JPH0641465Y2 - Glass surface panel - Google Patents

Description

[Detailed description of the device]

[0001]

[Industrial application] The present invention relates to a glass surface panel suitable for use as a surface plate of various furniture such as a desk surface or a tea surface, and is particularly excellent in impact resistance and high heat resistance and has a special color. The present invention relates to a glass surface panel having a pattern, a color pattern, a color stripe, and the like, which is also excellent in decorativeness.

[0002]

2. Description of the Related Art As a glass surface panel used on a furniture surface such as a desk or a tea table, generally, a plate-like glass is simply laminated on a wooden board.

That is, as such a furniture surface panel, a full-scale spray paint is sprayed and applied, and a mat is formed when one layer of glass is placed or fitted on the flat surface of the wooden furniture. Was common. And by using such a surface panel, while securing a certain degree of impact resistance, to ensure the flatness on the desk surface,
Further, it was possible to increase the appearance-friendly property.

[0004]

However, the conventionally known glass front panel has a problem in practical use. That is, in the conventional glass surface panel, the plate-like glass is simply laminated on the wooden board with the adhesive, and the problem is in the impact resistance, and it is always easy to be damaged. Since it was exposed and the glass was not subjected to any special treatment, it was also problematic in terms of heat resistance.

Conventionally, in this type of glass surface panel, a pattern or a color is obtained by sandblasting an ordinary glass material or by producing a design or a pattern having a desired shape by an engraving method. There are stripes, but there is no change such as bicolor or natural pattern, there is little change in the design, there is no fun, the appearance is too hard,
There was a problem in terms of decorativeness, and this was also a problem.

[0006] Therefore, many difficulties must be overcome in order to make furniture with high commercial value by using this kind of glass surface panel, and any one which can satisfy these demands. It is hoped that measures will be taken.

The present invention has been made in view of the above-mentioned circumstances. Mainly, a plate-like glass is appropriately filled with a medium adhesive, which is then combined with a resin paint to obtain a suitable size and shape. Combined with the above reinforcing materials, it has excellent impact resistance and heat resistance, and also has a special color pattern, color pattern, and color stripes, which is excellent in decorativeness and design, and is suitable for use as a surface plate on the desk top. The purpose is to obtain a transparent glass surface panel.

[0008]

In order to meet such demands, a glass surface panel according to the present invention is a plate-shaped glass and a transparent mixture formed by spraying one surface of the glass through a silicon treatment agent. A coating material, an unsaturated resin material having a high heat dissipation property, which is applied to the surface of the coating material after drying the transparent mixed coating material with a predetermined thickness and has a predetermined color pattern, color pattern, and color stripes, and the unsaturated resin material. The unsaturated resin material with low heat dissipation that is applied to the surface of and the unsaturated resin material with high heat dissipation that is pressure-bonded with a predetermined pressing force before drying the unsaturated resin material with low heat dissipation The reinforcing material is applied beforehand to the glass side surface.

[0009]

According to the present invention, one surface of glass is sprayed with a transparent mixed paint prepared by adding an epoxy transparent paint to a silicon treatment agent, and after drying, an unsaturated polyester resin material having high heat dissipation is applied. Change the color stripes, and then apply the unsaturated polyester resin material with low heat dissipation in a layered manner while putting it in the mold with the side without the spraying surface facing down. Choose a reinforcing material made of a material different from glass such as stone and unsaturated polyester resin material, and apply an unsaturated polyester resin material having a high heat dissipation property to the surface of the glass. By applying the pressing force of, and combining and joining in a state where the unsaturated resin material with low heat dissipation overflows, and by finishing it after drying,
A glass surface panel made of a glass composite material having desired color patterns, color stripes, and color patterns is obtained.

[0010]

1 to 3 show an embodiment of a glass surface panel according to the present invention. In these drawings, the glass surface panel according to the present invention is as shown in FIGS. It is composed of a laminated structure of composite materials.

That is, in FIGS. 1 and 2, reference numeral 1 is plate glass, 2 is transparent mixed paint, 3 is unsaturated polyester resin material having high heat dissipation, and 4 is unsaturated polyester resin material having low heat dissipation. 5 is an unsaturated polyester resin material having high heat dissipation, 6 is the glass 1 such as wood, steel plate, artificial stone, unsaturated polyester resin material, etc.
Is a reinforcing material made of different materials.

