TWM593337U - 3D glue-dispensing fridge magnet - Google Patents

Abstract

A 3D three-dimensional dispensing refrigerator magnet includes a magnetic element; a first plate body, which is coupled to a surface of the magnetic element; a second plate body, which is coupled to a surface of the first plate body which is not combined with the magnetic element, the second The shape of the plate body is different from that of the first plate body; and the protective glue layer is bonded to the side of the first plate body that is not combined with the magnetic element and the side of the second plate body that is not combined with the first plate body. The first board and the second board can be printed with patterns respectively. In this creation, the second board with different shapes is superimposed on the first board to create a three-dimensional foreground and background pattern arrangement, which breaks the printing. Technical limitations, and the use of epoxy (Epoxy) or Polyoxy (Poly) to make a protective dispensing layer, can form a translucent surface to increase texture and provide good protection of printed patterns.

Description

3D Dispensing Fridge Magnet

This creation is about a magnet for decoration, especially a 3D three-dimensional dispensing refrigerator magnet that uses multiple layers of plates with different shapes to create a three-dimensional landscape and uses a dispensing method to make a protective layer.

Today, in different tourist attractions, you can often see the shop selling local unique magnets, which can be used as souvenirs by tourists. However, the conventional printing technology is difficult to create a three-dimensional sense, so the magnets with three-dimensional shapes usually need to be independently molded and colored, and the magnets are added, resulting in increased manufacturing costs, so the price is also high. In addition, as in the conventional modeling magnet in the first picture, a bottom plate A1 and an outer frame A2 are made of laminated multilayer plates. After printing or engraving on the bottom plate A1, the outer frame A2 simulates the effect of a photo frame, and then is covered with protection The transparent plate A3 and the magnetic layer A4 are attached; but because the printed pattern on the bottom plate A1 is still completely flat, the transparent plate A3 also has no special texture. If the engraving on the bottom plate A1 adopts three-dimensional engraving, it will greatly increase the manufacturing time and cost. This shows that this type of modeling magnet is really necessary to improve.

In view of this, the author has accumulated many years of research and practical experience in related fields, and specially created a 3D three-dimensional dispensing refrigerator magnet to improve the lack of the above-mentioned conventional technology.

The main purpose of this creation is to provide a 3D three-dimensional dispensing refrigerator magnet, which uses multiple layers of different shapes of plates to superimpose the flat pattern to create a three-dimensional visual effect with a difference between the foreground and background, and uses the dispensing method to create a transparent and Textured protective layer.

In order to achieve the above purpose, the 3D three-dimensional dispensing refrigerator magnet of the present invention includes a magnetic element; a first plate body, which is bonded to one side of the magnetic element; and a second plate body, which is bonded to the first plate body A surface combined with the magnetic element, the shape of the second plate body is different from that of the first plate body; a first protective dispensing layer, which combines a surface of the first plate body that is not combined with the magnetic element; and a first Two protective glue layers, which are bonded to a surface of the second plate that is not combined with the first plate.

The first board body and the second board body can be made of wood plywood, and print patterns respectively; the first protective dispensing layer and the second protective dispensing layer can be made of epoxy or epoxy by way of dispensing Glue (Poly) production.

By designing the first plate body and the second plate body into different shapes, after the first plate body and the second plate body are superimposed, the pattern on the first plate body is visually located behind the pattern on the second plate body So that the pattern of the first plate can be used as the background, and the pattern of the second plate can be used as the foreground, resulting in the stereoscopic effect of the flat printed pattern. Then use Epoxy or Poly glue to make the first protective dispensing layer and the second protective dispensing layer by the dispensing method, its translucent effect is better than the conventional transparent plastic acrylic board , And high hardness also has a protective effect.

And this creation is not limited to two plates, and a third plate and a third protective glue layer and more layers of plates and protective layers can be added according to the design.

In order to clearly and fully disclose the creation, the illustrations of the preferred implementations are listed to explain the implementation in detail as described later.

Please refer to the second and third figures to reveal the drawings of the embodiment of the creation. The above drawings illustrate the embodiment of the 3D three-dimensional dispensing refrigerator magnet of the creation (1), including a magnetic element 1; a first The plate body 2 is coupled to one surface of the magnetic element 1; a second plate body 3 is coupled to a surface of the first plate body 2 that is not combined with the magnetic element 1 and the shape of the second plate body 3 is the same as that of the first plate body 2 Different; a first protective glue layer 2A, which is bonded to the first plate 2 is not combined with the magnetic element 1; and a second protective glue layer 3A, which is bonded to the second plate 3 is not combined with the first The plate body 2 is combined with one side.

