WO2007140707A1

WO2007140707A1 - Vertical type cycle system of molding plates with hollow patterns for manufacturing decorative slabs and process of the same

Info

Publication number: WO2007140707A1
Application number: PCT/CN2007/001715
Authority: WO
Inventors: Dening Yang
Original assignee: Dening Yang
Priority date: 2006-06-02
Filing date: 2007-05-29
Publication date: 2007-12-13

Abstract

A vertical type cycle system of molding plates with hollow patterns for manufacturing decorative slabs and the process of the same are disclosed. 2-50 molding plates (M) with hollow patterns through which the material passes are placed on their respective holders (a0) horizontally and arranged orderly in an elevation direction on a holding frame (b) so as to achieve cycle operation.

Description

Air hole pattern template vertical circulation system and process method for manufacturing decorative plate

The invention relates to a vertical circulation pattern template vertical circulation system and a processing method for manufacturing a decorative plate, relating to a novel three-dimensional color pattern process for making a body color ceramic, a three-dimensional color pattern process for glass and glass ceramics, and a surface powder glaze. The pattern process, the resin-containing artificial stone three-dimensional color pattern process and the three-dimensional pattern process of the resin-containing decorative material can be accurately and finely designed and can be designed according to the requirements of a device and a process for continuously changing the different patterns, in particular The invention relates to a device for applying a three-dimensional colored blank pattern for permanent floor, wall and furniture panels and a novel manufacturing method for patterning decorative plates for simulating natural stone natural color patterns. Background technique

Nowadays, with the development of science and technology and the improvement of people's living standards, as the decorative materials for the ground and the wall, it is hoped that it has the surface appearance of natural stone, such as the pattern of granite and marble, to increase the high-grade feeling of the product.

Therefore, the industry has continuously improved the decorative sheet structure of natural stone. The inventor has many Chinese and European, American, Japanese and other foreign patents in the field of ceramic decorative sheet, and has more than ten patents in the field of ceramics, such as A patent for three-dimensional porcelain granite and marble technology has been proposed. The publication number is 97/36840 (published on October 9, 1997). According to the patented technology, the surface of the stone material is formed. The pattern is clearly demarcated, and the pattern does not change substantially when the surface is processed. This can effectively improve the stability of the overall structure in use, but only one pattern can be selected for each production, and natural stone cannot be produced. A rich and colorful pattern effect.

In order to meet the practical needs of people, the inventors have also proposed a patent for "porcelain shield-like granite plate and its manufacturing method", the publication number of which is mm/mM (disclosed on June 10, 1999), the patent The technology can provide the user with a more practical and practical porcelain-like granite plate, which is indeed progressive, but in actual use, it is found that there are still deficiencies in its structure. The product according to this technology only has the pattern of its surface, there is no pattern of the product in three-dimensional space, and there is no texture like the natural lava flowing to form a colorful and rich pattern, so the product can not truly reflect the natural granite from the inside to the The outer pattern texture, especially the middle and lower parts of the edge, has no pattern effect. If the exposed edges of the wall or column used for furniture countertops and architectural decoration must be edged and polished, the bottom and bottom layers are not As a whole grain pattern, so In practice, there are major defects in natural stone that are unreal and incomplete.

• In the prior art, the belt type in Europe and the roller that leaks in the surface space are flat or slope-mounted, and the pattern is changed by the rotation speed of the belt or the drum, but the change is random and unstable. The three-dimensional body pattern product of the cloning top stone and carpet flower pattern as in the control of the present invention cannot be produced, so the existing European belt type and drum type method also has great limitations.

There is another type of wall and floor tile double-clothing technology described in the text. If its application is carried out in a practical production process, there is a large platform on the front of the front that has a weight of several hundred kilograms. It is necessary to produce the products in the normal process time of the ceramic press. It is absolutely impossible to form a cyclical change of industrial production within 2-5 seconds. Industrialized large-scale production is inoperable, because the normal cloth truck must require the press platform and the pusher frame during the installation process of the ceramic press. The pushing platform is aligned on the same plane, and the horizontal plane is adjusted. Otherwise, the powder will leak from the gap during the process of carrying the powder in the cloth truck. In addition, if the pressing platform is higher than the pushing platform, The pusher frame can't be pushed, so the misalignment and leveling can't form normal production. For the f艮 heavy cloth truck, it takes 20-30 minutes to complete the installation alignment and use the level to adjust the level. If the platform plate of several hundred kilograms of weight is changed in different positions, and it is necessary to meet the requirements of 2-5 seconds of industrialized production. Complete, it is impossible to achieve.

Based on the inventor's pattern grid mold technique, the inventors have also used pipes to simultaneously drop, inject, and load the respective raw material of the respective color regions into the pattern patterns of the respective grid patterns. In the area, this is also one of the methods of loading the toner, because the thickness of the grid mold for loading the color pattern toner is predetermined, so this method needs to control the flow of the toner entering the pipeline when loading the toner. However, at the same time, when the pipes are divided into different small load patterns to produce products of a plurality of small patterns in a multi-color area, a large number of tens or hundreds of conveying pipes of different thicknesses are required, which is also known in the industry. Common sense, and for the inventor's many years of experience in the technical research of this industry, it is a common occurrence in many dozens or hundreds of these pipes to block the powder in the pipeline, resulting in severe pattern shortage and product shortage. It is difficult to carry out large-scale production, so this is an unsatisfactory requirement in actual production for the raw material conveying system that is already complicated.

Further, as described in the application file No. 03113534. X, the predetermined color pattern area is firstly scheduled to be filled with powder material (in fact, the predetermined pattern which has been proposed by the prior patent invention of Patent No. 96103804. Method), and then use the block small mold core to form a whole corresponding grid mold vacancy fill-in, with the small mold core descending to continue the powder in the first predetermined pattern of the box, this one-time refill method The pattern formed is chaotic and not fine, and the powder in the cartridge is passed. Dozens and hundreds of pipes of different thicknesses are fed into different pattern areas, which is also difficult for the inventor's prior invention to use multiple pipes to feed into the predetermined pattern mold area, just like the previous one. The same technology can not solve the problem that tens of hundreds of these pipes are blocked in the pipeline, so it is impractical in the process requirements to load the powder in the pipeline, so it cannot be produced. The effect of fine patterns can not produce the rich and varied effects of natural changes in natural stone.

In order to meet the practical needs of people, the inventors have also proposed a patent for "three-dimensional color pattern plate sintered by porcelain powder", the publication number of which is CN 1339363A (published on March 13, 2002), the above-mentioned porcelain The three-dimensional color pattern plate sintered by the powder material is proposed to be a porcelain product which is made of powdered porcelain colored raw materials, pressed and fired, and the products have different colors or the same color but different shades of color. Or a combination of different mixed colors, the clear f: shield burned pattern area, the pattern area is evenly distributed from the surface layer of the product to the thickness of 70% - 100% of the bottom, and can be made into a three-dimensional space like natural stone. Imitation stone material; Although there is great progress in efficacy, the powder can be distributed in different color zones, and has a three-dimensional effect, but there is no change in the production pattern in the color zone, so the natural stone is colorful. There are also limitations in the effect of rich patterns.

In order to meet the practical needs of the present inventors, the inventors have also proposed a patent for "a pattern mold pumping device and a process method for producing a green color pattern product", the application number of which is 200510033313. 8 , providing a prior to myself Under the pattern grille of the invention, a close-fitting movable upper flat portion is a flat plate-shaped plate-like device for arranging the color pattern powder on the pattern grid mold, and a new process flow method, thereby realizing the product The predetermined three-dimensional body color pattern is precisely formed on the bottom bottom of the semi-finished powder body, which is indeed a major innovation in the production method. However, it can only select one pattern at a time, and cannot produce natural The variety of colorful and varied patterns of stone, so it needs to be further improved.

In order to solve the defects in the existing decorative sheet making, the relevant manufacturers do not bother to find a solution, but the design that has not been applied for a long time has been developed, which is obviously an issue that the relevant operators are anxious to solve.

In view of the above-mentioned existing drawbacks in the prior art process which can produce a predetermined three-dimensional pattern according to the pattern grid mold, but which cannot produce pattern changes in the same batch production, and the prior art European belt The defects of the type and the drum type and the prior art wall and floor double cloth fabric technology, the inventors actively research and innovate based on the rich practical experience and professional knowledge of designing and manufacturing such products, in order to create an effective one. Making a variety of 3⁄4 cases, such as marble, granite, carpet flower, and forming a three-dimensional pattern plate, making it more practical, after continuous research, design, and trial and error samples After the improvement, it has finally created a vertical circulation system and a process method for making a decorative plate with a practical value.

Summary of the invention

One of the main objects of the present invention is to provide a vertical circulation pattern template vertical circulation system for manufacturing decorative plates, which overcomes existing ceramics, glass, glass ceramics, resin-containing artificial stone or resin-containing decorative materials, and the like. In the process of blank color or bleed pattern and ceramic surface powder pattern, each piece has the same pattern, and the artificially produced obvious traces or the embossed process through the roller printing can only form a local variation of artificial marks. , ten categories with the same decorative defects. The invention provides a vertical circulation pattern vertical circulation system and a processing method for preparing decorative plates, which can clone 2-50 kinds or 50-400 different continuously cyclic patterns of the same batch.

When cloning and manufacturing high-grade natural stone patterns, the design of the marble or granite pattern texture can be made according to the designer's hope or the artistic goal of the pattern color which is very consistent with the decoration body. This will maximize the designer's creativity and the willingness of the user. Especially in the days when the top natural stone resources are getting less and less, more hotels, public facilities, commercial buildings or private homes can enjoy the large area of different patterns combined with the top level when using the products made by the invention. The charm of natural stone combination decoration, overcoming the natural stone delivered after design, especially the appearance of marble 3⁄4 cases and the color is too confusing, the goods are too wrong for the board, to overcome the large number of stone mines to the world can not choose the batch This kind of natural stone plate with the same design requirements as the design of the main stone plate often appears in the difficult situation of decoration engineering, because some color texture beautiful stone, and wood is the stone rock and stone pit mine of every natural stone mine. . Therefore, the solution to this problem is unprecedented in the manufacture of three-dimensional color patterns of green or body colors in architectural decorative ceramics, glass, glass-ceramics, resin-containing artificial stone or resin-containing decorative materials. A major breakthrough in functionality, combined with the fact that the present invention can also be combined in an accurate, economical, and efficient industrial production, is the innovation of the novelty, creativity, and practicality of the present invention. The invention is a main invention point and a main inventive object of a vertical circulation system and a process method for producing a decorative plate.

