KR20190078792A - Multi system bracket - Google Patents

Abstract

The present invention relates to a multipurpose system bracket for construction. According to the present invention, the multipurpose system bracket for construction is to install various finishing materials by extrusion of a metallic material for construction. To achieve the purpose of the present invention, the finishing material can be installed since the finishing material is extruded and formed using an A.L sheet panel. Also, construction technique is generalized and widely used as a construction method is improved. Specifically, for a wet tile, ready-mixed-mortar is charged 100%, and generation of a defect can be reduced. The multipurpose system bracket for construction is economical by being reused. A weight stone and a panel are constructed based on structure calculation to be different from a lightweight finishing material. The multipurpose system bracket for construction enables the various finishing materials to be applied and installed.

Description

Multi-purpose system bracket for construction {MULTI SYSTEM BRACKET}

The present invention is a multi-use system bracket which can be used for wall tile, stone construction, A.L SHEET panel, composite panel, CRC board, high density wood panel,

Existing tile construction is done by attaching a certain amount to the back side of tile with cement and holding horizontal vertical side from bottom to cement amount. In this case, when adjusting the vertical surface to the amount of cement, it is necessary to apply the construction technique and it takes a long time to construct the cement. As a result, the backside of the tile is filled with cement of 60 ~ 70% of the tile surface. In this case, there is a high risk of tile defects. To solve this problem, additional work and expenses are incurred because another operation is required to fill the gaps after the whole installation.

To construct a stone line, first horizontal line is placed horizontally to catch a horizontal line, then it is applied horizontally and vertically, and it is fixed to the back side of stone or stone floor using stainless steel washer and anchor. , Use 2 to 4 washerers, and check the horizontal and vertical as you process heavy stone.

In order to install various panels (aluminum sheet, composite panel, CRC board, high density wood panel), use steel square pipe to frame and install the panel in horizontal and vertical alignment. The foundation frame installation is a process that occupies 60% of the work.

Generalization of tile construction technology.

100% filling of tile wall gap gap

Reduce work speed and labor costs.

Easy to maintain and replace tiles.

Completion of the construction of the stone frame. (Horizontal and vertical simultaneous operation)

Generalization of construction technology and reduction of work time.

CRC board, A.L SHEET PANEL, A.L composite panel, high density panel No need for underfloor process.No plywood construction.Doing work takes 60% of whole process, generalization of construction technology reduces labor costs and shortens work time.

In the present invention, it is indispensable to investigate the structural and mechanical strength of a shape-forming metal-made frame that forms a frame capable of various finishes, in order to withstand the weight and load according to the kind of the finishing material.

For this purpose, it is divided into two parts, light weight and weight, and the structural calculation is requested by a professional company to adjust the thickness and size according to the structural calculation. If only the structural value is shown, the sample should be tested after the mold design and after the sample extrusion.

The effect of the present invention is that it can be used as a BASE work as a barber premium product for the construction of tiles, stones, various panels and the like. It is easy to construct, shortens work time and saves labor costs due to highly skilled workers. Especially in the case of tiles, the occurrence of defects decreased.

[Drawing 1] Structure of the Invention
[Fig. 2] An exploded perspective view of the invention
[Drawing 3] An assembly perspective view of the invention
[Drawing 4] Tile, CRC, lightweight stone, plywood and gypsum board section
[Drawing 5] Stone assembly perspective view.
[Figure 6] Stone section, elevation.
[FIG. 7] AL SHEET, composite panel, high density wood panel sectional view.

The present invention will now be described in detail with reference to the accompanying drawings.

Tile, stone, A.L SHEET.A.L composite panel, high-density wood panel finishing materials and so on, which can be formed easily by anyone with this invention.

2, a horizontal bar 3 for installing a finishing material is installed in a conventional perspective view of the present invention, and a bracket 1 for holding the horizontal bar 3 is installed on a wall surface. You only need to check the horizontal and vertical surfaces during installation.

The vertical surface can be adjusted with the fasteners (9), and the horizontal bar (3) only needs to be installed according to the height of the finishing material.

It is sufficient to attach the adhesive 12 to the upper and lower edges of the tile 11 and to affix the bar 5 to the horizontal bars 3 and 4 while holding the bar 5 on the side. The use of the vertical bar (5) may be accomplished by wetting the tiles (11) and injecting the remotely into the top of the tile with a portable automatic pump. Currently, 60 ~ 70% of the tile area is used for tile construction. Dry tile construction requires no remicade in the wet method.

Therefore, if the tile is constructed with the present invention, the work can be simplified first. It is also a method that can be easily constructed by ordinary people.

4, the CRC board and the plywood 11 can be applied to the tile construction method using the adhesive 12.

AL SHEET, AL composite panel and high density wood panel construction principle are the same, but AL-7 AL SHEET, AL composite panel and high density wood panel are fixed in the same way. The jointing caulking finish is not different from the conventional method.

