TWI691638B - Buckle metal plate and fixed support - Google Patents

Abstract

This invention relates to a buckle metal plate and fixed support, which includes at least one metal plate and at least one fixed support. Said metal plate is provided with a plane portion, a first joining member and a second joining member, the first joining member and second joining member are arranged on the both sides of the plane portion so that the first joining member and the second joining member of the adjacent metal plates can be interlocked with each other, said first joining member and second joining member are set with a first end portion and a second end portion separately. Said fixed support is provided with a first element and a second element, and the first element and the second element respectively form a first fastening end and a second fastening end. The first fastening end of the fixed support is buckled on the first end portion of the metal plate, and The second fastening end of the fixed support is buckled on the second end portion of the metal plate, then the metal plate and the fixed support can be fixed by locking a bolt. A upper joint surface is set above said fixed support, a solar panel can be arranged on the upper joint surface so as to achieve the effect of green power generation.

Description

Snap-on steel plate and fixed seat

According to the invention, the first buckling end and the second buckling end are generated after the adjacent steel plates are combined with each other, and then the first buckling end of the fixing seat is used to buckle the first buckling 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 with a bolting component, so that the fixing seat and the steel plate can be firmly combined, and then the solar panel is fixed by the upper coupling surface of the fixing seat. This type of snap-fit steel plate can be used as a solar panel for structural innovation of green power generation.

According to the current requirements, the combination of adjacent steel plates (generally referred to as the industry, actually including metal plates made of various materials) produces a certain structural stress. Common stranded structures, such as the new No. M348804 "Hidden stranded type" "Integrated steel plate" is composed of steel plate, public housing steel plate, female roof steel plate, and fixed seat. The joint of the public housing steel plate and female roof steel plate of the steel plate is positioned through the fixed seat, and then the public housing steel plate and the female house are locked by screws and nuts. At the joint of the surface steel plate, afterwards, it is twisted into a shape by external force. That is, in the aforementioned first conventional technique, in order to hide the screw nuts or increase the bonding stress, such steel plates must be twisted one by one with processing equipment before they can be achieved. The construction process is complicated and the cost is high, and it may not be able to achieve the purpose of increasing the bonding stress, which is its disadvantage.

The new No. M539529 is to lap and join adjacent steel plates in sequence when the wave board is laid; then the second clamping structure of the wave board safety bracket is clamped to the corresponding and overlapping wave board A coupling structure and a second coupling structure, and the clamping structure is provided with a first clamping plate and a second clamping plate that are connected, and then a connecting piece is extended from the top side of the first clamping plate, and then a The two ends of the cross bar are respectively fixed to two corresponding connecting pieces, so as to achieve the structure of strengthening the wave board overlapping each other. However, the bonding stress of the first joint structure and the second joint structure formed after the wave plates of the conventional technology overlap each other is insufficient. If there is no clamping fixation of the wave plate safety bracket, I am afraid that it cannot withstand the normal wind pressure, that is, it separates itself. . The wave board safety bracket must be composed of two clamping structures and crossbars. The structure is complicated and the installation is not easy to be its shortcomings.

The new No. M462771 is to provide a wave plate clamp base, which is composed of a fixed seat, a movable seat and a screw-fixed element. The movable seat is relatively engaged with the fixed seat, and the screw-fixed element is threaded on the movable seat and the fixed seat. In the perforation, the fixing seat is provided with a resisting plate, a buckling portion is provided below the resisting plate, an upper guide plate and a lower guide plate are provided on one side of the buckling portion, and an upper side is also provided on one side of the movable seat The guide plate and the lower guide plate, the guide plate on the movable seat is in contact with the guide plate on the fixed seat, and the guide plate under the movable seat is in contact with the guide plate under the fixed seat; The guide plate above the fixed seat and the movable seat and the guide plate below the movable seat are guided against each other, so that the distance between the movable seat and the fixed seat can be adjusted smoothly and stably The clip is on the flange of the wave board. However, the learner clamped above the peak of the wave board, and the fixed seat and the movable seat could not adequately clamp the peak of the wave board, which made the wind pressure after the clamp clamped the peak insufficient, not suitable for multiple typhoon environments .

For this reason, the inventor of the present case specifically studied the problem of insufficient structural stress of the adjacent overlapped steel plates previously disclosed, and this is the case of the present invention.