The second main object of the present invention is that the present invention innovatively proposes a vertical circulation system and a manufacturing method for a hole pattern template for manufacturing a decorative sheet, and creatively adopts a vertical arrangement manner, which can make a plane template only in the hole pattern. In the area of 1. ² - 1. 5 times the area of the occupied area (for example, the product of lm X lm, only 1 ^: 2 m ² 1. 5 m ² ), it can be effectively placed The system of the present invention achieves the purpose of exhibiting 2-400 different pattern cyclic changes in the article. In other words, the inventor has been in the field of glass, ceramics, artificial stone and other fields for more than ten years. Ming and the pragmatic experience of producing products, knowing that only the creation of accurate, compact and practical invention systems can be used in the industrial production of existing building ceramics, glass, glass-ceramics, resin-containing artificial stone or resin-containing decorative materials. In the case where the original ice-making production line of ceramic, glass, glass-ceramic, resin-containing artificial stone or resin-containing decorative materials is not changed or changed greatly, no change is made to the workshop or factory building. The utility model can cooperate with the vertical circulation system of the hole pattern template for preparing the decorative plate proposed by the invention, and achieve the maximum value of the effect of the cycle change of the product of 2 to 400 patterns. The application of new technologies in industrial production to save costs, save on site construction, save time, improve efficiency, and improve product functions are interrelated. It is very important to avoid the application of new invention technologies and installations, new plants and new ones. Manpower, material resources, and waste of time in the production line layout. For example, in the press position of ceramic production, most workshops have very few vacancies in the layout, and the invention is applied on the side of the press and on the side of the press of most existing ceramic enterprises. 5 sets of perforated pattern vertical circulation system for making decorative plates of about 1. 2m ² X 1. 5 m ² area, which is not problematic in terms of installation space, so that ceramic tiles can be formed Or the plate can contain not only a rich body color pattern of 2-5 color zones, but also 2 to 400 controllable pattern cycles. It can be seen that the present invention has great novelty, creativity and practicability. This is the second important invention and object of the invention for a vertical circulation pattern and a process method for producing a decorative plate. : '

The third main objective of the present invention is that the present invention innovatively proposes a vertical circulation pattern template vertical circulation system and a manufacturing method for manufacturing decorative plates, in which the structure is kept empty regardless of how the total support frame moves up and down. The exit A position and the inlet B position of the hole pattern stencil are in close proximity and approximately the same plane position as the carrier having the function of carrying the patterned material of the formed layout, and the outlet A position and the inlet: B position are also very close. The position, this compact design allows the hole pattern flat template to achieve the fastest and most efficient use when interchanged. This is very important in the pursuit of efficiency in the automatic control of all production lines, especially in ceramic, glass, glass-ceramic production lines, the production requirements of 5-15 sub-products must be completed in one minute, if the process of pattern change is to be made. In the completion time, can only give 0. 5 seconds - 1. 5 seconds, otherwise it will form a huge waste of the entire line of fuel and a huge loss of full line power, line equipment, human resources. Since the links between the various elements of the present invention are compact in design, and because the 2-400 different hole pattern flat templates are in a vertical lifting state, and because of the outlet A position and the inlet B position, and having the pattern material carrying the formed layout, The functional carrier is in an approximately parallel plane, so it will be very convenient and very easy to be accurate, accurate and fast in the action of the power device, so that it can reach 0. 5 seconds - 1. 5 seconds to complete the hole pattern Interchange of flat templates. This is the invention A further object of the invention of novelty, inventiveness and practicality lies.

The fourth object of the present invention is to provide a decoration according to the present invention by a small space of a plane area of a ceramic, glass, and glass-ceramic production line, and a height of 5-8 meters. The vertical hole circulation pattern of the plate is a vertical circulation system, which can be made into a combination support frame composed of 200-400 pieces of hollow pattern flat template and the total lifting device is 2. 5-3 meters above the ground, and then the ground is dug one. Deep 1. 2-1. 5 m pit, the total lifting frame can be installed in the circulation system and moved up and down in the combined support frame, which can fully accommodate all the 1 mm-3 thickness 200-400 hole pattern plane The location of the template. That is to say, the horizontal plane of the exit A position or the inlet B position that is cyclically interchanged with the hole pattern flat template is the intermediate starting point position, when the uppermost or lowermost piece of the 200-400 hole pattern flat template reaches the starting point position. The lower part of the starting point position and the upper space can meet the design requirements of various elements, and the compact, scientific, and combined with the actual space of most existing production lines in the present invention are highly available, to the height space and underground. The position of space development can not only further improve the variety and quantity of pattern changes, but also adapt to the design of rich patterns of natural stone and the product efficacy requirements of clones. This is the fourth invention and the object of the invention, without changing the layout of the existing factory or establishing a new production line.

The fifth object of the main object of the present invention is that the top-level natural stone products having 2-20 kinds of rich body colors can be made in each product by sequentially arranging 2-20 sets of empty hole pattern template vertical circulation systems. It can have 2-50 or 50-400 cyclically changing patterns, which is small in the workshop, and has high operability. It produces high-end green color patterns and high-end top stone products with cyclical changes in patterns. It has the advantages of physical and chemical properties and environmental performance that are superior to natural stone's anti-weathering, anti-tarnishing, anti-folding, more wear-resistant, corrosion-resistant and non-radioactive hazard. The effectiveness of this kind of product made by the invention will inevitably be more suitable for the competitive needs of the high-end market and the design needs of the designers, and create better new technical conditions for promoting the development of architecture and decorative arts. The object of the invention and the fifth aspect of the invention.

In summary, the present invention provides a vertical circulation system and a method for manufacturing a hole pattern of a plate and a plate, and has the above-mentioned advantages and advantages, and no similar structural design is disclosed in the same product. Or use, it is innovation, it has great innovation in structure or function, and it has made great progress in technology. _{5 It} has produced useful and practical effects, and it is more than the existing pattern plate. The method and industrialized large-scale production have many advantages, which are more suitable for practical use, and have extensive use value of the industry. It is a novel, progressive and practical new design invention.

The object of the present invention and solving the main technical problem thereof are to achieve the following technical solutions. of. According to the invention, a vertical hole pattern template vertical circulation system for manufacturing decorative plates is particularly suitable for ceramic, glass, glass ceramics, resin-containing artificial stone, green body three-dimensional pattern changing process and ceramic surface powder pattern process And the production of a three-dimensional pattern changing process of the resin-containing decorative material, which is composed of 2 - 50 pieces of the hole pattern flat plate for the pattern material, wherein: one, each template has at least 2-10000 The shape of the edge of the die for the pattern of the hole pattern through the pattern material, defines the shape of the edge of the corresponding 2-10000 article decorative pattern;

Second, each of the templates of the 2-50 aperture pattern planar template has a shape of at least 1-10000 aperture patterns between the templates;

' Third, its 2-50 hole pattern flat templates are laid flat on the respective support frames and are arranged in the vertical direction on the combined support frame, and also have a total lift and total lift The power unit can move the combined support frame up and down;

Fourthly, on the side of the total lifting frame, there are: 1. The position of the cloth area of the flat template cloth with the hole pattern; 2. The carrier of the function of the pattern material which has formed the layout under the position of the cloth area; The hole pattern plane is only circularly interchangeable for the outlet A position and the inlet B position; 4. The drive hole pattern plane template is circulated through the outlet A position of the power unit and the drive hole pattern plane template is circulated through the inlet B position for power: Device; 5. Arrangement of a hole pattern flat template corresponding to the position of the inlet B in the hole pattern flat template vertical circulation system in the combined support frame.

The object of the present invention and solving the technical problem thereof are also achieved by the following technical solutions: The above-mentioned vertical circulation pattern template vertical circulation system for manufacturing decorative plates, characterized in that: the bearing is provided on the side of the total lifting frame The carrier of the function of the patterned material of the layout is a flat plate, a box shape, a mesh shape, or a crawler shape.

The above-mentioned vertical circulatory system for making a decorative sheet material is characterized in that: under the position of the cloth area on the side of the total lifting frame, which is provided with a hole pattern flat stencil cloth, it is provided for supporting loading 2-20 kinds of different color area pattern materials and can have multiple different hole pattern patterns, each of which has the characteristics of the hole pattern shape and can perform fine separation specification on the color materials of at least 5 to 10,000 different pattern areas. A combination pattern grille mold consisting of a grid die wall.

The above-mentioned vertical circulation pattern vertical circulation system for manufacturing decorative plates is characterized in that: under the position of the cloth area on the side of the total lifting frame, which is provided with a hole pattern flat template cloth, it is provided for supporting loading 2 - 20 different color zone pattern materials and can have a plurality of different hole pattern pattern template template respective hole pattern shape features ^ and can play a fine separation specification for a minimum of 5 - 1000 pieces of different pattern area color materials a combination of pattern grid molds composed of lattice walls, and And in the lower part of the combined pattern grid mold, there is a plate device having a parallel moving function.

The above-mentioned vertical circulation pattern vertical circulation system for manufacturing a decorative sheet is characterized in that: the plane template for the hole pattern for passing the pattern material is made of metal, or resin or mesh material. 5fflm-100米。 The thickness of 0. 5fflm- 100m.

The above-mentioned vertical circulation pattern template vertical circulation system for manufacturing decorative plates is characterized in that: it comprises 2-400 pieces of holes for passing through the pattern of the raw material of the pattern material, and the hole template is cyclically exchanged with the plane template. The horizontal plane of the outlet A position or the inlet B position is the intermediate starting point position, and the upper or lower part of the plane position of the total lifting frame on the side thereof has a total height of 2-3 meters higher than the position of the intermediate starting point. The raised space of the frame and the combined support frame also has a 2-3 meter lower position than the intermediate starting point position: the space of the pit for the total lifting frame and the combined supporting frame to descend. '

The above-mentioned vertical circulation pattern vertical circulation system for manufacturing decorative plates, the process method is characterized by:

1) A set of the perforated pattern template vertical circulation system according to claim 1 and a corresponding color container are prepared and loaded with pattern materials required for the respective color zone patterns.

2). In the vertical circulation system of the hole pattern template, when the cycle state of the changed color pattern is made by using the different hole pattern flat template, firstly, the power device corresponding to the position of the inlet B is placed, and the bearing has been carried a hole pattern flat template at the position of the cloth upper portion of the upper portion of the carrier forming the function of the pattern material of the layout, moving through the position of the inlet B to the arrangement vacancy corresponding to the position of the inlet B in the vertical circulation pattern template; or simultaneously, Having the power unit corresponding to the position of the outlet A move another different hole pattern template in the hole pattern template vertical circulation system through the outlet A position to the position of the cloth area at the upper portion of the carrier having the function of carrying the pattern material of the formed layout .

3), the pattern material in the container with the corresponding hole pattern template vertical circulation system hollow hole pattern flat template hole pattern color area is inserted into the hole pattern die of the hole pattern flat template entering the cloth area position The lower portion has a carrier carrying the function of the pattern material, and forms a layout of the first color region pattern material defined by the shape of the edge pattern of the aperture pattern of the template of the aperture pattern.

4), the carrier carrying the color zone pattern material fed by the hole pattern flat template in the position of the cloth zone in the previous step moves toward the pressing position of the product, or moves to the next cloth position, by another container The material of the other pattern color region is filled and scraped in the blank area thereof, or moved to another hole pattern flat template to be patterned into another color pattern material, and the above manner can form a complete pattern feature with two color regions. The first pattern layout of the pattern material. 5), through the total lifting power device, the combined support frame carrying 2 - 50 different hole pattern flat templates on the total lifting frame is moved up or down by a hole pattern pattern template, due to the combined support The displacement of the frame causes the hole pattern planar template which has entered the arrangement vacancy corresponding to the position of the inlet B through the inlet B position to move up or down with an arrangement order of the hole pattern plane template, and the original outlet A The plane template corresponding to the position of the hole pattern becomes a vacancy after being removed, but due to the displacement of one position of the combined support frame, the vacancy is moved to the corresponding position of the position of the inlet B, that is, the hole corresponding to the position of the inlet B The pattern plane template arrangement vacancy is then vacant, which provides a loop condition for the process of transferring a new piece of a different hole pattern plane template. The process is as follows:

1. The power device corresponding to the position of the inlet B is moved to the hole pattern template vertical position at the position of the cloth area at the upper portion of the carrier having the function of carrying the pattern material of the formed layout. a vacant arrangement of vacancies corresponding to the position of the inlet B in the circulatory system; or at the same time or subsequently, the power device corresponding to the position of the outlet A passes the different hole pattern template in the vertical circulation system of the hole pattern template through the outlet A position Move to the position of the cloth area of the upper portion of the carrier having the function of carrying the pattern material of the formed layout.

2. Passing the pattern material in the container with the corresponding hole pattern template vertical circulation system hollow hole pattern flat template hole pattern color area through the hole pattern of the different hole pattern flat template entering the position of the cloth area The lower portion of the carrier having the function of carrying the pattern material is formed, and a layout of different patterns of the first color material defined by the shape of the edge pattern of the hole pattern of the different hole pattern flat template is formed.

3. The carrier carrying the color zone pattern material fed by the hole pattern flat template in the position of the cloth zone in the previous step is moved toward the pressing position of the product, or moved to the next cloth position, by another in another container The material of a pattern color area is filled and smoothed in a blank area thereof, or moved to another different hole pattern flat template T to be spliced into another color pattern material, and the above manner can form a complete pattern feature of two color areas. The layout of the pattern material is different from the first pattern.

