KR100352026B1 - Bracket to stick metal panel for inside and outside of building and method for construction with bracket - Google Patents

Abstract

The present invention relates to a method for constructing a metal panel using a bracket and a bracket for attaching a metal panel in a building and an exterior, and an object thereof is to be installed on the interior and exterior of a building without removing a deteriorated metal panel. Metal panels are installed to reduce maintenance costs, shorten construction periods, and provide building and exterior panel mounting brackets and construction methods that do not harm city aesthetics.

The present invention inserts the first and second male brackets into the stud bolts placed on the top and bottom of the metal panel rear to be installed, and then fasten longitudinally parallel to each other using nuts, and the rear of the metal panel to be perpendicular to the first and second male brackets. A first step of riveting the third and fourth male brackets on both sides in parallel with each other, and on the upper, lower, left, and right sides of the existing metal panel surface to correspond to the first, second, third and fourth male brackets, respectively. A second step of installing 1,2,3,4 female brackets and a third step of inserting and coupling the first and second female brackets to the first and second female brackets installed on the surface of the existing metal panel; And a fourth step of riveting the third male bracket of the metal panel to be installed and the third female bracket installed on the existing metal panel from the side, and the fourth male bracket of the metal panel to be installed and the surface of the existing metal panel. 4th Female Bra It is composed of the fifth step of riveting the present invention, and provides a method for installing the interior and exterior panel mounting bracket and its construction method for installing a new metal panel on the surface of the existing metal panel without removing the existing metal panel. .

Description

Bracket to stick metal panel for inside and outside of building and method for construction with bracket}

The present invention relates to a method for constructing a metal panel using a bracket and a bracket for attaching a metal panel inside or outside a building, and when cracks, discoloration and corrosion occur on the surface of a metal panel installed inside or outside a building due to long-term outdoor exposure. In addition, the present invention relates to a construction method of interior and exterior panels that can easily repair old metal panels.

Conventionally, when a metal panel installed inside or outside a building is aging due to prolonged exposure, and its function is lost, the old metal panel is detached from the base metal and a new panel is attached to it. That is, a metal panel installed inside or outside the building. Was replaced with a new metal panel.

However, if the surface of the metal panel is cracked, discolored, and corroded, and thus loses its function as an interior / exterior material, it is necessary to detach the old metal panels installed inside and outside the building. And, accordingly, scaffolding and protective film installation is essential, there was a problem that the repair cost increases.

In addition, since all the metal panels installed inside and outside the building must be replaced with new panels, it takes a lot of construction time, which causes inconvenience to work in the building. There were a number of problems, including aesthetics.

The present invention has been made in consideration of the above problems, the purpose of which is installed in the interior and exterior of the building without removing the aging metal panel, install another metal panel on the aging metal panel to reduce the maintenance cost It is to provide a bracket for attaching the inner and outer metal panels of the building and its construction method, which shortens the construction period and does not harm the aesthetics of the city.

The present invention inserts the first and second male brackets into the stud bolts placed on the top and bottom of the metal panel rear to be installed, and then fasten longitudinally parallel to each other using nuts, and the rear of the metal panel to be perpendicular to the first and second male brackets. A first step of riveting the third and fourth male brackets on both sides in parallel with each other, and on the upper, lower, left, and right sides of the existing metal panel surface to correspond to the first, second, third and fourth male brackets, respectively. A second step of installing 1,2,3,4 female brackets and a third step of inserting and coupling the first and second female brackets to the first and second female brackets installed on the surface of the existing metal panel; And a fourth step of riveting the third male bracket of the metal panel to be installed and the third female bracket installed on the existing metal panel from the side, and the fourth male bracket of the metal panel to be installed and the surface of the existing metal panel. 4th female bracket It is composed of the fifth step of riveting, providing a mounting bracket for building and exterior metal panels and a construction method for installing new metal panels on the surface of existing metal panels without removing the existing metal panels. have.

Figure 1 is a side cross-sectional view showing an installation state of the present invention

Figure 2 is a schematic cross-sectional view showing an installation state of the present invention

Figure 3 is an exemplary view showing an installation state of the female bracket portion according to the present invention

4 is an exemplary view showing a coupling state of the first male / female bracket according to the present invention;

5 is an exemplary view showing a coupling state of the second male / female bracket according to the present invention;

6 is an exemplary view showing a coupled state of the third male / female bracket according to the present invention;

7 is an exemplary view showing a combined state of the fourth male / female bracket according to the present invention;

