CN213174559U

CN213174559U - Ceramic tile blank with identification code

Info

Publication number: CN213174559U
Application number: CN202021676150.1U
Authority: CN
Inventors: 汤振华; 万弋林
Original assignee: Guangzhou Kingtau Machinery & Electronics Equipment Co ltd
Current assignee: Guangzhou Kingtau Machinery & Electronics Equipment Co ltd
Priority date: 2020-08-12
Filing date: 2020-08-12
Publication date: 2021-05-11
Anticipated expiration: 2030-08-12

Abstract

The utility model discloses a ceramic tile idiosome with identification code, include the ceramic tile body and set up the glaze layer on the ceramic tile body, ceramic tile body side or the back are printed with the identification code, the current ceramic tile idiosome appearance characteristic of identification code reflection, the corresponding pattern of printing device basis identification code printing. The appearance characteristics of the ceramic tile blank are reflected through the identification code, so that the corresponding pattern can be conveniently printed on the ceramic tile blank in a subsequent process, a foundation is provided for preparing a ceramic tile finished product with the overlapped pattern and the ceramic tile blank, and a ceramic tile finished product with multiple decorative effects and matched multiple decorative effects can be conveniently produced; if the ceramic tile blank is provided with the texture, a ceramic tile finished product with the matching of the printing pattern and the texture can be prepared. And the ceramic tile blank that has the identification code in this application can make the printing of pattern and other blank course of working in the past interrelated, lets the production process more nimble, also can combine the manifold ceramic tile of the production line equipment production that the same keeps production efficiency.

Description

Ceramic tile blank with identification code

Technical Field

The utility model relates to a ceramic tile technical field, more specifically relates to a ceramic tile idiosome with identification code.

Background

In order to meet the requirements of decoration effect of ceramic tiles in modern life, the prior art provides ceramic tiles printed with patterns, and the patterns formed by printing the ceramic tiles can show better decoration effect. If unit patterns are printed on the ceramic tiles, the ceramic tiles can be mutually connected to form a smooth, coherent and regular integral pattern decoration effect. Therefore, the ceramic tile printed with patterns also becomes a common decorative material applied in the prior art. The ceramic tile is usually formed by printing a pattern on a ceramic tile blank, the pattern printing is also to blindly print a single pattern on the passing ceramic tile blank, and the finally produced ceramic tile is often provided with only a single pattern. However, with the improvement of the requirements of modern life on the decoration effect of the ceramic tile, the prior art may also perform other appearance processing on the ceramic tile blank before the step of printing the pattern, and if the conventional blind printing is still adopted, the prior art cannot be associated with the previous processing process, so that the final ceramic tile pattern and the processed ceramic tile blank are not matched and harmony easily, and the final ceramic tile product quality is affected.

SUMMERY OF THE UTILITY MODEL

The utility model discloses it is not enough to aim at overcoming above-mentioned prior art's at least one, provides a ceramic tile idiosome with identification code, can produce the ceramic tile finished product that pattern and ceramic tile idiosome appearance characteristics correspond based on this ceramic tile idiosome, improves finished product ceramic tile quality and decorative effect, and is convenient for nimble adjustment production process based on the identification code to the manifold final ceramic tile finished product of output.

The utility model provides a technical scheme be, a ceramic tile idiosome with identification code, include the ceramic tile body and set up the glaze layer on the ceramic tile body, ceramic tile body side or the back are printed with the identification code, the current ceramic tile idiosome appearance characteristic of identification code reflection, the corresponding pattern of printing device basis identification code printing. The ceramic tile body is formed by pressing powder to form, the glaze layer is arranged on the upper surface of the ceramic tile body, and the identification code is formed on the side surface or the back surface of the ceramic tile body before the pattern is printed. The identification code is arranged on the side surface or the back surface of the tile body, which is beneficial to the identification of the printing device and is more beneficial to the arrangement of the corresponding device for identifying the identification code. And the identification code is arranged on the front surface of the ceramic tile blank, whether the identification code influences the color of the glaze layer or not is also considered, and the arrangement of the side surface can simplify the operation process and avoid influencing the decorative effect of the decorative surface of the ceramic tile blank due to the identification code. The ceramic tile blank has appearance characteristics before printing, and the identification code on the ceramic tile blank can contain appearance information, so that a subsequent printing device is facilitated to print corresponding patterns according to the appearance of the ceramic tile blank. The appearance of the ceramic tile blank comprises the shape of the ceramic tile body, the layers of applied glaze and the color of the applied glaze, and the application of the identification code before pattern printing is helpful for the subsequent combination of the shape of the ceramic tile blank and the targeted pattern printing of the glaze, so that the ceramic tile finished product with the pattern matched with the ceramic tile blank can be finally obtained.