The purpose of the present invention is to produce high wind-resistant buckling stress after the adjacent steel plates are buckled with each other, and then buckle the first buckling end of the fixing seat to the first buckling end of the steel plate, to Fixed seat The second fastening end is fastened to the second fastening end of the steel plate, and then, the first component and the second component of the fixing base are bolted together by the bolting component, so that the fixing base and the steel plate are firmly combined Then, by setting the fixed solar panel on the upper joint surface of the fixed seat, such a type of snap-fit steel plate can be used as a solar panel, as a structural innovation of green power generation.

In order to achieve the above object, the snap-on steel plate and the fixing base of the present invention include a plate surface, and a first plane and a second plane higher than the plate surface are formed on both sides of the plate surface, and a A coupling portion, which is located outside the second plane and is provided with a second coupling portion, so that the adjacent first steel plates can be buckled and combined with each other by the second coupling portion of the first coupling portion corresponding to the second steel plate, and form a first buckle The closing end and the second fastening end allow the fastening stress between adjacent steel plates to achieve the effect of resisting wind pressure.

In the snap-fit steel plate and the fixing base of the present invention, a first buckle groove is provided at the adjoining position of the first joint part close to the first plane, and a second buckle groove is provided outside the first joint part, wherein the first buckle groove And slightly higher than the second buckle groove; the second joint portion is provided with a first buckle edge near the second plane, and a second buckle edge is provided outside the second joint portion, wherein the second buckle edge is It is slightly higher than the first buckle edge. In this way, the first buckle groove, the second buckle groove, the first buckle edge and the second buckle edge provided in a special space can make the first steel plate of the adjacent steel plate use the first combination The second joint part corresponding to the second steel plate can be fastened to each other, and the first and second snapped ends are generated, so that the adjacent steel plate has better fastening stress and improved wind resistance The benefits of pressure.

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

1: Steel plate

10: board surface

100: Strengthened flange

10a: first plane

10b: second plane

11: The first joint

110: The first buckle slot

111: second buckle slot

112: The first highest protrusion

13: Extension surface

14: bolting components

12: Second junction

120: first buckle edge

121: Second snap edge

122: second highest protrusion

15: end

1a: the first steel plate

1b: Second steel plate

1c: combined steel plate

16: First Peak

160: first snap end

161: second snap end

2: fixed seat

20: The first component

200: first fastening end

200a: first snap flange

200b: the first engaging concave edge

200c: aqueduct

200d: the first reinforced slope

200e: the first outer fold

201: first coating surface

202: first aspect

203: first perforated surface

203a: Perforated or internal screw hole

204: first placement surface

204b: perforated

204a: anti-slip lines

21: Second element

210: second fastening end

210a: second snap flange

210b: second snap recess

210c: aqueduct

210d: second reinforced bevel

210e: second outer fold

211: Second coating surface

212: Second aspect

213: Second perforated surface

213a: Perforated or internal screw hole

214: Second placement surface

214a: Anti-slip lines

214b: Groove

22: Covering part

23: Perforated surface

230: Straight hole or internal screw hole

24: Place plane

24a: Place plane

3: bolt component

4: Solar panel

h1: height

3a: Bolt element

FIG. 1 is a perspective view of Embodiment 1 of the steel plate of the present invention.

2 is a side view of the first embodiment of the steel plate of the present invention.

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

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

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

6 to 17 are combined views of various embodiments of the steel plate and the fixing base of the present invention.

In order for the more expensive examiner to understand the present invention better, the best embodiment can be seen in FIGS. 1-15, which at least includes: the present invention includes at least a steel plate 1 and a fixed seat 2.

