KR200257131Y1 - Four angle bar for the unification of light gauge Wall System. - Google Patents

Abstract

In order to reduce heat loss and prevent dew condensation in buildings that need insulation, the construction is regarded as a lightweight steel aggregate inside the outer wall and a gypsum board is finished on it. It is ideal for exterior walls of all buildings that require back insulation, and it is possible to shorten the construction period as much as possible and to provide an internal lightweight wall that can further enhance the insulation effect.

Description

Integrated angle bar for light weight wall system {Four angle bar for the unification of light gauge Wall System.}

The present method has been mainly applied to the wet method of attaching the gypsum board directly using the gypsum bond, or the dry method of installing gypsum board and finishing the gypsum board thereon.

The use of wood frame in the dry construction method in the interior of the building improves the trouble of installing after assembling the wooden frame, and the condensation phenomenon occurred due to the impossibility of the winter construction of the wet method and the installation of the moistureproof layer. .

In the case of the existing dry process, the main cause of condensation was condensation due to the absence of insulation at the bottom of the frame and the gap between the insulation and the frame.

Condensation has surface condensation on the walls, floors, ceilings, etc., and internal condensation on inconspicuous areas.

Therefore, the present invention was drawn in view of the problems of the prior art, the purpose of which was used as a one-piece four-sided bar 20, which is a lightweight steel aggregate without distortion at all, and installed after assembling the existing dry method of the wooden frame The hassle has been improved, and the prefabricated construction method using lightweight steel aggregate has excellent workability and insulation material 50 is installed at the bottom to prevent condensation. To solve the inconvenience to be inserted, the disc was inserted between the concrete wall 70 and the integrated quadrilateral bar 20 without the need for cutting the heat insulating material 50, so that material LOSS and waste due to cutting were hardly generated.

In addition, by using the integrated anchor (10), it is easy to adjust the horizontal and vertical, and there is no sagging of the insulation material (50) and gypsum board (60) followed by lightweight steel products.

1 is an exploded perspective view for explaining the structure for installing the wall according to the present invention.

2 is an exemplary view for explaining an embodiment according to the present invention

Explanation of symbols on the main parts of the drawings

10: integral anchor 20: integral four-bar

30: metal C-RUNNER 40: fixed pin

50: insulation 60: gypsum board

70: concrete wall

The present invention is a metal C-RUNNER (30) by the inner method of the inner wall of the gypsum board (60) to be installed inside the building is fixed to the upper and lower parts with a fixing pin (40) as a member for supporting the upper and lower parts and integrated four-square bar (20) As the necessary intervals to set up to fit the integrated anchor 10 in the anchor hook groove 21 punched at a predetermined interval to level and then fixed with a fixing pin (40). Thereafter, the gypsum board 60 may be mounted after the heat insulating material 50 is sandwiched between the concrete wall 70 and the deemed using the integrated quadrangle bar 20. At this time, the gypsum board 60 is perpendicular to the core and is spaced 2 ~ 3mm apart on the floor to fill the coating material to complete the wall work.

The integrated quadrilateral bar 20 used as the core is rigidly walled after construction without deflection and deformation, and is integrally attached to the concrete wall 70 by bending the integral anchor 10 for fixing the core 90 degrees (13). A thin plywood (12) was applied to fix the groove (11), so that it was possible to work with a standard ST fixing pin (40) rather than a gun gun.

This method has added convenience to the work so that the gypsum board 60, which is a linkage work after fixing the insulation 50, can be easily and quickly attached.

This design is superior in construction and robustness compared to the existing wet and dry wall method, and it is possible to reduce the cost without material LOSS, and the existing method is not repairable in case of a defect, but the present method is a lightweight steel wall method that can be repaired in case of a defect. to be.

Claims (3)

The metal C-RUNNER (30) is a member for supporting the upper and lower parts, and fixed to the upper and lower sides with the fixing pin 40, and then the anchor hook groove (21) punched at a predetermined interval by setting the integral quadrilateral bar (20) as a necessary interval. After leveling the integrated anchor 10 into the horizontal anchor and fixing the integrated anchor 10 with the fixing pin 40, the insulating material 50 is sandwiched between the concrete wall 70 and the integrated quadrilateral bar 20, and the plasterboard ( Lightweight wall system with one-piece, four-sided bar assembly for mounting 60). The anchor hook according to claim 1, wherein the integral anchor 10 fixed to the concrete wall 70 is bent by 90 degrees and then twisted by 90 degrees to increase the support force, and the anchor hook punched at 45 degrees in consideration of workability. Integrated quadrilateral bar-fabricated lightweight wall system, characterized in that consisting of a groove (21). The method according to claim 1, The integrated quadrilateral bar 20 is supported by the S-shaped channel hanger 14 in order to increase the load to endure a wider contact area, S-shaped in order to eliminate shaking when the integral anchor 10 is attached Prefabricated lightweight wall system, characterized in that the channel hanger (14) to make the wings wider.