4. Through the total lifting power device, the combined support frame carrying 2-50 different hole pattern flat templates on the total lifting frame is moved upwards or upwards to the arrangement order of a hole pattern flat template, due to the combined support The displacement of the frame causes the hole pattern planar template which has entered the arrangement vacancy corresponding to the position of the inlet B through the inlet B position to move up or down with an arrangement order of the hole pattern plane template, and the original outlet A The plane template corresponding to the position of the hole pattern has become a vacancy since it has been removed, but due to the displacement of one position of the combined support frame, the vacancy position is moved to the corresponding position of the position of the inlet B, that is, the position of the inlet B position is empty. Hole pattern, flat template, vacancy The space is vacant, and a loop of the process program into a new piece of different hole pattern flat template is entered.

6), in the process flow, a complete pattern of color materials composed of two or more color regions of the pattern material carrier and having different pattern shape features formed by the secondary or secondary fabrics respectively , according to the well-known production line process of ceramic, or glass, or glass-ceramic, or resin-containing artificial stone or resin-containing decorative materials, sent to the pressurized position, using the rolling calendering process or using the ceramic press to suppress the state The flat pressing process, the press forming, that is, the three-dimensional color pattern plate having the same color pattern pattern formed by the edge of the die pattern of the corresponding hole pattern flat template of the present invention. The body is continuously subjected to the automatic production line firing process to obtain a product of the present invention in which the design of the desired pattern is changed from 2 to 50 pieces of recycled, continuously produced matt. After polishing, the polished article prepared by the invention can be obtained;

The above-mentioned vertical circulation pattern template vertical circulation system and process method for manufacturing decorative plates, characterized in that: according to the number of 2-50 pieces of hollow pattern flat template of different hollow shapes, repeating the corresponding number of steps 5) In the process flow of 1, 2, 3, and 4, a plurality of corresponding pattern materials of respective different pattern shape features defined by the shape of the die pattern of the plane template of different hole pattern patterns can be obtained for a whole round of sequential movement cycles. layout. That is to say, in the process of the cycle, each time through the repetition of the process flow 2, it is possible to reach the layout of the different shapes of the pattern of a plurality of color regions of the corresponding color, and then through the repetition of the process flow 3, the corresponding number of blocks can be obtained. There is a complete pattern of the second color pattern layout. '

The above-mentioned vertical hole pattern template vertical circulation system and process method for manufacturing decorative plates, characterized in that: whenever 2 - 50 different hole pattern flat templates complete a round up or down overall sequential movement cycle, That is, when the last hole pattern flat template in the overall circle of the exit A position on the side of the total lifting frame or the position of the inlet B is in the uppermost or lowermost part of the other hole pattern flat template on the combined support frame, the total lifting frame The power unit is adjusted to move downward or upward in the opposite direction of the branch, in such a way as to complete the complete total cycle of each round, that is, if the hole pattern flat template on the combined support frame of the first round of the overall cycle is lowered according to the process program 2-50 times, when the last hole pattern flat template of the uppermost layer on the combined support frame reaches the position of the exit A position or the horizontal position of the inlet B position which is cyclically interchanged with the hole pattern flat template, the completion is completed. the first wheel ² - all 50 cycles generally downwardly; a second round so that in combination the overall cycle should support frame plane pattern of voids according to the process program template Starting from the position of the intermediate starting point of the outlet A position or the inlet B position, which is cyclically interchanged with the hole pattern flat template, starts to move upward 2-50 times, and rises to the bottommost hole pattern of the combined support frame. Empty hole pattern When the plane A of the plane template cyclically interchanges or the horizontal plane of the inlet B position is the intermediate starting point, the overall cycle of the other round of 2-50 times is completed. When the total cycle changes in the up and down direction, the power unit and the outlet A position and the inlet B position should be adjusted accordingly.

The above-mentioned vertical hole pattern template vertical circulation system and process method for manufacturing decorative plates, characterized in that: each set of 2- 20 hollow hole pattern flat templates formed by a hole pattern flat template is formed. A set of empty hole pattern flat template vertical circulation system, and a cloth area corresponding to the pattern material of different color areas and a carrier having the function of carrying the pattern material of the formed layout can be set beside each set of circulation system, and then 2-50 can be achieved. Each of the products has a different cyclic pattern, and each article has a purpose of producing a rich pattern of 2-20 different color regions.

The above-mentioned vertical circulation system and method for manufacturing a decorative plate material, characterized in that: in a vacuumed state, a rolling calendering process of the rolling cylinder is performed; or in the state of being vacuumed The flat pressing process of ceramic press pressing.

The above-mentioned vertical circulation pattern template vertical circulation system and process method for manufacturing decorative plate, characterized in that: the pusher frame device or the crawler type feeding device of the ceramic press machine is used to make the raw materials of the carrier having predetermined pattern features enter the addition Pressure position.

The above description is only an overview of the technical solutions of the present invention, and the technical means of the present invention can be more clearly understood and implemented in accordance with the contents of the specification. Hereinafter, the preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Specific embodiments of the present invention are given in detail by the following examples and the accompanying drawings.

The barrel of the drawing is to be explained

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a top plan view showing a vertical circulation system of a hole pattern template for making a decorative sheet and a nearby position. '

Fig. 2 is a vertical cross-sectional view showing the elements in a circulating state of a hole pattern flat circulation system for producing a decorative sheet and a hole pattern flat template of the method in the position of the cloth region.

³ is a schematic diagram of a vertical circulation system of a hollow hole pattern template for manufacturing a decorative sheet and a method for the prior art, and the plane template of the previous hole pattern is inserted into the upper arrangement of the vertical circulation system through the inlet B position of the vertical circulation system, Another vertical hole pattern plane is a schematic vertical cross-sectional view of the cycle state of the board M ₂ passing through the exit A position of the vertical circulation system into the position of the cloth area.

4 is another vertical hole pattern template vertical circulation system for manufacturing a decorative sheet and a hollow hole pattern flat template M _{2 of the} process method, when the position of the exit hole A of the vertical circulation system enters the position of the cloth area, the former piece has entered Vertical circulation system arranged hole pattern flat template Mi in vacancy A vertical cross-sectional view of the elements of the state of the circulatory system with one of the aligned positions is lowered with the combined support frame.

FIG. 5 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material. Another hollow pattern flat template M ₂ in the cloth area enters the vertical circulation system through the inlet B position of the vertical circulation system. In the previous state, the support frame is lowered in the vacancy space, and the other hole pattern plane template M ₃ has been lowered with the previous state combination support frame, and an arrangement position has reached the position corresponding to the exit A position. And a vertical cross-sectional view of each element of the cycle state when entering the position of the cloth zone under the action of the power unit at the exit A position.

Fig. 6 is a top plan view showing the elements of a vertical circulation system for making a decorative sheet and a method for a method for producing three different color pattern products by using two sets of vertical circulation systems.

Figure 7 is a plan view showing a first hole pattern flat template in a first vertical circulation system of a first embodiment of the present invention. .

8 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to the first embodiment of the first vertical circulation system A schematic representation of a cross-sectional view of a color pattern material into a carrier having the function of carrying a patterned material that has formed a layout.

Figure 9 is a plan view showing a first hole pattern flat template in a second vertical circulation system of a hollow hole pattern template vertical circulation system for fabricating a decorative sheet and a process method embodiment.

FIG. 10 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention. The first color pattern flat template in the second vertical circulation system is disposed in the second color area color. A schematic cross-sectional view of the pattern material into a carrier having the function of carrying the patterned material of the formed layout.

11 is a schematic diagram of a vertical circulation system and a process method for manufacturing a decorative sheet material according to an embodiment of the present invention, in which a first planar pattern of a first hole pattern is inserted into a first type of color region in two sets of vertical circulation systems; After the color pattern material of the second type of color region is added to the carrier having the function of carrying the pattern material of the formed layout, the container of the third type of color region is used to directly use the container of the third type of color pattern material. Schematic diagram of the cross-section of the third type of color zone pattern material.

12 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention, in which a first hollow pattern flat template is inserted into a first type of color region in a vertical circulation system; And the second type of color zone color pattern material and finally directly loaded with the third type of color zone A schematic diagram of the planar structure of the first article produced by the container of the pattern material being flatly scraped into the carrier of the third type of color pattern material into the carrier having the function of carrying the pattern material of the formed layout.

13 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention. In the first vertical circulation system, the first hollow pattern flat template is inserted into the first color region. And the second type of color zone color pattern material and finally directly smeared into the carrier of the third type of color zone pattern material into the carrier having the function of carrying the pattern material of the formed layout. A schematic view of the enlarged portion of the section of the first article produced with the surface facing down.

Figure 14 is a plan view showing a second pattern of a hole pattern of a different pattern shape in the first vertical circulation system of the first embodiment of the embodiment of the present invention.

15 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to a second embodiment of the first vertical circulation system; A schematic cross-sectional view of a color-like region of a color pattern material into a carrier having the function of carrying a patterned material of a formed layout.

Figure 16 is a plan view showing a second hole pattern pattern vertical template of a hole patterning template for a decorative sheet and a second pattern of a hole pattern of a different pattern shape in the second vertical circulation system of the embodiment of the method.

Illustrated in the present invention, a hollow hole pattern template vertical circulation system for manufacturing a decorative sheet and a method for the method of the second embodiment of the second vertical circulation system are arranged in the second vertical circulation system. A schematic cross-sectional view of a color-like region of a color pattern material into a carrier having the function of carrying a patterned material of a formed layout.

18 is a perspective view of a vertical hole circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention, in which a second pattern of different pattern shapes is used in a two-piece vertical circulation system; a type of color region and a second type of color region of the color pattern material into a carrier having a function of carrying the pattern material of the formed layout, and a third type of color region which is left out, directly loaded with the third type of color pattern material Schematic diagram of the cross-section of the container into the third type of color pattern material.

19 is a schematic diagram of a vertical hole circulation template and a process method for fabricating a decorative sheet according to an embodiment of the present invention, in which a second pattern of different pattern shapes is used in two sets of vertical circulation systems; a color pattern material of a type of color region and a second type of color region and finally directly scraping into a third type of color zone pattern material by a container loaded with a third type of color zone pattern material to have a function of carrying a pattern material having a formed layout In the carrier, after the first pattern is different from the first one Schematic diagram of the planar structure of the two products.

20 is a schematic diagram of a vertical hole circulation template and a process method for fabricating a decorative sheet according to an embodiment of the present invention, in which a second pattern of different pattern shapes is used in a vertical circulation system; a color pattern material of a type of color region and a second type of color region and finally directly scraping into a third type of color zone pattern material by a container loaded with a third type of color zone pattern material to have a function of carrying a pattern material having a formed layout The structure of the enlarged portion of the cross-sectional section of the second article having a different pattern from the first one prepared in the carrier.

21 is a schematic diagram of a hollow hole pattern vertical circulation system and a process method for fabricating a decorative sheet according to an embodiment of the present invention, in which two different pattern shapes are used in two sets of vertical circulation systems; The two blocks produced by the process produce a side-by-side comparison of the planar structure schematics of the articles of varying patterns (i.e., the comparison of Figures 12 and 19).

