WO2009015606A1 - Système utilisant un dispositif pour imprimer sur des objets selon différents motifs ou différentes couleurs prédéfini(e)s - Google Patents

Système utilisant un dispositif pour imprimer sur des objets selon différents motifs ou différentes couleurs prédéfini(e)s Download PDF

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Publication number
WO2009015606A1
WO2009015606A1 PCT/CN2008/071827 CN2008071827W WO2009015606A1 WO 2009015606 A1 WO2009015606 A1 WO 2009015606A1 CN 2008071827 W CN2008071827 W CN 2008071827W WO 2009015606 A1 WO2009015606 A1 WO 2009015606A1
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WIPO (PCT)
Prior art keywords
pattern
printing
printed
color
different
Prior art date
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PCT/CN2008/071827
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English (en)
Chinese (zh)
Inventor
Dening Yang
Xiaoxiao Yang
Original Assignee
Dening Yang
Xiaoxiao Yang
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Application filed by Dening Yang, Xiaoxiao Yang filed Critical Dening Yang
Publication of WO2009015606A1 publication Critical patent/WO2009015606A1/fr

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41F—PRINTING MACHINES OR PRESSES
    • B41F17/00—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41F—PRINTING MACHINES OR PRESSES
    • B41F15/00—Screen printers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41P—INDEXING SCHEME RELATING TO PRINTING, LINING MACHINES, TYPEWRITERS, AND TO STAMPS
    • B41P2215/00—Screen printing machines
    • B41P2215/50—Screen printing machines for particular purposes
    • B41P2215/56—Screen printing machines for particular purposes for printing ceramic tiles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41P—INDEXING SCHEME RELATING TO PRINTING, LINING MACHINES, TYPEWRITERS, AND TO STAMPS
    • B41P2217/00—Printing machines of special types or for particular purposes
    • B41P2217/50—Printing presses for particular purposes
    • B41P2217/56—Printing presses for particular purposes for printing ceramic tiles

Definitions

  • the present invention relates to an apparatus system for printing articles in different patterns or colors of pre-design, which is particularly suitable for printing ceramic, glass, metal or resin sheets in the field of decorative pattern sheets or resin films for transfer to sheets.
  • the printing equipment combination structure system involved in pattern making enables the decorative material patterning process to be accurate and fine, and can be designed according to requirements, and produces a pattern of different patterns or printed products of different colors or different patterns and different colors.
  • the apparatus and the method in particular, relate to an apparatus and a process method suitable for a manufacturing method of a wall-surface color pattern decorative material. Background technique
  • the industry has continuously improved the structure and method of decorative pattern materials, and for the pattern processing of decorative materials such as ceramic tiles, antique tiles, perforated tiles or decorative glass or decorative metal plates or resin plates, sheets, films, etc.
  • the technology is made by screen printing or roller printing technology, which is to print the same one-to-many and the same color pattern of the same color on one piece of the product.
  • the effect is that each piece of product is of the same kind of color pattern, which has obvious traces of artificial slabs on the wall surface or the ground effect. No different patterns are completely different or even inconsistent when used as natural stone.
  • the color tone of the local pattern area between different blocks can not form the performance effect of the completely different product pattern.
  • the second drawback is that it is also impossible to print a product with a completely different predetermined pattern in the same batch of printing;
  • the third drawback is, especially for the large size Products such as 800 1200mm-1200 1800mm-2400 1500mm-3000 1800mm size products can not be made due to the size of the drum, not to mention the production of completely different patterns, and it can not make different pieces of products printed like natural stone Just like another piece, there is no completely different pattern color.
  • the European belt type and the roller which leaks in the surface gap are passed by the plane mounting or the slope mounting type.
  • the speed of the take-up belt or drum varies to change the pattern, but this change is random and unstable, and does not produce a controlled change of the top stone and carpet pattern as in the present invention, so the existing European belt type and The drum type powder cloth method also has great limitations.
  • the inventors Based on the inventor's pattern grid mold technology, in the prior art, the inventors have also used pipes to simultaneously drop, inject, and load the respective raw materials of the respective color regions into the respective or overlapping pattern patterns. In the gate mold pattern 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 toner entering the pipeline when loading the toner.
  • the flow rate of the material but at the same time, the different pipes are required to change the powder to produce a plurality of small patterns of multi-color areas, and a large number of tens or hundreds of conveying pipes of different thicknesses are required.
  • the different color pattern areas are first reserved as described in the application file No. 03113534.
  • the powder composition of the domain powder is loaded with powder (actually the manner of the predetermined pattern which has been proposed by the prior patent invention of Patent No. 961 03804. 7), and then the grid of the corresponding grid mold is filled with the small mold core.
  • the pattern formed by this one-time refilling method is chaotic and not fine, and the powder in the cartridge is passed through
  • Ten, hundreds of different thickness of the pipe into the different pattern areas, which is the same as the inventor's prior invention, multi-pipe feeding into the predetermined pattern mold area will be equally difficult, 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 produce fine
  • the effect of the pattern can not produce the rich and varied effects of natural changes in natural stone.
  • the prepared stone material can form a predetermined pattern of a clear blank with a clear boundary on the surface and the three-dimensional space, and the pattern does not substantially change when the surface is processed, so that the overall structure can be effectively improved. Stable, but each production can only choose a certain pattern, can not produce a rich and colorful pattern effect of natural stone.
  • the inventors have also proposed a patent for "three-dimensional color pattern plate sintered by porcelain powder", the publication number of which is CN 1 33936 3A (disclosed on March 13, 2002).
  • the three-dimensional color pattern plate sintered by the above-mentioned porcelain powder is proposed to be a porcelain product which is made of a powder of porcelain colored raw materials, which is pressed and fired, and the products have different colors or the same color but different A well-defined porcelain-burned pattern area consisting of shades of darkness or different mixed colors.
  • the pattern area is evenly distributed from 70% to 100% of the thickness of the surface of the product to the bottom thickness, and can be made into three-dimensional like natural stone.
  • the stone-like material of space although there is great progress in the effect, 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 produced in a variety of colors. There are also limitations in the effect of colorful rich patterns.
  • the ceramic tiles, antique bricks, permeable tiles or decorative glass or decorative metal plates or resin plates, sheets, or for transfer and pad printing in the field of the existing decorative pattern sheet are solved.
  • Decorative materials such as resin film can be produced on the large production line in the same batch, according to the pre-design requirements, to continuously produce a selection of hundreds of patterns with completely different natural stone patterns or different colors.
  • Products Based on the experience of the inventors in the field of glass and ceramic decorative panels, there are many developers of international patents in China, Europe and the United States, especially in the experience of dozens of innovative patents, and based on the design and manufacture of such products for many years.
  • One of the main objects of the present invention is to provide an apparatus system for printing articles in different patterns or colors in advance, overcoming ceramic, glass, metal or resin sheets in the field of decorative patterns, or for transfer.
  • the printing pattern production of the resin film of the sheet when the same batch is printed with the decorative pattern process, the pattern and color between each piece are the same or the overall pattern is the same, and only the local variation of the drum printing process is limited;
  • the invention relates to a device system for printing products according to different designs or colors, which not only has the advantages of fine preset combination patterns, but also revolutionizes the printing products in the same batch production:
  • First, according to the natural stone The selection and refinement are pre-designed to produce 2-100 pieces of printed pattern products whose respective designs are completely different according to the design requirements, forming 2-100 different patterns, fully satisfying the large-area wall floor decoration use, forming like
  • the preferred natural stone in the world stone mine is a combination of fine natural and decorative effects; secondly, in the same batch of products that are continuously produced in a few minutes to a few years, according to the pre-design, 2-100 pieces are produced.
  • the second object of the present invention is to provide an apparatus system for printing products according to different patterns or colors pre-designed, compared with the prior art "a vertical hole pattern template vertical circulation system for making decorative sheets and Process method:
  • the production of color pattern products of blank color requires a huge system from the raw material workshop to the raw material transportation, and it needs to change the pattern color and produce the pattern and color change in the continuous production of the same batch of products, and involves huge raw materials.
  • the variation of the printed pattern and color produced by the present invention is much more economical than the process requirements and production cost of the color change of the green color pattern, and each production is converted.
  • the efficiency is much faster; and the flat screen printing or the roller printing pattern of the computer-made plate has a higher quality of the color pattern than the green color pattern. Therefore, in the production of surface color patterns of ceramic tiles, antique tiles and permeable tiles for the printing technology, the invention can achieve high-definition color patterns, low cost and more than one kind of production.
  • the hollow hole pattern template of the decorative sheet has a much higher production efficiency than the vertical circulation system and the process method.
  • people in the industry know that because the printed pattern is only the surface layer, it is not wear-resistant, and the bleeding process can only infiltrate part of the color, and can not ooze red at a normal market acceptable cost and production stable control process. Black, white, blue, brown, purple, dark green, etc.
  • the second invention of the present invention is to overcome the limitations of the prior art and to produce a polished porcelain product at a low cost and high efficiency, and to combine the invention with the inventors of the present invention (application number: 96103804. 7) a predetermined combination of a mold process for forming a colored blank pattern to form a color blank pattern, which can be formed into a pre-designed color such as red, black, blue, dark green, brown, golden, orange, which is not easily achievable.
  • the color pattern of the green body is used as the skeleton of the product pattern, and in combination with the process of the present invention, as many as 2 to 100 different patterns are printed on the surface of the predetermined product, the color pattern of the blank body can be obtained.
  • the fine seams, points, and transitional colors of the oozing process known by the insiders have the unique advantages of cloning natural stone, and can make this advantage become predictable. It is the second invention of the present invention to design a mass production of a product of 2-100 kinds of composite body color and bleeding color process advantages.
  • the third main object of the present invention is to provide a different pattern or color according to a pre-design.
  • the equipment system of color printing products is combined with the patented technology of "a vertical circulation pattern vertical circulation system and process method for making decorative plates" which I first invented, so that I can have a fine color pattern of the body first.
  • the depth of the transition, the pattern edge, the line, and the point effect can be controlled in a controlled manner due to the limitations of the flow of the powder and the limitations of the pattern mold process (known to those in the industry) without producing delicate and precise performance.
  • the change of the body color pattern mold produces 2-100 variations of the pattern color, and correspondingly changes the 2-100 variations of the line, dot and depth areas of the design of the perforated printing pattern, so that the insiders know
  • the pattern change design of the green color with rich color performance can also be creatively improved by the fineness of the transition of the oozing process on the line, the point and the depth of the area, so that the natural stone can be cloned.
  • innovative products are available in a variety of pre-designed, different patterns on the wall to match the perfection. This is the third invention of the present invention.
  • a fourth object of the present invention is to provide an apparatus system for printing articles in different patterns or colors in advance, in particular for the purpose of printing a plurality of different color patterns on the same article.
  • the monolithic printing unit consisting of 1-10 printers, connecting them 2-100 units in parallel with the parallel arrangement of the product conveying devices, in the factory building is tight, the land is precious and the ceramic factory building Generally, in the case of 15-20 meters high, the parallel vertical arrangement of the upper and lower stacks will have the innovative advantages of making full use of space, saving plant, saving input cost and being lean management. This is the fourth invention of the present invention.
