TWM457479U - Plate structure - Google Patents

Description

Flat structure

The present invention relates to a flat structure for a seamless cabinet cabinet type furniture.

The cabinet of panel furniture is furniture made up of multiple panels. Based on the expected properties and aesthetics of the panel, the panel may be laminated with a layer of surface material on the surface of the Chip Board; the bare board may be a Particle Board or a Block board. , PLY Wood, Midden Density Fiber Board (MDF); the surface material can be PVC, decorative paper (Foil Paper), Melamine Paper (melamine material, commonly known as the US board), etc. .

The flat plate used in the cabinet of the board furniture, the current practice in the world, is the bare board A which has been affixed with the surface material B: such as melamine face chipboard or MDF (melamine face) (such as The first figure shows that after cutting to the required width by the panel cutter, the edge-sealing material C is pasted to cover the edge of the bare board by using the edge-sealing machine (as shown in Figure 2A); however, A seam D exists between the surface material B and the edge sealing material C on both sides of the flat plate (as shown in FIG. 2B), and when the flat plate is used to make the cabinet, the flat panel is externally displayed. The joint will expose the seam, and moisture or other dirt will easily remain on the joint, causing the edge of the panel to be easily damp and swell, so that the dirt is easily rubbed into the seam when the wipe is cleaned. In addition, after use, the edge-sealing material is also prone to detachment due to factors such as moisture infiltration.

The purpose of the present invention is to provide a flat panel for manufacturing a cabinet, wherein the flat interface of the flat portion of the flat panel does not have a joint structure, so that the flat panel is used to manufacture the cabinet, which is more beautiful and does not need to worry about moisture. Infiltration into the interior of the sheet, as well as solving the problem of the traditional edge-sealing material falling off.

The feature of this creation is that after the bare board is cut into the required width, the thickness planes on both sides of the bare board are adhered to the edge-sealing material by the machine, and the edges are finished to be polished, and then the machine is used. The surface material is adhered to a main plane of the bare board, and the edge material of one side of the bare board is further extended to the opposite main plane to be a flat plate; after being modified, the flat plate is positively The opposite major planes, one side edge, and the edge surface at which the principal plane meets the side edges become a whole without any seams. When the panel is made of the flat plate, the flat plate portion without seams is directed to the outside of the cabinet body which is easy to contact with moisture, because there is no seam, the edge of the cabinet body does not have the problem of falling off, or the plate is swelled by moisture. damage.

The technical means of the present invention is that after cutting a bare board into a predetermined size, the bare board is passed through a special edge banding machine, and the opposite thickness planes of the bare board are attached to the edge sealing material and the edge is guided. Then, a flexible surface material is continuously coated and adhered to the two main planes of the bare board and one side of the edge sealing material, so that the joints of the three planes adjacent to the board are not seamed at the same time, which can improve the appearance. Prevent moisture from penetrating into the bare board and reduce the manufacturing cost of the panel for the cabinet.

The flat structure of the present invention comprises a rectangular bare plate having a first main plane and a second main plane parallel to each other, a first thickness plane and a second thickness plane parallel to each other, and one parallel to each other. a third thickness plane and a fourth thickness plane; the second edging material is adhered to the first thickness plane and the second thickness plane, and the two sapwoods form a lead angle with the intersection edges of the first and second principal planes a surface material having a suitable thickness to produce flexibility is covered The first and second main planes of the bare board and the edge sealing material on one side thereof.

The present invention forms a lead angle between the first main plane of the bare board and one of the sapwoods, and the intersection of the second main plane and the edge covering material, so that the surface material surrounds one side from the first main plane The edge sealing material is further coated to the second main plane and has a perfect covering surface.

Preferably, the lead angle formed by the present invention on the bare board is an arc angle.

The present invention utilizes the foregoing structure to expose the panels for the cabinets of the panel furniture to the outer borders (ie, the ridge portions) without seams, so that the entire panel is more integrated and more beautiful, and the moisture can be avoided. Infiltration into the inside of the board causes damage to the board, which can reduce the processing procedure of the board and reduce the manufacturing cost.