Description of each label in the drawing:

a: a combination support frame for each hole pattern flat template and its respective support frame device;

b: a total crane that moves the combined support frame and all the hole pattern flat templates carried thereon to move up and down together;

c: a power unit of the total crane that moves the combined support frame and all of the hole pattern flat templates carried thereon up and down;

P: the position of the cloth area of the fabric using the hole pattern flat template;

A: the exit position of the hole pattern flat template cyclic interchange;

B: the entrance position of the hole pattern flat template cyclic interchange;

Q moving the hole pattern plane out of the outlet A position out of the power unit of the vertical circulation system;

Q ₂ : a power unit that moves the hole pattern plane from the inlet B position into the vertical circulation system;

M: a first set of hole pattern template vertical circulation system and a hole pattern flat template of different pattern shapes of the M series labels;

N: 套 two sets of hole pattern template vertical circulation system and the N-shaped label of each of the different pattern shapes of the hole pattern flat template;

: a position of a cloth area of the first type of color zone pattern material corresponding to the first set of aperture pattern template vertical circulation system and a position of a carrier having a function of carrying the pattern material of the formed layout in a lower portion thereof;

P _{2: a} position of a cloth zone of the second type of color zone pattern material corresponding to the second set of hole pattern template vertical circulation system and a position of a carrier having a function of carrying the pattern material of the formed layout in the lower portion; P ₃ : a position of a cloth region of the third type of color zone pattern material and a position of a carrier having a function of carrying the pattern material of the formed layout;

a. : a support frame device for a single hole pattern flat template;

Z: a carrier having the function of carrying a material of the already formed layout;

0: empty hole pattern plane template vertical circulation system, the arrangement of a hole pattern flat template corresponding to the position of the inlet A and the outlet B;

M. , M ₂ , M ₃ , M ₄ , M ₅ : a hole pattern flat template of each of the different pattern shapes in the first vertical circulation system;

N ₂ : two planar pattern templates of different pattern shapes in the second vertical circulation system;

1: a large black dot portion indicates a dark green pattern material of the first type of color region of the article of the embodiment;

1- 1: The large black dot portion indicates the pattern area of the dark green pattern material of the example product;

2: a small cross-line portion indicates a light green pattern material of the second type of color region of the article of the embodiment;

2- 1: a small cross-hatched portion indicates a pattern area of a light green pattern raw material of the article of the embodiment; 3: a small punctiform portion indicates a black pattern raw material of a third type of color region of the article of the embodiment;

3- 1: the small pitting portion indicates the pattern area of the black pattern material of the article of the embodiment;

Ro: an immovable support plate for supporting a container loaded with patterned materials;

: a container frame in which the lower frame of the dark green pattern material of the first type of color region of the embodiment product shown by the large black dot is a void;

R ₂ : The embodiment shown by the small cross line is loaded: the lower frame of the light green pattern material of the second type of color region of the product is an empty container frame;

R ₃ : the embodiment shown by the small pitting ^; the lower frame of the black pattern material of the third type of color region of the product is a container frame of the empty hole;

4: the moving direction of the container frame in which the lower frame of the color zone pattern material is filled;

Implementation

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a specific embodiment, structure, characteristics and effects of a hole patterning vertical circulation system and a method for manufacturing a decorative sheet according to the present invention will be described in detail with reference to the accompanying drawings and preferred embodiments. .

Referring to FIG. 1 , it is a plan view of a vertical circulation system of a hole pattern template for making a decorative plate and a plan view of a nearby position. Wherein, the reference numeral a denotes a combined support frame which integrates the hole pattern flat templates and their respective support frame devices; the reference b denotes that the combined support frame and all the hole pattern flat templates carried thereon are moved up and down together Total crane; reference numeral c denotes a power unit of the total crane for moving the combined support frame up and down; An exit position indicating a circular pattern circular template cyclic interchange; a label B indicating an inlet position of the hole pattern plane template cyclic interchange; a label indicating a power device for moving the hole pattern plane from the outlet A position out of the vertical circulation system; ₂ denotes a power device for moving the hole pattern plane from the inlet B position into the vertical circulation system; reference numeral M denotes a set of hole pattern template vertical circulation system and different hole pattern flat templates of M series labels therein; Pi indicates the position of the pattern formed has a function of carrier material of the layout of the first set of carrier pores with the template pattern corresponding to a first vertical circulation type region fabric color region pattern position and its lower feed; P ₂ represents a numeral The position of the cloth area of the second type of color zone pattern material.

Please refer to FIG. 2 , which is a schematic vertical cross-sectional view of each element in a circulating state of a hole pattern flat template in a position of a cloth zone in a vertical circulation system for manufacturing a decorative sheet and a method for manufacturing a decorative method. . As can be seen from the figure, the hole pattern plane template indicated by the symbol Mi has been placed at the cloth zone position indicated by the symbol P, and the first type of color zone pattern material, that is, the cloth of the ink green material of the embodiment, is carried out through the hole pattern plane template at the J3⁄4 position. (See Figure 8). Wherein, the reference numeral a denotes a combined support frame in which the hole pattern flat templates and their respective support frame devices are integrated; the reference b denotes that the combined support frame and all the hole pattern flat templates carried thereon are moved up and down together Total crane; reference numeral c denotes a power unit of the total crane for moving the combined support frame up and down; reference numeral A denotes an exit position of the hole pattern plane template cyclic interchange; and reference numeral B denotes an entrance position of the hole pattern plane template cyclic interchange Reference numeral Qi denotes a power unit that moves the hole pattern plane from the outlet A position out of the vertical circulation system; reference numeral Q ₂ denotes a power unit that moves the hole pattern plane from the inlet B position into the vertical circulation system; , Mi, M ₂ , M ₃ , M ₄ , M ₅ represent plane pattern templates of different pattern shapes in the first vertical circulation system; A support frame device for each of the single hole pattern flat templates; reference numeral P denotes a cloth zone position using a hole pattern flat template cloth; reference numeral Z denotes a carrier having a function of carrying a pattern material having a formed layout; Arrangement vacancy of a hole pattern flat template corresponding to the position of the inlet B in the pattern plane template vertical circulation system.

Referring to FIG. 3, the first hole pattern flat template Mi of the hollow hole pattern template vertical circulation system and the method for manufacturing the decorative plate of the present invention enters the vertical circulation system through the inlet B position of the vertical circulation system. In the last alignment vacancy, the vertical cross-sectional view of the circulation state of the other aperture pattern planar template M ₂ through the exit A position of the vertical circulation system into the position of the distribution zone. It can be seen from the figure that the hole pattern flat template of the previous state passes through the vertical circulation system under the action of the power unit Q ₂ ^{; the} position of the port B enters the vertical arrangement of the vertical circulation system 0, and another hole pattern flat template M ₂ passes the position of the cloth area indicated by the exit A position of the vertical circulation system under the action of the power unit. In this state, the original M The position of N2007/001715 becomes a new arrangement gap 0, at which position the hole pattern pattern template M _{2 is} used to perform the first type of color zone pattern material, that is, the ink material of the embodiment (see FIG. 15). At this time, in the vertical circulation system, the arrangement position of the original support hole pattern plane template M ₂ is vacated. Wherein, the reference numeral a represents the combined support for connecting the hole pattern flat templates and their respective support frame devices into one body. The reference numeral b denotes a total crane that moves the combined support frame and all the hole pattern flat templates carried thereon up and down; reference numeral c denotes a power unit of the total crane that moves the combined support frame up and down; the position of the outlet hole pattern cycle interchangeable template plane; reference numeral B denotes the position of inlet air hole pattern of plane loop interchange template; Qi numeral denotes that the hole pattern of the power unit out of the vertical plane of the circulatory system from the outlet position a; Q ₂ numeral Means a power unit that moves the hole pattern plane from the inlet B position into the vertical circulation system; the numbers M _Q , Mi, M ₂ , M ₃ , M ₄ , M ₅ represent the first vertical circulation system A hole pattern flat template of different pattern shapes (in the first vertical circulation system in the embodiment of the present specification, only the corners, M ₂ two holes pattern pattern template with the same pattern shape are used to make three colors a color pattern of the product); a mark a. A support frame device for each single hole pattern flat template; a reference P indicates a cloth zone position using a hole pattern flat template cloth; and a reference Z indicates a pattern material having a formed layout The function of the carrier.

Referring to FIG. 4, another hole pattern flat template M _{2 of} a hole pattern template vertical circulation system and a manufacturing method for manufacturing a decorative sheet according to the present invention passes through the exit A position of the vertical circulation system to enter the cloth area. At the same time, the previous block has entered the vertical circulation system arrangement vacancy in the vacancy pattern plane template Mi along with the combination support frame with a vertical cross-sectional view of the elements of the state of the circulatory system. It can be seen from the figure that the plane template Mi of the hole pattern which has entered the vacancy of the vertical circulation system has been lowered by an arrangement position with the combination of the palm holders, so that the arrangement gap 0 corresponding to the position of the inlet B is vacated again. At the same time, another hole pattern flat template M _{3 is} lowered by one arrangement position along with the combined support frame and then moved to the side of the exit A position. Wherein, the reference numeral a denotes a combined support frame which integrates the hole pattern flat templates and their respective support frame devices; the reference b denotes that the combined support frame and all the hole pattern flat templates carried thereon are moved up and down together Total crane; reference numeral c denotes a power unit of the total crane for moving the combined support frame up and down; reference numeral A denotes an exit position of the hole pattern plane template cyclic interchange; and reference numeral B denotes an entrance position of the hole pattern plane template cyclic interchange The reference numeral designates a power unit that moves the hole pattern plane out of the outlet A position out of the vertical circulation system; reference numeral Q ₂ denotes a power unit that moves the hole pattern plane from the inlet B position into the vertical circulation system; ML M ₂ , M ₃ , M ₄ , M ₅ represent plane pattern templates of different pattern shapes in the first vertical circulation system; reference numeral a. A support frame _k representing each of the single hole pattern flat templates; a symbol Z indicating a carrier having a function of carrying a pattern material having a formed layout; and a reference numeral 0 indicating a hole pattern flat template in a vertical circulation system The arrangement of the empty template of the aperture pattern corresponding to the position of the entrance B is vacant.

Please refer to FIG. 5 , which is a hollow hole pattern template vertical circulation system and a process method for manufacturing a decorative sheet according to the present invention. Another hollow pattern flat template M ₂ in the cloth area passes through the inlet B position of the vertical circulation system. Entering the vertical cycle: in the system, the previous state is combined with the vacant space in the support frame, and the other hole pattern plane template M ₃ has been lowered with the previous state. A schematic vertical cross-sectional view of each element in a circulating state when the position corresponding to the position of the outlet A is at the position of the power unit Q at the exit A. As can be seen from the figure, the hole pattern plane template indicated by the symbol M ₂ passes through the inlet B position of the vertical circulation system under the action of the power unit Q ₂ into the vertical circulation system arrangement vacancy 0, and the hole pattern indicated by the symbol M ₃ The flat template passes through the outlet A position of the vertical circulation system under the action of the power unit to enter the position of the cloth area indicated by the reference P (in this position, the fabric of the color pattern material can be made through the plane template of the hole pattern), at this time In the vertical circulation system, the arrangement of the original hole pattern flat template M ₃ on the combined support frame is vacant. Wherein, the reference numeral a denotes a combined support frame which integrates the hole pattern flat templates and their respective support frame devices; the reference b denotes that the combined support frame and all the hole pattern flat templates carried thereon are moved up and down together Total crane; reference numeral c denotes a power unit of the total crane for moving the combined support frame up and down; reference numeral A denotes an exit position of the hole pattern plane template cyclically interchanged; and reference numeral B denotes an inlet position of the hole pattern plane template cyclic interchange The reference numeral designates the power unit that moves the hole pattern plane out of the outlet A position out of the vertical circulation system; reference numeral Q ₂ shows the power unit that moves the hole pattern plane from the inlet B position into the vertical circulation system; reference numerals M _Q , M ₂ , M ₃ , M ₄ , M ₅ represent plane pattern templates of different pattern shapes in the first vertical circulation system; A support frame device for each of the single hole pattern flat templates; reference numeral P denotes a cloth zone position using a 'hole pattern flat template cloth; and a reference Z denotes a carrier having a function of carrying a pattern material of a formed layout.