  • the fifth object of the present invention is that the present invention innovatively proposes an apparatus system for printing products according to different patterns or colors designed in advance, which can have a plurality of different patterns or natural stones containing different colors therein.
  • the special paving effect of natural stone when the wall and floor combination is decorated, and the ceramic material has a much better water absorption rate than the natural stone, strong anti-fouling property, strong folding resistance and good wear resistance. , superior to natural stone in the non-radioactive and environmentally friendly performance. This is the fifth invention of the present invention.
  • the sixth object of the present invention is that the present invention innovatively proposes an apparatus system for printing products according to different patterns or colors designed in advance, which overcomes the difficulty in selecting natural materials for large-area paving applications, especially marble patterns.
  • the texture is more beautiful, but the plates produced by natural stone mines are often confusing in color and pattern, and it is difficult to select a large-area combination. If only part of it is used, most of the natural plates are discarded, which is wasteful. Therefore, the better-patterned marble is difficult to apply in large areas on walls and floors.
  • the marble patterns of different types of varieties can be optimized, the patterns and colors in each variety are carefully selected, selected, and artistically improved, so that each type of natural marble can be selected and combined to form 2-100.
  • a seventh object of the present invention is that the present invention innovatively proposes an apparatus system for printing products in different patterns or colors in advance, since the same article can be printed
  • the drum printing press control speed known by the industry can form a local change of the pattern, so that the same batch of continuously produced products not only have pre-designed 2-100 completely different.
  • the eighth object of the present invention is that, due to the prior art, the ceramic, mural or ground spinning carpet pattern is manually hand-painted, the second is the Masek small piece artificial puzzle, the third is the water knife cutting puzzle, and the fourth is the antique.
  • the bricks are made up of dozens of different sizes of small pieces and strips, respectively, using different presses, molds, and the like.
  • These prior art processes not only have very low production efficiency, but also are very troublesome to install and lay, and the cost is surprisingly high. Therefore, the present invention innovatively proposes a device for printing products according to different patterns or colors designed in advance. The system can completely overcome the above defects. When making porcelain or ceramic printing walls, floor carpets or hanging murals, one can be used in the production line.
  • 600 ⁇ 600mm size puzzles, as well as 1800 X 2400mm size patterns you can use 12 600 ⁇ 600mm size puzzles, and so on... and second, you can produce multiple patterns on one production line at the same time.
  • the jigsaw puzzles greatly improve the efficiency of the color variety, for example: 1200 X 1200mm size puzzles, as people in the industry know, because of the symmetrical pattern, it can also be four 600 X 600mm size puzzles of the same symmetrical pattern, so if you use 12 parallel printed printers of 8 different colors are combined to form a monolithic printing unit, which can be formed on the production line.
  • each of the 8 color printing monolithic printing unit units is printed to produce a symmetrical 8 colors of 600
  • the pattern required for x 600mm jigsaw puzzles that is, 12 or 12 sets of carpet printing tiles of different colors and patterns can be produced simultaneously on one production line.
  • the insiders understand that if the combination of such process equipment, if the production of carpet tiles of 1200 X 1800mm or 1800 ⁇ 2400mm size, due to the symmetrical pattern design, it is also possible to simultaneously produce multiple sets of carpets of various colors and patterns on the production line.
  • the present invention provides an apparatus system for printing products according to different designs or colors in advance, and is a research and innovation practice of the production process of glass, ceramics, metal sheets and resin sheets by the inventors for many years. Instead of simply superimposing existing printing techniques, it was created in the process. It has the above-mentioned eight inventions and a large number of the above-mentioned advantages and practical values with great creativity, novelty and practicality, and has not seen similar structural designs published or used in similar products, which is typical of the present inventors.
  • an apparatus system for printing articles in different patterns or colors according to a pre-design which is particularly suitable for printing ceramic, glass, metal or resin sheets in the field of decorative pattern sheets or resin films for transfer to sheets.
  • the two-level structural features of the printing equipment assembly structure system involved in pattern production are as follows: First, for the purpose of printing 1-1 0 different color patterns on the same product, and correspondingly set 1-1 0 a single-piece printing unit composed of a flat screen printing or a cylinder printer; second, there are 2-1 00 sets of the above-mentioned single-piece printing unit connected via a printing product conveying device, which constitutes a kind of 2-1 00 A block printed article produces a device assembly structure system of predetermined different printed patterns or colors.
  • each set is from 1 to 10 2-1 00 sets of single block made up of flat screen printing or roller printer
  • the printing unit is arranged in parallel in a parallel arrangement with a conveyor connected to the printed product.
  • each set of 2-100 sets of monolithic printing devices consisting of 1-10 flat screen printing or roller printers
  • the cells are arranged in a series arrangement with an associated transport device attached to the article.
  • each set of 2-100 arranged in parallel parallel manner consisting of 1-10 flat screen printing or roller printers
  • the single-piece printing device unit is arranged vertically in the vertical direction and maintained at a vertical distance of 10cm-300cm, and has a lifting and conveying device capable of respectively entering and outputting the printed products respectively in a vertical direction.
  • a single printing unit consisting of 10 flat screen printing or roller printers.
  • the foregoing device system for printing articles according to different designs or colors of pre-design characterized in that: for printing 1-10 colors of patterns on the same article, correspondingly set by 1-10 printing
  • the monolithic printing unit units there are both flat screen printing printers and roller printers.
  • the foregoing device system for printing a product according to a pre-designed different pattern or color characterized in that: in a front process of a device system process capable of printing a product in a plurality of different patterns designed in advance, one is provided For the mold for making a three-dimensional solid blank pattern product, the horizontal cross-sectional shape of the mold having a length of at least 1-100 million cm is a color boundary line corresponding to a predetermined corresponding pattern of the three-dimensional imitation stone vitrified brick. The required shape features are machined.
  • a perforated pattern template vertical circulatory system for decorative panels consisting of 2-50 pieces of flat pattern templates for patterning through the pattern material:
  • each template has a minimum of 1-100 million cm length for passing the pattern
  • the die edge shape of the hole pattern of the raw material defines the shape of the edge of the corresponding decorative pattern color region;
  • the template of each of the 2-50 hole pattern flat templates has at least 1 between each template
  • the shape of the edge pattern of the hole pattern of -1 million cm is different;
  • the plane templates of 2-50 holes pattern are laid flat on the respective support frames and are arranged in an orderly manner in the vertical direction.
  • the foregoing device system for printing products according to different designs or colors of pre-design characterized in that: in the front process of the equipment system process capable of printing products in a plurality of different patterns designed in advance, an efficient method is provided A hole pattern mold system for producing a multi-color area color blank pattern product, wherein the hole pattern mold system is characterized in that: one of them has two or three-20 pieces for different void patterns through the pattern material.
  • each hole pattern template has a length of at least 1-100 million cm for the edge shape of the different shape of the hole pattern die through the pattern material to dominate and define the corresponding color in the product
  • the upper surface area of each of the hole pattern templates is the material position of the cloth pattern area, and there is a non-movable supporting plate in the vicinity thereof;
  • the lower part of the pallet is filled with a color pattern material, and the lower part is a hollow cloth color box; these boxes are connected with the cloth color power device; third, two of them 3-20 a lower block the pores of the template pattern, with 1 to 30 wherein the pattern shape of the carrier can withstand the formed color pattern carrier material, which is capable of shifting power unit coupled to it.
  • Figure 1 is a plan view of a product pattern and color of six different color patterns pre-produced by an embodiment of an apparatus system for printing articles in different designs or colors.
  • Figure 2 is a three-plane screen printer of an embodiment of an apparatus system for printing articles in different designs or colors according to a pre-design, in which three different color patterns are printed on the same article.
  • Figure 3 is a view of an embodiment of an apparatus system for printing articles in different designs or colors according to a pre-design, three of three flat screen printers for printing product patterns B on three different color patterns on the same article. A schematic plan view of different screen patterns.
  • Figure 4 is a diagram of an apparatus system system for printing articles in different designs or colors according to a pre-designed three system of three flat screen printers for printing product patterns C on three different color patterns on the same article. A schematic plan view of different screen patterns.
  • Figure 5 is an embodiment of an apparatus system for printing an article in a pre-designed different pattern or color to print three flats of the product pattern D by printing three different color patterns on the same article.
  • Figure 6 is a three-plane screen printer of an embodiment of an apparatus system for printing articles in different designs or colors according to a pre-design, in which three different color patterns are printed on the same article to form an article pattern E.
  • Figure 7 is a diagram of an apparatus system system for printing articles in different designs or colors according to a pre-designed embodiment of three planar screen printers for printing product patterns F on three different color patterns on the same article. A schematic plan view of different screen patterns.
  • Figure 8 is a schematic diagram of an apparatus system for printing articles according to different designs or colors in a pre-designed manner for printing three different color patterns on the same article, and correspondingly setting three planar screens A top plan view of a monolithic printing unit of the printer.
  • Figure 9 is a schematic diagram of an apparatus system for printing articles according to different designs or colors in a pre-designed manner for printing three different color patterns on the same article, and correspondingly setting three planar screens
  • Figure 10 is an apparatus system embodiment of the present invention for printing articles in different patterns or colors according to a pre-design, each of which is formed by three flat screen printers in which the printed articles are vertically stacked in and out of the output.
  • Figure 1 is an apparatus system embodiment of the present invention for printing articles according to different patterns or colors of pre-design, each of which is composed of three flat screen printers in which the printed articles are vertically stacked in and out of the output.
  • Figure 11 is a schematic diagram of an apparatus system system for printing articles according to different designs or colors in a pre-designed manner.
  • Each set of three flat screen printers is formed by superimposing the printed articles into and out of the vertical direction.
  • Figure 13 is an apparatus system embodiment of the present invention for printing articles according to different patterns or colors of pre-design. Preparing to print six different patterns of Figures A, B, C, D, E, F in Figure 1 and each of three A cross-sectional view of the state of each device element when the first semi-finished product to be printed enters the b-1 lifting frame during the manufacturing process of the different color products.
  • Figure 14 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three
  • the semi-finished products to be printed are loaded into the roller layer layers of the combined support frame of the b-1 lifting frame, and all rise to the upper part of the total lifting frame to prepare the first pattern.
  • Figure 15 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • Figure 16 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three
  • the first printer of each printing device unit lowers the respective screens to the set printable distance of the semi-finished products to be printed which have been conveyed underneath
  • each of the printer screens is returned to the position with the control of the printer circuit, and six semi-finished products to be printed are all entered into b- 1
  • Figure 17 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three In the manufacturing process of products of different colors, with the drive of the roller and the belt controlled by the circuit, the semi-finished product to be printed which has entered the b-1 lifting frame in the previous process is transmitted to the printing unit of each single product.
  • Figure 18 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three
  • the first and second printers of each printing device unit lower the respective corresponding screens to the settings of the semi-finished products to be printed which have been transferred under them.
  • each of the printer screens is returned to the position with the control of the printer circuit, and there are six
  • the semi-finished products to be printed are all entered into the respective roller shaft layers of the combined support frame of the b-1 lifting frame and raised to the side view of the state of each device element when the upper portion of the b-1 lifting frame is ready to enter the printing state.