The glass surface panel according to the present invention will be described in detail below with reference to FIGS. 1 and 2 and the manufacturing process shown in FIG. That is, a silicon (SILICONE) treatment agent (not shown) is first sprayed onto one surface (the lower surface in this embodiment) of the plate-shaped glass 1, and the sprayed surface is further exposed as shown in FIGS. 1 and 2. Then, the transparent mixed paint 2 to which the epoxy transparent paint (EPOXY RESIN) is added is sprayed (step 101).

When the transparent mixed paint 2 made of an epoxy-based transparent paint is sprayed onto one surface of the glass 1, the above-mentioned silicon treatment agent adheres the transparent mixed paint 2 to the glass 1 in a dotted state. It has a mediating action as an inorganic cross-linking agent. That is, the silicon treatment agent is adhered to the glass 1 side by point and adheres to the transparent mixed coating material 2 to obtain a strong bonded state with sufficient strength. Exert a mediating effect.

As a result, the transparent mixed paint 2 is firmly adhered onto the glass 1 in a sufficiently firmly adhered state. Note that this is because the general paint does not adhere to a smooth glass surface, and the above-mentioned treatment is necessary.

Further, after the transparent mixed paint 2 on the glass 1 sprayed in the above step 101 is dried for about 4 hours, first, on the sprayed surface of the paint 2,
An unsaturated polyester resin material (POLYESTER RESIN) 3 which is transparent and has a high heat dissipation property is applied with a predetermined thickness (step 102) to adhere it to the glass 1 side in layers.

Here, by bonding the glass 1 to the reinforcing material 6 as described later with the unsaturated polyester resin material 3 as described above, high heat dissipation characteristics can be obtained, and also excellent impact resistance and high heat resistance characteristics can be obtained. Further, it becomes possible to form more beautiful color patterns, color stripes, and the like.

That is, by coloring the unsaturated polyester resin material 3 having such a high heat dissipation property with an appropriate color, and adjusting its own color, the color pattern or color stripe is changed. In addition, on the surface subjected to the above-mentioned treatment,
An existing product can be obtained by attaching a reinforcing material such as an artificial stone coated with an unsaturated polyester resin material.

Further, when the state of step 102 is left for about 2 hours, the unsaturated polyester resin material 3
Gradually hardens. In this state, the surface of the glass 1 is reversed, and the surface on which the resin material 3 is not sprayed is directed downward (opposite to the state shown in FIGS. 1 and 2).

Then, in this state, it is placed in a mold (not shown) (step 103), and in this state, the unsaturated polyester resin material 4 having a low heat dissipation property is applied onto the spray surface of the glass 1 ( Step 104). The mold described above may be formed in a shape that matches the shape of a desk surface plate, a tea surface plate, or the like to be manufactured.

This prevents the molecular structure of the unsaturated polyester resin material 4 having low heat dissipation from being destroyed,
Further, the effect of relaxing and preventing cracks in the relatively thick glass 1 is obtained. That is, when the unsaturated polyester resin material 4 having low heat dissipation is put on the glass 1 in the mold, the glass 1 and the reinforcing material 6 (or other material) are completely adhered and the temperature is dispersed. Since the effect is achieved, even when a boiling cooker or the like is directly placed, the glass 1 is not damaged, and it is possible to reduce or prevent the relatively thick glass 1 from breaking.

On the other hand, apart from steps 101 to 104 described above, the reinforcing material 6 as a base material, for example, a furniture desk, a tea table, etc., is prepared so that its size and shape are in a desired state. Separately from the glass 1 side described above, the unsaturated polyester resin material 5 having a high heat dissipation property is applied to the surface thereof (step 105), and is left in the shade for about 1 hour.

The reinforcing material 6 is appropriately selected from different materials having different properties from the glass 1, such as wood, steel plate, artificial stone and unsaturated polyester resin material. Further, the reinforcing material 6 is formed smaller than the above-mentioned predetermined size and shape by about 3 to 5 mm.

The reinforcing material 6 coated with the unsaturated polyester resin material 5 having a high heat dissipation property in the above-mentioned step 105 is not dried on the side of the glass 1 obtained in step 104. Before the unsaturated polyester resin material 4 having a low heat dissipation property is not yet dried, the reinforcing material 6 is pressed in the mold with a pressing force applied by a weight or the like (step 106), and the resin material 4 is attached to the glass 1. It is made to flow uniformly over the entire surface, and is made to match the thickness of the reinforcing material 6.

Since the pressing force to be applied and the product thickness are related to the surface area and the specific gravity, the unsaturated polyester resin material 4 having low heat dissipation has a small pressing force.
It is preferable to set it to the extent that it overflows from between the glass 1 and the reinforcing material 6. Further, this step 106 is preferably performed at room temperature.