As shown in FIGS. 1-4, the steel plate 1 is provided with a plate surface 10, and the plate surface 10 may be provided with a plurality of reinforced flanges 100 (as shown in FIG. 2), or without reinforced flanges (as shown in FIG. 3). A first plane 10a and a second plane 10b, which are slightly higher than the upper surface of the plane, are formed on both sides of the plane. The first joint 11 is located outside the first plane 10a. The first joint 11 is close to A first buckle groove 110 is provided at the adjoining position of the first plane 10a, and a second buckle groove 111 is provided on the outside of the first coupling portion 11, the first buckle groove 110 is slightly higher than the second buckle groove 111 (from the horizontal plane) Observe, see FIG. 4), and a triangle-shaped first high protrusion 112 is formed between the first buckle groove and the second buckle groove, and an extension surface 13 is provided outside the second buckle groove 111 to facilitate bolting The element 14 is bolted into the steel frame (see Fig. 5 below). A second coupling portion 12 is provided on the outer side of the second plane 10b. The second coupling portion 12 is provided with a first buckle 120 close to the adjoining position of the second plane 10b, and is disposed on the second junction A second buckling edge 121 is provided on the outer side of the engaging portion 12, wherein the second buckling edge 121 is slightly higher than the first buckling edge 120 (viewed from a horizontal plane, see FIG. 4), and is located between the first buckling edge 120 and the second buckling edge 121 A triangle-like second high protrusion 122 is formed between them. In order to strengthen the rigidity and safety of the second buckle 121, the end 15 of the steel plate is bent inwards to form a double layer, and the end can be prevented from being cut or transported or installed by construction personnel.

As shown in FIG. 5, when the adjacent first steel plate 1a and the second steel plate 1b are 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 buckle can be provided by a special space The rim 120 and the second buckle 121 produce a better buckling effect (see FIGS. 1-4). The first bonding portion 11 of the first steel plate 1a is the second bonding portion 12 of the second steel plate 1b to form a first peak portion 16, that is, the first peak portion 16 is formed by the second plate 1b. The triangular-shaped second high protrusions 122 of the two joints 12 cover the outer surface of the triangular-shaped first high protrusions 112 of the first joint 11 of the first steel plate 1a, and are joined by the second joint of the second steel plate 1b The first buckle edge 120 of the portion 12 is engaged with the first buckle groove 110 of the first coupling portion 11 of the first steel plate 1a, and then the second buckle edge 121 of the second steel plate 1b is engaged with the first steel plate 1a In the second fastening groove 111 of the first coupling portion 11, the first peak portion 16 of the coupling steel plate 1c caused by the adjacent first steel plate 1a and the second steel plate 1b being engaged with each other has an excellent fastening effect, The first peak portion 16 of the bonding steel plate 1c cannot be separated without being particularly destroyed, so that the wind pressure resistance effect of the steel plate can be improved. The first peak portion 16 will produce a first engaging end 160 and a second engaging end 161. The first engaging end 160 is the reverse of the first engaging edge 120 of the second joint portion 12 of the second steel plate 1b Side, the second engaging end 161 is the opposite side of the second engaging edge 121 of the second joint portion 12 of the second steel plate 1b, but because the aforementioned first engaging end 160 and the second engaging end 161 include the second The structure of the second coupling portion 12 of the steel plate 1b and the first buckling edge 120 of the first steel plate 1a, so the coupling effect is particularly strengthened to allow the combination of adjacent steel plates to have better buckling stress to improve the effectiveness of wind pressure resistance .

As shown in Figs. 6-17, the present invention utilizes the above-mentioned snap-fit steel plate, together with various embodiments of the fixing seat, as the construction structure for installing the solar panel. The description is as follows: As shown in the embodiments of Figs. 6, 6A and 7, the aforementioned fixing seat 2 It can be made by aluminum extrusion or processed by metal sheet, all of which is absolutely necessary. The fixing base 2 is provided with a first element 20, the first element 20 is provided with a first fastening end 200, the first fastening end 200 is provided with a first fastening flange 200a, which is located above the first fastening flange 200a There is a first buckling concave edge 200b, which is buckled to the first buckling end 160 of the steel plate by the first buckling flange 200a, and the first buckling rim 200b can be wrapped around the first buckle The extension surface on the end 160 produces a coating effect; a water guiding groove 200c is provided 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 accumulated water, or the aforementioned first A water guide groove 200c (as shown in FIGS. 8, 11 and 14) may not be provided under a fastening end 200, and a first reinforced slope 200d is provided outside the first fastening end 200 to increase the contact between the first fastening end and the steel plate The compression area can increase the structural strength of the first element 20. Of course, if the structural strength of the first element 20 is sufficient, the first fastening end 200 may not be provided with a first reinforced slope 200d (see FIGS. 10 and 11); The fastening end 200 extends upward to form a first coated surface 201, and the first coated surface 201 forms a first cut surface 202 above the inner surface of the first coated surface 201, which can cling to the surface of the first peak 16 near the upper left side (as shown in the figure) 6A~14) or close to part or all of the surface of the left side of the first peak 16 (see FIG. 15). A first perforated surface 203 is provided above the first cladding surface 201, and a perforated or internal screw hole 203a is formed on the first perforated surface 203, a first placement surface 204 is provided above the first perforated surface 203, and the first On the surface of the placing surface 204, anti-slip lines 204a (see Figs. 6-8, 10 and 11), or no anti-slip lines (see Fig. 9) may be provided.