  • Figure 19 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three Do not In the production process of the same color product, with the drive of the roller and the belt controlled by the circuit, the semi-finished product to be printed which has entered the b-1 lifting frame in the previous process is transmitted to the printing unit of each single product.
  • the semi-finished products of the respective halftone patterns and colors of the first and second printers have been printed and transferred to the respective second and third printers of the single-piece printing unit
  • FIG. 20 is an apparatus system embodiment of the present invention for printing articles according to different patterns or colors of pre-design, preparing to print six different patterns of Figures A, B, C, D, E, and F in FIG. 1 and each of three different patterns.
  • the first, second and third printers of each printing device unit descend the respective preset respective pattern screens to have been transmitted under them.
  • each of the printer screens is controlled by the printer circuit.
  • Figure 21 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each of three In the manufacturing process of products of different colors, with the drive of the roller and the belt controlled by the circuit, the semi-finished product to be printed which has entered the b-1 lifting frame in the previous process is transmitted to the printing unit of each single product.
  • the semi-finished products of the respective halftone patterns and colors of the first and second printers that have been printed for each monolithic printing unit are transferred to the second and the first of the single-piece printing unit
  • the semi-finished products of the respective halftone patterns of the third printers that have been printed for each monolithic printing unit are transferred to the respective roller layers of the combined support frame of the b-2 lifting frame, ready A cross-sectional view of the state of each device element when it is output into the glazing line of the transport article.
  • Figure 22 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three In the manufacturing process of the products of different colors, the semi-finished products to be printed under the first printer of each single-piece printing device unit are printed with the screen pattern and color of the respective first printers by the first printer, and the second printing The semi-finished products under the device that have been printed with the respective first printer screen pattern and color are printed by the second printer with the respective second printer screen pattern and color, and the first and the first printed under the third printer are printed.
  • the second print screen pattern and the color of the semi-finished product are printed with the third color of the respective screen pattern of the third printer, and the 6 pieces of the three pattern colors are printed in the b-2 lifting frame on the left side.
  • Semi-finished products with the passing of the underlying roller shaft and the glazing line of the transported product Moving the semi-finished product of the lowermost three color patterns to the glazing line of the conveying product and entering the subsequent process, and outputting the block-by-block output as the combined support frame in the lifting frame is lowered layer by layer
  • a good semi-finished product enters the glaze line and enters the subsequent process, and the hoisted b-1 lifting frame on the right side is lowered by the power device to lower the combined support frame to the uppermost and right side of the transported product.
  • a schematic cross-sectional view of the state of each device element when the semi-finished product to be printed conveyed from the glazing line of the conveyed product is carried out in FIG. 13 and FIG.
  • Figure 13 is a diagram of an embodiment of an apparatus system for printing an article in a pre-designed different pattern or color, having printed a predetermined pattern of different patterns or colors of the respective patterns A, B, C, D, E, F
  • Figure 1 Figure A, B, C, D, E, F: respectively represent the first, second, third, fourth, fifth, six different pattern shapes and colors of the preset product;
  • Reference numeral 1 oblique line portion indicates a pattern printed with the earthy red material used for the first printer of each printing device unit;
  • Reference numeral 2 Cross grid line portion indicates a pattern printed with a yellow material used by the second printer of each printing unit;
  • Reference numeral 3-1 Small black dot portion indicates a pattern printed by the brown material used for the third printer of each printing device unit;
  • Reference numeral 3-2 Small black dot portion indicates a pattern printed with blue material used for the third printer of each printing device unit;
  • Numeral 4-1 Rectangular frame with vertical lines indicates a first printer for printing the first pattern color in each printing unit, and a first preset pattern screen on which each of the presets is mounted;
  • 4-2 is a rectangular frame with vertical lines: a second printer for printing the second pattern color in each printing device unit and a second preset pattern screen on which each of the printing device units is preset;
  • Numeral 5 A straight line with oblique lines: a conveying belt that conveys under a single printing unit and carries semi-finished products for printing;
  • the figure 6 shows the figure b: the total lifting support frame that supports the support frame up and down movement;
  • the symbol shown in Figure 7 is a: carrying a load of 3 cm in diameter and transporting it to be printed or printed.
  • the semi-finished product consists of a plurality of closely arranged roller shafts and their respective support frame devices connected together to form a combined support frame;
  • Designated by the numeral 8 a single roller shaft of each of a plurality of layers having a diameter of 3 cm carrying and conveying a semi-finished product to be printed or printed;
  • a single-layer roller support frame device for connecting rollers of a diameter of 3 cm which is composed of a plurality of tightly arranged connecting layers and carrying and transporting the semi-finished products to be printed or printed;
  • Reference numerals b-1 and b-2 denote two total cranes including the structures of 6, 6, 8, 9, and 10;
  • Label A For the purpose of printing the pattern shape and color of the drawing A, the printing materials corresponding to the different colors are preliminarily provided, and the markings shown in FIG. 1 are respectively different in the drawings A1, A-2, and A-3. a monolithic printing unit comprising three prints of a patterned screen printing screen;
  • Label B For the purpose of printing the pattern shape and color of the picture B, the printing materials corresponding to the different colors are preliminarily provided, and the difference shown in the reference numerals B1, B-2, B-3 of FIG. 3 respectively mounted thereon is different.
  • a monolithic printing unit comprising three prints of a patterned screen printing screen;
  • Label C For the purpose of printing the pattern shape and color of the picture C, the printing materials corresponding to the different colors are preliminarily provided, and the difference shown in the reference numerals Cl, C-2, C-3 of FIG. 4 respectively mounted thereon is different.
  • a monolithic printing unit comprising three prints of a patterned screen printing screen;
  • Label D For the purpose of printing the pattern shape and color of the drawing D, the printing materials corresponding to the different colors are preliminarily provided, and the markings D1, D-2, and D-3 as shown in FIG. 5 are respectively mounted thereon.
  • a monolithic printing unit comprising three prints of a patterned screen printing screen;
  • Label E For the purpose of printing the pattern shape and color of the drawing E, the printing materials corresponding to the different colors are preliminarily provided, and the markings as shown in the labeling drawings El, E-2, and E-3 of FIG. 6 respectively are mounted thereon.
  • a monolithic printing unit comprising three prints of a patterned screen printing screen;
  • Reference numeral F. For the purpose of printing the pattern shape and color of the pattern F, the printing materials corresponding to the different colors are preliminarily provided, and the labels F1, F-2, and F-3 as shown in FIG. 7 are respectively mounted thereon.
  • Single-piece product printing device consisting of three printers of patterned shape printing screen Yuan
  • Label 11-0 indicates the semi-finished product to be printed
  • Designated by reference numeral 11-1 a semi-finished product indicating that the color of the first printer screen pattern has been printed; numeral 11-12: a semi-finished product indicating that the first and second printer screen patterns have been printed.
  • Reference numeral 12 is indicated by an arrow: indicates the conveyance direction of the conveyor belt conveyed article; and the reference numeral 1 3: indicates the conveyance glazing line of the article.
  • the hatched portion 1 indicates the pattern printed with the earthy red material used for the first printer of each printing unit; the reference numeral 2 the cross grid portion indicates the second printer used for each printing unit. Yellow printed material pattern; 3-1 small black dot portion indicates the pattern printed by the brown material used in the third printer of the printing unit with the preset A, C, E pattern; The black dot portion indicates the pattern printed by the blue material used for the third printer of the printing unit unit of the preset B, D, F pattern.
  • FIG. 1 is a three-plane network of an apparatus system embodiment for printing articles according to different designs or colors in a pre-designed manner to print product patterns A by printing three different color patterns on the same article.
  • Figure A-1 shows the first color area pattern screen of the pattern A;
  • ⁇ The effective printing pattern printed with the yellow printing material is the cross grid.
  • Figure A-2 shown in the line portion shows the second color pattern pattern screen of the pattern A;
  • the effective printing pattern printed with the brown printing material is shown in the small black dot portion, and the pattern A is shown in the pattern A.
  • the third color zone pattern screen is shown.
  • FIG. 3 it is an embodiment of an apparatus system for printing articles according to different designs or colors in a pre-designed manner.
  • Three plane nets are formed by printing three different color patterns on the same article to form the product pattern B.
  • Figure B-2 shown in the line portion shows the second color zone pattern screen of the pattern B; ⁇ the effective printing pattern printed with the blue printing material is the small black dot portion, and the pattern B-3 shows the pattern B.
  • the third color zone pattern screen is the effective printing pattern printed with the earthy red printing material.
  • FIG. 4 it is an embodiment of an apparatus system for printing an article according to a pre-designed different pattern or color, in which three different color patterns are printed on the same article to form a three-part net of the product pattern C.
  • Figure C-2 shown in the line portion shows the second color pattern pattern screen of the pattern C; ⁇ the effective printing pattern printed with the brown printing material is shown in the small black dot portion, and the pattern C is shown in the figure C.
  • FIG. 5 it is an embodiment of an apparatus system for printing articles according to different designs or colors in a pre-designed manner.
  • Three plane nets are formed by printing three different color patterns on the same article to form a product pattern D.
  • Figure D-2 shown in the line portion shows the second color zone pattern screen of the pattern D; ⁇ the effective printed pattern printed with the blue printing material is the small black dot portion, and the figure D-3 shows the pattern D.
  • the third color zone pattern screen is the effective printing pattern printed with the earthy red printing material.
  • FIG. 6 it is an embodiment of an apparatus system for printing articles according to different designs or colors in a pre-designed manner.
  • the effective printing pattern printed with the earthy red printing material is the first color area pattern screen of the pattern E shown in the oblique line part; the effective printing pattern printed by the yellow printing material is the cross grid.
  • Figure E-2 shown in the line portion shows the second color zone pattern screen of the pattern E; ⁇ the effective printing pattern printed with the brown printing material is shown in the small black dot portion, and the pattern E is the pattern E.
  • Three color zone pattern screens Referring to FIG.
  • FIG. 3 it is an embodiment of an apparatus system for printing articles according to different designs or colors in a pre-designed manner.
  • Figure F-1 shows the first color area pattern screen of the pattern F.
  • Figure F-2 shown in the line portion shows the second color zone pattern screen of the pattern F; ⁇ the effective printed pattern printed with the blue printing material is a small black dot portion, and the pattern F-3 indicates the pattern F.
  • the third color zone pattern screen is shown in the hatched portion.
  • FIG. 8 is an embodiment of an apparatus system for printing products according to different patterns or colors of pre-design, aiming at printing different shapes of three different colors on the same article, and corresponding settings.
  • 4-1 a rectangular frame with vertical lines indicating a first printer for printing the respective first pattern colors in each printing device unit and a respective first preset pattern screen on which the first preset pattern is mounted; 4-2 A rectangular frame with vertical lines indicates a second printer in which each of the printing device units prints the color of the respective second pattern and a respective second predetermined pattern screen on which the preset is installed; 4-3 has a vertical line The rectangular frame indicates a third printer that prints the respective third pattern color in each printing device unit and a respective third preset pattern screen on which the preset is installed; 5 a straight line with oblique lines indicates the conveyed article Conveyor belt.
