KR20080004938U - Prefab Wall-Panel - Google Patents

Abstract

The present invention is a prefabricated wall-panel that can be used on the walls of interior and exterior of buildings. It is used as a bottom plate by using the characteristics of magnesium board which is resistant to water. Since the panel and the panel are fitted together, the installed panel is integrated and the factor of defect is reduced.

Various materials (tiles, stone glass, etc.) are bonded to the prefabricated wall-panel of this paper with a resin-based bond with a long curing time, and after curing for more than 24 hours, the construction is carried out as a construction member of the prefabricated wall-panel of this paper. It can be installed quickly and easily on the bathroom and outside walls.

Prefabricated Panel, Prefab Wall Panel, Wall Panel

Description

Prefabricated wall-panel

Figure 1: Exploded View of Prefabricated Wall Panel

Figure 2: Perspective view of the prefabricated wall panel in this article

Figure 3: Perspective view of the assembly of the prefabricated wall panel

Figure 4: Plan view of the prefabricated wall panel in this article

Figure 5: Front view of the prefabricated wall panel in this article

Figure 6: Side view of the prefabricated wall panel in this article

Figure 7: Side view of the assembly of the prefabricated wall panel in this article

(Symbol description of main parts of drawing)

a .. Magnesium Board

a-1. Side groove

b. Unevenness (polycarbonate sheet)

c. Aluminum plate

d. Attachment Aid Groove (Magnesium Board + Aluminum Plate)

d-1. Attachment tool for load bearing (magnesium board + aluminum plate)

e. latch

f. Attachment Stone, tile, glass, etc.

g. L-shaped angle

h. Wall panel

In this technical field, stone, glass and tile on the inner and outer walls of the building can be easily assembled and assembled on the outer and inner walls of the building.

In order to construct a stone tile glass on the inner and outer walls of a building according to the prior art, there is a construction method as follows.

1) wet method

a) Install mortar mixed with cement and sand on the material before installation.

(Used for construction of tiles, stones, etc.)

b) installation after attaching the bond to the material

(Only walls and walls of buildings use stones and tiles due to their waterproofness)

2) Dry method (pin type)

a) As a method of assembling materials by using anchors, hasners and pins, it is applied to the external construction of materials.

The object of the present invention is to improve the problem of the conventional technology in the construction method for constructing glass, stone tiles, etc. on the inner and outer walls of the building to achieve an efficient and beautiful construction. Mentioned above

The problem in the wet construction of cement mortar of the prior art (1) a) is that the cement mortar is mounted on the tiles and the tiles are vertically and horizontally installed. Therefore, skilled construction personnel are required and the wall smoothness is also not high. There is no construction.

In the case of the bond construction of the prior art (1) b), the wall surface should be smoothed with plywood or the like by plastering the construction wall surface or by the ground work. Therefore, as the process is added and the bond used must be instantaneously hardened, the bond performance (adhesion, impact resistance, and water resistance) is inevitably deteriorated. Therefore, it may be a cause of defect.

In the case of the pin-type dry construction using the anchor and the washer of the prior art (2) b), the thickness of the material should be at least 30mm because a hole is formed in the corner of the material to be attached due to the characteristics of the pin-type.

Therefore, when building a stone, etc., the weight of the material puts a burden on the building and costs relatively high.

Each anchor should be properly mounted on four sides of the material and should be installed by a skilled contractor. The construction speed is also very slow. In addition, it is impossible to construct small mosaic tile break bricks.

The technical problem to be solved by the present invention is to improve the above-mentioned technical shortcomings mentioned above, and then attach the prefabricated wall-panel of the present material to the inner and outer walls of the building by attaching the bonding material (tile stone glass) to the bond first. By using the prefabricated member in this paper, the attachment material is lighter and slimmer than the conventional technology, so it is easy to install and fast and requires no skill.

In addition, since the adhesive bond of the resin-based bond, which has a long curing time due to laying and bonding during bonding, is cured for 24 hours, the bond generation is excellent, and thus causes less defects.

In addition, small materials such as mosaic tiles and masonry bricks can also be assembled to the prefabricated wall panel.

The structure of the prefabricated wall panel is as follows.

First, a 10mm thick magnesium board (Fig. 1a) is used as the bottom plate of the prefabricated-wall panel in this paper. B) Bond with a bond.

On top of that, a 1 mm thick aluminum plate (c in Fig. 1) is also bonded. This process is to make grooves and unevenness in which the prefabricated wall-panel of this paper can be bonded to the side. Do not injure your hands during installation.

Then cut a 10mm thick magnesium board (d, d-1 in Fig. 1) and bond it with a bonder and a tacker pin to the bottom plate. This attachment aid loads the prefabricated wall-panel in this article to the wall Support (d-1 in Figure 1) and the grooves of the panels assembled above (d in Figure 1).

Screw the latches that hang the panels over them.

Finally, the ocher waterproofing material is mounted at the bottom of the panel.

The ocher waterproofing agent, which is a conventional product, can be installed in a water tank and serves to suppress mold and bacterial growth.

Various wall materials (stone, tile, glass, etc.) are designed and bonded to the upper part of the panel.

When installing the prefabricated wall-panel in this paper on the inner and outer walls of the building, the L-shaped angles are assembled as in the case of g of Figure 3 and anchored in the horizontal direction.

When the L-angle is joined by bolts, the vertical surface can be precisely adjusted and the anchor can be precisely leveled by bolts.

On the angle so installed, as shown in Figure 2, the prefabricated wall-panel in this paper is pushed in the horizontal direction for construction, and then the message is put. Thus constructed prefabricated panel, as shown in Figure 2, the upper and lower parts are firmly fitted to each other to connect the constructed panel as one.

As shown in Fig. 1 (b), materials (tile stone glass, etc.) are bonded with resin-based bonds, and c and d in Fig. (1) are installed to attach the prefabricated wall-panel of this paper to the wall. ) Fixes to L type angle of a.

The effect of this proposal

Due to the nature of the magnesium board, which is resistant to water (magnesium board is cured in the water when it is manufactured), various materials such as tile stone and glass can be designed on the bathroom wall and the exterior wall of the building and can be quickly and easily installed. Therefore, the construction time is very short and construction cost reduction effect.

The prefabricated wall-panel of this paper is 13mm-18mm thin even after the material is attached, so that even if the thickness of the prefabricated member is 30mm, the wall surface can be assembled smoothly with less than 50mm thickness. This is possible and can be installed quickly and easily.

Using the wall-panel of the present invention, it is possible to construct by lowering the thickness of the stone when constructing the stone (3mm-5mm).

Small materials such as mosaic tiles, which are very difficult to construct in the conventional dry and wet methods, can be easily installed on the inner and outer walls of a building.

In addition, various materials can be mixed and designed to be bonded to the prefabricated wall-panel of this paper, and then the interior and exterior walls of the building can be easily decorated and the designed panel can be constructed to suit the customer's taste.

Claims (1)

In making the prefabricated wall panel Dig out the wool on the bottom of the magnesium board (Fig. 1a and a-1), and then bond it with a bond to the cut-out corner using an elastic resin sheet such as polycarbonate sheet (b). Bond the (Fig. 1c) with the bond to create the irregularities of the elastic side, and attach the load supporting attachment tool to the lower plate as shown in (d-1 of Fig. 1), and the clasp for hanging the panel is attached on it. Prefabricated wall panel, characterized in that the attachment aid for the upper assembly unevenness is installed on the lower plate as shown in (d) of FIG.

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