Furthermore, the identification code is printed on the side face of the tile body parallel to the transmission direction of the tile body. The identification code is applied to the side face parallel to the transmission direction, the identification code is facilitated to be correspondingly applied to the two sides of the transmission direction of the production line by the application device, so that the non-deformable and regular identification code is conveniently applied when the ceramic tile blank reaches the application position of the identification code, and the application difficulty of the identification code is reduced. When the identification code is applied to other side surfaces, such as the side surface facing the transmission direction, the difficulty of arrangement of the identification code applying device is increased, the influence of the positions of other devices including the transmission device is limited, and when the orientation of the identification code applying device is not in the same plane position with the side surface, the identification code which is not deformed and regular is difficult to print, so that the difficulty of applying the identification code is increased. And the application of the identification code on the side surface parallel to the conveying direction also facilitates the subsequent operation of identifying the identification code, and is beneficial to the arrangement and identification of the device or the module for identifying the identification code.

Further, the identification code is formed by spraying an organic solvent on the tile body. The identification code formed by organic solvent spray painting is beneficial to removing identification code traces by utilizing the subsequent firing process, so that the final ceramic tile finished product is simple and beautiful.

Furthermore, the ceramic tile body is provided with textures; or the glaze layer comprises a ground glaze layer applied on the ceramic tile body, and the ground glaze layer is provided with textures; the identification code is arranged on the side surface or the back surface of the tile body; the identification code reflects at least texture pattern information of a current texture formation. The ground coat layer is helpful for forming the ground color of the blank body so as to produce the finished ceramic tile with specific ground color according to the requirement; the texture arranged on the ceramic tile body or the ground coat layer can enable the final ceramic tile finished product to have texture patterns, and the final ceramic tile finished product can be matched with subsequent printing patterns conveniently to realize double decorative effects, so that the final ceramic tile finished product produced based on the ceramic tile blank has a three-dimensional effect. Since the ground coat is not necessary for the production of the tile, the texture can be directly provided on the tile body when the ground coat layer is not provided.

Further, the texture includes a concave texture formed by applying a reactive substance to erode the surface to which the texture is to be applied and/or a convex texture formed by stacking a non-eroding substance on the surface to which the texture is to be applied. The texture formed by erosion or stacking is more natural, and the decorative effect of stone cracking or stone edges and corners can be formed on the ceramic tile blank, so that the three-dimensional sense of the final ceramic tile finished product is stronger, and the appearance generated by processing is more natural. The identification code also reflects the texture information of the current ceramic tile blank body, and is beneficial to a subsequent printing device to print corresponding patterns, so that the aesthetic degree of the finished ceramic tile product is obviously improved.

Furthermore, the glaze layer also comprises a surface glaze layer arranged above the texture, the upper surface of the surface glaze layer is printed with patterns, and the patterns are formed by printing corresponding patterns by a printing device according to the identification code information. The printing device prints patterns on the overglaze layer, and the overglaze layer is more suitable for ink-jet printing compared with the ground glaze or the ceramic tile body, so that the overglaze layer is arranged to facilitate clear printing of the patterns, formation of the printed patterns is facilitated, fine and smooth patterns are facilitated to be displayed, and the decorative effect of the ceramic tile is improved.

Furthermore, the glaze layer also comprises a protective glaze layer arranged above the overglaze layer. The method is beneficial to keeping the printed surface pattern clear, protecting and improving the color development capability of the ink and ensuring the pure color development.

Furthermore, all the identification codes comprise fixed marks and expansion marks, the fixed marks reflect the currently formed texture pattern information, and the expansion marks combine with the fixed marks to reflect the printing patterns to be formed on the ceramic tile blank. The fixed mark reflects the current texture pattern, so that the printing device can print corresponding patterns conveniently according to the fixed mark, and the one-to-one correspondence relationship between the printed patterns and the texture patterns can be realized; and the expansion mark is arranged on the basis of the fixed mark, so that the expansion of the printing patterns of the same texture pattern can be realized by combining the fixed mark, namely, the blank of the same texture pattern can correspond to a plurality of selectable printing patterns by combining the fixed mark and the expansion mark, and the finished tile product has richer styles. More preferably, the extension mark comprises a special mark, and when the extension mark is the special mark, the corresponding printing pattern is the same as the printing pattern corresponding to the fixed mark.