  • FIG. 9 is an apparatus system embodiment for printing products according to different designs or colors of pre-design, aiming at printing different shapes of three different colors on the same article, and corresponding settings.
  • 4-1 a rectangular frame with vertical lines indicating a first printer for printing the respective first pattern colors in each printing device unit and a respective first preset pattern screen on which the first preset pattern is mounted;
  • 4-2 A rectangular frame with vertical lines indicates a second printer in which each of the printing device units prints the color of the respective second pattern and a respective second predetermined pattern screen on which the preset is installed;
  • 4-3 has a vertical line
  • the rectangular frame indicates the third printer that prints the respective third pattern color in each printing device unit and the respective third preset pattern screen plate that is presetly mounted thereon;
  • the straight line with the oblique line of the reference numeral 5 indicates the conveyed article Conveyor belt. As can be seen from the figure, the conveying belt of the conveying article indicated by the straight line with the oblique line 5 is below the single-piece printing unit.
  • FIG. 10 it is an apparatus system embodiment of the present invention which prints articles according to different patterns or colors according to a pre-design, and each set of printed products is vertically and vertically overlapped by three planar nets.
  • b denotes a total lifting support frame for supporting the combined support frame to move up and down;
  • the symbol ⁇ that is, a in the figure, represents a combined support of a six-layer roller shaft composed of a plurality of closely arranged rows of a product to be printed or printed by a diameter of 3 cm and their respective support frame devices.
  • Frame 8 denotes a single roller shaft of a single layer of a total of six layers, which is composed of a plurality of closely arranged and arranged to carry a product to be printed or printed, having a diameter of 3 cm;
  • the power unit of the total lifting support for moving the combined support frame up and down.
  • FIG. 11 it is an apparatus system embodiment of the present invention which prints articles according to different designs or colors in a pre-designed manner.
  • Each set of printed products is vertically and vertically overlapped by three planar nets.
  • b denotes the total lifting support frame for supporting the up-and-down movement of the combined support frame;
  • reference numeral 7 in the drawing denotes a plurality of articles carrying a diameter of 3 cm and conveying the articles to be printed or printed.
  • the roots are closely arranged to form a combined support frame with a total of six layers of roller shafts and their respective support frame devices; reference numeral 8 denotes a plurality of closely arranged rows carrying and transporting articles to be printed or printed with a diameter of 3 cm. A single roller in each of the constituent single layers.
  • FIG. 12 it is an apparatus system embodiment of the present invention which prints articles according to different patterns or colors.
  • Each set of printed articles is vertically and vertically overlapped by three flat screens.
  • b denotes the total lifting support frame for supporting the up-and-down movement of the combined support frame;
  • reference numeral 7 in the drawing denotes a plurality of articles carrying a diameter of 3 cm and conveying the articles to be printed or printed.
  • a six-layer roller shaft composed of closely arranged roots and their respective support frame devices are integrally connected to each other; a small black circle of 8 indicates a compact arrangement of 3 cm in diameter and carrying a product to be printed or printed.
  • a single roller shaft of a single layer of six layers is provided; the symbol 9 indicates that the power device of the total lifting support frame for moving the combined support frame up and down is shown in the figure; a single-layer roller support frame device of each roller shaft having a diameter of 3 cm which carries and conveys the article to be printed or printed, which is composed of a tightly arranged root, and the minimum of the plane layer of the support frame device on which the roller layer is preset
  • the pitch is the positional spacing at which a printer capable of mounting the monolithic printing unit can be printed.
  • FIG. 13 which is an apparatus system for printing products according to different patterns or colors of pre-design, prepares to print six different patterns of FIG. 1 , FIG. 1 , B, C, D, E, and F. And in the manufacturing process of each of the three different color products, the first semi-finished product to be printed enters the b-1 lifting frame when the device element state side profile view. It can be seen from the figure that there is a total lifting frame b-1 and b-2 on the left and right sides, and six different color patterns of preset A, B, C, D, E and F are respectively composed of three different patterns and corresponding to each other.
  • a label A consisting of a printer having three different color printing materials. , B. , C. , D. , E.
  • Presetly installed respective first preset pattern screens label 4-2 Rectangular box with vertical lines indicates the second printer in each printing unit that prints the respective second pattern color and the preset installation thereon Each of the second preset pattern screens; 4-3, a rectangular frame with vertical lines, a third printer for printing the respective third pattern color in each printing device unit, and a third type of the preset installation thereon Preset pattern screen; from right to left, the arrow 12 indicates the direction of transport of the produced product; the combined support frame indicated by the number 7 in the b-1 lift on the right has been lowered to the lower part, and its top layer
  • the glazing line of the roll layer plane and the conveyed article shown by reference numeral 13 is horizontal, and the slab blank semi-finished product shown by the reference numeral 11-0 on the glazing line in the previous process follows the circuit-controlled glaze transfer and the roller shaft.
  • FIG. 6 is the support frame of the total crane that moves the combined support frame up and down; That is, a in the figure denotes a combined support frame which is composed of a plurality of closely arranged six-layer roller shafts and a respective support frame device which are carried by a diameter of 3 cm and which conveys the articles to be printed or printed;
  • the black circle represents a single roller shaft of a single layer of a total of six layers, which is composed of a plurality of closely arranged and arranged to carry a product to be printed or printed, and has a diameter of 3 cm;
  • reference numeral 10 denotes a single-layer roller support frame that is coupled to a single layer and that is closely packed to carry and transport the rollers of the 3 cm diameter of the article to be printed or printed.
  • numeral 11-0 denotes a semi-finished product to be printed
  • numeral 12 denotes a conveyed direction of conveyance of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • Pre-determined and effectively utilizing the spatially mounted top-down, vertically parallel-arranged belts underneath the monolithic printing unit, respectively, is the plane of each layer of the roller layer after the combined support frame in the lifting frame is raised into position Corresponding and horizontal.
  • an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design is prepared to print six different patterns of FIG. 1 , FIG. 1 , B, C, D, E, and F, and
  • the production process of each of the three different color products, the layers of the b-1 lifting frame combination support frame A semi-finished product to be printed has been loaded into the roller shaft layer, and all of them are raised to the upper portion of the total crane to enter a state profile view of each device element when the first pattern printing state is prepared.
  • the six sets of monolithic printing unit shown are effectively arranged vertically parallel from top to bottom in the middle of the left and right lifting frames, and the rectangular frame with vertical lines 4-1 indicates the printing unit a first printer that prints the first pattern color of each of the first type and a first type of preset pattern screen that is pre-installed thereon; 4-2 a rectangular frame with vertical lines indicates that each printing unit is printed in each a second printer of two pattern colors and a respective second preset pattern screen mounted thereon; label 4-3 a rectangular frame with vertical lines indicating the printing of each of the third pattern colors in each printing unit The third printer and the respective third preset pattern screens mounted thereon; the arrow from the right to the left is indicated by the arrow of the production article, and the label of the b-1 crane on the right side Each of the roller shaft layers in the combined support frame shown in Fig.
  • the combined support frame of the lifting frame shown on the left b-2 is at the lifting frame.
  • the upper part is empty and there is no product in it.
  • a straight line with oblique lines at 5 indicates the conveying belt under the single printing unit and carrying the semi-finished product for printing.
  • the reference numeral 6 indicates that the drawing frame of the total lifting frame moves the combined support frame up and down.
  • A is shown in reference numeral 7 in the figure, which represents a combination of a plurality of closely arranged six-layer roller shafts and their respective support frame devices, which are carried by a diameter of 3 cm and transporting the articles to be printed or printed.
  • Support frame 8 small black circles represent a single diameter roller of 3 cm in a single layer of 6 layers with a diameter of 3 cm and carrying a product to be printed or printed; That is, c is shown in the figure as the power unit of the total crane for moving the combined support frame up and down;
  • reference numeral 10 denotes a roller having a diameter of 3 cm which is connected by a plurality of tightly arranged carriers and transports the articles to be printed or printed.
  • reference numeral 11-0 denotes a semi-finished product to be printed
  • numeral 12 denotes a conveyed transmission of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt To; grade A. , B. , C. , D. , E. , F.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • the belts under the printing unit units of the single-piece products arranged in a vertical direction from the top to the bottom, which are preset and effectively utilized in a space, are respectively corresponding to the planes of the layers of the roller layers after the combination of the support frames in the lifting frame is raised. And is horizontal, preset monolithic products Raw materials corresponding to the preset printing colors used in the pattern screen are also installed in the printer of the printing unit.
  • an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design is prepared to print six different patterns of FIG. 1 , FIG. 1 , B, C, D, E, and F, and
  • the semi-finished products to be printed which have been loaded in the roller layer of each layer of the b-1 lifting frame of the combined support frame, with the rotation of the roller shaft and the transmission of the belt
  • the preset circuit is transferred to the corresponding first printing unit of the single-piece printing device unit, and prepares to print the screen pattern of the respective first printing device and the corresponding color raw materials.
  • a label A consisting of a printer having three different color printing materials.
  • the six sets of single-piece printing device units are arranged in a vertically parallel arrangement from top to bottom, respectively, in the middle of the left and right lifting frames, corresponding to the layers of the roller layers of the combined support frame of the lifting frame.
  • the semi-finished product to be printed is rotated by the roller shaft of each layer as indicated by reference numeral 8 and the belt is driven by the numeral 5, and is transmitted to the corresponding under the control of the preset circuit.
  • the screen patterns of the first printer and the corresponding preset color materials are prepared.
  • 4-1 a rectangular frame with vertical lines indicating a first printer for printing the respective first pattern colors in each printing device unit and a respective first preset pattern screen on which the first preset pattern is mounted; 4-2 A rectangular frame with vertical lines indicates a second printer in which each of the printing device units prints the color of the respective second pattern and a respective second preset pattern screen on which the preset is installed; 4 - 3 with vertical lines The rectangular frame indicates the third printer that prints the respective third pattern color in each printing device unit and the respective third preset pattern screen on which the preset is installed; the arrow from the right to the left is indicated by the arrow 12
  • the conveying direction of the product is produced; the semi-finished product to be printed in each roller layer of the combined support frame indicated by reference numeral 7 in the b-1 lifting frame on the right side has been conveyed to the first printer position and becomes empty.
  • the combined support frame of the lifting frame shown at b-2 on the left is now at the upper part of the lifting frame and is empty, ie no product is in it;
  • the straight line with the oblique line 5 in the figure indicates the conveying under the single printing unit And carrying semi-finished products for printing Conveyor belt;
  • indicated by reference numeral 6 in the figure, b represents the support frame of the total lifting frame for moving the combined support frame up and down;
  • reference numeral 7 in the figure shows a bearing carried by a diameter of 3 cm and conveyed to be printed or
  • a plurality of closely arranged six-layer roller shafts of the printed product and their respective support frame devices are integrated into a single combined support frame;
  • 8 small black circles represent a bearing having a diameter of 3 cm and transporting the products to be printed or printed
  • the plurality of closely arranged components are preset to be a single roller shaft in a single layer of six layers; the symbol 9 indicates that the combination is shown in the figure c.
