TWI398421B - A variety of transparent glass processing methods - Google Patents

Description

Glass processing method with various translucent colors

The present invention relates to a glass processing method with various color perforations, and more particularly to a glass processing method for rendering a rendering material having a color into a surface layer of a glass substrate.

Press, because the glass is a light-transmissive material, and can be added with different composition oxides during firing to make the glass have different colors, and can be fired into various types, such as night market or lively festival, made by field blowing A variety of portraits, animal-friendly low-cost crystal glass, or the use of inkjet transfer graphics, or lovers photo equals the glass surface, and high-priced glass art products, making glass products become a collection of many consumers, play artwork.

The printing technology of the glass surface color drawing sample, such as the Republic of China application No. 097206158 "a two-way perspective stained glass" new patent case, the surface of the inkjet output device directly prints the idea, the ink is output to a corresponding glass size On the surface of the film, the film with the pattern of the pattern is attached to the surface of the glass; and the low-cost crystal glass of various shapes and animals made by the spot-blowing embryos, which are used in the field, will be sintered with each other. Form a variety of shapes.

However, the glass processing method described above has been used for a long time, but it has the following disadvantages in use: most of the current stained glass is painted on the surface, or transferred by transfer. Printed on the surface of the glass, it is only a flat pattern change, even if the pattern of the stained glass is transparent or translucent ink layer can be viewed on both sides, there is no other change, it is difficult to attract consumers' eyes to stimulate the purchase, and the process Complex and cumbersome.

In view of the above-mentioned lack of the glass processing methods, the inventors have finally developed the present invention for the improvement of these missing studies.

The main object of the present invention is to provide a glass processing method with various color perforations, in particular to a method for permeating a surface of a glass substrate with a color rendering material, so that the glass product has different visual perception when viewed from either side.

In order to achieve the above object, the present invention discloses a glass processing method with various color perforations, which mainly comprises: rendering a glass rendering material having a color into a surface layer of a translucent glass substrate; wherein After heating the glass substrate to a suitable temperature, the surface layer of the colored rendering material is heated until the temperature is equal to the temperature of the glass substrate, and then the surface layer of the heated rendering material is contaminated on either side of the substrate. The surface is melted by contact, so that the colored rendering material is infiltrated and rendered on the surface of one side of the substrate, and the color material of the rendering material is infiltrated and rendered on the surface on either side of the substrate to melt each other. Any surface layer of the translucent substrate forms a stain-like glass effect and has a different visual perception when viewed from either side.

As for the detailed construction of the present invention, the principle of operation and the effect of the production can be fully understood by referring to the following descriptions according to the illustrations:

The glass processing method of the present invention has a multi-transparent color, which is a glass material having a color glass rendering material (which can be light transmissive or opaque), which is permeated and rendered to have translucency and can be The surface of either side of the glass substrate of any color is melted and spread to each other, so that the glass substrate having light transmissivity has an effect similar to that of a stained glass in any surface layer.

Please refer to the first, second, and third figures for the processing flow chart, processing schematic, and user viewing diagram of the present invention, which includes the following steps: Step (1): When the glass processing operation is started, the light transmission is performed. Or, the glass substrate 1 of any color is heated to an appropriate temperature (optimally at 700 to 850 degrees) so that the surface layer 11 on either side of the glass substrate 1 is semi-meltable.

Step (2): the color rendering material 2 (which may be translucent or opaque) glass whose end portion 21 is heated to the same temperature as the surface layer 11 of the substrate 1 (at 700 to 850 degrees) Most preferably, the end portion 21 of the rendering material 2 is in a semi-meltable state.

Step (3): the end portion 21 of the rendering material 2 is brought into contact with the surface layer 11 on either side of the substrate 1 to be melted, and the rendered material 2 having the color penetrates the surface layer on the side in contact with the substrate 1. 11; when the color rendering material 2 is infiltrated and rendered on the surface layer 11 of the substrate 1, a dye layer 13 is formed on the surface layer 11 of the substrate 1, and the dye layer 13 is melted and spread on the substrate. The surface layer 11 of 1 is melted into the surface layer 11 of the substrate 1; it can also be used for the substrate 1 in a variety of different colors, which can be transparent or non-transmissive. The surface layer 11 gives the dyed layer 13 a variety of visual effects similar to the opaque color of the glass.

Step (4): When the end portion 21 of the rendering material 2 and the surface layer 11 of the substrate 1 are mutually melted, the surface layer 11 of the substrate 1 forms a stained glass effect having a glass-like perspective different color, and the glass processing operation is ended.

When the substrate 1 is processed and cooled, when the user views the light-transmitting glass substrate 1 from the back surface layer 12 on the other side of the substrate 1, the surface layer 11 of the light-transmitting substrate 1 is formed. The dyed layer 13 seems to be infiltrated into the whole glass, and the virtual dye layer 131 is formed inside the substrate 1 due to the light and shadow refraction, and the stereoscopic pattern of the virtual dye layer 131 may have a stereoscopic effect due to the shape of the substrate 1. Different from the dyed layer 13 printed or sprayed on the surface layer 11, the glass substrate 1 has a different stereoscopic perception when viewed from either side.

The above description is by way of a preferred embodiment, and is not intended to limit the scope of the invention. It will be apparent to those skilled in the art that such changes and modifications may be made without departing from the spirit and scope of the invention.

1. . . Substrate

11‧‧‧ surface layer

12‧‧‧Back layer

13‧‧‧Dyeing layer

131‧‧‧Virtual dye layer

2‧‧‧ rendering materials

21‧‧‧ End

A1‧‧‧heating a translucent glass substrate to the appropriate temperature

A2‧‧‧heating the rendering material with color to the same temperature as the surface layer of the substrate

A3‧‧‧Contact the fusion material on either side of the substrate

A4‧‧‧After the end of the rendering material and the surface layer of the substrate are melted together to form a see-through colored glass on either surface of the substrate

Figure 1 is a flow chart of the process of the present invention.

Figure 2 is a schematic view of the processing of the present invention.

Figure 3 is a schematic view of the user of the present invention.

A1‧‧‧heating a translucent glass substrate to the appropriate temperature

A2‧‧‧heating the rendering material with color to the same temperature as the surface layer of the substrate

A3‧‧‧Contact the fusion material on either side of the substrate

A4‧‧‧After the end of the rendering material and the surface layer of the substrate are melted together to form a see-through colored glass on either surface of the substrate

Claims (2)

A glass processing method with various color perforations, comprising the following steps: step (1): heating a glass substrate having light transmissivity to 700 degrees to 850 degrees is optimal; step (2): having color The rendering material is heated to a temperature equal to the surface layer of the substrate; step (3): the rendering material is contacted and melted on either side of the substrate; step (4): the end of the rendering material and the surface layer of the substrate are melted and dispersed A surface glass having a three-dimensional effect is formed on the surface layer of any surface of the light-transmitting substrate. The glass processing method according to the first aspect of the invention, wherein the glass substrate having light transmissivity can be any color.