KR840002222Y1 - Frame for a panel board - Google Patents

Abstract

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Description

Skeleton for prefabricated building wallboard

1 is an exploded perspective view also serves as an example of the state of use of the subject innovation.

2 is a diagram illustrating a binding state of a key in the present invention.

Figure 3 is an enlarged cross-sectional view of the wall plate formed by the present invention.

4 is a perspective view illustrating a state of use of the present invention.

* Explanation of symbols for main parts of the drawings

1: straight wire 2: corrugated wire

1 ', 2': Cave 3: Insulation shaft

3 ': projection 4: insulation material

5a, 5b, 5c, 5d: key 5 ': keyhole

6a, 6b, 6d: binding aids A, B: reticulated skeleton

7: cement mortar

The present invention mainly relates to the construction of the wall plate skeleton embedded inside the prefabricated building wall molding. In particular, the thermal insulation material does not flow between the skeleton and the skeleton in which the wire is specially bound to the mesh in order to give soundproofing, room temperature, and firmness. It was made to intervene to form wallboard with cement mortar.

In general, it is well known that the wire mesh or the aggregate is used as a mesh when forming or constructing a building material with cement mortar, but there is no skeleton for a prefabricated building wall plate that can be molded by using a thermal insulation material therein.

In other words, the wallboard of the prefabricated building must be free from defects in its rigidity or separation due to the thermal insulation material embedded in the interior, which is resistant to external impact or impact during handling during forming, transportation and construction.

In the present invention, in order to solve such a problem, when the skeleton is manufactured in the shape of the mesh, the parts where the iron tongue and the iron wire cross each other are welded in a state of binding to each other unevenly, so that even if the welding falls by random impact, the intersection is not scattered. At the intersection, the insulation supporting shaft is installed at regular intervals so that the insulation does not flow between the skeleton and the skeleton and the skeleton on both sides is not separated from each other. It is to have.

This will be described in detail with reference to the accompanying drawings. Alternately arrange the straight iron wires (1) and the corrugated wires (2) to form a mesh skeleton (A) (B), but the intersection is " "Brother and" "Bulge in shape to form the bent portion (1 ') (2') to each other, and to bind or weld the occlusal part, the reticulum skeletal occlusal part of the one side of the insulating material supporting shaft (3 ') in the projection (3') It is installed directly in a fixed manner so that the insulating material 4 can be fitted, and through the insulating material 4 between the skeleton (A) and the skeleton (B) through the insulating material (4) at the tip portion penetrating the insulating material (4) The outer periphery of the key hole 5 'is caught by the projection 3' while the key 5 of the arbitrary shape having 5 ' In the present invention, the keys 5b, c, d in the present invention protrude the binding aids 6a, b, c to fill the keys 5b, c, d, and then bind the auxiliary pieces 6a, b, c) It is structured so that the state of binding is very solid by hanging or pinching the surrounding chilled line (1) (2).

The use of the present invention as described above is to laminate the insulating material 4 to the mesh skeleton (A) in which the insulating material supporting shaft 3 is placed so that the insulating material supporting shaft (3) penetrates the insulating material 4 and the upper end is projected. The reticle framework B is placed thereon, and the key holes 5 'of the arbitrarily selected keys 5a, b, c, and d are inserted into the heat insulating material support shaft 3, and then rotated so that the projections 3' are rotated. 3 ') The upper and lower reticulum skeletons (A, B) are engaged with the thermal insulation material 4 intervening on the outer periphery.

At this time, in order to solidify the binding state, the binding aids 6a, b, and c are filled with the key 5b, c, d provided with the binding aids 6a, b, and c. ) Or bind them to ask.

Thus bound frame (A) (B) is very solid and does not separate, the binding of the iron wire (1) (2) constituting the frame (A) (B) is relatively " "Brother and" "Bent type 1 'and 2' are welded to each other and welded together, so even if the welding part is dropped due to impact, the curved part 1 'and 2' are uneven, so that the network structure is not disturbed and is firmly Can be used.

Since the present invention is such a configuration, the structure of the reticulum skeleton (A) (B) is firm and the thermal insulation material (4) is interposed between the skeleton (A) and the skeleton (B) and the skeleton (A) and the skeleton (B). Since the overall binding state is bound to the support shaft (3) is firm, giving a cement mortar (7) can obtain a very solid wall plate.

Claims (2)

Form a mesh skeleton (A) (B) with a straight wire (1) and a corrugated wire (2), the intersection of which is " "Brother and" Bend to form a mold and weld the bent portion 1 'and 2', and insulate the insulating member support shaft 3 with the projection 3 'protruded at a predetermined distance from the preliminary skeleton A to form the projection 3 Skeleton for prefabricated building wall plate, where the key (5a, b, c, d) with the binding auxiliary piece in the ') part is rotated by inserting it into the key hole (5') to bend the binding auxiliary piece to the wire. The key 5b, c, d in which the binding auxiliary piece 6a, b, c protrudes from the projection 3 'of the thermal insulation material support shaft 3 of the mesh skeleton (A) (B) according to claim 1 Skeleton for prefabricated building wall board which is inserted into the keyhole (5 ') and rotated so that the binding auxiliary piece is attached.