheets according to claim 2, wherein the first fastening end of the first peak portion of the bonded steel sheet is the first fastening edge of the second joint portion of the second steel sheet. On the reverse side, the second fastening end is the opposite side of the second fastening edge of the second joint portion of the second steel plate, so that the combined steel plate has better fastening stress to improve the wind pressure resistance. A combination of the buckled steel plate and the fixing seat according to claim 4, comprising at least the bonded steel plate of claim 4, wherein the first joint portion of the adjacent first steel plate is the second joint portion of the second steel plate The first combination of the first peak is provided with the first fastening end and the second fastening end; the fixing seat is integrally formed by the first component and the second component, and the fixing seat is The first fastening end and the second fastening end are formed. The first fastening end can be fastened to the first fastening end of the first peak, and the second fastening end can be fastened to the first peak. The second fastening end has the effect of at least two fastening positions; the fixing seat is provided with a covering portion, and the first cutting surface and the second cutting surface are disposed inside the covering portion, so that the first cutting surface can be Adhering to the upper left side surface of the first peak portion of the bonded steel plate, the effect of the locating contact coating surface is generated, and the second cutting surface is closely adhered to the upper right side surface of the first peak portion of the bonded steel sheet to generate 牴The effect of the touch positioning coating can be achieved by the fixing seat and the first peak of the combined steel plate Generating a plurality of combined effect of the coating, the surface of the fixing base disposed perforations, the perforated surface is provided within the linear hole or holes, can be provided through the bolt locking element is provided; put the fixing base disposed plane, and provided that the solar panel is fixed. According to the invention of claim 6, the construction of the fastening plate and the fixing base according to claim 4, wherein the covering portion of the fixing seat is the first covering surface and the second component of the first component of the steel plate Two cladding surfaces are combined. According to the combination of the buckled steel plate and the fixing seat according to claim 7, the first cutting surface and the second cutting surface provided on the inner side of the covering portion of the fixing seat may be a small cutting surface or a large cutting surface. The first cutting surface may be in close contact with the upper left side surface of the first peak portion of the bonded steel sheet or may be in close contact with the left side portion or the entire surface of the first peak portion of the bonded steel sheet, and the second cutting surface may be tight The surface of the upper right portion of the first peak portion of the bonded steel sheet may be adhered to the right portion or all of the surface of the first peak portion of the bonded steel sheet to produce the effect of the contact positioning coating. According to the combination of the buckled steel plate and the fixing seat according to claim 4, the first cutting surface and the second cutting surface of the inner side of the covering portion can be combined with the triangular shape of the first peak portion of the steel plate. The cover portion can completely cover the entire surface of the first peak portion. According to the combination of the buckled steel plate and the fixing seat according to claim 6, the perforated surface of the fixing seat is formed by the first perforated surface of the first component and the second perforated surface of the second component. For the formation of the abutment, the perforated surface may be initially combined by a concave or convex surface corresponding to the first perforated surface of the first element and the second perforated surface of the second element, or may be formed only by a plane; The height of the perforated surface is the same as or close to the outer diameter of the nut of the bolting member. After the bolting member passes through the straight hole or the inner screw hole, the bolting member is restricted by the height of the perforated surface without rotating. According to the combination of the buckled steel plate and the fixing seat according to claim 6, the placement plane of the fixing seat is placed by the first placement surface of the first component and the second component of the second component. The surface is formed by the surface, and the surface of the flat surface can be set to be a slippery road or only a smooth surface. The combination of the buckled steel plate and the fixing seat according to claim 4, wherein the fixing seat comprises at least: a first component, a first fastening end; and the first fastening end upwards Extending to form a first covering surface, the inner side of the first covering surface forming a first cutting surface, which can be in close contact with a portion of the surface of the first peak portion of the bonded steel plate close to the upper left side or close to the left side of the first peak portion Part or all of the surface; a first perforated surface is disposed above the first cladding surface, and a perforation or an inner screw hole is formed on the first perforation surface, and the first placement surface is disposed above the first perforation surface, and the first placement is performed The surface of the surface