KR200354808Y1 - A method of producing honeycomb structure. - Google Patents

Abstract

The present invention relates to a method for manufacturing honeycomb used in a construction with thin plastic plates of various materials.

That is, as shown in Figs. 4 and 5, a hexagonal cell that forms a honeycomb shape is formed by using a mold with a plastic flat plate, and the two formed plates are overlapped as shown in Fig. 6, or Fig. 9 Hexagon cells are formed under reduced pressure as described above to finally produce honeycomb.

Description

Honeycomb panel. {A method of producing honeycomb structure.}

Honeycomb is used as a lightweight material for buildings, and it is well known in the world that it is structurally robust. However, because of its complicated structure, making Honeycomb is not easy. In particular, it is more difficult to make a variety of materials. The present invention manufactures a material having a honeycomb structure by molding and combining hexagonal cells that form this complex structure with various plastic plates through a mold.

The present invention was made to mold the cell plate by lowering the density of the hexagonal cell (Hexagon Cell) as shown in Figures 4 and 5, and two hexagonal cell (Hexagon Cell) plate formed as shown in Figure 6 By overlapping the hexagonal cells (Hexagon Cell) is densely placed on the plate to make honeycomb. In addition, as shown in FIG. 9, a thin plastic plate was processed under reduced pressure to form a hexagonal cell (Hexagon Cell) in which a gun was formed, and each of the molded cells was joined to form a honeycomb.

Figure 1 shows the position of the hexagonal cell (Hexagon Cell) of plastic plate A

Figure 2 shows the hexagonal cell (Hexagon Cell) position of the plastic plate B

Figure 3 shows the hexagonal cell (Hexagon Cell) position when overlapping the plastic plate A and B

Figure 4 is a hexagonal cell (Hexagon Cell) plate A molded with a plastic plate A.

5 is a hexagonal cell plate B formed with the plastic plate B.

Figure 6 is a honeycomb block (Honeycomb) made by overlapping the formed hexagonal cell plate A and B

Figure 7 shows how to increase the width by zigzag the formed hexagonal cell plate

8 shows a method of placing a flat plate on the upper and lower surfaces of the completed honeycomb block (s).

Figure 9 is a hexagonal cell (Hexagon Cell) plate formed through a reduced pressure molding process

FIG. 10 is a view illustrating a method of joining pressure-sensitive hexagonal cells in FIG. 9; FIG.

<Description of Signs of Major Parts of Drawings>

2. Plastic Plate A 4. Position of Hexagonal Cell of Plate A

6. Plastic Plate B 8. Location of Hexagonal Cell of Plate B

10. Plastic plate A + B 12. Natural hexagonal cell position

14. Hexagonal Column 16. Hexagonal Cell

18. Naturally formed hexagonal cell 20. Honeycomb block A

22. Honeycomb Block B 24. Nonwoven Fabric

26. Plate 28. Joints of hexagonal columns

According to the present invention, a mold is manufactured to make a hexagonal cell, which is a unit form of honeycomb, with a thin plastic plate. As shown in Figure 1, Figure 2, Figure 3, the position and spacing of the hexagonal cells (Hexagon Cell) is appropriately spaced, and the mold is designed and used. At this time, the proper position and spacing of the hexagonal cells (Hexagon Cells) in this designed mold is designed so that when the two plates overlap the hexagonal cells (Hexagon Cells) can be connected as shown in Figure 3 with a thin plastic sheet thickness between. Using the mold thus formed, a thin plastic plate is formed by using a method such as pressure reduction molding to form a hexagon cell as shown in FIGS. 4 and 5, and the formed two plates are formed in a hexagon cell as shown in FIG. 6. You can make a honeycomb shape by overlapping it with two corners.

In order for honeycomb to have physical characteristics, hexagonal cells constituting the shape of honeycomb must be firmly attached to one another. Thus, the present invention is to apply a strong adhesive to the hexagonal pillar (14) before overlapping the two plates formed as shown in Figures 4 and 5, as shown in Figure 6, or overlapping the two plates if no adhesive is used, "Plastic Thermal dissolution bonding "(high frequency adhesion) to ensure that each cell is firmly adhered to unity as shown in FIG. In the case of pressure-reduced molding processing, as shown in FIG. 9, a mold is manufactured by using a plastic flat plate to form a hexagonal cell, and each of the molded cells is formed using the above-described adhesive or "plastic thermal melting adhesive" ( High-frequency bonding) to be firmly bonded so as to be integrated as shown in FIG. In addition, when the honeycomb blocks are zigzag-connected as shown in FIG. 7, the honeycomb panel can be made as wide as desired.

The honeycomb block made as shown in FIG. 6 attaches a fabric such as a nonwoven fabric to an upper surface and a lower surface thereof with an adhesive such as a nonwoven fabric as shown in FIG. 8. By attaching a flat plate of various materials on the honeycomb plate, the honeycomb panel of the desired size can be obtained.

The present invention simplifies the honeycomb manufacturing process by using a mold, and can manufacture honeycomb for various purposes by using plastics of various materials. The contact surface is melt welded to shorten the process.

Claims (2)

In the hexagonal cell plate made of a thin plastic plate, a plurality of hexagonal columns 14 are protruded without gaps or at regular intervals, that is, at intervals in which another hexagonal column 14 can be inserted between the three hexagonal columns 14. Light-weight agent, characterized in that it has a honeycomb structure in which the hexagonal pillars (14) of the other hexagonal cell plate are inserted between the two gaps are overlapped and bonded. Lightweight agent using a polygonal column, such as a cylinder or square column, triangular column instead of the hexagonal column 14 in claim 1.