JP2008125121A - Method for manufacturing printing base material for decorative plate - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To freely select patterns, while securing high accuracy as a decorative plate having sufficient visibility, and at the same time, to manufacture printing base materials, at low cost and readily, of small production and large variety. <P>SOLUTION: The print base material 1 for the decorative plate, constituting the pattern of the decorative plate, is manufactured by printing print image data 26, having the number of dots for preservation arbitrarily selected from a range that is not less than 100dpi, onto the base material 18 having a size S1 for the decorative plate. An electronic information processor 14 fetches digital original image data 12B, including dot information which is previously generated by size (S1) for the decorative plate by the arbitrarily selected number of dots for preservation. Prescribed processings are applied to the digital original image data 12B, which are fetched by the electronic information processor 14 so as to define the data 12B as the print image data 26; and thereafter, the printing image data 26 is printed on the base material by the electronic information processor 14, and the printing base material for the decorative plate is manufactured. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an improvement in a method for producing a printing board substrate for a decorative board constituting a decorative board pattern, and particularly relates to appropriately producing a printing board substrate for a decorative board from various image data.

  Generally, a decorative board is manufactured by pressing various laminated materials on printing paper on which a pattern or the like is printed. Conventionally, the printing paper constituting the pattern of the decorative board has been printed mainly at a printing company or the like, and the decorative board has been manufactured by purchasing and using the printed paper as a material at a resin processing manufacturer or the like.

  Conventionally, this printing paper and other printing base materials, making a printing plate such as a lithographic plate according to the pattern to be displayed, transfer the printing ink applied in a pattern to this printing plate to a transfer body such as a blanket, In addition, offset high-speed printing that re-transfers this to paper and printing using photoengraving or machine engraving, the ink in the non-image area is scraped off by a doctor blade to the ink remaining in the recessed image area. It was printed by gravure printing, which is an intaglio printing method that applies printing pressure to paper. In this case, the printing paper for the decorative board needs to have a relatively large size for use as a building material, furniture material, etc. required for the decorative board, and generally has a width of about 600 mm to 1800 mm. It is necessary to manufacture by printing a pattern on paper.

  However, in the manufacture of decorative board printing paper by offset printing or gravure printing, it takes a relatively high cost to create a printing plate such as a lithographic plate or intaglio, which is the original plate. It is necessary to print with a length of 2000 m or more. For this reason, it is necessary to further reduce the production cost of a printing substrate such as printing paper, and as a result of the high cost, it is not sufficient to produce small amounts of many types of printing paper. There was a problem.

  In other words, conventionally, there has been no choice but to print a small amount of printing paper in large quantities, and thus it has been difficult to appropriately respond to the various needs of decorative plate users. Specifically, in terms of design, there is no choice but to select a decorative board on which a desired pattern is printed from a limited number of designs, and in terms of quantity, even if a small amount of decorative board is sufficient. There was no choice but to manufacture in large quantities, which forced the problem of unit price soaring.

  This also means that for decorative board manufacturers (press processing) who purchase printing paper, for example, even if the shipping situation of the decorative board is not good, the printing paper cannot be disposed until the inventory is exhausted. In addition to inviting the above problems, conversely, even if the delivery date of the decorative board is rushed, there is a problem that there is no choice but to wait for delivery of printing paper from the printing company.

  In addition, it is not always possible for users to manufacture decorative plates with original patterns, and it is difficult for decorative plate manufacturers to manufacture decorative plates with unique patterns. There was also a risk that it would be a hindrance in differentiating from the above.

  Therefore, in this case, it is desired to produce a large number of types of printing substrates adequately even in a small amount without producing an expensive printing plate or the like. It is necessary to enable printing from image data. However, as described above, since the printing base material for the decorative board is also required to have a relatively large size of about 1200 mm in width, small original image data can be used regardless of offset printing or gravure printing, etc. For example, even if image data is simply enlarged by an electronic information processing apparatus and printed on a base material, for example, if printed on paper having a size of 1200 mm × 2400 mm, the eyes become rough and the product is visually There is a risk that it will become a decorative board that cannot withstand.

