TWM624944U - Structural Improvement of Plastic Panel Assembly - Google Patents

Abstract

The present invention relates to a structural improvement of a plastic composite panel assembly, which includes a plastic composite panel, which can be processed into a hollow frame, and a plastic composite panel and a plastic composite panel are assembled in the frame body, wherein the plastic composite panel is The thickness of the strips is 3cm, and the grooves are dug. The thickness of the plywood sheet is equal to the width of the grooves. The four edges of the plywood can be surrounded by plywood strips and embedded in the grooves. Finally, the assembly is completed. The plywood strips and plywood sheets are placed in the frame of the plywood panel, so as to maintain the meticulous characteristics of the same material, and have a 3D three-dimensional aesthetic design.

Description

Structural Improvement of Plastic Panel Assembly

This creation provides a structural improvement for the assembly of plastic panels, especially a plastic panel frame, which can be divided and assembled by plastic materials of the same material, and the innovative structure of processing and combination is implemented with plastic panels with a thickness of less than 3CM. designer.

Generally speaking, the structure of the cabinet panel on the market usually has a special aesthetic design, and the concave-convex 3D sense is often used as a general concept.

The above-mentioned cabinet door panel structure, its material is divided into various styles, generally solid wood and plastic material, in fact, the wood material is relatively hard, and the machining tools used are relatively precise, so the aesthetic processing cost of the general panel is often high, and solid wood is often used. It is also a good price in itself; in addition, general cabinets are often made of plastic composite material, because it is made of recycled wood, which is a very popular environmentally friendly material, but the plastic composite material is made of glued and compacted inside, such as board If there is no certain thickness, it cannot be processed, so the door panel of the plastic material is often in a flat state, and its plain design will not enhance the value of the product; therefore, the above two common cabinet door panel structures will have two poles. Therefore, it is necessary to propose specific improvement plans to meet the needs of industrial progress and further provide users with more choices.

This creation is to solve the solid wood material processing of the door panel structure of the conventional system cabinet Under the disadvantage of difficulty and high cost, the main purpose is to achieve the cabinet door panel structure of plastic composite material, which can be processed with small thickness and the aesthetic design is the main purpose.

In order to achieve the above purpose, the specific technical means and solutions adopted in this creation are as follows:

The present invention is a structural improvement of the assembly of plastic composite panels, including a plastic composite panel with a hollow frame body, and a plastic composite panel strip and a plastic composite panel sheet can be assembled in the frame body, wherein one side of the plastic composite panel strip is provided with A groove is arranged on one side offset on its surface, and the thickness of the plywood strip is less than or equal to 3 cm, and the plywood sheet can be inserted into the groove, so that the plywood strip surrounds the plywood sheet Finally, the combination of the plywood strip and the plywood sheet is placed in the hollow frame, and the plywood strip can protrude from the plywood panel due to the offset of the groove, so as to form a concave-convex 3D design.

To sum up, grooves can be provided on all sides of the plywood strip, so that a plurality of plywood sheets can be inserted to achieve spaced arrangement.

To sum up, the advantages and characteristics of the structural improvement of the plastic composite panel assembly of this creation are as follows:

1. The plastic composite panel can be the same as the three-dimensional material to express the detailed characteristics.

2. The concave and convex 3D sense design can be made on the plastic panel to increase the texture and value.

3. Multiple shapes can be arranged in the plastic composite panel, which is different from the unique style in the past.

(1): plastic composite panel

(11): Hollow frame

(2): plywood slats

(21, 41): groove

(3): plywood sheet

(4): Two-way plywood

The first picture: The schematic diagram of the decomposition and assembly of the overall structure of this creation.

Figure 2: Part of the three-dimensional schematic diagram of the plywood slats of this creation.

Figure 3: Schematic diagram of the composition of the overall structure of this creation.

Figure 4: A schematic diagram of another implementation of the overall structure of this creation.

The following will illustrate the spirit and method of this creation with diagrams and detailed explanations. Anyone with ordinary knowledge in the technical field can make changes and modifications by the techniques taught in this creation after understanding the best embodiment of this creation. , which does not depart from the spirit and scope of this creation.

Please refer to Figures 1 to 2. The structural improvement of the plastic composite panel assembly in this creation includes:

a plastic composite panel (1), which is provided with a hollow frame body (11);

A plurality of plastic veneer strips (2), which are arranged in the hollow frame body (11), have a groove (21) on one side, and are arranged on one side offset on the surface, and the thickness of the plastic veneer strip (2) is less than or equal to 3 cm.

A plywood sheet (3) can be inserted into the groove (21), so that the plywood strip (2) surrounds the plywood sheet (3).

To sum up, a two-way plywood strip (4) can be arranged between the plywood sheets (3), a groove (41) can be provided on each of the corresponding surfaces, and a plastic plywood can be formed in the grooves (41) on both sides. plywood sheet (3) to achieve spaced settings.

Please refer to Figures 1 to 4. When it is implemented, the plastic-bonded panel (1) is usually applied to the panel of the system cabinet, and the plastic-bonded panel (1) pre-sets the hollow frame (11) as a Designed with a 3D sense, the edges of the plywood sheets (3) are assembled on a plurality of plywood sheets (3) with a thickness of less than or equal to 3 cm, embedded in the grooves (21) for fixing, and finally placed in the hollow frame body (11) ), and the plywood sheet (3) is offset by the groove (21), the plywood sheet (3) will Protruding the surface of the plywood panel (1) to make it have a 3D three-dimensional effect, the texture design of the panel can be completed; knowing the change in the number of plywood sheets (3), you can flexibly use the design ingenuity, adding two-way plastic The plywood strips (4) are used to make use of the grooves (41) provided on the corresponding surfaces, so that the plastic plywood sheets (3) can be arranged at multiple intervals, and the designer can use the groove (41) structure to increase the design idea; Therefore, the structural improvement of the composite panel assembly in this creation is a design that can generate value on the plastic composite panel, and it is the most specific improvement made in this creation.

(1): plastic composite panel

(11): Hollow frame

(2): plywood slats

(3): plywood sheet

(4): Two-way plywood

Claims (2)

A structural improvement for the assembly of a plastic-bonded panel, including a plastic-bonded panel, which is provided with a hollow frame, and a plastic-bonded strip and a plastic-bonded sheet can be assembled in the frame, wherein one side of the plastic-bonded sheet is provided with A groove is arranged on one side offset on its surface, and the thickness of the plywood strip is less than or equal to 3 cm, and the plywood sheet can be inserted into the groove, so that the plywood strip surrounds the plywood sheet Finally, the combination of the plywood strip and the plywood sheet is placed in the hollow frame, and the plywood strip can protrude from the plywood panel due to the offset of the groove, so as to form a concave-convex 3D design. According to the structural improvement of the assembly of the plastic-coated panels described in the first item of the scope of the patent application, a bidirectional plastic-coated slat can be arranged between the plywood sheets, and a groove is provided on each of the corresponding surfaces, and the grooves can be assembled Plywood sheets to achieve spaced settings.

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