Further, the identification code comprises more than one geometrical pattern and/or numbers and/or letters and/or two-dimensional codes, and the identification code is identified by the corresponding identification device. The ceramic tile blank is marked by adopting common geometric patterns, numbers and/or letters, the marking mode is simple, the application of the identification code is convenient, and the ceramic tile blank is also beneficial to manually maintaining or monitoring the correspondence between the ceramic tile blank applied with the identification code and the printing pattern in the production process. In addition, the identification code can also be a two-dimensional code, and the information contained in the two-dimensional code is richer compared with a simple pattern; however, applying the two-dimensional code requires high precision of the identification code applying device, and therefore, it is more preferable to select a relatively common pattern as the identification code.

Further, the length and the width of the identification code are all larger than 0.5 cm. Under adverse circumstances, the discernment of identifying code can receive the influence, sets up the great degree of difficulty that then can reduce the discernment with the identifying code size to help the accurate discernment of identifying code, make also can be by quick, accurate discernment under the adverse circumstances, thereby be convenient for improve the precision that printed pattern and identifying code correspond, improve final ceramic tile yield. And common ceramic tile thickness is more than or equal to 7.5mm usually, and the width height that sets up the identification code all can be realized including each face of side at the ceramic tile, is convenient for relatively speaking by the discernment, helps overcoming the difficult situation of discernment because of the environment leads to.

Compared with the prior art, the beneficial effects of the utility model are that: the appearance characteristics of the ceramic tile blank before printing are identified through the identification codes, so that the corresponding pattern can be conveniently printed on the ceramic tile blank subsequently, and a foundation is provided for preparing a ceramic tile finished product with the pattern and the ceramic tile blank overlapped. And the ceramic tile blank that has the identification code in this application can make the printing of pattern and other course of working in the past interrelated, not only is convenient for provide diversified ceramic tile finished product, also lets the more nimble that production process becomes. The ceramic tile blank is also provided with textures, and the textures which are natural are formed by erosion or stacking and are expressed as natural cracks or convex edges of the stone, so that the final ceramic tile finished product has a three-dimensional effect; and the identification code is used for reflecting the appearance information comprising the texture information, and the pattern matched with the texture is printed, so that the double decorative effects of the pattern and the texture are realized, and the ceramic tile finished product with multiple decorative effects and matched multiple decorative effects is convenient to prepare. The ceramic tile blank body of the utility model not only can obviously improve the harmonious feeling and artistic feeling of the ceramic tile finished product by using the identification code, but also is beneficial to producing various ceramic tiles by using the same production line equipment while maintaining the production efficiency; because the printing device prints through the information reflected by the identification code, when the processing process before printing changes, the identification code reflecting the appearance characteristic information after processing can still be used for accurately printing the corresponding patterns and the ceramic tile blank, thereby being convenient for realizing diversified ceramic tile output in a single production line based on the same production equipment. Based on promptly the utility model discloses the idiosome can not only show the off-the-shelf decorative effect of improvement ceramic tile, and be convenient for adjust the production process in a flexible way, the ceramic tile finished product of diversified output.

Drawings

Fig. 1 is a schematic structural diagram (a) of the present invention.

Fig. 2 is a schematic structural diagram (ii) of the present invention.

Detailed Description

The drawings of the present invention are for illustration purposes only and are not to be construed as limiting the invention. For a better understanding of the following embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.

Examples

As shown in fig. 1 and 2, the embodiment discloses a tile blank with an identification code, which includes a tile body 1 and a glaze layer disposed on the tile body, wherein an identification code 7 formed by spraying an organic solvent is printed on a side surface or a back surface of the tile body 1, the identification code 7 reflects appearance information of the current tile blank, and a printing device prints a corresponding pattern according to the identification code 7. The tile body 1 in this embodiment is formed by pressing powder, the glaze layer is arranged on the upper surface of the tile body 1, and the identification code 7 is arranged on the side surface of the tile blank.