However, it is possible to use two or four stone harseners for each stone when installing stone, and to supplement and shorten the time for horizontally and vertically confirming the construction when one horizontal sheet is laid out,

A.L SHEET, A.L Composite Panel, High Density Wood panel is required for the construction work. The conventional work process can be shortened, and when welding is performed with iron, there is a fire caused by welding, but the present invention does not require welding.

Currently, tile construction, stone construction, plank (A.L SHEET, composite panel, high density wood panel) construction and wall construction are separately constructed. By using the present invention, all of the above processes can be applied. In addition, it is easy to generalize work techniques, shorten work time, and reuse semi-permanent materials with non-ferrous materials.

Description of the Related Art
1. Bracket 2. END bracket (upper and lower) 3. Horizontal bar 4. END Horizontal bar 5. Vertical bar 6. CL (CENTER line)
7. Connection rail 8. END Connection rail 9. Fastening hole 10. Fastening hole 11. Finishing material 12. Adhesive
13. Wall 14. Bracket A 15.END Bracket A 16. Horizontal Bar A 17.END Horizontal Bar A 18. Stone
19. Horizontal Bar B 20. Panel (AL SHEET, Composite Panel, Wood Panel, Laminate + Zinc Pincer)
1,2,3,4,5 for tile, CRC board, lightweight stone, glazing.
14, 15, 16, 17,
AL SHEET, AL composite panel, CRC board installation.

Claims (4)

The present invention is an invention that enables various finish materials to be easily constructed by anyone using a multi-purpose system bracket (MULTI SYSTEM BRACKET). [Drawing 2] Insert the number of 2 (END brackets) corresponding to the length of 4 (END horizontal bar). (Quantity of regular interval) To catch the reference point, drill wall hole based on 10 (fastening hole) according to the bottom floor level and tighten 9 to construct the whole wall to be installed. Here we see the vertical plane.
3 (horizontal bar) to 1 (bracket) to fit the length of the appropriate length. 3 (horizontal bar) and 1 (bracket) are applied to the finishing material height while holding the horizontal reference point. 3 (horizontal bar) and 1 (bracket) are displayed for 6 (CENTER line).
Once the MULTI SYSTEM BRACKET has been installed, it is possible to install various finishing materials easily by putting the finishing material in a frame holding horizontal and vertical surfaces. In FIG. 1, it is only necessary to attach 12 (adhesive) to the rim 11 (tile, CRC board, lightweight stone) on the rear surface, and then attach it to 3 (horizontal bar) and 4 (END horizontal bar). When attaching tile, put 5 (vertical bar) on the side and install it. After completion of the tile construction, [Fig. 4], the tile section should be filled with remitals between 11 (finishing material) and 13 (wall). It is filled with remotely by a portable automatic pump. Tile and tile during refill filling Typical 3 to 5 mm vertical and horizontal joints to prevent remitive leakage 3 (horizontal bar) and 5 (vertical bar) prevent remitive leaks. Also, if dry tiles are to be installed, install plywood on 19 (horizontal bar B) and install tiles on the plywood. Plywood fixation can be fixed with skewer or takapin.
CRC boards and lightweight stones may be excluded. In addition, when installing a plywood or gypsum board in a foundation frame or a STUD as an existing slab to build a wall, it is necessary to install a wooden foundation frame, a STUD interval of 300 to 450 It is usually economically effective by constructing it at intervals of @ 600 ~ 1200. In case of other finishing after demolition, the existing invention can continue to be used, and there is no rust due to non-ferrous material, which is semi-permanent. Since the stone used in the stone is heavy, the thickness and size of 14 (bracket A), 4 (END bracket A), 16 (horizontal bar A) and 17 (END horizontal bar A) The construction method is the same, Stone 9-1 can control the vertical plane, and when there is insulation, the long length of 9 (fastener) is used. 18 (stone) is large [Fig. 6] The construction is made so that 18 (stone) is overlapped on 14 (bracket A) in the elevation, and 14 (bracket A) is small when it is small.
Generally, it can be applied with 12 (adhesive). Adhesive is used as epoxy and 16-1 (horizontal bar A) is given 6-1 to improve adhesion. In addition, it is possible to fix the PIN by using holes 6 (horizontal bar A) and 18 (stone) by using 6-2 (PIN), one of the stone construction methods in [6].
Do not use 5 (vertical bar) when installing stone. [Claim 3] The method of claim 1, wherein the same as in the case of stone construction, but using 19 (horizontal bar B), 20 (AL SHEET, composite panel, high density wood panel) Finish it.
In the case of installation with high height such as outer wall, it can be installed horizontally in the same way as stone, but in the vertical direction. The reason is that holding the vertical plane can speed up the working speed of the present invention, and it is easy to construct the vertical plane (9-1) while confirming the width, and to endure the load of the finishing material. If you only hold a vertical line, you can do it in 6 (CENTER LINE) basis.
In the case where a heat insulating material is provided on the outer wall, a long one as shown in Fig. 9 (fastener) can be used.
Another advantage is that there is a cause of fire due to welding when the conventional steel bottom is used, but there is no cause of fire because the present invention has no welding part.

Images