may be provided with a sliding or non-slip texture; the second component is provided with a second fastening end; the second fastening end extends upward to form a second covering surface, and the inner side of the second covering surface is formed The second cutting surface may be in close contact with a part of the surface of the first peak portion of the combined steel plate near the upper right side or a part or the whole surface of the left side of the first peak portion; a second perforated surface is disposed above the second covering surface, and The second perforated surface is formed with a perforation or an inner screw hole, and the second perforation surface is provided with a second placement surface, and the surface of the second placement surface can be provided with a slip line or no anti-slip line. According to the combination of the buckled steel plate and the fixing seat according to claim 12, the first fastening end of the first component is provided with a first fastening flange, which is located above the first fastening flange. The first fastening concave edge is fastened to the first fastening end of the first peak portion of the combined steel plate by the first fastening flange, and is wrapped on the first buckle by the first fastening concave edge An extending surface above the joint end produces a coating effect; a water guiding groove is disposed below the first fastening end to ensure that the contact between the first element and the second steel plate is not impregnated with water, or the first fastening end There is no water guiding groove at the bottom; a first reinforcing inclined surface is arranged outside the first fastening end to increase the contact pressing area of the first fastening end and the steel plate, and the structural strength of the first component can be improved, or the first fastening end The second fastening portion of the second component of the fixing seat is provided with a second fastening flange, and the second fastening flange is disposed above the second fastening flange, by the second The fastening flange is fastened to the second fastening end of the first peak of the combined steel plate, and the foregoing The fastening concave edge is wrapped on the upper extending surface of the second fastening end to produce a covering effect, and the water guiding groove is disposed below the second fastening end to ensure that the contact between the second component and the first steel plate is not impregnated. There is no water guiding groove below the water or the second fastening end; the second reinforcement is arranged outside the second fastening end The inclined surface increases the contact pressing area of the second fastening end with the first steel plate, and can increase the structural strength of the second component, or the second fastening end does not have the second reinforcing slope. The combination of the buckled steel plate and the fixing seat according to claim 12, wherein the first fastening end of the first component of the fixing seat is provided with a first fastening flange, and the first fastening is located at the first fastening. a first fastening concave edge is disposed above the flange to be fastened to the first fastening end of the combined steel plate by the first fastening flange, and is wrapped on the first fastening end by the first fastening concave edge The upper extension surface is provided with a covering effect; the first outer flange or the first fastening flange below the first fastening flange of the first fastening end is not provided with a first outer flange; a second fastening flange is disposed on the second fastening end of the second component of the fixing seat, and a second fastening concave edge is disposed above the second fastening flange to be engaged by the second fastening flange The second fastening end of the steel plate is combined with the second fastening concave edge to cover the upper extension surface of the second fastening end to produce a covering effect; the second fastening end of the second fastening end is below the second fastening flange A second outer flange is not disposed below the second outer flange or the second fastening flange of the second fastening end. According to the combination of the buckled steel plate and the fixing seat according to claim 12, the first fastening end of the fixing seat extends upward to form a first covering surface, which can be closely attached to the steel plate. a portion of the peak portion close to the upper left side or a portion or the entire surface of the left side of the first peak portion; the second fastening portion of the fixing seat extends upward to form a second covering surface, which can be closely attached to the combined steel plate The first peak portion is close to a portion of the upper right side surface or a portion or all of the surface that is in close contact with the right side of the first peak portion. According to the combination of the buckled steel plate and the fixing base according to claim 12, the first placement surface of the fixing seat is provided with a perforation of the bolting component, and the first placement surface can be formed into a crucible. a shape in which the second placement surface of the fixing seat defines a slot for the bolting component, and the second placement surface has a reverse jaw shape to correspond to the shape of the first placement surface of the first component. Can be combined with each other to form The plane is placed; and the solar panel is fixed by the perforation of the first placement surface through which the bolting member passes, and then received in the slot of the second placement surface.