As shown in FIGS. 6, 6A and 7, the fixing base 2 is provided with a second element 21, the second element 21 is provided with a second fastening end 210, and the second fastening end 210 is provided with a second fastening flange 210 a, which is located on the first The second engaging flange 210a is provided with a second engaging concave edge 210b above the second engaging flange 210a Buckled to the second buckling end 161 of the steel plate, and covered with the second buckling concave edge 210b on the upper extension surface of the second buckling end 161 to produce a covering effect. A water guiding groove 210c is provided below to ensure that the contact point between the second element 20 and the first steel plate 1a is not impregnated with accumulated water, or there is no water guiding groove 200c under the second fastening end 210 (as shown in FIGS. 8 and 11) And 14), a second reinforced inclined surface 210d is provided on the outer side of the second fastening end 210 to increase the contact pressure area between the second fastening end 161 and the first steel plate 1a, and can increase the structural strength of the second element 21, of course If the structural strength of the second element 21 is sufficient, the second fastening end 210 may not have a second reinforced inclined surface 210d (as shown in FIGS. 10 and 11); the second fastening end 210 extends upward to form a second covering surface 211, The second cut surface 212 is formed on the upper inner side of the second coating surface 211, and can be closely attached to the surface of the first peak 16 near the upper right side (as shown in FIGS. 6A-14) or the portion close to the right of the first peak 16 Or all surfaces (see Figure 15). A second perforated surface 213 is provided above the second cladding surface 211, and a perforated or internal screw hole 213a is formed on the second perforated surface 213, a second placement surface 214 is provided above the second perforated surface 213, and the second On the surface of the placement surface 214, anti-slip lines 214a (as shown in FIGS. 6-8, 10 and 11), or no anti-slip lines (as shown in FIG. 9) may be provided.

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

As shown in FIGS. 6A to 15, the fixing base 2 corresponds to the second covering surface 211 of the second element 21 through the first covering surface 201 of the first element 20 and forms a covering portion 22, and the covering portion 22 The first cutting surface 202 and the second cutting surface 212 are provided on the inner side of the first cutting surface 202 may be close to the upper left part of the surface of the first peak portion 16 of the bonding steel plate 1c, or the first cutting surface 202 may be close to The left part or all of the surface of the first peak 16 of the steel plate 1c is combined to produce the effect of positioning and covering, and then the second cut plane 212 can be closely attached to the upper right part of the first peak 16 of the steel plate 1c The surface, or the aforementioned second cut surface 212 may be closely attached to a part or all of the surface of the right side of the first peak portion 16 of the bonding steel plate 1c to produce the effect of locating the coating surface, that is, by the fixing seat and the bonding steel plate 1c The combination of the first peak produces the effect of multiple coatings.

As shown in FIGS. 6A to 15, the aforementioned fixing base 2, the first perforated surface 203 of the first element 20 and the second perforated surface 213 of the second element 21 can mutually form a perforated surface 23, and the perforated surface 23 can be formed by the The first perforated surface 203 of a component 20 and the second perforated surface 213 of the second component 21 correspond to each other to form an initial combination of concave and convex surfaces (as shown in FIGS. 6 to 11 and 15), or they are formed only by planes (As shown in Figures 12-14), and through the perforated surface 23 and through the symmetry of the perforations or internal screw holes 203a, 213a with a straight hole or internal screw hole 230, and then the bolt 3 is inserted through the lock (as shown 7~9, 11~15). The first placement surface 204 of the first element 20 of the fixing base 2 and the second placement surface 214 of the second element 21 are close to each other, and a large-area placement plane 24 can be formed as a solar panel 4 Set up and fix, and the aforementioned placement plane 24 may form anti-slip lines (as shown in FIGS. 6A~8, 10~13, and 15), or it may be only a smooth surface (as shown in FIGS. 9 and 14).

