KR200253964Y1 - An Inorganic Acid Bond for Fixing Glass - Google Patents

Abstract

The present invention relates to decorative glass using an inorganic adhesive, in particular an inorganic adhesive is applied to one surface of the glass, glass beads or glass powder is attached to the upper surface of the inorganic adhesive, the process is quick and simple, high productivity, while diffuse reflection from glass The present invention relates to a decorative glass using an inorganic adhesive, characterized by further adding aesthetics to the light.

An inorganic adhesive layer and a glass bead or glass powder layer are formed on the inorganic transparent adhesive layer in a predetermined shape on the entire transparent glass.

Description

Decorative Glass Using Inorganic Adhesives {An Inorganic Acid Bond for Fixing Glass}

The present invention relates to a decorative glass using an inorganic adhesive, and in particular, by applying an inorganic adhesive on one side of the glass, and attaching glass beads or glass powder on the inorganic adhesive on the upper surface, the process is simple and high in productivity. It relates to a decorative glass using an inorganic adhesive, characterized by further adding aesthetics to the diffused light.

There have been various decorative glass in the past.

Decorative stained glass, for example, used in interiors in churches, churches, hotels, fine restaurants, and department stores, was produced by squeezing glass pieces of different colors into pre-designed drawings. Since decorative glass was transparent or opaque, there was a problem in adjusting transparency.

As a result of this improvement, sanding or glue chipping is performed on the back surface of ordinary glass, such as Patent Publication No. 90-4124, 'Stained Glass Fabrication Method and Manufacturing Method', and then the glass is made of translucent glass. In some cases, the high-temperature pigments were silk-screen printed on the front surface, dried, calcined and cooled, and then the low-temperature pigments were silk-screen printed and dried and cooled.

However, the manufacturing method such as Patent Publication No. 90-4124 has to be sanded or glue chipping on the back of the glass, and is manufactured by printing and baking cooling the high-temperature pigments and the low-temperature pigments respectively. It is not only low productivity, but also simply prints the pigment to form a pattern on the entire surface of the glass. Therefore, when the printed pattern is flat and three-dimensional, it is not a color scheme or a different pigment of dark color, but is printed with a soft and soft pigment. There was a flaw such as unclear shape.

The present invention is to solve the above problems,

Inorganic adhesive is printed on the entire surface of ordinary transparent glass without sanding or gluing, and glass beads or glass powder is applied on the upper part to give a three-dimensional effect by protrusion of glass beads or glass powder, and light is applied to glass powder It is aimed to have a more beautiful aesthetics by being diffused by the mysteriously reflected.

As a means for achieving the above object,

The present invention is characterized by forming a glass bead or a glass powder layer in a predetermined shape on the inorganic adhesive layer and the inorganic adhesive layer on the entire transparent glass.

In addition, the glass beads or glass powder layer is characterized in that it is evenly distributed over the entire surface of the glass.

In addition, the glass beads or glass powder layer is characterized in that it is distributed in the form of a lattice on the entire surface of the glass.

In addition, the glass beads or glass powder layer is characterized in that it is distributed in a uniform pattern shape on the front of the glass.

1 is a basic configuration of the decorative glass of the present invention.

Figure 2 is a first embodiment showing the planar state of Figure 1;

Figure 3 is a second embodiment of the present invention.

Figure 4 is a third embodiment of the present invention.

5 is a molding state of the present invention.

Explanation of symbols on the main parts of the drawings

10: glass

20: inorganic adhesive layer

30: glass powder or glass beads

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a basic configuration of the decorative glass of the present invention.

Figure 2 is a first embodiment showing the planar state of Figure 1;

Figure 3 is a second embodiment of the present invention.

Figure 4 is a third embodiment of the present invention.

5 is a molding state diagram of the present invention, first, the decorative glass of the present invention is manufactured by the following procedure.

1st process

Inorganic adhesive layer 20 is formed on the entire surface of ordinary transparent glass 10.