Please refer to FIG. 6 , which is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention, in which two sets of different color pattern products are produced by using two sets of vertical circulation systems. A schematic plan view of the top. This figure shows the first set of vertical circulation system hollow hole pattern plane template shown by the symbol M. Under the action of the power unit, the position is entered through the exit A position of the first vertical circulation system. The position of the cloth area of the first type of color zone pattern material (the ink green pattern material in the embodiment of the present specification) corresponding to the first set of hole pattern template vertical circulation system is represented by the first type of color zone pattern material ^ pattern cloth The process, after completing the fabricating process of the first type of color zone pattern material, the carrier having the function of carrying the patterned material of the layout is carried by the hole pattern planar template moved by the first vertical circulation system The pattern material having the shape of the first type of color zone pattern is moved toward the direction in which the article is pressed, and moved to the symbol P ₂ Two sets of aperture pattern template vertical circulation system corresponding to the second type of color zone pattern material (light green pattern material in the embodiment of the present specification), the position of the cloth area is subjected to the patterning process of the second type of color zone pattern material, After the fabricating process of the second type of color zone pattern material, the carrier having the function of carrying the pattern material which has formed the layout carries the hole pattern flat template which is respectively moved by the first set and the second set of vertical circulation systems. into the first class and the second class of pattern shape pattern color region in the direction of feed of the pressed article, is moved to the third color class P ₃ region represented by reference numeral patterned material (in the present embodiment description as a raw material black pattern) fabric The pattern position process of the third type of color zone pattern material is performed. Wherein, the reference numeral a denotes a combined support frame which integrates the hole pattern flat templates and their respective support frame devices; the reference b denotes that the combined support frame and all the hole pattern flat templates carried thereon are moved up and down together The total lifting frame; the symbol c indicates the power of the total lifting frame for moving the combined support frame up and down; the reference A indicates the exit position of the hole pattern plane template cyclic interchange; the reference B indicates the entrance of the hole pattern flat template cyclic interchange Position; the reference numeral indicates the power device that moves the hole pattern plane from the outlet A, out of the vertical circulation system; the symbol Q ₂ represents the power unit that moves the hole pattern plane from the inlet B ^: position into the vertical circulation system;笫 A set of hole pattern flat template in the vertical circulation system of the hole pattern template; the label N indicates the plane pattern template of the hole pattern in the vertical circulation system of the second set of holes pattern; Represents a first set of pores with the template pattern corresponding to a first vertical circulation type region positions fabric material and a color region pattern having its lower position of the carrier carrying a pattern function feedstock Board has been formed; P ₂ denotes the numeral fabric pattern template region a second set of pores vertical circulation system corresponding to a second color region pattern type feed position; reference position P ₃ represents a third type of zone fabric pattern color region starting material.

7 is a plan view showing a first hole pattern flat template in a first vertical circulation system of a first embodiment of a method for manufacturing a decorative sheet material. As can be seen from the figure, the first block in the first vertical circulation system used in the embodiment has a hole pattern of 600 mm X 600 mm, and the plane template is labeled M _{l 5 ,} wherein the blank area represents the first of the hole pattern flat template. The color area (ie, the ink green image 3⁄4 material color area) has a hollow hole in the pattern shape, and the gray area indicates a closed flat plate that can block the passage of the raw material.

8 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to the first embodiment of the first vertical circulation system; A schematic cross-sectional view of the pattern material into a carrier having the function of carrying the patterned material of the formed layout. This figure is the process carried out in the cycle state shown in Figure 2, label! ^The hole pattern flat template shown by the broken line has been moved from the vertical circulation system to the first class corresponding to the first set of hole pattern template vertical circulation system indicated by the symbol Pi shown in FIG. Color area (ie, ink green pattern material area) The position of the cloth area of the pattern material is in the dark green area pattern The cloth process shown in the figure of the raw material, as seen from the figure, the reference Z denotes a carrier having a function of carrying the pattern material of the formed layout; at the end of the carrier indicated by the reference z, there is a lower frame for supporting the pattern material. The non-movable support plate (shown by the symbol R) of the container frame (indicated by the label) which is the empty hole, and the container frame in which the lower frame of the dark green pattern material indicated by the large black dot is filled with holes (label ^ (shown) has been moved from the starting position indicated by the symbol ^ of the broken line to the other end of the carrier indicated by the reference Z in the direction indicated by the arrow 4 on the hole pattern plane template indicated by the broken line. On the non-movable pallet (shown by the symbol R) of the container frame (indicated by the label) in which the lower frame of the pattern material is loaded with the pattern material, in the process, it is loaded with the label! ^ The dark green pattern material indicated by the large black dot 1 in the container shown in the container is formed in the carrier having the function of carrying the pattern material of the formed layout by the void region of the plane template of the aperture pattern. The pile-like shape defined by the shape of the hole is completed, and the cloth of the ink-green pattern raw material color region produced by the first product is completed. Arrow 4 indicates the moving direction of the container in which the dark green pattern material is loaded. The large black dot of the reference numeral 1 indicates the dark green pattern material having the first type of color zone pattern shape formed in the carrier and the dark green pattern material in the container frame of the lower frame being the empty hole, which is marked with a broken straight line. A hole pattern flat template in which the pattern shape is hollowed out is shown in the first color zone (ie, the ink green pattern material color zone).

Figure 9 is a plan view showing a first hole pattern flat template in a second vertical circulation system of a hollow hole pattern template vertical circulation system for fabricating a decorative sheet and a process method embodiment. As can be seen from the figure, the first block in the second vertical circulation system used in the embodiment has a hole pattern of 600 mm X 600 legs, and the blank area represents the second color of the hole pattern flat template. The area (ie, the light green pattern material color area) is hollowed out in the shape of the hollow pattern, and the gray area indicates a closed flat board that can block the passage of the raw material.

FIG. 10 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention. The first color pattern flat template in the second vertical circulation system is disposed in the second color area color. A schematic cross-sectional view of the pattern material into a carrier having the function of carrying the patterned material of the formed layout. The figure is a carrier pattern in which the hole pattern flat template shown by the straight line in the same cycle mode is moved from the vertical circulation system to the position of the second cloth area, and has the function of carrying the pattern material of the formed layout. After the dark green pattern material of the colored area pattern shape is inserted through the hole pattern flat template Mi, it is moved toward the pressing direction of the product to the second set of the hole pattern template as indicated by the symbol P ₂ shown in FIG. The position of the cloth area of the second type of color zone pattern material (ie, the light green pattern material area) corresponding to the type of circulation system, and the cloth process diagram of the light green pattern material. As can be seen from the figure, the reference numeral Z denotes a carrier having the function of carrying the pattern material of the formed layout; the colored color which has been carried by the planar template through the aperture pattern has been carried One end of the carrier indicated by the reference sign Z of the dark green pattern material of the area pattern shape, and an unmovable support plate (labeled with reference numeral R ₂ ) for supporting the lower frame which is filled with the pattern material. R.)), the container frame (shown by the symbol R ₂ ) in which the lower frame of the light green pattern material indicated by the small cross line is filled with an empty hole, has been arrow 4 from the starting position indicated by the dotted line R ₂ The direction shown is moved on the aperture pattern plane template indicated by the broken line, to the other end of the carrier indicated by the reference Z for supporting the container frame in which the lower frame of the pattern material is filled (reference numeral R ₂ On the non-movable support plate (shown by the symbol R) shown in the figure, in this process, the light green line indicated by the small cross line 1 in the container frame with the lower frame indicated by the reference R ₂ is a hole. The pattern material passes through the hole pattern, and the hole area of the plane board falls in a blank position other than the ink green pattern raw material area in the carrier having the function of carrying the pattern material which has formed the layout, and forms a receiving hole. Shape specified by the shape Finished fabric article made of a material pattern of light green color region. Arrow 4 indicates the moving direction of the container R ₂ loaded with the light green pattern material. The large black dot of the numeral 1 indicates the formed dark green pattern material having the shape of the first type of color zone pattern, and the small cross line of the reference numeral 2 indicates the light green color of the shape of the second type of color zone pattern formed in the carrier. the pattern material and the lower frame to block the pores of the container ₁₂ in light green pattern material, reference numeral for broken straight line shown in a second color region (i.e. a pale green color region starting material pattern) the pattern shape of hollow voids plane pattern template.

11 is a schematic diagram of a vertical circulation system and a process method for manufacturing a decorative hole material according to an embodiment of the present invention, in which a first vertical hole pattern flat template is inserted into the first system in two sets of vertical circulation ¹ systems; After the color-like area and the second-type color-region color pattern material are in the carrier having the function of carrying the pattern material of the formed layout, the third type of color area position is used to directly load the third type color area pattern material. A schematic cross-sectional view of the container when it is scraped into the third type of color zone pattern material. The figure is a carrier having the function of carrying the pattern material of the formed layout, carrying the dark green and light green pattern material through the hole pattern flat template 1 and the colored pattern pattern, and then pressing the product toward the product. direction to the numeral shown in Figure 6. the third color region P ₃ represents a pattern material (i.e. black pattern feed zone according to the present embodiment description) cloth fabric process zone position FIG black pattern material, can be seen from FIG. Reference numeral Z denotes a carrier having a function of carrying a pattern material which has formed a layout; a carrier of the ink green and light green pattern material which has been carried by the aperture pattern flat template and the colored pattern pattern of the colored area indicated by the reference Z one end of the supporting plate there is immovable (FIG R. numeral) for supporting patterning material loaded in the container box frame (shown in reference numeral R ₃₎ of the pores, a small load points represented by black pattern Ma The lower frame of the raw material is a container frame (shown by reference numeral R ₃ ) of the empty hole, and has been moved from the starting position indicated by the dotted line R ₃ in the direction indicated by the arrow 4 to the load indicated by the symbol Z. The other end of the body is used to support the loading of the pattern material. The container frame ₍₃ R numeral shown) to block the pores immovable supporting plate (reference numeral shown in _Q R), in this process, the loading in the reference frame R to the container ₃ shown pores The black pattern material indicated by the small pitting point 3 in the frame is flatly scraped and filled into the remaining blank area of the carrier which is not disposed in the dark green and light green pattern material, and the cloth of the black pattern material color area of the first product is completed. So far, the dark green, light green, and black pattern materials have been formed with a cloth layout in which the first article has three color zone pattern shapes. Arrow 4 indicates the moving direction of the container frame R ₃ in which the lower frame in which the pattern material is loaded is a hole. The large black dot of the numeral 1 indicates the formed dark green pattern material having the shape of the first type of color zone pattern, and the small cross line of the reference numeral 2 indicates the light green color having the shape of the second type of color zone pattern formed in the carrier. Pattern material, reference numeral 3 is shown as a black pattern material having a third type of color pattern pattern formed in the carrier and a black pattern material in the container frame R ₃ having a lower frame.

FIG 12 is an example of template pattern of pores vertical circulation system and a process for making a decorative sheet material of the present invention ^¾ employing two sets of vertical circulation system, each of a hole pattern of a first type into a plane formwork The color region and the second type of color region color pattern material and finally directly smeared into the third type of color region pattern material by the container loaded with the third type of color pattern material to the carrier having the function of carrying the patterned material of the formed layout Schematic diagram of the planar structure of the first article made in the middle. As can be seen from the figure, the large black dot portion of the reference numeral 1-1 indicates the pattern area of the dark green pattern material of the first article of the embodiment; and the small cross line portion of the reference numeral 2-1 indicates the pattern of the light green pattern material of the first article of the embodiment. Section 3-1 The small hemp portion indicates the pattern area of the black pattern material of the first article of the embodiment.

13 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention. In the first vertical circulation system, the first hollow pattern flat template is inserted into the first color region. And the second type of color zone color pattern material and finally directly smeared into the carrier of the third type of color zone pattern material into the carrier having the function of carrying the pattern material of the formed layout. A schematic view of the enlarged portion of the section of the first article produced with the surface facing down. As can be seen from the figure, the large black dot portion of the reference numeral 1-1 indicates the pattern area of the dark green pattern material of the first article of the embodiment; the reference numeral 2 1 small cross line portion indicates the pattern area of the light green pattern material of the first article of the embodiment. The reference numeral 3-1 small hemp portion indicates the pattern area of the black pattern material of the first article of the embodiment.

FIG. 14 is a plan view showing a two-hole pattern template of a different pattern shape in a first vertical circulation system of a first embodiment of a vertical circulation system for manufacturing a decorative sheet. As can be seen from the figure, the second block in the first vertical circulation system used in the embodiment has a hole pattern of 600 legs X 600 brain, and the plane template is labeled M ₂ , wherein the blank area The field indicates the first color zone of the hole pattern flat template (ie, the ink green pattern material color zone). The pattern shape is hollowed out, and the gray area indicates a closed planar plate that can block the passage of the material.

