KR200279551Y1 - Wall stud and Wall for a structure with the same - Google Patents

Abstract

The present invention constructs the inner and outer wall structures of the building, but is configured to further install the inner plate in the space between the outer plate, the wall structure stud and the building wall using the same to improve the sound insulation and crime prevention performance between generations In the structure, a stud (2) is provided on the ceiling and the floor of a building as a skeletal structure, and an outer plate (6) is installed on both sides of the stud (2) by using a joint (4). The inner plate 8 is fixedly installed at a substantially intermediate position between the outer plate 6 by using the second fixing part 2c and the third fixing part 2d, and the outer plate 6 and the inner side thereof. The space between the boards 8 is provided by providing two insulating heat insulating layers 10.

Description

Wall stud and Wall for a structure with the same

The present invention constructs the inner and outer wall structures of the building, but can be installed to further install the inner plate in the space between the outer plate, the wall structure studs useful for improving the sound insulation performance and crime prevention performance between generations and using the same It relates to a building wall structure.

In general, in the construction of buildings, apartments, houses and factories, a dry wall method is mainly applied to construct a partition wall or an outer wall structure that divides an interior space.

The dry wall method, unlike the wet method of stacking blocks or bricks, is lightweight and can be installed without burdening the building, and there is an advantage in that construction is simple and rapid work and cost are low.

Drywall construction should basically have insulation and sound insulation and structural strength. To this end, a dry wall structure is usually constructed to have a sound insulation function by filling a heat insulating material such as a glass surface or a rock surface between nonflammable and outer plate materials.

The general structure of such a dry wall is disclosed in Korean Utility Model Publication No. 1997-62599 (Dec. 11, 1997) and Registered Utility Model Publication No. 20-213560 (Dec. 4, 2000).

In the dry wall structure introduced here, a stud on the approximately 'c' shape of a skeleton is installed upright, and an outer plate of gypsum board is disposed on both sides of the stud, and an insulating mat of glass or rock wool in the space therebetween. It is constructed by inserting and mounting and assembling the stud and the outer plate using a joint.

However, the conventional dry wall structure has a problem that the sound insulation and security characteristics are weak.

For example, in the conventional dry wall structure, the outer plate is fixed on both sides of the stud which is approximately 'c' shape, so that a single layer of insulation mat is simply disposed therein. There is a problem that loud noise is heard between generations due to gaps generated in uneven parts such as electrical wiring and piping, and also due to the low sound insulation performance of the insulating mat of the first floor.

In addition, the conventional dry wall structure is because the outer plate is made of gypsum board, there is a structural fragility that is easily punctured by a hole when scratched with water soaked, and the insulation is also easily removed, so that the defense against the danger of crime prevention It is exposed.

As to solve the problems of the prior art, the present invention improves the structure of the studs forming the skeleton in the installation of the drywall of the building, further installing a separate inner plate in the space between the outer plate of gypsum board In addition, by providing a two-layer insulating sound insulating layer on both sides thereof, the object is to completely block the noise and security risks generated between generations.

1 is a perspective view showing a stud for the wall structure of the present invention.

Figure 2 is a perspective view showing a building wall structure of the present invention.

3 is a plan sectional view of FIG.

* Description of the symbols for the main parts of the drawings *

2- Stud 6-Outer Plate

8-inner plate 10-insulation insulation layer

According to the object of the present invention in the present invention is installed as a skeleton structure of the wall structure, the first fixing portion to which the outer plate is attached in configuring a stud for supporting so as to fix both sides of the outer plate using a joint, and A connecting portion extending from the first fixing portion toward the center of the wall structure, a second fixing portion which is bent and extended in parallel with the first fixing portion at the connecting portion to form a groove to insert and fix the inner plate, and the second fixing portion The present invention proposes a stud for a wall structure including a third fixing part which is bent and extended in contact with each other, and which allows the inner plate to be attached using a joint.

In addition, in the present invention, the outer plate is fixed to both sides of the studs installed upright in the building, and the inner plate is fixed by the stud at a position approximately in the middle between the outer plate, between the outer plate and the inner plate We propose a building wall structure composed of insulation insulation layer in space.

Here, the outer plate is attached to the first fixing part of the stud by using a joint. In addition, one inner plate is inserted into the second fixing portion of the stud, the other inner plate is attached to the third fixing portion using a joint.

Preferably, one or two gypsum boards may be used as the outer plate, and the inner plate may be a gypsum board, a synthetic resin board, or an iron plate.

EMBODIMENT OF THE INVENTION Hereinafter, preferred embodiment of this invention is described in detail based on an accompanying drawing.

