KR200174942Y1 - Bonding construction of architectural assembly partition panel - Google Patents

Abstract

Panels can be connected firmly to each other at the joints without gaps, and also widen the cross-sectional area of contact, so that a heat insulating member such as styropol or glass wool in the panel prevents the generation of toxic gases due to ignition in case of fire. The assembly structure of the building assembly partition panel that can minimize the accident of life, and the panel with the heat insulating member is coupled between the upper and lower plates, these panels are assembled to assemble the joints of the panels corresponding to each other In the panel, the grooves of the panels 100 may be coupled to each other by the irregularities, grooves 103 are formed at the end portions of the upper and lower plates of the one panel 100, the other side corresponding to The end of the panel 100 is to be fixed to the bent end 102 is buried, the uneven, 'V' shaped grooves 210 are formed on the side of one panel 100 The curved plate 200 is fixed, and the 'V'-shaped grooves 210 have' V'-shaped protrusions 101 formed at the ends of the upper and lower plates 110 and 120 of the corresponding panel 100. It is intended to be combined with each other.

Description

Bonding construction of architectural assembly partition panel

The present invention relates to a coupling structure of a building assembly partition panel, and in detail, the panels can be firmly coupled to each other without a gap therebetween, and also expand the cross-sectional area of the styropole in the fire in accordance with the wider cross-sectional area. Insulation member such as glass wool to prevent the generation of toxic gases due to the ignition, and relates to a coupling structure of the building assembly partition panel for minimizing human accidents.

In general, assembling partition panel for building is generally formed to be filled with a heat insulating member such as styropol, urethane or glass wool between the upper and lower steel plates.

Panels molded to a certain size as described above are to be coupled to the corresponding panel in succession with each other, the joints of the panels are coupled to each other in the prior art as shown in Figure 1 and 2 of the panel 100 One side of the upper and lower plates 110, 120 of the copper portion is formed in a substantially 'U' shape, and the other side is formed in a roughly crank shape so that the mutually corresponding copper is shown in Figure 1b and Figure 2 b to be combined.

As described above, in the conventional coupling structure, the external appearance of the coupling portion of the panels 100 looks beautiful, but since mutual coupling is almost made in line contact, fire is penetrated between the gaps as can be seen in the fire test due to the generation of gaps. Insulation member 130 in the burned out there was a problem of toxic gas discharge.

In order to solve the above drawbacks, a separate iron plate may be fixed as a means for preventing a gap between the coupling portions of the panels 100, but there is a problem that the appearance is not beautiful as the iron plates between the panels are exposed to the outside. .

In order to solve the above-mentioned drawbacks and problems, the present invention is designed to allow the joint portions of the panel and the corresponding panel to be bent into a substantially 'V' shape, thereby widening the mutual contact cross-sectional area, thereby making the conventional clearance by mutual surface contact. As it can be eliminated, it is possible to prevent the flame from penetrating into the heat insulating member of the panel, and also as the joints of the mutual panels are joined to each other by the uneven shape of each other, the building assembly partition which can increase the rigidity and increase the reliability of the product. It is intended to provide a joining structure of the panel.

The present invention is a panel that is filled with a heat insulating member between the upper and lower plates, and the panel is assembled panel that can be assembled so that the joints of the panel corresponding to each other, as the corners of the panels are engaged with each other by irregularities Can be coupled, the groove is formed on the end of the upper panel, the lower plate of the one panel, the other end of the corresponding panel is characterized in that the bent end is buried fixed.

The concave-convex is fixed to the side of one panel of the panel formed in the 'V' shaped grooves are fixed, and the 'V' shaped grooves are coupled to each other 'V' shaped projections formed on the upper and lower end of the corresponding panel Since the joining parts of the two copper parts are combined with each other by irregularities, not only the gap is prevented due to the increase of the contact area but also the firmness is increased. It can increase.