15 is a schematic diagram of a vertical circulation system and a method for manufacturing a decorative sheet material according to a second embodiment of the first vertical circulation system; A schematic cross-sectional view of a color-like region of a color pattern material into a carrier having the function of carrying a patterned material of a formed layout. This figure is a process carried out in the cycle state shown in Figs. 3 and 4, and the hole pattern pattern template shown by the broken line of the symbol M ₂ has been moved from the vertical circulation system to as shown in Fig. 6. The label indicates the first type of color zone corresponding to the first set of aperture pattern template vertical circulation system (ie, the ink green pattern material area). The position of the cloth area of the pattern material is used to perform the cloth printing process of the ink green area pattern material. As can be seen from the figure, the reference numeral Z denotes a carrier having a function of carrying the pattern material of the formed layout; at one end of the carrier indicated by the reference Z, there is a container frame for supporting the lower frame in which the pattern material is loaded as an empty hole (indicated by the numeral The non-movable support plate (shown by the symbol R), the container frame (shown by the label) with the hollow frame filled with the dark green dot material shown by the large black dot, as indicated by the dotted line The starting position of the carrier is moved in the direction indicated by the arrow 4 on the aperture pattern plane template indicated by the broken line of the label M ₂ to the other end of the carrier indicated by the reference numeral 1 for supporting the lower frame on which the pattern material is loaded. air On the non-movable support plate (shown by the symbol R) of the container frame (indicated by the label), in this process, the dark green pattern material indicated by the large black dot 1 loaded in the container indicated by the label passes The hole pattern of the hole pattern plane template M ₂ falls within the carrier having the function of carrying the pattern material which has formed the layout shown by the reference Z, and forms a stack defined by the M ₂ hole shape different from the shape of the hole. In the shape, the fabric of the dark green pattern raw material color area produced by the second product is completed. Arrow 4 indicates the moving direction of the container frame in which the lower frame in which the dark green pattern material is loaded is a hole. The large black dots are shown as the dark green pattern material in the shape of the color-like pattern formed in the carrier and the dark green pattern material in the container frame in which the lower frame is void, and the label M ₂ is broken. The straight line shows the first color zone (ie, the ink green pattern material color zone). The pattern shape is hollow and the hole pattern flat template is different from the shape of the Mi hole. ^

16 is a plan view showing a second pattern of a hole pattern of a different pattern shape in a second vertical circulation system of a second embodiment of the embodiment of the present invention. As can be seen from the figure, in the second vertical circulation system used in the embodiment, the second block having a size of 600 legs x 600 faces is designated as N ₂ , wherein the blank area represents the plane template of the hole pattern. The 笫 two-color area (ie, the light green pattern material color area) is hollowed out in the shape of the hollow pattern, and the gray area indicates a closed flat board that can block the passage of the raw material.

Figure 17 is a vertical circulation system of a hole pattern template for making a decorative plate and a craft side thereof The second embodiment of the second embodiment of the second embodiment of the second embodiment of the second embodiment of the second embodiment of the pattern of the pattern of the pattern of the aperture pattern into the second color region of the color pattern material into the carrier having the function of carrying the patterned material Schematic diagram of the section. The figure is a hole pattern flat template which is shown by a straight line in which the label N ₂ is broken in the same cycle manner, and moves from the vertical circulation system to the position of the second cloth zone, and has the function of carrying the pattern material of the already formed layout. The carrier is loaded with the dark green pattern material of the colored area pattern shape disposed by the hole pattern flat template M ₂ , and then moved to the direction in which the product is pressed to the second set indicated by the symbol P ₂ as shown in FIG. 6 . The position of the cloth area of the second type of color zone pattern material (ie, the light green pattern material area) corresponding to the vertical hole pattern template vertical circulation system is used to perform the cloth process drawing of the light green pattern material. As can be seen from the figure, the reference numeral Z denotes a carrier having a function of carrying the pattern material of the formed layout; and is denoted by the reference numeral Z of the ink-green pattern material which has been carried by the pattern of the colored area pattern in which the pattern template M ₂ is embossed. One end of the carrier has an unmovable support plate (shown by reference numeral R _Q ) for supporting a container frame (shown by reference numeral R ₂ ) in which the lower frame is filled with the pattern material, and is filled with a small cross line. The lower frame of the light green pattern material is a hollow container frame (shown by reference numeral R ₂ ), and has a broken line from the starting position indicated by the dotted line R ₂ in the direction indicated by the arrow 4 at the number N ₂ . The other end of the carrier, which is moved to the vector indicated by the reference Z, is used to support the non-movable supporting plate of the container frame (shown by reference numeral R ₂ ) in which the lower frame is filled with the pattern material ( In the process of the label R, shown, the light green pattern material indicated by the cross line 2 loaded in the container indicated by the reference numeral R ₂ passes through the hole pattern of the hole pattern plane template N ₂ at the label Z. The bearing has formed a cloth In the blank position other than the ink green pattern material region in the carrier of the pattern material, a pile shape which is different from the shape of the hole and formed by the N ₂ hole shape is formed, and the light green pattern of the second product is completed. The fabric of the raw material color area. Arrow 4 indicates the moving direction of the container frame R ₂ in which the lower frame in which the light green pattern material is loaded is a hole. The large black dot of the numeral 1 indicates the formed dark green pattern material having the shape of the first type of color zone pattern, and the small cross line of the reference numeral 2 indicates the light green color of the second type of color zone pattern formed in the carrier. The pattern material and the light green pattern material in the container frame R ₂ with the lower frame being the empty hole, the line N ₂ having the broken line is the second color area (ie, the light green pattern material color area), and the pattern shape is hollowed out. Pattern flat template.

18 is a perspective view of a vertical hole circulation system and a method for manufacturing a decorative sheet material according to an embodiment of the present invention, in which a second pattern of different pattern shapes is used in a two-piece vertical circulation system; a type of color region and a second type of color region color pattern raw material into a third type of color region having a function of carrying a pattern material having a formed layout, and directly loading a third type of color region pattern material Schematic diagram of the cross-section of the container into the third type of color pattern material. This figure is carried by a carrier having the function of carrying the patterned material of the formed layout. The hollow pattern and the dark green pattern material of the colored area pattern shape in which the plane pattern M ₂ and N ₂ are disposed are moved toward the pressing direction of the product to the third type of color indicated by the symbol P ₃ shown in FIG. The cloth pattern area of the area pattern material (ie, the black pattern material area of the embodiment of the present specification) is subjected to a cloth pattern of the black pattern material, and it can be seen from the figure that the label Z indicates a carrier having a function of carrying the pattern material of the formed layout; One end of the carrier of the dark green and light green pattern material which has been carried by the colored area pattern pattern which is carried by the aperture pattern plane templates M ₂ and N ₂ is indicated by the reference Z, and is used for the carrier of the pattern material loaded with the ₇ | container box (shown in reference numeral R ₃₎ of the box is empty pores immovable supporting plate (reference numeral shown Rfl), loaded with the lower frame pattern black color material represented by small pits of a container frame (reference numeral R voids ₃ ), has moved from the starting position indicated by the dotted line in the direction indicated by the arrow 4 to the other end of the carrier indicated by the reference numeral 1 for supporting the container frame in which the lower frame in which the pattern material is loaded is an empty hole ( Reference R ₃ As shown in the 'immovable support plate (labeled R.), in this process, the black indicated by the small pitting point 3 in the container frame with the lower frame shown in the lower frame shown by the reference R ₃ The pattern material is flat-scraped and filled into the remaining blank area of the carrier which is not disposed in the dark green and light green pattern material, and the cloth of the black pattern material color area of the second product is completed. To this end, the dark green, light green, and black pattern materials have been formed with a cloth layout of a second article color zone pattern shape having a different pattern from the first article. Arrow 4 indicates the moving direction of the container frame R ₃ in which the lower frame in which the pattern material is loaded is a hole. The large black dot of the numeral 1 indicates the formed dark green pattern material having the shape of the first type of color zone pattern, and the small cross line of the reference numeral 2 indicates the light green color having the shape of the second type of color zone pattern formed in the carrier. Pattern material, reference numeral 3 is shown as a black pattern material having a third type of color pattern pattern formed in the carrier and a black pattern material in the container frame R ₃ having a lower frame.

19 is a plan view of a vertical hole circulation system and a method for manufacturing a decorative plate material according to an embodiment of the present invention, in which a second hole pattern of each of the two different pattern shapes is used in a two-piece vertical circulation system. The first type of color zone and the second type of color zone color pattern material are finally directly scraped into the third type of color zone pattern material by using a container loaded with the third type of color zone pattern material to the pattern material having the formed layout. A schematic diagram of the planar structure of a second article of a functionally patterned carrier having a different pattern than the first one. As can be seen from the figure, the large black dot portion of the reference numeral 1-1 indicates the pattern area of the dark green pattern material of the second article of the embodiment; and the small cross line portion of the reference numeral 2-1 indicates the pattern of the light green pattern material of the second article of the embodiment. Section 3-1 The small pitting portion indicates the pattern area of the black pattern material of the second article of the embodiment.

20 is a perspective view of a hollow hole template vertical circulation system and a process method for fabricating a decorative sheet according to an embodiment of the present invention, in which a second pattern of different pattern shapes is used in two sets of vertical circulation systems; One type of color zone and the second type of color zone color pattern raw materials and the final direct use The container carrying the third type of color zone pattern material is flatly scraped into the third type of color zone pattern material to the carrier having the function of carrying the patterned material of the formed layout, and the second pattern is different from the first block. A schematic view of the enlarged portion of the section of the block product facing downward. As can be seen from the figure, the large black dot portion of the reference numeral 1-1 indicates the pattern area of the dark green pattern material of the second article of the embodiment; the reference numeral 2-1 small cross line portion indicates the pattern of the light green pattern material of the second article of the embodiment. Zone; numeral 3 - 1 The small hemp dot portion represents the pattern area of the black pattern material of the second article of the embodiment.

21 is a hollow hole pattern template vertical circulation system and a method for manufacturing a decorative sheet according to an embodiment of the present invention, in which two different pattern shapes are used in two sets of vertical circulation systems; The resulting two pieces produced a side-by-side comparison of the planar structure schematics of the articles of varying patterns (i.e., the comparison of Figures 12 and 19). As can be seen from the figure, the color pattern of the two products is different.

Example:

The production method and the manufacturing process of the product for producing the imitation large flower green marble as an embodiment of the present invention for producing a decorative plate and a hole pattern template vertical circulation system and a method thereof are as follows:

1) Prepare porcelain materials in three colors: dark green, light green and black, and put them into three containers.

2), prepare two sets of hole pattern template vertical circulation system and related equipment elements as shown in Fig. 2, which are respectively composed of a hole pattern flat template with different hole pattern shapes, and take the device elements as shown in Fig. 6. The position is installed, wherein the two sets of different hole patterns in the first vertical circulation system are in the form of labels and representations, and the two sets of vertical circulation systems have two different hole pattern shapes. The hole pattern flat template is indicated by the reference numeral and N ₂ . Each device element includes the label a. The single-hole figure shown is a support frame device for abandoning the planar template; the reference a indicates the support frame for connecting the hole pattern flat templates and their respective support frame devices; the reference b indicates the up-and-down movement of the support frame. The total lifting frame; the power device of the total lifting frame for moving the support frame up and down; the outlet position of the hole pattern plane template circularly interchanged by the symbol A; the hole pattern of the plane pattern reverse cycle interchange indicated by the reference B the inlet position; power means that the pattern of pores out of the vertical plane indicated by reference numeral circulation system from the outlet position a; hole pattern making reference plane Q ₂ is moved into a vertical position from the inlet of the circulation system power unit B; reference numeral ? The position of the cloth area of the dark green area pattern material corresponding to the first set of hole pattern template vertical circulation system; the position of the cloth area of the light color area pattern indicated by the symbol P ₂ ; the black area pattern indicated by the reference P ₃ The position of the cloth area of the raw material; and the carrier indicated by the symbol Z having the function of carrying the pattern material of the formed layout. 3), start the vertical circulation system to enter the cycle state as shown in FIG. 2, so that the plane pattern template of the hole pattern indicated by the label is located at the cloth area, and as shown in FIG. 8, the hole pattern is adopted at this position. The flat template is used to make the cloth of the dark green material when the first product is produced. At one end of the carrier having the function of carrying the formed pattern material indicated by the symbol Z, there is an immovable supporting plate for supporting the container frame (indicated by the label) in which the lower frame is filled with the pattern material. (indicated by the symbol R), the container frame (indicated by the label) in which the lower frame of the dark green pattern material indicated by the large black dot is a hole, and the direction indicated by the arrow 4 is indicated from the starting position indicated by the dotted line. Moved to the other end of the carrier indicated by the reference sign Z on the hole pattern flat template indicated by the broken line, for the support of the container frame (shown by the label) in which the lower frame of the pattern material is filled. Move the support plate (labeled R.) on it, during this process, load the label! ^ The dark green pattern material indicated by the large black dot 1 in the container shown in the container is formed in the carrier having the function of carrying the pattern material of the formed layout by the void region of the plane template of the aperture pattern. The piled shape defined by the shape of the Mi hole was completed, and the cloth of the dark green porcelain pattern raw material color region produced by the first product was completed. .