And the ceramic tile body 1 is provided with

textures

3 and 4, as shown in figure 1; or the glaze layer comprises a ground glaze layer 2 applied on the ceramic tile body 1, and

textures

3 and 4 are arranged on the ground glaze layer 2, as shown in figure 2; the identification code 7 reflects at least the texture pattern information of the current texture formation. The glaze layer in this embodiment includes a ground glaze layer 2, and the

textures

3 and 4 are provided on the ground glaze layer 2, and the identification code 7 is provided on a side surface parallel to the transmission direction. More specifically, the ground coat layer 2 is a single-color ground coat layer.

The texture in this embodiment includes a recessed texture 3 formed by applying a reactive substance to erode the surface to which the texture is to be applied and/or a raised texture 4 formed by stacking a non-eroding substance on the surface to which the texture is to be applied.

Specifically, the glaze layer in this embodiment further includes a cover glaze layer 5 on the textured ground glaze layer 2, and the cover glaze layer 5 is a transparent cover glaze layer, and the printing device prints a corresponding pattern on the cover glaze layer 5 according to the identification information. In addition, in order to keep the printed surface pattern clear, protect and improve the coloring ability of the ink, and ensure the pure coloring, in this embodiment, a protective glaze layer 6 is further provided on the overglaze layer 5 after the pattern is printed on the overglaze layer 5.

In this embodiment, the identification code 7 includes numbers and letters, and is identified by a corresponding identification device. The setting of the identification code 7 is executed synchronously when the blank texture pattern is formed or immediately after the blank texture pattern is completely formed, the identification code 7 comprises a fixed mark and an expansion mark, the fixed mark reflects the current blank texture pattern information, and the expansion mark reflects the pattern to be printed in combination with the fixed mark. Namely, the function of expanding the printing pattern is provided while the mark reflects the current blank texture pattern information. If after printing A1 texture pattern, the original printing pattern matched with the A1 texture pattern is only A1A, and the extension logo is added, the surface pattern can be printed according to the fixed logo and the extension logo, that is, the printing pattern matched with the A1 texture pattern can be changed into A1A secondary patterns such as A1A1 and A1a2 through the extension logo, and when the extension logo weight is set to be larger than the fixed logo during printing, the corresponding printing pattern can be changed into non-secondary patterns such as A1B and A1C and secondary patterns based on the non-secondary patterns.

It is obvious that the above embodiments of the present invention are only examples for clearly illustrating the technical solutions of the present invention, and are not limitations to the specific embodiments of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. The utility model provides a ceramic tile idiosome with identification code which characterized in that, includes the ceramic tile body, ceramic tile body side or back are printed with the identification code, the identification code reflects current ceramic tile idiosome appearance characteristic, and printing device prints corresponding pattern according to the identification code.

2. A tile blank having an identification code according to claim 1 wherein the identification code is printed on the side of the tile body parallel to the direction of drive of the tile body.

3. The tile blank with the identification code according to claim 1, wherein the identification code is formed by spraying an organic solvent on the tile body.

4. The tile blank with the identification code as claimed in claim 1, wherein the tile body is provided with texture; or, also include the ground coat applied to tile body, there are textures on the ground coat; the identification code reflects at least texture pattern information of a current texture formation.

5. The tile blank with the identification code according to claim 4, wherein the texture comprises a concave texture formed by eroding the surface to be textured by applying a reactive substance and/or a convex texture formed by stacking a non-eroding substance on the surface to be textured.

6. The tile blank with identification code as claimed in claim 5, further comprising a cover glaze layer disposed above the texture, wherein the printing device prints corresponding patterns on the cover glaze according to the identification code.

7. The tile blank with the identification code as claimed in claim 6, further comprising a protective glaze layer disposed above the overglaze layer.

8. The tile blank with identification code as claimed in claim 4, wherein all identification codes comprise a fixed mark reflecting the currently formed texture pattern information, and an extension mark reflecting the printing pattern to be formed on the tile blank in combination with the fixed mark.

9. A tile blank having an identification code according to any one of claims 1 to 8 wherein said identification code comprises more than one geometric pattern and/or numbers and/or letters and/or two-dimensional codes, said identification code being identified by corresponding identification means.

10. A tile blank with an identification code according to any one of claims 1 to 8 wherein the identification code has a length and width greater than 0.5 cm.