TWM599828U - Anti-typhoon clamp seat - Google Patents

Abstract

The anti-clips holder of the present invention at least includes: a first coupling element and a second coupling element, the first coupling element can be combined with the second coupling element, and the first coupling element can be combined with the second coupling element An inverted triangle-like interval is formed between them to facilitate bolting and coupling, and a coupling clamping groove is formed below the first coupling element and the second coupling element after being combined, so that the steel or metal plate can be clamped by the coupling clamping groove for lifting Innovation of wind pressure resistance coefficient of metal buildings.

Description

Anti-table clamp seat

This creation is an anti-table clamp seat, especially a kind that can be clamped on the peak of the steel plate to enhance the bonding strength between the fixed seat, the steel plate, the upper steel plate or the solar panel, and to improve the wind pressure resistance coefficient of the metal building roof Innovative design.

Press, for example, the connection unit of the new M451399 "Hidden stranded steel plate fixing seat structure" includes a clamping piece and a connecting piece, which are composed of two symmetrical elements. The disadvantage is that the upright parts of the two elements are all leaning against each other, lack of elastic adjustment space, limit the clamping angle of the clamping piece, and cannot firmly clamp the steel plate and the fixing seat. Moreover, the connecting unit cannot be directly combined with the upper plate or steel frame, and cannot provide the effect of proper connection and support.

For this reason, the creator of this case, based on years of experience in the development, design and manufacturing of painted steel plates and metal building materials, studied the structural problems of the aforementioned conventional connection units and created this case.

The purpose of this creation is to provide an innovation in the anti-bench holder that can improve the wind pressure coefficient of the roof or solar panel of a metal building.

In order to achieve the aforementioned purpose, the anti-pedestal clamp seat of this creation at least includes: a first coupling element and a second coupling element. The aforementioned first coupling element is integrally formed with a coupling surface for fixing the upper steel plate or the steel frame of the solar panel. A first extension surface is provided under the first coupling element, and a first acute angle surface is provided under the first extension surface; the second coupling element is provided with a second extension surface, and the top end of the second extension surface can abut against the coupling Below the surface to produce a positioning effect, the aforementioned second coupling element is set Two acute-angled surfaces; when the first extension surface of the first coupling element and the second extension surface of the second coupling element are joined side by side, a coupling interval can be formed between the first extension surface and the second extension surface, And a joint clamping groove is formed between the first acute-angled surface and the second acute-angled surface.

In this creation, the joint interval set between the aforementioned first extension surface and the second extension surface aims to maintain a proper gap between the aforementioned first extension surface and the second extension surface to increase the clamping of the aforementioned coupling clamping groove The angle changes, which can be applied to the peaks of steel plates of various specifications.

In this creation, the aforementioned coupling gap is formed by forming a small linear flange inside the top end of the second extension surface of the aforementioned second coupling element, which can be used to abut against the first extension surface of the aforementioned first coupling element It is formed close to the top.

In this creation, the aforementioned first acute-angled surface is composed of a first circular arc surface and a first inner inclined surface extending inward from the end of the aforementioned first circular arc surface.

In this creation, the aforementioned second acute-angled surface is composed of a second arcuate surface and a second inner inclined surface extending inward from the end of the aforementioned second arcuate surface.

1: The first binding element

10: Joint surface

100: perforation

11: The first extension surface

110: Piercing

31: bolting components

12: The first acute angle surface

120: The first arc surface

121: first inner slope

2: The second binding element

21: second extension surface

210: Piercing

211: small flange

22: The second acute angle surface

220: second arc surface

221: second inner slope

30, 31: bolting components

4: Steel frame

A: Combination clamp slot

B: bonding gap

C1: fixed seat

C2: Steel plate

Figure 1 is an exploded view of this creation.

Figure 2 is a combined diagram of this creation.

Figure 3 is a side view of this creation.

Fig. 4 is a cross-sectional view taken along the line A-A in Fig. 3.

Fig. 5 is a B-B sectional view of Fig. 3.

Figure 6 is an application example of this creation.

In order to enable your examiner to fully understand this creation, the following description is based on the attached drawings: As shown in Figures 1~6, the anti-table clamp base of this creation at least includes: a first coupling element 1 and a second coupling element 2.

As shown in Figures 1 to 5, the first coupling element 1 of the present creation is made by integral molding. The first coupling element 1 is provided with at least a coupling surface 10, and the coupling surface 10 is provided with a plurality of perforations 100 for the bolting element 30 to pass through and Bolt the steel frame 4 of the upper steel plate or solar panel (refer to Figure 6). A first extension surface 11 is located below the joint surface 10 and close to the center. The first extension surface 11 and the bottom of the joint surface 10 are vertical or close to vertical. Ideally, the first extension surface 11 can be predicted A plurality of through holes 110 are provided so that the bolting element 31 can pass through, so as to integrate the first coupling element 1 and the second coupling element 2 into one body. A first acute-angled surface 12 is formed under the first extension surface 11. The first acute-angled surface 12 is composed of a first arc surface 120 and a first inner inclined surface 121. The first inner inclined surface 121 is located on the first circle. The arc 120 ends and extends inward.