As shown in FIGS. 7-11, 13-15, the height h1 of the perforated surface 23 of the fixed seat 2 is exactly the same as or close to the outer diameter of the nut of the bolting element 3, so that when the bolting element 3 passes through the linear hole or the inner screw After the hole 230, the aforementioned nut is restricted by the height h1 of the perforated surface 23 and cannot be rotated. The locking function can be achieved by rotating the bolt from the nut on the side of the bolting component with a hand tool of appropriate torque, which makes the construction of the present invention more convenient and fast.

As shown in FIGS. 6 to 11 and 12 to 14, the first cutting surface 202 and the second cutting surface 212 provided in the covering portion 22 of the fixed seat 2 may be large cutting surfaces or curved surfaces (see FIGS. 6 to 11, 15) , The first cut surface 202 may be closely attached to the left side part or all of the surface of the first peak portion 16 of the bonding steel plate 1c, and the second cut surface 212 may be closely attached to the right side of the first peak portion 16 of the bonding steel plate 1c Part or all of the surface to produce the effect of locating and cladding; or the first cutting surface 202 and the second cutting surface 212 may be small cutting surfaces (as shown in FIGS. 12 to 14), as long as the first cutting surface 202 can be closely attached On the upper left part of the surface of the first peak 16 of the bonding steel plate 1c, and then the second cut surface 212 is closely attached to the upper right part of the surface of the first peak 16 of the bonding steel plate 1c. Effect, in this way, the effect of multiple coatings can be produced by the combination of the fixing seat and the first peak of the bonding steel plate 1c. Or, the first cut surface 202 and the second cut surface 212 inside the coating portion 22 can be combined with the triangular-like shape of the first peak of the steel plate 1c, so that the coating portion can completely cover the entire surface of the first peak.

The embodiments shown in FIGS. 16 and 17 are derived from the foregoing embodiments shown in FIGS. 6-15. As shown in FIGS. 16 and 17, the first fastening end 200 of the first element 20 of the fixing base 2 is provided with a first engaging protrusion The rim 200a is provided with a first buckling concave edge 200b above the first buckling flange 200a to buckle the first buckling end 160 of the bonding steel plate 1c through the first buckling flange 200a, and The first engaging concave edge 200b can be wrapped on the extended surface of the first engaging end 160 to produce a covering effect; the first engaging flange 200a of the first engaging end 200 is provided with a first outer folding edge 200e In order to ensure that the first element 20 is able to contact part of the surface of the second steel plate 1b to produce a positioning strengthening effect, or as shown in FIG. 17, the first fastening flange 200a of the first fastening end 200 is not provided below The first outer fold 200e is also necessary; the aforementioned first fastening end 200 extends upward to form a first cladding surface 201 to cling to the first peak of the bonding steel plate 1c A part of the surface close to the upper left side of 16 or a part or all of the surface close to the left side of the first peak 16 (see FIG. 15 ). A first perforated surface 203 is provided above the first cladding surface 201, and a perforated or internal screw hole 203a is formed on the first perforated surface 203, and a first placement surface 204 is formed above the first perforated surface 203 to form a ㄈ type The hole 204b of the bolting element 3a is reserved.

As shown in FIGS. 16 and 17, the fixing base 2 is provided with a second element 21, the second element 21 is provided with a second fastening end 210, and the second fastening end 210 is provided with a second fastening flange 210a, which is located on the second buckle A second engaging concave edge 210b is provided above the engaging flange 210a to engage the second engaging end 161 of the bonding steel plate 1c through the aforementioned second engaging flange 210a, and the aforementioned second engaging concave edge 210b Wrapped on the upper extension surface of the second fastening end 161 to produce a covering effect; a second outer fold 210e is provided below the second fastening flange 210a of the second fastening end 210 to ensure the second element 21 It is possible 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, there is no second outer folding edge 210e under the second engaging flange 210a of the second fastening end 210, and Nothing; the second fastening end 210 extends upward to form a second cladding surface 211, which can be adhered to the surface of the first peak portion 16 of the bonding steel plate 1c close to the upper right side by the second cladding surface 211 or Part or all of the surface immediately to the right of the first peak 16 (see FIG. 15). A second perforated surface 213 is provided above the second cladding surface 211, and a perforated or internal screw hole 213a is formed on the second perforated surface 213, and a second placement surface 214 is formed above the second perforated surface 213, which is reversed The shape, corresponding to the shape of the first placement surface 204 of the first element 20, can be combined with each other. The second placement surface 214 also has a through slot 214b for the bolt element 3a to accommodate Bolt element 3a.