  • reference numeral 10 denotes a single-layer roller shaft support frame device which is coupled with a single layer and a plurality of tightly arranged load-bearing and conveying rollers of a diameter of 3 cm to be printed or printed products.
  • Reference numeral 11-0 denotes a semi-finished product to be printed; and reference numeral 12 denotes a conveyed transmission direction of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt; , B. , C. , D. , E. , F.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • the preset and effectively utilizing the spatially mounted top-down parallel-arranged single-piece product printing unit unit has a one-to-one correspondence with the planes of the respective roller shaft layers after the combined support frame of the lifting frame is raised in position and It is horizontal, and the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • FIG. 16 is an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design, preparing to print six different patterns of FIG. 1 , FIG. 1 , B, C, D, E, and F, and During the manufacturing process of each of the three different color articles, with the control of the preset circuit, the first printers of the respective printing device units descend the respective preset pattern screens to the ones that have been transmitted under them.
  • each of the printer screens is returned to the position with the control of the printer circuit, and there are six
  • the semi-finished products to be printed are all entered into the respective roller shaft layers of the combined support frame of the b-1 lifting frame and raised to the side view of the state of each device element when the upper portion of the b-1 lifting frame is ready to enter the printing state. It can be seen from the figure that there is a total lifting frame b-1 and b-2 on the left and right sides, and six different color patterns of preset A, B, C, D, E and F are respectively composed of three different patterns and corresponding to each other.
  • a label A consisting of a printer having three different color printing materials. , B.
  • the six sets of monolithic printing unit shown are effectively arranged vertically parallel from top to bottom in the middle of the left and right lifting frames, and the rectangular frame with vertical lines 4-1 indicates the printing unit a first printer that prints the first pattern color of each of the first type and a first type of preset pattern screen that is pre-installed thereon; 4-2 a rectangular frame with vertical lines indicates that each printing unit is printed in each a second printer of two pattern colors and a respective second preset pattern screen mounted thereon; label 4-3 a rectangular frame with vertical lines indicating the printing of each of the third pattern colors in each printing unit The third printer and the respective third preset pattern screens mounted thereon are arranged; the direction of the production article is indicated by the arrow 12 from right to left.
  • each of the first printers shown by reference numeral 4-1 of each printing device unit lowers the respective pattern screen to the semi-finished product to be printed which has been conveyed thereunder.
  • the printable distance is determined, and the semi-finished product indicated by the label 11-1 is formed by printing the preset red color of the respective screen pattern of the first printer shown by the reference numeral 4-1, and each of the printer screens is followed by Control of the printed circuit
  • the combined support frame shown by the numeral 7 in the b-1 lifting frame on the right side repeats the actions of FIG. 13 and FIG. 14 , and each roller layer layer has already received a label 11-0.
  • the semi-finished product to be printed is shown and raised to the upper part of the lifting frame, and the roller layer and the belt under each monolithic printing unit are correspondingly and horizontal, and the right conveying glaze line is still coming one after another.
  • the combined support frame of the lifting frame shown at b-2 on the left is now at the upper part of the lifting frame and is empty, ie no product is in it;
  • the straight line of the line indicates the conveying belt under the single printing unit and carrying the semi-finished product for printing;
  • the numeral 6 shown in the figure indicates the supporting frame of the total lifting frame for moving the combined supporting frame up and down;
  • a denotes a combined support frame in which a plurality of closely arranged six-layer roller shafts and their respective support frame devices are carried by a carrier having a diameter of 3 cm and transporting the articles to be printed or printed.
  • the small black circle of 8 indicates a single roller shaft of a single layer of six layers which is composed of a plurality of closely arranged and arranged to carry a product to be printed or printed, and has a diameter of 3 cm; c is a power unit of the total crane for moving the combined support frame up and down; reference numeral 10 denotes a single unit of a plurality of tightly arranged load carriers for transporting and transporting the articles to be printed or printed with a diameter of 3 cm.
  • Layer roller support frame device numeral 11-0 denotes a semi-finished product to be printed; numeral 11-1 denotes a semi-finished product on which a first printer screen pattern color is printed; and 12 arrow indicates a semi-finished product to be printed on the conveyance glaze
  • the direction of transmission of the wire and the roller shaft and the belt label A. , B. , C. , D. , E. , F.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • the preset and effectively utilizing the spatially mounted top-down parallel-arranged single-piece product printing unit unit has a one-to-one correspondence with the planes of the respective roller shaft layers after the combined support frame of the lifting frame is raised in position and It is horizontal, and the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design is prepared to print six different patterns of FIG. 1 , FIG. 1 , B, C, D, E, and F, and
  • the semi-finished products to be printed which have entered the b-1 lifting frame in the previous process are transmitted to the individual products.
  • Under the first printer of the printing unit, and the semi-finished products that have been printed with the halftone pattern color of the respective first printer are transferred to the respective device elements of the respective second printing units of the single-piece printing unit Schematic diagram of the state side profile.
  • the semi-finished product to be printed is rotated by the roller shaft of each layer as indicated by reference numeral 8 and the belt of the belt shown by reference numeral 5, and is transmitted under the control of a preset circuit.
  • Preparing to print the respective halftone patterns of the first printer and the corresponding preset color materials under the first printers indicated by the reference numerals 4-1 of the corresponding single-piece printing device units, with the corresponding color materials The transmission of the illustrated belt, the semi-finished product shown in Figure 16 in which the first printer screen pattern and color have been printed in Figure 16 is transferred to the second printer shown in Figure 4-2, ready The halftone patterns of the respective second printers and the corresponding preset colors are printed.
  • 4-1 a rectangular frame with vertical lines indicating a first printer for printing the respective first pattern colors in each printing device unit and a respective first preset pattern screen on which the first preset pattern is mounted; 4-2 A rectangular frame with vertical lines indicates a second printer in which each of the printing device units prints the color of the respective second pattern and a respective second predetermined pattern screen on which the preset is installed; 4-3 has a vertical line
  • the rectangular frame indicates the third printer that prints the respective third pattern color in each printing device unit and the respective third preset pattern screen on which the preset is installed; the arrow from the right to the left is indicated by the arrow 12
  • the conveying direction of the product is produced; the semi-finished product to be printed in each roller layer of the combined support frame indicated by reference numeral 7 in the b-1 lifting frame on the right side has been conveyed to the first printer position and becomes empty.
  • the combined support frame of the lifting frame shown at b-2 on the left is now at the upper part of the lifting frame and is empty, ie no product is in it;
  • the straight line with the oblique line 5 in the figure indicates the conveying under the single printing unit And carrying semi-finished products for printing Conveyor belt;
  • indicated by reference numeral 6 in the figure, b represents the support frame of the total crane for moving the combined support frame up and down;
  • reference numeral 7 in the figure shows a bearing carried by a diameter of 3 cm and conveyed to be printed or A plurality of closely arranged six-layer roller shafts of the printed product and their respective support frame devices are integrated into a single combined support frame;
  • a small black circle number 8 indicates that the diameter is 3 cm and the articles to be printed or printed are conveyed.
  • the plurality of closely arranged ones are preset to be a single roller shaft in a single layer of six layers; the symbol 9 indicates that the power device of the total lifting frame for moving the combined support frame up and down is shown in the figure; 0 denotes a single-layer roller support frame device which is connected to a single layer and which is closely arranged to carry and conveys each roller having a diameter of 3 cm to be printed or printed; 1 1-0 indicates a semi-finished product to be printed; The arrow 12 indicates the direction of conveyance of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt; , B. , C. , D. , E. , F.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • Preset and effective use of the space-mounted top-down parallel-arranged single-piece product printing unit unit underneath the belt is the plane layer of each layer after the combined support frame in the lifting frame is raised into position Yes - Corresponding and horizontal, the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • Figure 18 is a perspective view of an apparatus system for printing an article according to a pre-designed different pattern or color.
  • the six different patterns of Figures A, B, C, D, E, and F in Figure 1 are printed and each three
  • the first and second printers of each printing device unit lower the respective preset pattern screens to the to-be-printed
  • each of the printer screens is returned to the position with the control of the printer circuit, and
  • there are six semi-finished products to be printed which all enter the roller shaft layers of the combined support frame of the b-1 lifting frame and rise to the side view of the state of each device element when the upper portion of the b-1 lifting frame is ready to enter the printing state.
  • a label A consisting of a printer having three different color printing materials.
  • B. , C. , D. , E. , F The six sets of monolithic printing unit shown are effectively arranged vertically parallel from top to bottom in the middle of the left and right lifting frames, and the rectangular frame with vertical lines 4-1 indicates the printing unit.
  • a first printer that prints the first pattern color of each of the first type and a first type of preset pattern screen that is pre-installed thereon
  • 4-2 a rectangular frame with vertical lines indicates that each printing unit is printed in each a second printer of two pattern colors and a respective second preset pattern screen mounted thereon
  • label 4-3 a rectangular frame with vertical lines indicating the printing of each of the third pattern colors in each printing unit
  • the third printer and the respective third preset pattern screens mounted thereon are arranged; the direction of the production article is indicated by the arrow 12 from right to left.
  • the respective first printers shown in 4-1 of each printing device unit and the respective second printers shown in reference numeral 4-2 respectively drop the respective screens to The set printable distance of the semi-finished product to be printed which has been conveyed under it, and the earthy red color of the corresponding preset screen pattern of each of the first printers shown by the reference numeral 4-1 is respectively printed with the reference numeral 11
  • the article shown by -1, and the second printer shown by the numeral 4-2, prints the second printer on the semi-finished product of the earth red color which has been printed with the corresponding preset pattern of each first printer.
  • each of the printer screens is returned to the position with the control of the printer circuit, in the process, the right side b -1
  • the combined support frame shown by reference numeral 7 in the lifting frame repeats the actions of Figs. 13 and 14, each of which has received a semi-finished product to be printed, indicated by the numeral 1 1-0, and has risen to the position.
  • the upper part of the lifting frame, and each roller layer and each single piece Under the belt is a brush unit means - corresponding to the horizontal and, to the right in succession over the conveying line is still the glaze in the crane waiting for entry into the re-printing semifinished
  • the composite support frame of the lifting frame shown by b-2 on the left side is now at the upper part of the lifting frame and is empty, that is, no product is in it;
  • the straight line with the oblique line of the reference numeral 5 indicates the unit under the single printing unit a conveyor belt that conveys and carries the semi-finished product for printing;
  • reference numeral 6 in the figure shows a support frame of the total crane that moves the combined support frame up and down;
  • reference numeral 7 in the figure shows a diameter of 3 cm.
  • a plurality of closely arranged six-layer roller shafts carrying and conveying the articles to be printed or printed and their respective support frame devices are integrated into a single combined support frame;
  • reference numeral 8 small black circles means carrying and transporting a diameter of 3 cm
  • the plurality of closely arranged ones of the products to be printed or printed are preset to be a single roller shaft in a single layer of six layers; the symbol 9 indicates that the total lifting of the combined support frame is shown in the figure c.