Next, after leaving it to stand for about 4 hours to dry (step 107) and completely cure it, die-cutting is carried out (step 108), and the product thus obtained is placed at an appropriate position. Finishing is performed (Step 10)
By 9), a finished product is obtained (step 11).
0).

According to this structure, one surface of the glass 1 is provided with a transparent mixed paint 2 containing an epoxy-based transparent paint through a silicon treatment material, an unsaturated polyester resin material 3 having a high heat dissipation property, and a low heat dissipation property. While having the unsaturated polyester resin material 4 laminated and attached, the reinforcing material 6 which is a base material for a furniture desk face plate and a tea desk face plate having a suitable size and shape has a high heat dissipation property. Prepare a product coated with the unsaturated polyester resin material 5, and press them so that they face each other and bond the reinforcing material 6 and the glass 1 to each other to make the flow of the resin material 4 uniform, and to make the both edges such as edges. Since the glass 1 and the reinforcing material 6 are integrally formed, the glass 1 and the reinforcing member 6 can be smoothly and beautifully obtained, and a glass surface panel that can withstand long-term use can be obtained.

In particular, according to the above-mentioned glass surface panel, the surface hardness is extremely high due to the above-mentioned manufacturing process, and therefore, when the glass surface panel is used for a table or the like, tableware may damage the top surface of the table. It is possible to prevent.

According to the above-mentioned glass front panel, the glass 1 having the transparent mixed paint 2, the unsaturated polyester resin material 3 having a high heat dissipation property, and the unsaturated polyester resin material 4 having a low heat dissipation property on the back surface is used. Reinforcing material 6 coated with unsaturated polyester resin material 6 with high heat dissipation on the surface
By pressing and, the pressing force until the unsaturated polyester resin material 4 having low heat dissipation overflows from the side edge, and by finishing after drying it,
It is composed of a glass composite material having a color pattern or a striped color provided on the unsaturated polyester resin material 3 having a high heat dissipation property, and is excellent in impact resistance, high heat resistance and decorativeness. It becomes possible to obtain a glass surface panel.

The present invention is not limited to the structure of the above-described embodiment, but the shape and structure of each part of the glass surface panel can be appropriately modified and changed. A modified example of is conceivable.

[0030]

As described above, according to the glass surface panel of the present invention, the plate-like glass, the transparent mixed paint spray-formed on one surface of the glass through the silicon treatment agent, and the transparent After drying the mixed paint, an unsaturated resin material that has a predetermined thickness and has a predetermined color pattern, color pattern, and color stripes on the surface after drying, and a surface of this unsaturated resin material. The unsaturated resin material having a low heat dissipation property and the unsaturated resin material having a high heat dissipation property that is pressure-bonded with a predetermined pressing force before drying the unsaturated resin material having a low heat dissipation property Since it is composed of a reinforcing material that is pre-applied to the glass, it is possible to firmly bond and bond the glass and the reinforcing material with a predetermined strength in spite of the simple structure, and to have excellent impact resistance and high heat resistance. Desired color pattern, Handle, has a color fringes, decorative, to obtain a surface panel comprising design to better, the effect of such that practically excellent used as glass surface panels of furniture.

[Brief description of drawings]

FIG. 1 is a schematic exploded perspective view showing a main part configuration showing an embodiment of a glass surface panel according to the present invention.

FIG. 2 is a cross-sectional view of a main part of the glass front panel according to FIG.

FIG. 3 is a flow chart for explaining a manufacturing process of the glass front panel according to the present invention.

[Explanation of symbols]

 1 Plate-shaped glass 2 Transparent mixed paint 3 Unsaturated polyester resin material with high heat dissipation 4 Unsaturated polyester resin material with low heat dissipation 5 Unsaturated polyester resin material with high heat dissipation 6 Reinforcement material

Claims (1)

[Scope of utility model registration request] 1. A plate-shaped glass, and a transparent mixed paint formed by spraying one surface of the glass through a silicon treatment agent,
An unsaturated resin material having a high heat dissipation property and having a predetermined color pattern, color pattern, and color stripes, which is applied to the surface after drying the transparent mixed paint and has a predetermined thickness, and the surface of the unsaturated resin material. An unsaturated resin material with low heat dissipation that can be applied,
An unsaturated resin material having a high heat dissipation property, which is pressure-bonded with a predetermined pressing force before drying the unsaturated resin material having a low heat dissipation property, is composed of a reinforcing material which is previously applied to the glass side surface. A glass surface panel that is characterized by being.