1‧‧‧Bare board

11‧‧‧ first main plane

12‧‧‧second main plane

13a‧‧‧First thickness plane

13b‧‧‧second thickness plane

2‧‧‧Surface

3‧‧‧Edge material

R‧‧‧ lead angle

A‧‧‧Bare board

B‧‧‧Surface

C‧‧‧Edge material

D‧‧‧ seam

The first figure is a schematic exploded view showing the surface of the conventional flat plate attached to the upper and lower surfaces.

Figure 2A is a schematic perspective view showing the conventional flat panel attached to the edge sealing material on opposite sides.

The second B is a schematic view showing the structure of the conventional flat plate after the edge sealing material is attached to the opposite sides.

The third A is a plan view showing an embodiment in which the bare board is first cut to a predetermined size.

The third B is a plan view showing an embodiment in which the opposite side edges of the bare board shown in FIG. 3A are respectively attached to the edge sealing material.

The third C-figure is a plan view showing an embodiment in which the sheet material to which the edge-sealing material shown in FIG.

The third D-figure is a schematic plan view showing the flat structure after the creation of the coated surface material.

The following is a more detailed description of the implementation of this creation with the schema and component symbols. Ming, so that those skilled in the art can implement it after studying this manual.

The third to third D drawings show an embodiment of the present tablet structure, including a bare board 1, which may be a thinner board (for example, a Particle Board or a Wood Board (Block). Board), PLY Wood, Midden Density Fiber Board (MDF), etc., or a board made of press-bonded fibers, so that the bare board 1 has parallel upper and lower sides. a first major plane 11 and a second major plane 12, and a first thickness plane 13a, a second thickness plane 13b of two thicknesses on opposite sides of the bare board 1, and a third thickness plane and a fourth thickness on the other two opposite sides A plane (not shown); wherein the first thickness plane 13a is parallel to the second thickness plane 13b; the third thickness plane is parallel to the fourth thickness plane. The bare board 1 is cut into a desired width dimension (as shown in FIG. 3A) through a panel according to the specifications of the cabinet to be manufactured; and then the bare board 1 is passed through a dedicated "double end seal". The side machine" causes the first thickness plane 13a and the second thickness plane 13b of the bare board 1 to be respectively attached to one sap material 3; at the same time, the double end edge banding machine also has the first main plane 11 and one side The intersection edge of the edge sealing material 3 and the intersection edge of the second main plane 12 and the edge sealing material 3 on the side form a circular arc-shaped guide angle R (as shown in FIG. 3B). Then, the sheet material is coated on the surface material 2 by a special coating machine; the coating method is such that the flexible surface material 2 is first attached to the first main plane 11 so that one side of the surface material 2 is aligned. After the sealing material 3 is sealed and the seam is sealed, the bending of the surface material 2 is applied to the sealing material 3 on the other side of the bare board 1 (as shown in FIG. 3C), and after winding to the second main plane 12 It is attached to the second main plane 12 (as shown in FIG. 3D), and the end edge of the surface material 2 attached to the second main plane 12 is flush with the edge sealing material 3 and the seam is sealed.

The surface material 2 may be a material such as PVC, ABS, Melamine Paber (melamine material, commonly known as melamine board) having the characteristics of abrasion resistance, moisture resistance, water resistance, and beauty; The face material 2 has a small thickness with respect to the bare board 1, so that the surface material 2 has flexibility and is suitable for winding into a cylindrical shape, thereby facilitating installation in a professional laminating machine and bonding work with the bare board 1, and Installed in a professional cladding machine for the coating of bare boards.

The above description is only for the purpose of explaining the preferred embodiment of the present invention, and is not intended to impose any limitation on the present creation, so that any modifications or changes to the creation made in the same creative spirit are made. , should still be included in the scope of protection of this creative intent.

1‧‧‧Bare board

2‧‧‧Surface

3‧‧‧Edge material

Claims (3)

A flat plate structure comprising: a rectangular bare plate having a first main plane and a second main plane parallel to each other, a first thickness plane and a second thickness plane parallel to each other, and a parallel to each other a three-thickness plane and a fourth thickness plane; two edging materials, which are attached to the first thickness plane and the second thickness plane; a flexible surface material continuously attached to the first main plane of the bare board, The edge sealing material on the side and the second main plane. The flat structure according to claim 1, wherein the first main plane of the bare board and the intersection side of one of the sapwoods, and the intersection of the second main plane and the side edge material are Formed with a guide angle. The flat structure according to claim 2, wherein the lead angle is an arc angle.