  • numeral 10 denotes a single-layer roller support frame device which is connected to a single layer and which is arranged in a plurality of tightly arranged rows and carries a roller having a diameter of 3 cm to be printed or printed;
  • reference numeral 11-1 denotes a semi-finished product in which the first printer screen pattern color is printed;
  • reference numeral 11-12 denotes a semi-finished product in which the first and second printer screen patterns and colors have been separately printed;
  • the arrow 12 indicates the direction of conveyance of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt; , B. , C. , D. , E. , F.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • the preset and effectively utilizing the spatially mounted top-down parallel-arranged single-piece product printing unit unit has a one-to-one correspondence with the planes of the respective roller shaft layers after the combined support frame of the lifting frame is raised in position and It is horizontal, and the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design is prepared to print six different patterns of FIG. 1A, B, C, D, E, and F in FIG.
  • the semi-finished products to be printed which have entered the b-1 lifting frame in the previous process are transmitted to the individual products.
  • the semi-finished product of the respective halftone pattern and color of each of the first and second printers has been transferred to the respective second and third of each monolithic printing unit
  • a label A consisting of a printer having three different color printing materials.
  • the six sets of single-piece printing unit shown are effectively arranged vertically and vertically from top to bottom in the middle of the left and right lifting frames, corresponding to the roller axes of the combined supporting frame of the lifting frame of FIG.
  • the semi-finished product to be printed as indicated by the reference numeral 1 1-0 in the layer, the rotation of the roller shaft of each layer as indicated by reference numeral 8 and the reference numeral 5 The transmission of the illustrated belt, and under the control of the preset circuit, is transmitted to the respective first printers shown in the numerals 4-1 of the corresponding single-piece printing unit, ready to print the net of the respective first printer
  • the layout pattern and the corresponding preset color material, and with the transmission of the belt shown by the numeral 5, the semi-finished product shown in Figure 18 has been printed with the first printer screen pattern and the color number 1 1-1.
  • the screen patterns of the respective second printers and the corresponding preset colors are prepared, and the first and second printer screens have been printed in FIG.
  • the semi-finished articles shown by reference numerals 11-12 of the patterns and colors are conveyed to the respective third printers shown by reference numeral 4-3, ready to print the halftone patterns of the respective third printers and the corresponding preset colors.
  • 4-1 a rectangular frame with vertical lines indicating a first printer for printing the respective first pattern colors in each printing device unit and a respective first preset pattern screen on which the first preset pattern is mounted; 4-2 A rectangular frame with vertical lines indicates a second printer in which each of the printing device units prints the color of the respective second pattern and a respective second predetermined pattern screen on which the preset is installed; 4-3 has a vertical line
  • the rectangular frame indicates the third printer that prints the respective third pattern color in each printing device unit and the respective third preset pattern screen on which the preset is installed; the arrow from the right to the left is indicated by the arrow 12
  • the conveying direction of the product is produced; the semi-finished product to be printed in each roller layer of the combined support frame indicated by reference numeral 7 in the b-1 lifting frame on the right side has been conveyed to the first printer position and becomes empty.
  • the combined support frame of the lifting frame shown at b-2 on the left is now at the upper part of the lifting frame and is empty, ie no product is in it;
  • the straight line with the oblique line 5 in the figure indicates the conveying under the single printing unit And carrying semi-finished products for printing Conveyor belt;
  • indicated by reference numeral 6 in the figure, b represents the support frame of the total crane for moving the combined support frame up and down;
  • reference numeral 7 in the figure shows a bearing carried by a diameter of 3 cm and conveyed to be printed or A plurality of closely arranged six-layer roller shafts of the printed product and their respective support frame devices are integrated into a single combined support frame;
  • a small black circle number 8 indicates that the diameter is 3 cm and the articles to be printed or printed are conveyed.
  • the plurality of closely arranged ones are preset to be a single roller shaft in a single layer of six layers; the symbol 9 indicates that the power device of the total crane for moving the combined support frame up and down is shown in the figure;
  • a single-layer roller support frame device comprising a plurality of closely spaced rows of rollers for carrying and transporting a product to be printed or printed having a diameter of 3 cm;
  • reference numeral 11-0 denotes a semi-finished product to be printed;
  • -1 indicates a semi-finished product to which the first printer screen pattern color has been printed;
  • numerals 11-12 indicate semi-finished products in which the first and second printer screen patterns and colors have been separately printed;
  • the illustrated single-piece printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • Pre-set and efficient use of space-mounted single-piece parallel printing unit The belts under the elements are respectively corresponding to the planes of the layers of the roller layers after the combined support frames in the lifting frame are raised into position, and correspondingly, the corresponding patterns are also installed in the printers of the preset monolithic printing unit.
  • FIG. 20 it is an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design. It is prepared to print six different patterns of FIG. 1A, B, C, D, E, and F in FIG. During the manufacturing process of each of the three different color articles, the first, second, and third printers of each printing device unit are lowered to the corresponding preset pattern screens by the control of the preset circuit.
  • a label A consisting of a printer having three different color printing materials. , B. , C. , D. , E. , F.
  • the six sets of monolithic printing unit shown are effectively arranged vertically parallel from top to bottom in the middle of the left and right lifting frames, and the rectangular frame with vertical lines 4-1 indicates the printing unit a first printer that prints the first pattern color of each of the first type and a first type of preset pattern screen that is pre-installed thereon; 4-2 a rectangular frame with vertical lines indicates that each printing unit is printed in each a second printer of two pattern colors and a second preset pattern screen mounted thereon; a label of 4 - 3 with a vertical line indicating the color of each of the third pattern in each printing unit
  • the third printer and the respective third preset pattern screens mounted thereon are arranged; the direction of the production article is indicated by the arrow 12 from right to left.
  • the first printer shown by reference numeral 4-1 of each printing device unit and the second printer shown by reference numeral 4-2 and the number shown by reference numeral 4-3 The three printers respectively lower the respective preset pattern screens to the set printable distances of the semi-finished products to be printed which have been conveyed thereon, and respectively print the respective first printers shown by the numeral 4-1.
  • the preset earthy red color of the screen pattern forms the article shown by the numeral 11-1, and the second printer shown by the numeral 4-2 has already printed the first printer screen pattern and the soil red color semi-finished product.
  • the predetermined yellow color on each of the second printer screen patterns is printed to form an article indicated by reference numeral 11-12, wherein the label A of the drawings A, C, and E is correspondingly prepared. , C. , E.
  • Each of the third printers shown in reference numeral 4 - 3 of the printing unit is printed on the semi-finished product in which the first and second printer screen patterns and colors have been printed, and the brown color of the corresponding preset screen pattern is printed. , corresponding to the default creation of the B, D, F label B. , D. , F.
  • Printing unit unit is shown as number 4-3
  • Each of the third printers prints the blue color of the corresponding preset screen pattern on the semi-finished product on which the first and second printer screen patterns and colors have been printed, forming the article shown by the numeral 11-123. After that, each of the printer screens is returned to the position with the control of the printer circuit.
  • the combined support frame shown by reference numeral 7 in the b-1 lifting frame on the right side repeats the actions of FIG. 13 and FIG.
  • Each roller shaft layer has received a semi-finished product to be printed as indicated by the numeral 11-0 and rises to the upper portion of the lifting frame, and each roller shaft layer and the belt under the single-piece product printing device unit are one by one.
  • Figure 6 indicates that the combination is a support frame for the total crane that moves up and down the bracket; a in the figure indicated by reference numeral 7 denotes a six-layer roller shaft composed of a plurality of tightly arranged rows of products to be printed or printed by a diameter of 3 cm and The respective support frame device is connected into an integrated support frame; the small black circle of 8 indicates a single layer of 6 layers with a diameter of 3 cm and carrying a plurality of tightly arranged products to be printed or printed.
  • Each of the individual rollers; reference numeral 9 denotes the power device of the total crane for moving the combined support frame up and down; and the reference numeral 10 denotes a plurality of closely packed carriers arranged to be conveyed and transported to be printed or A single-layer roller support frame device of each roller having a diameter of 3 cm of printed articles; a letter 11-0 indicating a semi-finished product to be printed; and a numeral 11-1 indicating a semi-finished product having a first printer screen pattern color printed thereon
  • Article 11-12 denotes a semi-finished product in which the first and second printer screen patterns and colors have been separately printed; and reference numerals 11-123 indicate that the first and second and third printer screen patterns have been completely printed, respectively.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • the belts under the printing unit units of the single-piece products which are preset and effectively utilized in space and arranged vertically from top to bottom are respectively arranged one by one with the layers of the roller layers after the combined support frames in the lifting frame are raised into position.
  • the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design is prepared to print six different patterns of FIG. 1A, B, C, D, E, and F in FIG.
  • the semi-finished products to be printed which have entered the b-1 lifting frame in the previous process are driven to each Under the first printer of the monolithic printing unit, the semi-finished products of the respective halftone patterns and colors of the first and second printers that have been printed for each monolithic printing unit are transferred to the individual articles.
  • the six sets of single-piece printing unit shown are effectively arranged vertically and vertically from top to bottom in the middle of the left and right lifting frames, corresponding to the roller axes of the combined support frame of the lifting frame of FIG.
  • the semi-finished product to be printed indicated by reference numeral 11-0 in the layer, is rotated by the roller shaft of each layer as indicated by reference numeral 8 and the belt shown by reference numeral 5, and is transferred to the control of the preset circuit.
  • the screen pattern of the respective first printer and the corresponding preset color material are prepared for printing, and as indicated by reference numeral 5
  • the belt drive, the semi-finished product shown in Figure 20 in which the first printer screen pattern and color have been printed in Figure 20 is transferred to the respective second printer shown in Figure 4-2, ready to print each The halftone pattern of the second printer and the corresponding preset color, the semi-finished product shown in FIGS.
  • the rectangular frame with vertical lines indicates the first printer in which the first pattern color is printed in each printing unit, and the first preset pattern screen on which the preset is installed;
  • 4-2 The rectangular frame of the vertical line indicates the second printer that prints the color of the second pattern in each printing device unit and the second preset pattern screen on which the preset is installed;
  • 4-3 indicates the rectangular frame with vertical lines a third printer that prints a third pattern color in each printing device unit and a third preset pattern screen that is pre-installed thereon; from the right to the left, the arrow 12 indicates the conveying direction of the production article;
  • the semi-finished product to be printed in each roller layer of the combined support frame indicated by reference numeral 7 in the right b-1 lifting frame has been conveyed to the first printer position and is empty; b-2 on the left
  • the combined support frame of the illustrated lifting frame is now at the upper part of the lifting frame and has received the semi-finished product that has been conveyed into the printed three color patterns in its respective roller layer layers;
  • the line indicates the
  • a plurality of closely arranged six-layer roller shafts of the printed product and their respective support frame devices are integrated into a single combined support frame; the number 8 small black circles indicates that the diameter is 3 cm and the conveyance is to be printed or printed.