* Explanation of symbols for the main parts of the drawings

(10): conventional metal panel (20): female bracket

21: first female bracket 22: second female bracket

23: third female bracket 24: fourth female bracket

30: male bracket portion 31: first male bracket

(32): second male bracket 33: third male bracket

(34): fourth male bracket (40): metal panel to be installed

(41,41`): Stud bolts (42,42`): Nut

(211,221): Hanger (212,222): Support

(213,223): space portion (311,321): insertion portion

(312,322): support

1 is a side cross-sectional view showing an installation state of the present invention, Figure 2 is a cross-sectional view showing an installation state of the present invention, the present invention is an aging metal panel is installed inside and outside the building The female bracket portion 20 is installed in the 10 as shown in FIG. 3, and a plurality of male bracket portions 30 fastened to the female bracket portion 20 are installed on the rear surface of the new metal panel 40. After installation, the male bracket part 30 installed on the rear side of the metal panel 40 and the female bracket part 20 installed on the old metal panel 10 are inserted and combined with each other, and the metal panel 40 to be installed. The male bracket portion 30 and the female bracket portion 20 installed on the surface of the existing metal panel 10 is to be riveted.

The female bracket part 20 installed on the surface of the existing metal panel 10 installed inside and outside the building includes a first female bracket 21 installed on an upper part of the existing metal panel 10 and the first female part. The second female bracket 22 installed at the bottom of the existing metal panel 10 so as to be parallel to the female bracket 21, and the metal panel 10 one side to be perpendicular to the first and second female brackets 21 and 22. A third female bracket 23 provided at the end and a fourth female bracket 24 provided at the other end of the metal panel 10 in parallel with the third female bracket 23 are formed. That is, the female bracket portion 20 is formed in a square at the top / bottom / left / right end of the metal panel 10 formed in a square.

The first female bracket 21 is in contact with the first male bracket 31 installed above the rear part of the metal panel 40 to be installed as shown in FIG. 'Hanging table 211 having a cross-sectional shape, and is fastened to the existing metal panel 10' Support 212 having a cross-section It is formed integrally to form a cross section of the shape. That is, the support 212 of the first female bracket is riveted to the existing metal panel 10, and the rear surface of the metal panel 40 is located in the space 213 formed between the hanger 211 and the support 212. One side of the installed first male bracket 31 is inserted.

The first male bracket 31 is installed at an upper end of the rear surface of the metal panel 40 to be installed, and an insertion portion 311 inserted into the space 213 of the first female bracket 21 and the rear portion of the metal panel. The support part 312 provided by the stud bolt 41 and the nut 42 fastened to this are integrally formed.

As shown in FIG. 5, the second female bracket 22 has a shape substantially similar to that of the first female bracket 21 and includes a second male bracket 32 installed at a lower rear portion of the metal panel 40. The hanger 221 is in contact with, and the hanger 221 is formed integrally with the support 222 is riveted to the metal panel (10). In addition, the hanger 221 and the support 222 is formed to form a layer with each other so that the space portion 223 into which one side of the second male bracket 32 is inserted between the hanger 221 and the metal panel 10. Is formed.

The second male bracket 32 is installed at the lower end of the rear surface of the metal panel 40 to be installed, and the insertion portion 321 inserted into the space portion 223 of the second female bracket 22 and the metal panel ( 40) The support part 322 installed by the stud bolt 41 'and the nut 42' fastened to the rear part is formed integrally.

The third female bracket 23 has a cross section as shown in FIG. 'To have a shape, one side is in contact with the third male bracket 33 installed on one side of the rear panel of the metal panel 40 to be installed, and is riveted to the third male bracket 33.

The third male bracket 33 is' It has a shape and is riveted to the metal panel 40 and the third female bracket 23. That is, the third female bracket 23 and the third male bracket 33 are respectively installed on the existing metal panel 10 and the metal panel 40 to be installed so that one side thereof overlaps each other, and the overlapping portions are riveted. It is intended to be joined by.

The fourth female bracket 24 is a plate shape having a predetermined length as shown in Figure 7, one side riveted to the existing metal panel 10 and the other side riveted to the fourth male bracket 34 do.

The fourth male bracket 34 is installed at the rear portion of the metal panel 10, one side of which is in contact with the fourth female bracket 24, and the other side of the fourth male bracket 34 is riveted to the rear portion of the metal panel 10.

According to the present invention configured as described above, the male bracket part 30 is respectively installed on the rear surface of the metal panel 40 to be installed first, and the female bracket part 20 is provided on the surface of the existing metal panel 10 installed inside and outside the building. After each installation, the metal panel 40 to be installed so that the male bracket portion 30 is fitted to the female bracket portion 20 is inserted into the upper portion of the existing metal panel 10, and the third male bracket 33 and The third female bracket 23, the fourth male bracket 34 and the fourth female bracket 24 are sequentially riveted to be installed.