Figure 1a, 1b is a cross-sectional view of the separation and assembly of a conventional building assembly partition panel,

Figure 2a, 2b is a cross-sectional view of the separation and bonding of another conventional embodiment of the panel,

3 is a perspective view of the building assembly partition panel of the present invention,

4 is a cross-sectional view of the building assembly partition panel of the present invention,

5a, 5b is a combined cross-sectional view of the building assembly partition panel of the present invention,

6A and 6B are cross sectional views of a building assembly partition panel according to another embodiment of the present invention;

Explanation of symbols on the main parts of the drawings

100: panel 110,120: top and bottom

130: heat insulating member 200: copper plate

210: 'V' shaped groove 220: step

101: 'V' shaped projection 102: bending end

103: groove 104: slope

105: space

In general, the panel 100 is filled between the upper and lower plates 110, 120, for example, a heat insulating member 130 that can block heat, such as styropol, urethane and glass wool, the heat insulating member ( 130 is not particularly limited.

The panel 100 allows the neighboring panels 100 and the corner portions thereof to be coupled to each other, and the present invention allows the corners of the panels 100 to be coupled to each other by irregularities. .

The irregularities, as shown in FIGS. 3 and 4, the copper plate 200 having the 'V'-shaped grooves 210 formed on the side surface of one panel 100 is fixed. The copper plate 200 is molded separately as described below to be coupled to the copper portion of the panel 100, for example, the upper and lower plates 110 and 120 to be described later of the panel 100 and It may be molded integrally.

In addition, 'V' shaped protrusions 101 are formed at ends of the upper and lower plates 110 and 120 at corresponding portions of the panel 100.

Referring to the copper plate 200 of the panel 100 in detail, as shown in Figure 5 'V'-shaped grooves 210 bent in a substantially' V 'shape at a predetermined interval is molded, the' V'-shaped grooves ( The stepped stepped 220 is formed between the 210, and the ends of the 'V'-shaped grooves 210 are combined with the end of the panel 100 by bending forming a bending end 102. This bending end 102 is the end of the copper plate 200 and the panel 100 The ends of the upper and lower plates 110 and 120 overlap each other and are formed in a substantially circular shape as shown in FIG. 5A.

5 and 6, the grooves 103 are formed to have grooves 103 of a predetermined depth formed at the end portions of the upper and lower plates 110 and 120 of one panel 100. This is such that the end of the other panel 100 corresponding to the groove 103 is fixed to the bent end 102.

As the bent ends 102 of the panel 100 are embedded and coupled to the grooves 103 as described above, the coupling portion of the panel exposed to the outside is smoothly maintained in a curved surface, and the appearance is beautiful.

Here, as shown in FIG. 5, the groove 103 of the panel 100 may be formed in a hemispherical shape so that the bent end 102 of the corresponding panel 100 may be buried, and the panel may be finished as shown in FIG. 6. The groove 103 of the (100) has a hemispherical shape and is connected to the 'V'-shaped protrusion 101 and the inclined surface 104, thereby forming a space 105 with the bent end 102 of the neighboring panel 100. The formation of the blocking space with the outside may be formed.

As described above, the coupling portion of the mutual panel 100 allows the bent end 102 adjacent to the groove 103 to be embedded, and the irregularities (the 'V'-shaped groove 210 of the copper plate 200 of the one panel 100). And the upper and lower plates 110 and 120 of the neighboring panel 100 and the 'V'-shaped projections 101 of 120, as they are coupled, eliminating gaps due to an increase in contact cross-sectional area, maintaining robustness, and fire at the same time. By blocking the inflow of fire into the heat insulating member 130 of the panel 100, it is possible to prevent the generation of toxic gas.

As described above, the mating portion of the corresponding panel is bent into a substantially V-shape to widen the cross-sectional area of contact, thereby eliminating the gap as in the prior art by mutual area contact, so that the flame penetrates into the heat insulating member of the panel. It can be prevented, and furthermore, as the joints of the mutual panels are joined to each other by the uneven shape of each other, there is an effect that can increase the robustness and increase the reliability of the product.

Claims (2)

In the panel to which the heat insulating member is coupled between the upper and lower plates, and the panels can be assembled so that the corner portions of the panel corresponding to each other can be combined with each other, the corners of the panels can be coupled to each other by the irregularities. And a groove is formed at an end portion of the top and bottom plates of the one panel so that the end of the corresponding other panel is fixed to the bent end. According to claim 1, wherein the irregularities, 'V' shaped grooves are formed on the side of one panel is fixed to the copper plate, the 'V' shaped grooves 'V' formed on the upper and lower plate ends of the neighboring panel Coupling structure of building assembly partition panel, characterized in that the shaped projections are to be coupled to each other.