The first plate body and the second plate body can be plywood material made of wood, and then printed with a pattern, the printed pattern of the first plate body 2 is located on the side not combined with the magnetic element 1, and the printed pattern of the second plate body 3 is located The side that is not combined with the first board 2; the first protective dispensing layer 2A and the second protective dispensing layer 3A can be made by epoxy or epoxy.

By designing the first plate body 2 and the second plate body 3 into different shapes and printing corresponding patterns respectively, the first plate body 2 and the second plate body 3 are superimposed, the first plate body The pattern on 2 is visually located behind the pattern on the second plate 3, so that the printed pattern on the first plate 2 can be used as a background, and the printed pattern on the second plate 3 is used as the foreground, making this creation Is the use of flat printing patterns but has the effect of stereo vision. Then use Epoxy or Poly to make the first protective dispensing layer 2A and the second protective dispensing layer 3A by the dispensing method, its translucent effect is better than the conventional transparent plastic pressure Force plate, and high hardness also has a protective effect. This creation can have fast production efficiency, good protection effect and highly translucent texture appearance.

In the design of this embodiment (1), the lower halves of the first plate 2 and the second plate 3 have partially the same outline, and the first plate 2 and the second plate 3 can also be designed completely Different outlines.

In the fourth picture, in the embodiment (2) of this creation, a third plate body 4 can be further added according to the design. The third plate body 4 is combined with the surface of the second plate body 3 that is not combined with the first plate body 2, The third plate 4 is also printed with a pattern on the side that is not combined with the second plate 3. The shape of the third plate 4 is different from that of the first plate 2 and the second plate 3; and there is a third protective dispensing The layer 4A is bonded to a surface of the third plate 4 that is not combined with the second plate 3. A total of three overlapping patterns can increase the variability of this creative design. If necessary, more boards and protective glue layers can be added.

The magnetic element 1 used in the embodiments (a) and (b) of the present invention is a sheet-shaped magnet and is attached to one surface of the first plate body 2. The magnetic element 1 may also use magnets with different shapes such as a cylindrical shape. Then, a cylindrical accommodating space (not shown) corresponding to the shape of the magnet is dug on one surface of the first plate body 2, and then the cylindrical magnet is placed therein; the second plate body 3 is then combined with the first plate body 2 and is not Element 1 combines one side; this action increases compatibility with production equipment.

However, the above are only the preferred embodiments of this creation, and should not be used to limit the scope of this creation. Any changes and modifications that can be obviously made by those who are skilled in this industry should be regarded as not inconsistent. The substance of this creation.

1: magnetic components 2: the first plate 2A: The first protective glue layer 3: second plate 3A: second protective dispensing layer 4: third plate 4A: third protective dispensing layer A1: bottom plate A2: Outer frame A3: Transparent sheet A4: Magnetic layer

The first picture is the exploded view of the conventional modeling magnet. The second figure is a perspective view of the first embodiment of the creation. The third picture is the exploded view of the second picture. The fourth picture is a perspective view of the second embodiment of the creation.

1: magnetic components

2: the first plate

2A: The first protective glue layer

3: second plate

3A: second protective dispensing layer

Claims (7)

A 3D three-dimensional dispensing refrigerator magnet, including: A magnetic element; A first plate body, which is coupled to one face of the magnetic element; A second plate body, which is coupled to a surface of the first plate body that is not combined with the magnetic element, the shape of the second plate body is different from that of the first plate body; A first protective dispensing layer, which is bonded to a surface of the first plate that is not combined with the magnetic element; and A second protective glue layer is bonded to a surface of the second plate that is not combined with the first plate. The 3D three-dimensional dispensing refrigerator magnet as described in item 1 of the patent application scope, wherein the first plate body and the second plate body are made of plywood. The 3D three-dimensional dispensing refrigerator magnet as described in item 1 of the patent scope, wherein the first protective dispensing layer and the second protective dispensing layer are epoxy or poly. The 3D three-dimensional dispensing refrigerator magnet as described in item 1 of the patent application scope, in which there is a third plate body which is bonded to a surface of the second plate body which is not combined with the first plate body, The shape is different from that of the first plate body and the second plate body; and a third protective glue layer is bonded to a surface of the third plate body that is not combined with the second plate body. The 3D three-dimensional dispensing refrigerator magnet as described in item 4 of the patent application scope, wherein the first plate body, the second plate body and the third plate body are made of plywood. The 3D three-dimensional dispensing refrigerator magnet as described in item 4 of the patent application scope, wherein the third protective dispensing layer is epoxy or poly. The 3D three-dimensional dispensing refrigerator magnet as described in item 1 of the patent application scope, wherein one surface of the first plate body has an accommodating space, the magnetic element is integrated in the accommodating space, and the second plate body is integrated with the One surface of the first plate body that is not combined with the magnetic element.

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