  • the plurality of closely arranged components of the product are preset to be a single roller shaft in a single layer of six layers; the symbol 9 indicates that the power device of the total lifting frame for moving the combined support frame up and down is shown in the figure; 10 denotes a single-layer roller support frame device which is connected to a single layer and which is closely arranged to carry and conveys each roller shaft having a diameter of 3 cm to be printed or printed;
  • 11-0 denotes a semi-finished product to be printed
  • 11-1 denotes a semi-finished product which has been printed with the first printer screen pattern color
  • reference numeral 11-12 denotes a semi-finished product which has been printed with the first and second printer screen patterns and colors, respectively; respectively All of the semi-finished products of the first and second and third printer screen patterns and colors are printed
  • the arrow 12 indicates the conveyance direction of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt; . , B. , C. , D. , E. , F.
  • the illustrated single-piece printing unit unit is shown for the purpose of pre-printing the patterns and colors of the drawings A, B, C, D, E, F as shown in FIG.
  • the preset and effective use of the space-mounted top-down parallel-arranged single-piece product printing unit unit under the belt is respectively corresponding to the plane of each layer of the roller layer after the combined support frame in the lifting frame is raised into position It is horizontal, and the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • an apparatus system embodiment of the present invention for printing products according to different patterns or colors of pre-design is prepared to print six different patterns of FIG. 1A, B, C, D, E, and F in FIG.
  • the semi-finished products to be printed under the first printer of each monolithic printing unit are printed by the first printer with the halftone pattern of the respective first printer and Color
  • the semi-finished product under the second printer that has been printed with the respective first printer screen pattern and color is printed by the second printer with the respective second printer screen pattern and color
  • the printed under the third printer The first and second printer screen patterns and color semi-finished products are printed with the third color by the respective screen patterns of the third printer, and a total of three pattern colors have been printed on the left b_2 lifting frame.
  • the six semi-finished products convey the lowermost printed semi-finished products with three color patterns to the glazing line of the conveying product and enter the subsequent In the sequence, and with the layer-by-layer drop of the combined support frame in the lifting frame, the printed semi-finished products are outputted one by one into the glaze line to enter the subsequent process, and the right b-1 lifting frame that has been vacated is in the power device.
  • the combination of the support frame is lowered to the level of the glazing line of the uppermost and right conveying products of the lower part which has been set, and then repeating Figs. 13 and 14.
  • a label A consisting of a printer having three different color printing materials.
  • B. , C. , D. , E. , F The six sets of monolithic printing unit shown are effectively arranged vertically parallel from top to bottom in the middle of the left and right lifting frames, and the rectangular frame with vertical lines 4-1 indicates the printing unit.
  • a first printer that prints the first pattern color of each of the first type and a first type of preset pattern screen that is pre-installed thereon
  • 4-2 a rectangular frame with vertical lines indicates that each printing unit is printed in each a second printer of two pattern colors and a respective second preset pattern screen mounted thereon
  • label 4-3 a rectangular frame with vertical lines indicating the printing of each of the third pattern colors in each printing unit
  • the third printer and the respective third preset pattern screens mounted thereon are arranged; the direction of the production article is indicated by the arrow 12 from right to left.
  • the first printer shown by reference numeral 4-1 of each printing device unit and the second printer shown by reference numeral 4-2 and the fourth printer shown by reference numeral 4-3 The third printer respectively lowers the respective preset pattern screens to the set printable distances of the semi-finished products to be printed which have been conveyed thereon, and respectively prints the first printings shown by the numeral 4-1.
  • the preset earthy red color of each of the preset preset screen patterns forms an article indicated by the numeral 11-1, and the second printers indicated by the reference numeral 4-2 have already printed the respective first printer screen patterns.
  • Each of the third printers shown in reference numeral 4-3 of the printing unit is printed on the semi-finished product in which the first and second printer screen patterns and colors have been printed, and the blue of the corresponding preset screen pattern is printed. Color, after forming the article shown by the numeral 11-123, each of the printer screens is returned to the position with the control of the printer circuit. In the process, the combination of the number 7 in the right b-1 crane is shown.
  • the support frame repeats the actions of FIG. 13 and FIG.
  • each roller layer layer has received a semi-finished product to be printed as indicated by the numeral 11-0 and rises to the upper portion of the lifting frame, and each roller layer and each single sheet
  • the belt under the block product printing unit is-corresponding and horizontal, and the right-hand conveying glaze line is still in the middle of waiting for entering the lifting frame and then entering the printed semi-finished product; with the b-2 lifting frame in the combined support frame
  • the rotation of the roller shaft and the conveyance of the glaze and the belt at the level of the conveyor glaze and the belt are transferred into the lowermost roller layer of each layer of the roller layer of the combined support frame of the b-2 crane.
  • the semi-finished product shown by reference numerals 11-123 of the second and third printer screen patterns and colors is output to the left conveying glaze line indicated by reference numeral 13 into the subsequent process, and then the lifting as shown by b-2
  • the combined support frame of the frame is lowered layer by layer, and the semi-finished products indicated by the reference numerals 11-123 in which the first and second and third printer halftone patterns and colors have been printed are sequentially output to the symbol 13
  • the conveying glaze line on the left side enters the subsequent process, until the semi-finished products in the roller frame layer of the combined support frame of the lifting frame that have been printed with the corresponding three colors are all output to the conveying glaze line to enter the subsequent process,
  • the combined support frame of the frame will rise back to the upper part of the lifting frame (at this time, according to the preset installation, the plane of each roller shaft layer is horizontally close to the belt under the printing device unit, and the lowermost roller layer is also At the same time, the glazing line of the conveyed product is horizontally close).
  • a straight line with oblique lines at 5 indicates the conveying belt under the single printing unit and carrying the semi-finished product for printing.
  • the reference numeral 6 indicates that the drawing frame of the total lifting frame moves the combined support frame up and down.
  • Figure 7 shows a combination of a six-layer roller shaft consisting of a plurality of closely packed rows of products to be printed or printed, and their respective support frame devices, which are carried by a diameter of 3 cm. Support frame; No.
  • 8 small black circle means a single roller shaft of a single layer of six layers which is composed of a plurality of closely arranged and carrying a product to be printed or printed with a diameter of 3 cm; That is, c is shown in the figure as the power unit of the total crane for moving the combined support frame up and down; reference numeral 10 denotes a roller having a diameter of 3 cm which is connected by a plurality of tightly arranged carriers and transports the articles to be printed or printed.
  • reference numeral 11-0 denotes a semi-finished product to be printed
  • numeral 11-1 denotes a semi-finished product to which the first printer screen pattern color is printed
  • the semi-finished products of the first and second printer screen patterns and colors are respectively printed
  • the reference numerals 11-123 indicate the semi-finished products in which the first and second and third printer screen patterns and colors have been completely printed respectively
  • the arrows indicate the direction of conveyance of the semi-finished product to be printed on the conveying glaze and the roller shaft and the belt; , B. , C. , D. , E. , F.
  • the illustrated monolithic printing unit is shown for the purpose of pre-printing the patterns and colors of Figures A, B, C, D, E, F as shown in FIG.
  • the preset and effectively utilizing the spatially mounted top-down parallel-arranged single-piece product printing unit unit has a one-to-one correspondence with the planes of the respective roller shaft layers after the combined support frame of the lifting frame is raised in position and It is horizontal, and the preset printing color material used in the corresponding pattern screen is also installed in the printer of the preset monolithic printing unit.
  • FIG. 23 a plurality of sets of six-piece products of a six-piece product having different preset pattern colors printed by a preset embodiment of the device system for printing products according to different designs or colors.
  • the invention discloses a device system for printing products according to different designs or colors in a pre-designed manner, and a method for manufacturing a 600 X 600 mm-sized porcelain product made of Egyptian marble in imitation marble as an embodiment and a detailed description thereof as follows:
  • a ceramic press for pressing semi-finished bricks.
  • a drying kiln for drying printed semi-finished products 1.
  • a firing kiln for firing printed semi-finished products 3.
  • An edging machine for edging the printed and fired semi-finished products.
  • Each set of monolithic printing unit is pre-assembled with three flat screen printers ( Figures A -1, A_2, A_3 and B_l, B_2, B_3 and C_l, C_2, C_3 and Figure 2, respectively). D_l, D_2, D_3 and E_l, E_2, E_3 and F_l, F_2, F_3).
  • the rectangular frame with vertical lines indicates the first printer in which the first pattern color is printed in each printing unit, and the first preset pattern screen on which the preset is installed; 4-2 The rectangular frame of the vertical line indicates the second printer that prints the color of the second pattern in each printing device unit and the second preset pattern screen on which the preset is installed; 4-3 indicates the rectangular frame with vertical lines A third printer that prints a third pattern color in each printing device unit and a third preset pattern screen that is pre-installed thereon.
  • a conveyor belt that conveys under each printing unit and carries semi-finished products for printing.
  • the belt shown by the numeral 5 can also be used only for the transmission of the semi-finished product, and the printable position area under the respective printer is low.
  • the conventional circuit-controlled lifting device is respectively preset under the belt plane indicated by the number 5 under each printer and between the belt gaps, when the semi-finished product to be printed is reached to the printable position area under the corresponding printer.
  • the lifting device can raise the semi-finished product to the top by printing The position is printed, and after printing, the semi-finished product falls on the surface of the belt and is then transported.
  • the two lifts on the right are b-1 and the left is b-2 (as shown in Figure 10, Figure 1, Figure 1, Figure 2, Figure 3 3-22).
  • b denotes a support frame of the total crane for moving the combined support frame up and down
  • reference numeral 7 in the drawing denotes a load of 3 cm in diameter and conveys the article to be printed or printed.
  • a plurality of closely arranged six-layer roller shafts and their respective support frame devices are integrated into a single combined support frame
  • the small black circle number 8 indicates that the diameter of 3 cm is carried and conveys a plurality of tightly packed articles to be printed or printed.
  • the arrangement consists of a single roller shaft in a single layer of six layers; the symbol 9 indicates that the power unit of the total crane that moves the combined support frame up and down is shown in the figure; a single layer roller support frame device of each roller shaft having a diameter of 3 cm which carries and conveys a product to be printed or printed;
  • A-1 and B-1 and C-1 and D-1 and E-1 and F-1 pattern screens and spares are installed in the first printer of the number 4-1 shown in Fig. 13. Earth-printed glaze, A-2 and B-2 and C-2 and D-2 and E-2 and F-2 pattern screens and spare yellow print glazes are installed in the second printer at 4-2
  • the third printers numbered 4-3 are mounted with A-3 and B-3 and C-3 and D-3 and E-3 and F-3 pattern screens, respectively, at preset A. , C. , E.
  • the third printer of the printing unit unit 4-3 is fitted with a brown printed glaze for the corresponding pattern screen, at preset B. , D. , F.
  • the third printer of the printing unit unit numbered 4-3 is fitted with a blue print glaze for the corresponding pattern screen to produce a different pattern with different variations in color.
  • Reference numeral 1 1-0 denotes a semi-finished product to be printed
  • reference numeral 1 1-1 denotes a semi-finished product in which the first printer screen pattern color is printed
  • reference numeral 1 1-12 denotes that the first and second printers have been separately printed
  • No. 1 1-123 indicates a semi-finished product in which the first and second and third printer screen patterns and colors have been completely printed
  • the arrow 12 indicates that the semi-finished product to be printed is being conveyed. The direction of conveyance of the glaze line and the roller shaft and the belt.