Figure 1 shows the overall structure of the stud for the wall structure according to the present invention.

As can be seen through the drawings, the stud 2 of the present invention has an external shape formed by connecting approximately two 'c' shapes, and three to support the outer plate and the inner plate described below. It includes a fixing part.

More specifically, both sides are formed with a first fixing portion 2a to which the outer plate is attached, and a second fixing portion 2c for supporting the inner plate by bending and connecting the ends of the connecting portions 2b extending toward the center. ) And a third fixing part 2d.

The second fixing part 2c bends the end of the connecting part 2b in parallel with the first fixing part 2a, and forms a groove through which the inner plate can be fitted. Since the third fixing part 2d overlaps the ends of the second fixing part 2c and extends in parallel with the first fixing part 2a, the third fixing part 2d is provided with a space for attaching the inner plate member.

2 and 3 show the building wall structure constructed using the stud described above.

As can be seen from the drawings, the building wall structure of the present invention constitutes a partition wall or an external wall of a building such as a building, an apartment, a house, a factory, and the like, and is a stud structure fixed to the ceiling and the floor of the building. 2) is made.

The outer side plate material 6 is installed in the both 1st fixing parts 1a of the stud 2 using the joint 4, and the 2nd fixing part 2c in the substantially intermediate position between the said outer plate material 6, and The inner plate 8 is provided by using the third fixing part 2d, and two insulating heat insulating layers 10 are provided in the space between the outer plate 6 and the inner plate 8.

The studs 2 are installed at a plurality in the middle at regular intervals. The inner plate 8 is inserted into and coupled to the second fixing portion 2c and attached to the third fixing portion 2d using the joint 4.

The outer plate 6 may be configured by using an inorganic fiber reinforced gypsum board in consideration of structural strength, using one sheet of finishing gypsum board, or two sheets of finishing and ground gypsum boards. When the outer plate member 6 is composed of two sheets, a separate sound insulation layer may be further formed therebetween.

The inner plate 8 uses a synthetic resin board or iron plate such as inorganic fiber reinforced gypsum board or reinforced plastic. In particular, reinforced plastics or steel plates are installed to improve security characteristics.

The heat insulating sound insulating layer 10 may be formed and used in a seamless structure because it uses a heat insulating mat made of glass or rock, or mixes and recycles a recycled chip and a latex-based water-soluble binder.

As can be seen through the embodiments described above, the stud of the present invention and the building wall structure using the same is to further install a separate inner plate in the space between the outer plate of gypsum board, both sides of the By providing an insulating sound insulating layer, it is possible to completely block the noise generated between generations.

In addition, the inner plate material according to the present invention is firmly installed without a gap by the stud to improve the insulation and sound insulation properties.

In addition, the present invention uses a synthetic resin board or iron plate as the inner plate material, it is possible to improve the security and security features.

Meanwhile, the present invention has been described in detail only with respect to specific embodiments, but it is apparent to those skilled in the art that the present invention can be modified or changed within the scope of the technical idea of the present invention, and such modifications or changes are defined in the claims of the present invention. Will belong.

Claims (6)

In the stud which is installed upright as a skeletal structure of a wall structure, and supports so that both outer board members can be fixed using a joint, A first fixing part to which the outer plate is attached; A connection part extending from the first fixing part toward the center of the wall structure; A second fixing part which is bent and extended in parallel with the first fixing part in the connection part to form a groove to insert and fix the inner plate member; And And a third fixing part which is bent and extended from the second fixing part to be in contact with each other and to which the inner plate is attached using a joint. A stud installed upright on the building; An outer plate fixed to both sides of the stud; An inner plate positioned substantially in between the outer plate and fixedly installed by the stud; And Building wall structure comprising a heat insulating sound insulation layer is installed in the space between the outer plate and the inner plate. 3. The stud according to claim 2, wherein the stud includes a first fixing portion to which an outer plate is attached, a connecting portion extending from the first fixing portion toward the center of the wall structure, and a groove for bending and extending from the connecting portion to insert and fix the inner plate. And a second fixing part forming a second fixing part, and a third fixing part which is bent and extended from the second fixing part to be in contact with each other and to which an inner plate is attached. The building wall structure according to claim 3, wherein the outer plate and the inner plate are attached to the first fixing part and the third fixing part by using a joint. The building wall structure of claim 2, wherein the outer plate is one or two gypsum boards. The building wall structure of claim 2, wherein the inner plate is a gypsum board, a synthetic resin board, or an iron plate.