2nd process

The glass bead or glass powder 30 made of particles of a desired size is evenly applied on the top of the surface on which the inorganic adhesive layer 20 is formed.

3rd process

The glass beads or glass powders are melted and glued together on the entire surface of the glass by applying heat for a certain time at a temperature where the glass beads or glass powders are slightly melted (about 400-800 ° C depending on the size of the glass beads or glass powders). Then slowly cool.

4th process

The glass on which the inorganic adhesive layer and the glass beads or the glass powder layer are formed is molded into a required shape (FIG. 5).

In the above, the third process and the fourth process may be performed simultaneously.

That is, the glass beads or the glass powder 30 is molded in a desired shape without cooling immediately in a state where it is coated on glass and then cooled.

Also, after the second process of forming the inorganic adhesive layer 20, the glass beads or the glass powder 30 is moved to the third process of attaching the glass immediately, but after the inorganic adhesive layer 20 is formed, the glass is molded into the required shape. After that, the glass beads or glass powder may be applied to the process of coating.

That is, it can also progress to the following process.

1st process

The inorganic adhesive layer 20 is formed on the whole transparent glass 10 whole surface.

2nd process

The glass on which the inorganic adhesive layer 20 is formed is molded into a desired shape.

3rd process

Glass bead or glass by applying heat for a certain time to a temperature (about 400-600 ℃ depending on the size of the glass beads or glass powder) that the glass beads or glass powder 30 is slightly melted on the glass surface formed into a desired shape. Allow the powder to be integrally melt bonded to the glass front and then cool slowly.

As a result, the above-described process sequence can be variously modified according to the needs of the glass worker.

In the above process, the glass beads or the glass powder 30 may be evenly applied to the inorganic adhesive layer 20 (FIG. 2), or may be applied in a pattern (FIG. 4), and applied in various other lattice forms. It may be possible (FIG. 3).

It is preferable to manufacture in the form of a lattice in the case of construction materials, it is preferable to produce a variety of patterns when used in the office, it is preferable to produce evenly applied in the case of general lighting.

Of course, the above-described form is merely an example, various modifications are possible, and the pattern may also be designed for building control and general lighting.

The present invention manufactured as described above does not require processing such as sanding for translucent, and the glass beads or the glass powder part gives a three-dimensional feeling and at the same time the light passing through the glass beads or the glass powder part is variously refracted and shines in a mysterious color. It gives a beautiful aesthetic.

In addition, there is no need for a sanding or glue chipping process, and thus, only one time is fired at a lower temperature than a conventional low temperature, thereby simplifying the process and shortening the manufacturing time, thereby increasing productivity and saving energy.

In addition, the present invention by applying glass beads or glass powder only to the necessary portion in the shape of the desired pattern on the inorganic adhesive, by melting and bonding to the glass front at a constant temperature, the amount of light passing through the glass beads or glass powder is properly blocked. There is a translucent effect, at the same time there is a three-dimensional feeling while the pattern shape is clearly highlighted, the productivity is further increased by the reduction of manufacturing time and process provides an effect.

As described above, the present invention prints an inorganic adhesive on the entire surface of ordinary transparent glass without sanding or gluing, and gives a three-dimensional effect by applying glass beads or glass powder on top of the glass beads or glass powder. At the same time, the light is diffusely reflected by the glass powder so as to be exquisitely shimmered to provide a more beautiful aesthetic effect.

Claims (4)

Decorative glass using an inorganic adhesive, characterized in that the inorganic transparent adhesive layer on the entire transparent glass and the inorganic adhesive layer to form a glass bead or a glass powder layer in a predetermined shape. The method of claim 1, The glass beads or glass powder layer is decorative glass using an inorganic adhesive, characterized in that evenly distributed on the front of the glass. The method of claim 1, The glass bead or glass powder layer is decorative glass using an inorganic adhesive, characterized in that distributed in the form of a lattice on the entire surface of the glass. The method of claim 1, The glass beads or glass powder layer is decorative glass using an inorganic adhesive, characterized in that distributed in the form of a predetermined pattern on the front of the glass.