As shown in FIGS. 16 and 17, the aforementioned fixing base 2 is integrated by the first element 20 and the second element 21, and is combined with the first peak portion 16 of the bonding steel plate 1c to form the first buckling end 200 and the second buckle The fixed end 210, the aforementioned first fastening end 200 can be fastened to the first fastening end 160 of the first peak 16, front The second fastening end 210 can be fastened to the two fastening ends 161 of the first peak 16 to produce the effect of at least two fastening positions covering. As shown in FIGS. 16 and 17, the aforementioned fixing base 2 is integrated by the first element 20 and the second element 21, and is combined with the first peak portion 16 of the bonding steel plate 1c, and the first fastening end 200 and the second The fastening end 210, the first fastening end 200 can be fastened to the first fastening end 160 of the first peak 16, and the second fastening end 210 can be fastened to the two fastenings of the first peak 16 End 161 produces the effect of covering at least two buckles at the fixed position.

As shown in FIGS. 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. The inner side can be tightly attached to part or all of the surface of the first peak portion 16 of the bonding steel plate 1c to produce the effect of locating the covering surface, which can be produced by the combination of the fixing seat and the first peak portion of the bonding steel plate 1c The effect of multiple coating.

As shown in FIGS. 16 and 17, the fixing base 2 can be combined with each other via the first placement surface 204 of the first element 20 and the second placement surface 214 of the second element 21 to form a three-dimensional placement plane 24a. By allowing the bolting element 3a to extend into the perforation 204b of the first placement surface 204, and then accommodated in the through slot 214b of the second placement surface 214, the solar panel 4 can be bolted by the bolting element 3a.

Therefore, in summary, the fastening steel plate of the present invention can be completely combined with the fixing base 2, and the first peak of the first element 20 of the fixing base 2 can be locked to the first peak of the bonding steel plate 1c The first engaging end 160 of the part, and then the second engaging end of the second element 21 of the fixing seat is used to be engaged with the second engaging end 161 of the first peak portion 16 of the bonding steel plate 1c, and then the fixing seat The first cut surface 202 of the coated portion 22 can be closely attached to the upper left portion surface of the first peak portion 16 of the bonded steel plate 1c, and then the second cut surface 212 of the coated portion 22 can be closely attached to the first portion of the bonded steel plate 1c A part of the surface on the upper right side of the peak 16 can produce a tight coupling effect, and then use the placement plane 24 of the aforementioned fixing seat to set the solar panel 4 to fix it. It is an innovative structure for green power generation. It can also improve the anti-wind pressure performance of the present invention and increase the beauty of metal buildings, which is the composition of this case.

The foregoing embodiments or drawings do not limit the appearance, structure, or use of the present invention. Any appropriate changes or modifications by those with ordinary knowledge in the technical field should be regarded as not departing from the patent scope of the present invention.

10a: first plane

10b: second plane

13: Extension surface

14: bolting components

15: end

1a: the first steel plate

1b: Second steel plate

1c: combined steel plate

16: First Peak

160: first snap end

161: second snap end

2: fixed seat

20: The first component

200: first fastening end

200a: first snap flange

200b: the first engaging concave edge

200c: aqueduct

200d: the first reinforced slope

201: first coating surface

202: first aspect

203: first perforated surface

203a: Perforated or internal screw hole

204: first placement surface

204a: anti-slip lines

21: Second element

210: second fastening end

210a: second snap flange

210b: second snap recess

210c: aqueduct

210d: second reinforced bevel

211: Second coating surface

213: Second perforated surface

213a: Perforated or internal screw hole

214: Second placement surface

214a: Anti-slip lines

Claims (12)