As shown in FIGS. 1 to 5, the second coupling element 2 can be integrated with the first coupling element 1 through the bolting element 31. The aforementioned second coupling element 2 is provided with a second extension surface 21 to cooperate with the combination operation of the aforementioned first extension surface 11. The aforementioned second extension surface 21 can be preset with a plurality of perforations 210 for the bolting element 31 to pass through to integrate the first coupling element 1 and the second coupling element 2 into one body. A linear small flange 211 is provided at the top of the second extension surface 21 or close to the inside of the top end. Located below the second extension surface 21 and forming a second acute-angled surface 22 to correspond to the first acute-angled surface 12, the second acute-angled surface 22 is composed of a second circular arc surface 220 and a second inner inclined surface 221. The second inner inclined surface 221 is located at the end of the aforementioned second arcuate surface 220 and extends inward.

As shown in Figures 2 to 5, when the first extension surface 11 of the first coupling element 1 and the second extension surface 21 of the second coupling element 2 are joined side by side, the first acute angle surface 12 and the second acute angle A coupling clamping groove A is formed between the surfaces 22, and the aforementioned coupling clamping groove A is used to clamp the peaks of the fixing seat C1 and the steel plate C2 (refer to FIG. 6) to improve the wind pressure resistance coefficient of the metal building.

As shown in Figures 2 to 5, when the first extension surface 11 of the first coupling element 1 and the second extension surface 21 of the second coupling element 2 are joined side by side, the first extension surface 11 and the second extension surface 21 A bonding interval B is formed between the surfaces 21 to maintain a proper bonding gap between the first extension surface 11 and the second extension surface 21, and to increase the clamping angle of the bonding clamping groove A, which can be applied to various specifications of steel plate C1 The peaks can be clamped. Moreover, another effect of providing the coupling gap B is to prevent the first extension surface 11 of the first coupling element 1 from being closely coupled to the second extension surface 21 of the aforementioned second coupling element 2, causing the bolting element 31 to lock up. The status is conducive to replacement or removal.

The aforementioned elements are named first, second, etc., just to facilitate the explanation of the technical features of the elements, and have no special meaning, or as a restriction on order and position.

In summary, through the combination of the first coupling element and the second coupling element, the anti-bench holder of this creation has the advantages of processing and installation, strengthening the structure, allowing green building materials to be widely used, and improving the wind resistance coefficient of metal buildings , Which fully proves that this creation has the patent requirements of novelty and progress.

The foregoing drawings and instructions are only used to explain the technical features of this creation, and are not limited to the appearance. Any creator who constitutes the same as the requirements of this creation belongs to the scope of this creation.

1: The first binding element

10: Joint surface

11: The first extension surface

110: Piercing

12: The first acute angle surface

120: The first arc surface

121: first inner slope

2: The second binding element

21: second extension surface

210: Piercing

211: small flange

22: The second acute angle surface

220: second arc surface

221: second inner slope

31: bolting components

A: Combination clamp slot

B: bonding gap

Claims (7)

An anti-table clamp seat, comprising at least: a first coupling element and a second coupling element; the aforementioned first coupling element is provided with an integrally formed coupling surface for fixing the upper steel plate or the steel frame of the solar panel, below the first coupling element A first extension surface is provided, and a first acute angle surface is provided below the first extension surface; the second coupling element is provided with a second extension surface, and the top end of the second extension surface can abut under the coupling surface, In order to produce a positioning effect, the aforementioned second coupling element is provided with a second acute-angled surface; when the first extension surface of the aforementioned first coupling element and the second extension surface of the aforementioned second coupling element are close to each other and combined, the aforementioned first extension A coupling interval is formed between the surface and the second extension surface, and a coupling clamping groove is formed between the aforementioned first acute-angle surface and the second acute-angle surface. According to the anti-table clamp seat described in claim 1, the joint surface of the first coupling element is provided with a plurality of perforations for the bolting element to pass through and bolt the steel frame of the upper steel plate or solar panel. According to claim 1, the first extension surface gap of the first coupling element is disposed close to the bottom of the coupling surface, and the first extension surface and the bottom of the coupling surface are vertical or close to vertical. The aforementioned first extension surface is preset with a plurality of perforations, so that the bolting element can pass through, so as to integrate the first coupling element and the second coupling element. According to the anti-table clamp seat of claim 1, the first acute-angled surface is composed of a first circular arc surface and a first inner inclined surface, and the first inner inclined surface is located at the end of the first circular arc surface and extends inward . According to the anti-pinch holder described in claim 1, the aforementioned second coupling element is preset with a plurality of perforations for the bolting element to pass through to integrate the first coupling element and the second coupling element. According to the anti-clips seat described in claim 1, a small linear flange is provided on the top of the second extension surface or close to the inner side of the top, and the small linear flange can be formed to match the width of the second extension surface. After the first extension surface of the first coupling element and the second extension surface of the second coupling element are joined side by side, the small linear flange can be used to abut the first extension surface close to the top end. A coupling interval is formed between the first extension surface and the second extension surface to increase the clamping angle of the coupling clamping groove. According to the anti-table clamp seat of claim 1, the second acute-angled surface corresponds to the first acute-angled surface, the second acute-angled surface is composed of a second circular arc surface and a second inner inclined surface, and the second inner inclined surface It is located at the end of the aforementioned second arc surface and extends inward.

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