4), after completing the fabric of the dark green porcelain material color area produced by the first product in the cycle state of Fig. 2, the power device corresponding to the position of the inlet B is placed on the upper part of the carrier which has carried the ink green pattern material The hole pattern plane template M _{l 5 at the} position of the cloth area is moved to the arrangement vacancy corresponding to the position of the inlet B in the vertical circulation system of the hole pattern template through the inlet B position; or, at the same time, or the power device corresponding to the position of the outlet A In the hole pattern template vertical circulation system, another different hole pattern template M _{2 is} passed through the outlet A position into the cloth zone position of the upper portion of the carrier having the function of carrying the pattern material of the formed layout. Enter the state shown in Figures 3 and 4.

5), as shown in FIG. 10, the carrier having the function of carrying the pattern material of the formed layout carries the dark green ceramic material in the shape of the colored area pattern which is disposed through the aperture pattern flat template Mi, and then is pressed toward the product. The direction is moved to the position of the cloth area of the second type of color pattern material (ie, the light green pattern material area) corresponding to the second set of hole pattern template vertical circulation system indicated by the symbol P ₂ shown in FIG. In the same cycle mode, the hole pattern flat template indicated by the broken line is moved from the vertical circulation system to the second cloth zone position, and the cloth process of the light green pattern material is performed. At one end of the carrier indicated by the reference sign Z of the dark green pattern material having the colored area pattern shape embedded in the hole pattern flat template Mi, there is a container frame for supporting the lower frame in which the pattern material is loaded A non-movable support plate (shown by reference numeral R ₂ ), a container frame in which the lower frame of the light green pattern material indicated by the small cross line is filled with holes

The hole pattern of flat panels (reference numeral R in _{FIG. 2),} from the starting position _shown in broken line in the direction shown by reference numeral R in the reference numeral 4 there is indicated by line arrow is moved to the OFF carrier represented by reference numeral Z The other end is used to support the non-movable support plate (shown by the symbol R) of the container frame (shown by reference numeral R ₂ ) in which the lower frame is filled with the pattern material, and in the process, the label is loaded. The light green pattern material indicated by the small cross line 2 in the container frame with the lower frame indicated by R ₂ in the empty hole is passed through the hole area of the hole pattern flat template and has the pattern material bearing the formed layout as indicated by the reference Z. The functional carrier has a stacking shape defined by the shape of the hole in a blank position other than the ink-green pattern material region, and the fabric of the light green pattern porcelain material color region of the first product is completed.

6), as shown in FIG. 11, the carrier carrying the ink-green pattern flat template and the ink green and light green pattern porcelain material which are formed in the previous step is moved toward the product pressing direction as shown in FIG. The position of the cloth area indicated by the reference numeral P ₃ is a cloth printing process of the black pattern porcelain material. As can be seen from the figure, the ink green and light which have been carried by the plane pattern of the hole pattern and the pattern of the colored area pattern which is disposed are indicated by the reference Z. One end of the carrier of the green 'color porcelain material is a non-movable support plate (shown by reference numeral R) for supporting a container frame (shown by reference numeral R ₃ ) in which the lower frame of the pattern material is loaded, and is loaded. container box lower frame black pattern of small pits material represented by pores (reference R in _{FIG. 3),} moved from the home position of the broken line shown in reference numerals ₃ R 4 in the direction shown by arrow Z indicated to reference numeral The other end of the carrier is used to support the non-movable support plate (shown by reference numeral R _Q ) of the container frame (shown by reference numeral R ₃ ) in which the lower frame is filled with the pattern material, in the process, loading in the block indicated at R ₃ is empty The black pattern material indicated by the small pitting point 3 in the container frame is flatly scraped and filled into the remaining blank area of the carrier which is not disposed in the dark green and light green pattern material, and the black pattern raw material color area of the first product is completed. Cloth. So far, the dark green, light green, and black pattern materials have been formed with a cloth layout in which the first article has three color zone pattern shapes.

7), the porcelain material formed by the dark green, light green and black porcelain raw materials having the first product color zone pattern shape layout is sent to the pressing position, and is press-formed, thereby preparing the Mi and the hole pattern of the present invention. The first three-dimensional color imitation large green marble material body having the same pattern of color pattern formed by the edge of the die pattern of the plane template; the body is fired to obtain a matt article, after firing Polishing is then carried out to obtain a polished first-patterned imitation large green marble product (as shown in Fig. 12).

8), after the step 4) above, the second hole pattern flat template M _{2 of the} first vertical circulation system has been interchanged to reach the position of the cloth area in the dark green area as shown in FIG. 3 and FIG. Then, the fabric process shown in FIG. 15 is performed, that is, at one end of the carrier indicated by the reference numeral Z, there is an immovable support for supporting the frame (indicated by the bottom) in which the lower frame of the pattern material is loaded. A flat plate (indicated by R), a container frame in which the lower frame of the dark green pattern material indicated by the large black dots is filled with holes (marked by the label), the label from the dotted line! The starting position shown by ^ is moved in the direction indicated by the arrow 4 on the hole pattern plane template indicated by the broken line of the symbol M ₂ to the other end of the carrier indicated by the reference Z for supporting the pattern material. The lower frame is the non-movable support plate (shown by the symbol R) of the container frame (shown by the number) of the hole, in the process, the large black dot 1 shown in the container indicated by the label is shown. The dark green pattern material passes through the void pattern. The void region of the planar template M ₂ falls within the carrier having the function of carrying the patterned material of the formed layout as indicated by the label Z and forms an M ₂ space different from the shape of the Mi hole. The stacking shape defined by the shape of the hole completes the fabric of the dark green pattern material area of the second product.

9), as shown in FIG. 17, the carrier having the function of carrying the pattern material of the formed layout carries the dark green ceramic material in the shape of the colored area pattern which is disposed through the aperture pattern flat template M ₂ , and then faces the product. The direction of pressing is moved to the position of the cloth area of the second type of color pattern material (ie, the light green pattern material area) corresponding to the second set of hole pattern template vertical circulation system indicated by reference numeral P ₂ as shown in FIG. The hole pattern flat template shown by the straight line in which the label N ₂ is broken in the same circulation manner is moved from the vertical circulation system to the position of the second cloth area, and the cloth process of the light green pattern material is performed. At one end of the carrier indicated by the reference sign Z of the dark green pattern material which has been carried by the colored pattern pattern M ₂ which is embedded in the aperture pattern flat template M ₂ , there is a container for supporting the lower frame in which the pattern material is loaded light green lower frame pattern block starting material (shown in reference numeral R ₂₎ immovable supporting plate (reference numeral R. below), loaded with intersecting lines represented by small pores container frame

(indicated by the reference numeral R ₂ ), the starting position indicated by the reference numeral 11 ₂ of the broken line is moved to the direction indicated by the arrow Z in the direction indicated by the arrow 4 on the hole pattern plane template indicated by the broken line of the symbol N ₂ . immovable supporting plate for supporting the other end of the carrier material loaded with a pattern of the lower frame of the container box (shown in reference numeral R ₂₎ of the pores (shown in reference ^R.;) on, in the process, The light green pattern material indicated by the small cross line 2 loaded in the container indicated by the reference numeral R ₂ passes through the hole pattern of the hole pattern plane template N ₂ and falls on the function of the pattern material having the layout formed by the label Z. In the blank position other than the ink-green pattern material region in the carrier, a pile shape which is different from the shape of the hole and which is defined by the shape of the N ₂ hole is formed, and the cloth of the light green pattern material color region of the second product is completed. .

10), as shown in FIG. 18, the carrier carrying the dark green and light green pattern porcelain raw materials defined by the aperture pattern planar templates M ₂ and N ₂ of the previous step is moved toward the direction in which the product is pressed, as shown in FIG. process cloth fabric area P shown in the position reference numeral ₆₃ represents a pattern of a black ceramic material, can be seen from the figure, reference numeral Z represents N and the carrier has a colored fabric into _two regions by a plane pattern of pores template M ₂ One end of the carrier of the pattern-shaped dark green and light green porcelain raw material, and the container frame (shown by reference numeral R ₃ ) for supporting the bottom frame in which the pattern material is loaded is not movable. Container frame plate supporting the lower frame (indicated by reference numeral R.), loaded with small pits black pattern indicates the raw material for the pores (shown in reference numeral R _3), starting from the broken line of _{FIG. 3} reference numeral R The position is moved to the carrier indicated by the symbol Z in the direction indicated by the arrow 4, and the other end is used to support the non-movable supporting plate of the container frame (indicated by the symbol R ₃ ) in which the lower frame of the pattern material is filled ( black pattern on the reference level R. raw shown), in this process, the loading in the reference frame R ₃ is shown a container box pores small pits 3 shows a wiper cloth without filler falls into the ink carrier In the remaining blank area of the green and light green pattern material, the fabric of the black pattern raw material color area of the second product is completed. To this end, the dark green, light green, and black pattern materials have been formed with a cloth layout of a second article color zone pattern shape having a different pattern from the first article.

11), the porcelain material formed by the dark green, light green and black porcelain raw materials having the layout pattern shape of the second product is fed into the pressing position, and is press-formed, thereby preparing the M ₂ and N _{2 of} the present invention. The second three-dimensional color imitation large green-green marble plate blank with the characteristics of the color zone pattern defined by the edge of the die pattern of the hole pattern flat template; the blank is fired to obtain a matt article. After firing, polishing can be carried out to obtain a polished imitation large green marble product (as shown in Fig. 19).

It is to be noted that this embodiment is an embodiment of the two different pattern variations of the system of the present invention in a circulating state. To illustrate the case of 3-50 or more than 50 kinds of pattern changes, it is necessary to describe the following. As can be seen from Fig. 2, a different hole pattern flat template Mo on the combined support frame is already in the combined support frame. The lowermost layer, that is to say, before the description of this embodiment, the number M. After the completion of the cloth, the plane template of the hole pattern has entered the vacancy position of the combined support frame through the position of the inlet B, and the plane template of the hole pattern of the ^, through the position of the outlet A, has reached the position of the cloth. The layout of the pattern material function is carried on the carrier, and the combined support frame is moved down in the total lifting frame by a sequence. After the above process, the Mi M as shown in Fig. 2 appears. The position of 0, the corresponding exit A position, the change between the position of the inlet B and the position of the combined support frame.

In the same way, if you want to make only two different patterns in this embodiment and make more than three different patterns, it will change gradually as shown in Figure 2, Figure 3 and Figure 4, especially according to Figure 4. It is shown that after the steps 10 and 11 of the embodiment, the combined support frame on the total crane must be lowered by one order, that is, M. And has dropped a sequence, the original 0 position also drops, at this time M ₂ enters the combined support frame through the inlet B position; makes M ₃ through the exit A position to reach the cloth area position (as shown in Figure 5), you can start repeating one or two ^ Produce a corresponding process flow for the complete color zone color pattern each time to make the same pattern of the third block and later, to obtain the template of the hole pattern such as M ₃ , M ₄ , M _{5 ,} etc. Other different patterns of products. About the process cycle can be It is implemented with reference to the contents of the specification and claims.

Because if you want to implement more pattern changes, it will be too long in the text table, but in fact, no matter how many changes, it is based on the repetition of the basic process flow based on this embodiment, so it can be expressed in the expression. This embodiment is preferred.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention, but it is not intended to limit the scope of the present invention, particularly the claims of the present invention, and anyone skilled in the art may utilize the technical content of the above-mentioned tips and The equivalents of the structural elements and the method of the invention are to be construed as being modified or modified as equivalents to the equivalents of the embodiments of the present invention. Simple modifications, equivalent changes and modifications are still within the scope of the technical solutions of the present invention.