  • the ordinary white porcelain powder is sent into a press to make a 600 x 600mm size brick blank semi-finished product, and then transported through the conveying glaze line and enters to b- with the rotation of the roller shaft in the roller shaft layer of the lifting frame.
  • the combined support frame of the b-1 lifting frame has been lowered in the lower part of the lifting frame as shown in Fig. 13.
  • the plane of the topmost roller shaft layer in the combined support frame is horizontally close to the conveying glaze line), with the pressed brick blank
  • the semi-finished product is conveyed, and the top layer of the lifting frame carries the incoming semi-finished product of the brick blank, and then rises to the next layer so that the second layer of the upper layer receives the next semi-finished product of the brick blank, and so on, until the preset b-1 of the b-1 lifting frame
  • the semi-finished product of the brick blank has been carried in the layer roller layer as shown in FIG.
  • Controlling causing each of the first printers, indicated by reference numeral 4-1 of each printing unit, to drop respective corresponding preset pattern screens to a set printable distance of the semi-finished product to be printed that has been conveyed thereunder. And printing each of the six preset respective earthy red colors of the corresponding screen patterns of the first printers shown by reference numeral 4-1, forming the products indicated by the numeral 11-1, and each of the printer screens along with the printer.
  • the control of the circuit is back up again, in the process, the b-1 lift on the right
  • the combined support frame shown by reference numeral 7 repeats the actions of Figs. 13 and 14, and the six-layer roller shaft layers have each received a semi-finished product to be printed as indicated by a respective block number 11-0 and raised to the lift frame.
  • the corresponding preset screen patterns of the first printers and the corresponding preset material colors are prepared for printing, and the belts are driven by the label 5
  • the six different semi-finished products shown in Figure 16 in which the six first printer screen patterns and colors have been printed in Figure 1 are transferred to the respective second printers shown in Figure 4-2 for printing. Screen patterns of respective second printers and corresponding preset colors.
  • the first printer shown by reference numeral 4-1 of each printing device unit and the second printer shown by reference numeral 4-2 are used.
  • Each of the corresponding preset pattern screens Dropping to a set printable distance of the semi-finished product to be printed which has been transferred under it, and respectively printing six respective preset red colores of the first printer halftone pattern shown by reference numeral 4-1, forming The article shown by the numeral 11-1, and the second printer shown by the reference numeral 4-2, prints the respective second printer screen pattern on the semi-finished product in which the first printer screen pattern and the soil red color have been printed.
  • the preset yellow color after forming the product shown by the label 11-12, each of the printer screens is returned to the position with the control of the printer circuit.
  • the number 7 in the b-1 lifting frame on the right side The illustrated composite support repeats the actions of Figures 13 and 14, each of which has received a semi-finished product to be printed as indicated by reference numeral 11-0 and raised to the upper portion of the crane, and each roller shaft
  • the layer and the belt under each monolithic printing unit are - corresponding and horizontal, and the right conveying glaze line is still coming over while waiting for the lifting frame to enter the printed semi-finished product;
  • Combination of lifting frames At this time, in the upper frame and the lifting frame is empty, i.e. no article therein.
  • the layout pattern and the corresponding preset color, the semi-finished product shown in reference numeral 11-12 in which the first and second printer screen patterns and colors have been printed in FIG. 18 is transferred to the third numeral shown by reference numeral 4-3. Under the printer, the screen pattern of the third printer and the corresponding preset color are prepared. Subsequently, as shown in FIG. 20, with the control of the preset circuit, each of the first printers indicated by reference numeral 4-1 of each printing device unit and each of the second printers indicated by reference numeral 4-2 and the reference numeral 4 Each of the third printers shown in FIG.
  • Each of the third printers shown in reference numeral 4-3 of the printing unit is printed on the semi-finished product in which the first and second printer screen patterns and colors have been printed, and the brown color of the corresponding preset screen pattern is printed.
  • Printing unit unit is indicated by reference numeral 4-3
  • Each of the third printers prints the blue color of the corresponding preset screen pattern on the semi-finished product on which the first and second printer screen patterns and colors have been printed, forming the article shown by the numeral 11-123. After that, each of the printer screens is returned to the position with the control of the printer circuit.
  • the combined support frame shown by reference numeral 7 in the b-1 lifting frame on the right side repeats the actions of FIG. 13 and FIG.
  • Each roller shaft layer has received a semi-finished product to be printed as indicated by the numeral 11-0 and rises to the upper portion of the lifting frame, and each roller shaft layer and the belt under the single-piece product printing device unit are one by one.
  • Corresponding and horizontal there is still a semi-finished product on the right conveying glaze line waiting to enter the lifting frame and then entering the printing; and the combined support frame of the lifting frame shown at b-2 on the left is at the upper part of the lifting frame at this time. And it is empty, that is, there is no product in it.
  • the semi-finished product shown by the label 11-1 of the screen pattern and color is conveyed to the respective second printers shown by reference numeral 4-2, and is ready to print the halftone pattern of the respective second printer and the corresponding preset color.
  • the semi-finished product shown in reference numeral 11-12 in which the first and second printer screen patterns and colors have been printed in FIG. 20 is transferred to the respective third printers shown by reference numeral 4-3.
  • Prepare to print the halftone pattern of each third printer and the corresponding pre-print Color the semi-finished product shown in reference numeral 11-123 in which the first and second and third printer screen patterns and colors have been printed in the previous step is transferred to the lifting frame shown by b-2.
  • the corresponding six-layer roller layer of the combined support frame it is prepared to output the glazing line of the conveyed product shown by the left reference numeral 13 to enter the subsequent process. That is, as shown in FIG. 22, with the control of the preset circuit, the respective first printers indicated by reference numerals 4-1 of the six different printing device units and the second printers indicated by reference numeral 4-2 are pressed.
  • each of the third printers shown in reference numeral 4-3 respectively lowers the respective pattern screens to the set printable distance of the semi-finished product to be printed which has been conveyed thereon, and respectively prints the label 4-1
  • Each of the first printers shown has a predetermined earthy red color corresponding to the respective halftone pattern to form an article shown by the numeral 11-1, and each of the second printers indicated by the reference numeral 4-2 has already printed each of the first printers.
  • the preset yellow color of the screen pattern and the red-colored semi-finished product printed on the respective second printer screen pattern forms the article shown by the reference numeral 11-12, and the third printers indicated by the label 4-3 are already
  • the semi-finished products of the first and second printer screen patterns and colors are printed, wherein the labels A of the drawings A, C, and E are correspondingly preset. , C. , E.
  • Each printing unit shown by reference numeral 4-3 of the printing unit On the semi-finished product in which the first and second printer screen patterns and colors have been printed, the brown color of the corresponding preset screen pattern is printed, corresponding to the label B of the preset drawing B, D, F. , D. , F.
  • Each of the third printers shown by the label 4-3 of the printing unit is printed on the semi-finished product of the first and second printer screen patterns and colors, and the blue of the corresponding preset screen pattern is printed.
  • Color after forming the article shown by the numeral 11-123, each of the printer pattern screens is returned to the position with the control of the printer circuit, with the b-2 lifting frame in the combined support frame and the conveying glaze line and frame:
  • a semi-finished product of the lowermost roller layer of each layer of the roller layer of the composite support frame that has been printed with the respective first and second and third printer screen patterns and colors, 11-123, is output to the label The left conveying glaze line shown in Fig.
  • each roller shaft layer has again received a semi-finished product to be printed as indicated by the numeral 11-0 and rises to the upper portion of the lifting frame, and each roller layer and each monolith product are printed.
  • the belts under the unit are one-to-one and horizontal.
  • the right glaze line is still in the process of waiting for the elevator to enter the printed semi-finished product. The operation shown in Figure 15-22 will be completed in sequence.
  • the printed first round of different color patterns, B, C, D, E, F of the first and second different patterns output from the b-2 lifting frame are respectively used in soil red And yellow printed glaze color
  • the preset color pattern, the third pattern of C, E uses brown printed glaze
  • the third pattern of preset color patterns B, D, F uses blue printed glaze color 6
  • the text expression will be too long, and in fact, no matter how many different patterns and different color printing processes, it is based on the repetition of the basic process flow based on this embodiment. Therefore, the present embodiment can be preferably expressed in terms of expression.
  • the invention has better industrial operability in the process of making a plurality of different printed pattern products, can produce rich up to 2-100 kinds effectively, accurately, quickly, and saves space and saves input costs.
  • Color printed pattern products of patterns and colors This is a revolutionary original integration innovation of the existing printing pattern technology, and it is also a further improvement and development of my original craft invention.
  • This process can be used to produce up to 2-100 patterns and colors in the same batch production in the production of ceramic, glass, metal or resin sheets in the field of decorative pattern sheets or resin patterns for transfer to boards.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Printing Methods (AREA)

Abstract

La présente invention concerne un système utilisant un dispositif pour imprimer sur des objets selon différents motifs ou différentes couleurs prédéfini(e)s, approprié notamment pour des supports en céramique, verre, métal ou résine dans le domaine de la décoration de supports par impression. Le système utilisant un dispositif comprend un système d'assemblage de dispositif permettant l'impression sur 2 à 100 objets selon différents motifs ou différentes couleurs d'impression. Le système d'assemblage de dispositif est composé de 2 à 100 ensembles d'unités de dispositif d'impression uniques reliés par des dispositifs de transfert. L'unité de dispositif d'impression unique est composée de 1 à 10 imprimantes par cylindre ou sérigraphie et est utilisée pour imprimer de 1 à 10 types de motifs colorés différents sur un objet devant être imprimé. La présente invention permet aux objets devant être imprimés de présenter rapidement différents motifs circulaires ou différentes couleurs pour ainsi diminuer les coûts de production et augmenter l'efficacité.
PCT/CN2008/071827 2007-07-31 2008-07-31 Système utilisant un dispositif pour imprimer sur des objets selon différents motifs ou différentes couleurs prédéfini(e)s WO2009015606A1 (fr)

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CN200710029461.1 2007-07-31
CNA2007100294611A CN101357527A (zh) 2007-07-31 2007-07-31 一种按预设计的不同图案或色彩来印刷制品的设备系统

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CN108528061A (zh) * 2018-06-14 2018-09-14 深圳市恒艺数码印花有限公司 一种全自动化印花机及其印花方法

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ITVR20110228A1 (it) * 2011-12-20 2013-06-21 Projecta Engineering S R L Macchina per la decorazione di prodotti
KR101438757B1 (ko) * 2013-01-04 2014-09-05 제이씨코리아 주식회사 시트 반입 및 반출용 셀프레임 및 이를 이용한 인조네일 인쇄시스템 장치
CN115008917A (zh) * 2022-06-08 2022-09-06 中国人民解放军陆军工程大学 一种数码迷彩的喷涂方法

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EP1223151A2 (fr) * 2001-01-05 2002-07-17 Elettro -Software S.r.l. Procédé et dispositif de décoration de carreaux céramiques
CN1339363A (zh) * 2001-09-10 2002-03-13 杨德宁 瓷质粉料烧结的三维彩色图案板材
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