A snap-on steel plate and a fixing seat, at least comprising: a steel plate, a plate surface, a first plane and a second plane higher than the plate surface are formed on both sides of the plate surface, and a first joint portion is provided outside the first plane A second buckle groove is provided on the outer side of the second plane, a first buckle groove is provided on the first joint part close to the first plane, and a second buckle groove is provided on the outer side of the first joint part, The first buckle groove is slightly higher than the second buckle groove, and a triangle-like first high protrusion is formed between the first buckle groove and the second buckle groove, and an extension surface is provided on the outer side of the second buckle groove, The bolt is inserted into the steel frame; the second joint part of the steel plate is close to the abutment of the second plane, a first buckle edge is provided, and a second buckle edge is provided outside the second joint part, The second buckle edge is slightly higher than the first buckle edge, and a triangle-like second high protrusion is formed between the first buckle edge and the second buckle edge; the first coupling portion of the steel plate can be used The second joint portion of the adjacent steel plate is coated and joined to form a first peak portion, and a first buckling end and a second buckling end are provided on the first peak portion; the fixing seat is composed of the first element and the second The two components are combined into one body, and the fixing seat is formed with a first fastening end and a second fastening end, the first fastening end can be fastened to the first fastening end of the first peak, the second buckle The fixed end can be fastened to the second buckling end of the first peak portion to produce the effect of at least two buckle fixed positions covering; the fixed seat is provided with a covering portion, and a first cut surface is provided inside the covering portion The second cut surface, so that the first cut surface can be closely attached to the upper left part of the first peak portion to produce the effect of positioning and covering, and then the second cut surface can be closely attached to the first peak portion The part of the surface on the right side produces the effect of positioning and covering by contact, that is, the effect of multiple coatings can be produced by the combination of the fixing seat and the first peak, the fixing seat is provided with a perforated surface, and the perforated surface is provided with a linear hole The screw hole can be used for locking and fixing the bolting component; the aforementioned fixing seat is provided with a flat surface for setting and fixing the solar panel. According to the snap-on steel plate and the fixing seat of claim 1, the steel plate can be combined with the adjacent first steel plate and the second steel plate to form a bonded steel plate, and the first joint portion of the first steel plate is the second steel plate The second joint portion of the first steel plate is coated and joined to form the first peak of the bonded steel plate, and the first peak portion is coated with the triangular-shaped second high protrusion of the second joint portion of the second steel plate on the first plate of the first steel plate. An outer surface of a triangular-shaped first high protrusion of a coupling portion, and the first buckling edge of the second coupling portion of the second steel plate is engaged in the first buckling groove of the first coupling portion of the first steel plate Then, the second buckle edge of the second steel plate is engaged in the second buckle groove of the first joint portion of the first steel plate, so that the first peak portion of the joint steel plate has an excellent buckling effect. The snap-fit steel plate and the fixing seat according to claim 1, wherein the covering portion of the fixing seat is composed of a first covering surface of the first element and a second covering surface of the second element. According to the snap-fit steel plate and the fixing seat according to claim 3, the first and second cut planes provided on the inner side of the covering part of the fixing seat may be small or large cut planes, and the first cut plane may be tight Attached to the upper left part surface of the first peak of the bonded steel plate or can be closely attached to the left part or all surface of the first peak of the bonded steel plate, and then can be closely attached to the first peak of the bonded steel plate by the aforementioned second cut plane The upper right part of the surface may be closely attached to the right part or all of the surface of the first peak of the bonding steel plate to produce the effect of positioning and covering. The snap-on steel plate and the fixing seat according to claim 4, wherein the first cut surface and the second cut surface on the inner side of the covering part can cooperate with the triangular-like shape of the first peak of the steel plate, so that the covering part can be completely Covers the entire surface of the first peak. The snap-fit steel plate and the fixing seat according to claim 1, wherein the perforated surface of the fixing seat is formed by the first perforated surface of the first element and the second perforated surface of the second element being adjacent to each other. The perforated surface can be formed by the first perforated surface of the first element and the second perforated surface of the second element The concave and convex surfaces corresponding to each other have an initial combination, or are formed only by planes; the height of the perforated surface is the same as or close to the outer diameter of the nut of the bolting element. When the bolting element passes through the linear hole or After the internal screw hole, the aforementioned nut is restricted by the height of the perforated surface without turning. The snap-on steel plate and the fixing seat according to claim 1, wherein the placement plane of the fixing seat is composed of the first placement surface of the first element and the second placement surface of the second element, The plane surface can be set with anti-slip lines or only smooth surfaces. A fixing seat includes at least