Industrial applicability

The invention has better industrial operability in the process of making the patterned pattern decorative sheet, and can produce a rich and varied pattern of color products effectively, accurately, quickly, and saves the space and saves the input cost: This is a further improvement and development of my original process invention. The process can be beneficial to ceramic, glass, glass-ceramic, resin-containing artificial stone, three-dimensional color change process of ceramic body color, ceramic surface layer powder pattern change process and three-dimensional pattern change process of resin-containing decorative material. It can effectively industrialize production, which makes the manufacturing cost relatively reduced, the efficiency is greatly improved, and it is in line with economic benefits, and it has considerable industrial use value.

Claims

Claim

1. A vertical circulation system for making a decorative plate, which is particularly suitable for ceramic, glass, glass-ceramic, resin-containing artificial stone, three-dimensional pattern change process of ceramic body color and ceramic surface powder pattern process and The three-dimensional pattern changing process of the resin-containing decorative material is composed of 2 - 50 pieces of a flat pattern template for the pattern material, which is characterized by:

First, each template has at least 2-10000 die edge shapes for the hole pattern flat template passing through the pattern material, and defines the shape of the edge of the corresponding 2-10000 product decorative pattern;

Second, each of the templates of the 2-50 hole pattern flat plates has a minimum of 1-10000 holes pattern die shape between them;

Third, its 2-50 hole pattern flat templates are laid flat on the respective support frames and are arranged in the vertical direction on the combined support frame, and also have a total lift and total lifting power. The device can move the combined support frame up and down;

Fourth, on the side of the total crane, there are: '

1. The position of the cloth area of the plane template cloth with the hole pattern;

2. a carrier having the function of carrying the pattern material forming the layout under the position of the cloth area;

3, the hole pattern flat template cyclic interchange outlet A position and import B position;

4. The driving hole pattern plane template is circulated through the power device at the exit A position and the driving hole pattern flat template is circulated through the power device at the inlet B position;

5. A vacancy in the combined support frame of a hole pattern flat template corresponding to the position of the inlet B in the hole pattern flat template vertical circulation system.

2. A vertical circulation pattern template vertical circulation system for manufacturing a decorative sheet according to claim 1, wherein: a carrier having a function of carrying a patterned material for forming a layout on the side of the total lifting frame is Flat, or box-shaped, or grid-like, or crawler-shaped.

3. A vertical hole pattern template vertical circulation system for manufacturing a decorative sheet according to claim 1, wherein: the position of the cloth area on the side of the total lifting frame is provided by a plane pattern cloth having a hole pattern. , which is provided with a plurality of different hole pattern flat templates for supporting 2-20 different color zone pattern materials, each of which has a shape characteristic of the hole pattern and can be different for a minimum of 5 to 10,000 pieces. The pattern area color material is a combined pattern grid mold composed of a grid die wall functioning as a fine separation specification.

4. A vertical hole pattern template vertical circulation system for manufacturing a decorative sheet according to claim 1, wherein: a flat template cloth having a hole pattern is provided on the side of the total lifting frame. Under the position of the cloth area, there is a hole pattern shape feature for supporting 2-20 different color pattern materials and can have a plurality of different hole pattern flat templates. The different pattern area color raw materials are combined pattern grid molds composed of the grid die walls of the fine separation specification, and there is a pumping device having a parallel moving function in the lower part of the combined pattern grid mold.

5. A void pattern template vertical circulation system for making decorative panels according to claim 1, wherein: the planar template for the aperture pattern for passing the pattern material is made of metal, or resin or 5毫米-100米。 The thickness of the material is 0. 5mm-100m.

6 . The vertical circulation pattern template vertical circulation system for manufacturing a decorative board according to claim 1 , wherein: the method comprises: 2-400 pieces of a hole pattern flat template for passing the pattern material, and the hole pattern. The horizontal plane of the exit A position or the inlet B position of the plane template cyclic exchange is the intermediate starting point position, and the upper or lower part of the plane position of the total lifting frame on the side thereof has a position higher than the upper starting point position 2-3 In the space where the total lifting frame and the combined support frame can be raised, there is also a space which is 2-3 meters lower than the above-mentioned intermediate starting point position and which has been dug for the total lifting frame and the combined supporting frame.

7. A void pattern formwork vertical circulation system for making decorative panels according to claim 1, the method of which is characterized by ^:

2) In the vertical circulation system of the hole pattern template, when the circulation state of the color pattern is changed by using the plane template of different hole patterns, the power device corresponding to the position of the inlet B is firstly set, and the bearing has been formed. Layout of the pattern material as a function of the upper part of the carrier in the position of the cloth area of the plane pattern, moving through the inlet B position to the empty hole pattern template vertical circulation system corresponding to the position of the inlet B position; or or, The power unit corresponding to the position of the outlet A moves another different aperture pattern template in the aperture pattern template vertical circulation system through the outlet A position to the position of the cloth area of the upper portion of the carrier having the function of carrying the pattern material of the formed layout.

3), the pattern material in the container with the corresponding hole pattern template vertical circulation system hollow hole pattern flat template hole pattern color area is inserted into the hole pattern die of the hole pattern flat template entering the cloth area position The lower portion has a carrier carrying the function of the pattern material, and forms a layout of the first color zone pattern material defined by the shape of the edge pattern of the aperture pattern of the planar template of the aperture pattern.

4), carrying the color of the plane template of the hole pattern through the position of the cloth area in the previous step When the carrier of the zone pattern material moves toward the pressing position of the product, or moves to the next cloth position, the material of another pattern color zone in the other container is filled and scraped in the blank area thereof, or moved to another hole. The pattern pattern template is placed under the pattern material of another color, and the above manner can form the first pattern layout of the pattern material having the complete pattern features of the two color regions.

5), through the total lifting power device, the combination support frame carrying 2-50 different hole pattern flat templates on the total lifting frame is moved up or down by a hole pattern pattern template, due to the combined support The displacement of the frame causes the hole pattern planar template which has entered the arrangement vacancy corresponding to the position of the inlet B through the inlet B position to move up or down with an arrangement order of the hole pattern plane template, and the original outlet A The plane template corresponding to the position of the hole pattern becomes a vacancy after being removed, but due to the displacement of one position of the combined support frame, the vacancy is moved to the corresponding position of the position of the inlet B, that is, the hole corresponding to the position of the inlet B The arrangement of the pattern planes is then vacant, which provides a loop condition for the process of transferring a new flat pattern template with different holes pattern. The process is as follows:

1. The power device corresponding to the position of the inlet B is moved to the hole pattern template by the position of the hole pattern in the upper portion of the carrier having the function of carrying the pattern material of the formed layout. a vacant arrangement vacancy corresponding to the position of the inlet B in the circulatory system; or at the same time or then, the power device corresponding to the position of the outlet A passes a different hole pattern template in the vertical circulation system of the hole pattern template through the outlet A The position is moved to a cloth zone position having an upper portion of the carrier that carries the function of the pattern material that has formed the layout.

2. The pattern material in the container with the corresponding hole pattern template vertical circulation system hollow hole pattern flat template hole pattern color area is passed through the hole pattern of the different hole pattern flat template in the position of the k cloth area. The lower portion of the carrier having the function of carrying the pattern material is formed, and a layout of different patterns of the first color material defined by the shape of the edge pattern of the hole pattern of the different hole pattern flat template is formed.

3. The carrier carrying the color zone pattern material fed by the hole pattern flat template in the position of the cloth zone in the previous step is moved toward the pressing position of the product, or moved to the next cloth position, by another in another container The material of a pattern color area is filled and smoothed in a blank area thereof, or moved to another different hole pattern flat template to be spliced into another color pattern material, and the above manner can form a complete pattern feature of two color areas. The second pattern layout of the pattern material is different from the pattern of the enamel.

4. Through the total lifting power device, the combined support frame carrying the '2-50 different hole pattern flat template on the total lifting frame is moved up or down again by a hole pattern flat template. The displacement of the support frame, so that the original position of the inlet B has entered the position of the inlet B The corresponding hole pattern flat template of the vacancy position moves up or down with an arrangement order of the hole pattern plane template, and the hole pattern flat template corresponding to the original exit A position becomes a vacancy after being removed, but The displacement of a sequence of the combined support frame moves the vacancy position to the corresponding position of the inlet B position, that is, the vacancy position of the plane template corresponding to the entrance B position of the inlet B position is then vacated, and then transferred into a new one. A loop of a different piece of hole pattern flat template of the craft.

6), in the process flow, a complete pattern of color materials composed of two or more color regions of the pattern material carrier and having different pattern shape features formed by the secondary or secondary fabrics respectively , according to the well-known production line process of ceramic, or glass, or glass-ceramic, or resin-containing artificial stone or resin-containing decorative materials, sent to the pressurized position, using the rolling calendering process or using the ceramic press to suppress the state The flat pressing process, the press forming, that is, the three-dimensional color pattern plate having the same color pattern pattern formed by the edge of the die pattern of the corresponding hole pattern flat template of the present invention. The body is continuously subjected to the automatic production line firing process, and 2-50 pieces of the pattern required for the design are obtained, which are cyclically produced by the present invention. After polishing, the polished product prepared by the invention can be obtained;

8. A vertical circulation system vertical circulation system and method for manufacturing a decorative sheet according to claim 7, characterized in that: the number of the hollow hole pattern flat templates of -50 different hollow shapes is repeated Corresponding to the process flow of 1, 2, 3, 4 in the 5th step of claim 7 correspondingly, it is possible to obtain a round of the overall shape of the die pattern of the hole pattern of the different hole patterns in the overall sequential movement cycle. The number of pattern material layouts corresponding to the corresponding pattern shape features. That is to say, in the process of the cycle, the repetition of the process flow 2 can obtain the layout of the different shapes of the pattern of the corresponding color of a plurality of blocks, and then the repetition of the process flow 3 can obtain the corresponding number of blocks. The complete pattern of the second color zone pattern layout.

9. The vertical circulation pattern vertical circulation system and method for manufacturing a decorative sheet according to claim 7, wherein: whenever 2-50 different hole pattern planes are completed, the board completes a round upward Or the overall downward movement cycle, that is, the outlet Α position on the side of the total hoist or the other hole pattern flat template on the combined support frame in the last cycle of the overall cycle in the inlet B position. In the upper or lowermost part, the power unit of the total crane is adjusted to move downward or upward in the opposite direction. In this way, the complete total cycle of each round is performed, that is, if the first round of the overall cycle is on the combined support frame The hole pattern flat template is lowered by the process program by 2-50 times, and the last hole pattern flat template of the uppermost layer on the group support frame reaches the exit A position or the inlet B position which is cyclically interchanged with the hole pattern flat template. The horizontal plane is the middle start When the position of the point is completed, the overall downward cycle of 2-50 times of the first round is completed; the second round of the overall cycle should be such that the hole pattern on the combined support frame is templated by the process, the program, from the hole The position of the exit plane A of the pattern plane template cyclically interchanged or the position of the inlet B position starts to move upwards 2-50 times to the position of the intermediate starting point, and rises to the bottommost hole pattern of the combined support frame. The planar template reaches the plane of the hole pattern. When the exit level of the template cycle interchange or the horizontal plane of the inlet B position is the intermediate starting point, the entire cycle of 2-50 times all upwards is completed. When the total cycle changes in the up and down direction, the power unit and the outlet A position and the inlet B position should be adjusted accordingly.

10. The vertical circulation pattern vertical circulation system and method for manufacturing a decorative sheet according to claim 7, wherein: each set of pore patterns of 2-50 pieces having a hole pattern shape is established. A flat template consisting of 2-20 sets of hollow pattern flat template vertical circulation system, and a cloth area corresponding to the pattern material of different color areas and a carrier having the function of carrying the patterned material of the formed layout are arranged next to each set of circulation system. It is possible to achieve a production of a rich pattern of 2 to 50 different cyclical patterns, and each article has 2-20 different color regions.

11. The vertical circulation pattern vertical circulation system and method for manufacturing a decorative panel according to claim 7, wherein: the rolling calendering process of the rolling cylinder is performed under vacuum; or A flat pressing process in which a ceramic press is used in a vacuumed state γ.

12. A vertical circulation pattern template vertical circulation system and method for manufacturing a decorative sheet according to claim 7, wherein: the pusher frame device or the crawler type feeding device of the ceramic press has a carrier The raw materials of the respective colors of the predetermined pattern feature enter the pressurized position.