That is, stud bolts 41 and 41 'are respectively placed on upper and lower rear surfaces of the metal panel 40 to be installed, and the first and second male brackets 31 are disposed to be parallel to each other on the placed stud bolts 41 and 41`. And 32, and then tighten the nuts 42 and 42`, and the third and fourth male brackets are parallel to each other on both sides of the rear side of the metal panel 40 and perpendicular to the first and second male brackets 31 and 32, respectively. Rivets (33, 34), respectively, to install the first, second, third, fourth male brackets (31, 32, 33, 34) on the top, bottom, left and right of the rear of the metal panel 10, the male bracket The first, second, third and fourth female brackets 21, 22, 23, and 24 are installed on the upper, lower, left, and right sides of the surface of the existing metal panel 10 so as to correspond to the portion 30. The metal panels 40 are inserted and installed so that the insertion portions 311 and 321 of the first and second male brackets of the metal panel 40 are inserted into the space portions 213 and 223 of the first and second female brackets, respectively. As such, when the first and second male brackets 31 and 32 of the metal panel 40 and the first and second female brackets 21 and 22 installed on the existing metal panel 10 are fastened, the installed metal panel 40 is removed. Push to one side to make the third male bracket 33 and the third female bracket 23 contact each other, and then rivet the third male bracket 33 and the third female bracket 23 to each other, and then tighten the fourth male bracket ( 34) and the fourth female bracket (24) by riveting. At this time, the metal panel 40 is installed, the third female bracket 23 and the third female bracket 23, the third female bracket 23 is installed on the right side of the existing metal panel 10 to facilitate fastening, If the fourth female bracket 24 is installed on the left side, the metal panels 40 are installed in the order from the left to the right. That is, the third female bracket 23 and the third male bracket 33 are riveted to the side of the metal panel 40, but the gap between the metal panel to be installed and another metal panel adjacent thereto is narrow. Therefore, when the fourth female bracket 24 and the fourth male bracket 34 are fastened first, the third female bracket 23 and the third male bracket 33 cannot be fastened, so that the third female bracket ( 23) is installed and the fourth female bracket 24 is installed on the left side, in order from left to right, and the fourth female bracket 24 is installed on the right side, and the third female bracket 23 on the left side. If is provided, the metal panel 40 is installed in order from right to left. In this case, the male bracket part 30 installed on the rear surface of the metal panel 40 should be installed to correspond to the female bracket part 20 installed on the existing metal panel 10.

Thus, the present invention is to be able to attach another metal panel to the surface of the old metal panel aging, it is easy to construct, the construction period is short, thereby minimizing the work loss.

In addition, since the existing metal panels attached to the hardware of the building is not removed, it does not harm the city's aesthetics, there is no need to install a scaffold and a protective film, and there are many effects such as eliminating the economic burden.

Claims (2)

It is fastened in the longitudinal direction on the surface of the existing metal panel installed, A hanger having a cross section of a shape, Support having a cross-section A first female bracket integrally formed to form a cross section of a shape, A second female bracket which is longitudinally fastened below the existing metal panel surface so as to be parallel to the first female bracket, and a hanger and a support are layered and integrally formed, and an existing metal panel surface to be parallel to the first female bracket; It is fastened in the longitudinal direction to the lower part, the hanger and the support are layered and integral Installed on one side of the existing metal panel surface to be perpendicular to the first and second female brackets, A third female bracket having a cross-sectional shape, A female bracket portion comprising a fourth female bracket having a plate shape installed on one side of an existing metal panel surface so as to be parallel to the third female bracket; A first male bracket installed in a longitudinal direction by a stud bolt and a nut placed on an upper rear side of the metal panel to be installed to be coupled to the first female bracket; A second male bracket installed in a longitudinal direction parallel to the first male bracket by stud bolts and nuts placed in a lower rear side of the metal panel to be installed to be coupled to the second female bracket; A third male bracket installed at one side of the rear side of the metal panel to be installed to be in contact with the third female bracket; And a male bracket part comprising a fourth male bracket installed on one side of the rear side of the metal panel to which one side is in contact with the fourth female bracket. Insert the first and second male brackets into the stud bolts placed on the upper and lower parts of the rear panel of the metal panel to be installed, and then fasten them in the lengthwise direction parallel to each other using nuts. The first step of riveting the 3,4 male brackets in parallel with each other, A second step of installing the first, second, third, and fourth female brackets on the top, bottom, left, and right sides of the existing metal panel to correspond to the first, second, third and fourth male brackets, respectively; A third step of inserting and coupling the first and second male brackets of the metal panel to be installed into the first and second female brackets installed on the surface of the existing metal panel; A fourth step of riveting the third male bracket of the metal panel to be installed and the third female bracket installed on the existing metal panel from the side; And a fifth step of riveting the fourth male bracket of the metal panel to be installed and the fourth female bracket installed on the surface of the existing metal panel, without removing the existing metal panel, A method for constructing interior and exterior metal panels, comprising installing metal panels.