KR200266699Y1 - The flame interception structure which is cross shape of a fabricated pannel - Google Patents

Abstract

Interconnecting panels and panels used for the purpose of providing buildings with fast air and construction costs by constructing building walls or roofs by connecting prefabricated panels and panels, which are the basic materials for building prefabricated buildings such as warehouses and factories. It is designed to protect the building and improve the durability of the building by making sure that the flame is blocked in case of fire.

Description

The flame interception structure which is cross shape of a fabricated pannel}

The present invention is a prefabricated lightweight panel, when building factories, warehouses, etc., one side of the recess is recessed vertically in the center of the left and right ends of the panel, and the center of the other end protrudes between the protrusions that match the width and depth of the recess. When the panel and panel are assembled and assembled, insert the projection between the next panel into one panel insertion groove, and rivet a plurality of fixing rivets in the vertical direction outside the panel where the recess is formed to maintain the assembly state. The panel and the panel are fixed to each other, which is similarly constructed in assembling the ceiling panel.

As above, assembling and fixing the wall panel and the panel, the rivets are exposed in the vertical direction on the building's outer wall where the eyes are concentrated, so it is not good for the aesthetics of the building and precise assembly by the skilled workers. This is difficult, especially in case of fire, the outer shell of the panel is made of thin thin steel plate, and when subjected to high heat, the panel end is uneven due to the expansion of the uneven iron plate, and the gap between the panel and the panel is caused by peeling of the rivets. Because of the formation, there is a vulnerability that can penetrate the flame and lead to fire in the building.

1 is an exploded perspective view of a flame barrier plate interposed between the wall panel and the panel connection portion implemented in accordance with the present invention

FIG. 2 is a plan view when assembled on FIG. 1

3 is a plan view of assembling the flame blocking plate interposed between the ceiling panel and the panel connection portion as another embodiment of the present invention;

<Code Description of Main Parts of Drawing>

P, Pa, Prefabricated Wall Panel

2. between protrusions 3,3a, 3b, 3c. Wing plate

4. Station "c" shaped hangers W. cruciform flame block

The present invention interposes a cross-shaped flame barrier plate provided separately when connecting the panel and the conventional prefabricated panel as described above, so as to ensure the blocking of the flame as well as to the vertical load of the building and the horizontal load applied to the wall. Designed to be able to quickly build a more robust structure while being able to withstand, as described in detail based on the accompanying drawings as follows.

One end of the conventional prefabricated wall panel (P) is the recessed groove (1) is formed in the recess, the wall panel (Pa) end connected to the wall panel (P) end is projected between the protrusions (2) 2) is assembled by inserting into the recess groove recessed in the wall panel (P), the cross-shaped wing plate (3) (3a) (in the center when viewed in plan view between the wall panel (P) and the panel (Pa) 3b) (3c) is formed vertically the same length as the height of the panel (P) (Pa), and the tip of the wing plate (3a (3c) is symmetrical with each other inverted "c" shaped locking plate (4) (4a) When assembled, cross-shaped flame barrier plate (W) into which wing plate (3a) (3c) is inserted into front and rear side walls (1a) (1b) of front and rear groove (1) of panel (P) is interposed. By continuing the work of interposing the cross-shaped flame barrier plate (W) so as to continuously insert and fix the wall panel (P) and the panel (Pa), the building wall is connected and constructed, as another embodiment Material (SP) In addition, the flame blocking plate (W) which is performed by the present design that it may be a speech via a separate overhead flame blocking plate (Wa) for the wall plate is not limited to re-dissolve.

By assembling the building by connecting the panels by assembling the intersecting cross-shaped flame blocking plate (W) carried out in the present invention configured as described above between the panel tip and the tip, the assembly work is much faster than the riveting work and the flame is assembled Even when applied to the wall, the cross-shaped flame blocking plate (W) interposed between the panel and the panel not only blocks the flame but also acts as a solid resistor, so that the connection between the wall panel and the panel is not deformed so that the flame does not penetrate and is applied to the wall. Alternatively, the cross-shaped flame shield plate W acts as a guide post with respect to the vertical load, so that not only the flame blocking but also the reliability of the building is more reliable.

Claims (1)

In forming the wall by connecting the prefabricated panels used to build the prefabricated building, the cross wing plate (3) (3a) (3b) (3c) is located in the center when viewed in plan view between the wall panel (P) and the panel (Pa). ) Vertically the same length as the height of the panel (P) (Pa), and the tip of the wing plate (3a (3c) is symmetrically symmetrically inverted "c" shaped locking plate (4) (4a), but assembled Cross-shaped flame barrier plate structure of a prefabricated panel in which the wing plates 3a and 3c are inserted into the front and rear walls 1a and 1b of the recessed groove 1 of the panel P.