the fixing seat of claim 1, the fixing seat is provided with a first element, and the first element is provided with a first fastening end; the first fastening end extends upward to form a first covering surface, and the first A first cut surface is formed on the inner side of a cladding surface, which can be closely attached to a part of the surface of the first peak near the upper left side or a part or all of the surface of the left side of the first peak of the bonded steel plate; the first cladding A first perforated surface is provided above the surface, and a perforated or internal screw hole is formed on the first perforated surface. A first placement surface is provided above the first perforated surface, and the surface of the first placement surface may be provided with anti-slip lines or not Anti-slip lines; the second element of the fixing base, the second element is provided with a second fastening end; the second fastening end extends upward to form a second covering surface, and the second covering surface forms a second cut surface inside , Can be close to the part of the surface of the first peak near the right side of the bonded steel plate or part or all of the surface of the left side of the first peak; the second perforated surface above the second cladding surface, and on the The second perforated surface is formed with perforations or internal screw holes. A second placement surface is provided above the second perforated surface, and the surface of the second placement surface may or may not be provided with anti-slip lines. The fixing seat according to claim 8, wherein the first fastening end of the first element is provided with a first engagement flange, and a first engagement concave edge is provided above the first engagement flange, A buckling flange is buckled on the first buckling end of the first peak of the bonding steel plate, and is covered with the first buckling concave edge The extending surface above the first fastening end produces a coating effect; a water guiding groove is provided below the first fastening end to ensure that the contact between the first element and the second steel plate is not impregnated with accumulated moisture, or the first There is no water guide groove under a fastening end; a first reinforced inclined surface is provided outside the first fastening end to increase the contact pressure area between the first fastening end and the steel plate, and can increase the structural strength of the first element, or The first fastening end is not provided with a first reinforced slope; the second fastening end of the second element of the fixing seat is provided with a second fastening flange, and a second fastening recess is provided above the second fastening flange , The second engaging end is engaged with the second engaging end of the first peak of the combined steel plate by the second engaging flange, and the upper extending surface of the second engaging end is covered with the second engaging concave edge, to To produce a coating effect, a water guide groove is provided below the second fastening end to ensure that the contact between the second element and the first steel plate is not impregnated with accumulated water, or no water guide groove is provided below the second fastening end; A second reinforced inclined surface is provided on the outside of the second fastening end to increase the contact pressure area of the second fastening end and the first steel plate, and can increase the structural strength of the second element, or the second fastening end is not provided with a second Second, strengthen the slope. According to the fixing base of claim 8, the first fixing end of the first element of the fixing base is provided with a first engaging flange, and a first engaging concave edge is provided above the first engaging flange to borrow The first engaging flange is engaged with the first engaging end of the bonding steel plate, and the first engaging concave edge is coated on the extended surface of the first engaging end to produce a covering effect; the first A first outer folding edge is provided below the first fastening flange of the fastening end or a first outer folding edge is not provided below the first fastening flange of the first fastening end; the second fastening of the second element of the aforementioned fixing seat A second engaging flange is provided at the end, and a second engaging concave edge is provided above the second engaging flange, so that the second engaging flange is engaged with the second engaging end of the bonded steel plate by the aforementioned second engaging flange, and The second buckling concave edge is covered on the upper extension surface of the second buckling end to produce a covering effect; a second outer fold or the second buckle is provided under the second buckling flange of the second buckling end There is no second outer folding edge under the second fastening flange of the fixed end. According to the fixing seat of claim 8, the first fixing end of the fixing seat extends upward to form a first cladding surface, which can be closely attached to the surface of the first peak of the bonding steel plate near the upper left side or close to Part or all of the left side of the first peak; the second fastening end of the fixing base extends upward to form a second cladding surface, which can be closely attached to the surface of the first peak of the bonded steel plate near the upper right side or It is close to part or all of the surface on the right side of the first peak. The fixing seat according to claim 8, wherein the first placement surface of the fixing seat is reserved for perforation of the bolting element, and the first placement surface can be formed into a shape; the second placement surface of the fixing seat is pre-set There is a through slot for the bolting component, and the second placement surface has a reverse shape, corresponding to the shape of the first placement surface of the first component, and can be combined with each other to form a placement plane; and by bolting Element through

The perforation of the first placement surface can be accommodated in the through slot of the second placement surface to fix the solar panel.

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