  On the other hand, for example, if image data of a large size for a decorative board is generated at a very high dpi, the data capacity per image data becomes several gigabytes, which hinders handling such as storage and data transfer. There is a possibility that a problem may occur or a considerable amount of time may be required during printing.

  In view of the above-mentioned problems, the problem to be solved by the present invention is that it is possible to achieve freedom of pattern selection while ensuring high visual accuracy and high accuracy as a decorative board. An object of the present invention is to provide a method for producing a printing board substrate for decorative plates, which can easily produce many kinds of printing substrates in small quantities at low cost.

  As a first means for solving the above-mentioned problems, the present invention provides a printing image having a number of storage dots arbitrarily selected from a range of 100 dpi or more on a substrate having a decorative board size (S1). A method of manufacturing a decorative substrate printing substrate for printing a decorative plate pattern by printing data, the size of the decorative plate in advance with an arbitrarily selected number of storage dots After the digital original image data composed of the dot information created in (S1) is taken into the electronic information processing apparatus, the digital original image data taken in by the electronic information processing apparatus is subjected to a predetermined process to obtain image data for printing. The present invention provides a method for producing a printing board for a decorative board, wherein the printing image data is printed on a base material by an electronic information processing apparatus to produce a printing board for a decorative board.

  As a second means for solving the above problems, the present invention provides a printing image having a number of storage dots arbitrarily selected from a range of 100 dpi or more on a base material having a size (S1) for a decorative board. A method of manufacturing a decorative substrate printing substrate for printing a decorative plate pattern by printing data, the size of the decorative plate in advance with an arbitrarily selected number of storage dots (S1) The original digital image data composed of dot information created in a larger size is reduced to the size (S1) for the decorative board or the data is read in the range of the size (S1) for the decorative board. The digital original image data read by the electronic information processing apparatus is subjected to a predetermined process to obtain printing image data, and then the printing image data is printed on the base material by the electronic information processing apparatus. Manufacture There is provided a method for producing veneer printing substrate, wherein Rukoto.

  As a third means for solving the above problems, the present invention provides a printing image having a storage dot number arbitrarily selected from a range of 100 dpi or more on a base material having a size (S1) for a decorative board. A method for producing a decorative substrate printing substrate that prints data to form a decorative decorative plate pattern, and is produced in an arbitrary size having an arbitrarily selected number of storage dots A plurality of digital original image data composed of the dot information is stored in an electronic information processing apparatus, and the electronic information processing apparatus combines the plurality of digital original image data and has a decorative board size (S1). Provided is a method for producing a printed board for a decorative board, comprising: generating image data; and printing the printed image data on a base material by an electronic information processing apparatus to produce the printed board for a decorative board. Than is.

  As a fourth means for solving the above-mentioned problems, the present invention provides a printing image having a number of storage dots arbitrarily selected from a range of 100 dpi or more on a substrate having a decorative board size (S1). A method for producing a decorative substrate printing base material for printing a data plate to form a decorative decorative board pattern, having a dot number greater than an arbitrarily selected number of storage dots Digital original image data composed of dot information created in an arbitrary size smaller than the size for the decorative board (S1), the size for the decorative board (S1) within a range where the number of dots is not less than the number of storage dots of at least 100 dpi. The digital original image data expanded by the electronic information processing device is subjected to predetermined processing to obtain print image data, and the print image data is then transferred to the substrate by the electronic information processing device. There is provided a method for producing veneer printing substrate, characterized by producing a press to veneer printing substrate.

  According to the present invention, as a fifth means for solving the above-described problem, in any one of the first to fourth solving means, the digital original image data is transmitted through a CD-ROM or other large-capacity storage medium, or The present invention also provides a method for manufacturing a printing base material for a decorative board, characterized in that image data for printing is stored in an electronic information processing apparatus through communication by the Internet or other appropriate communication means.

  According to the present invention, as a sixth means for solving the above-described problem, in the fifth solution means, the digital original image data is compressed and stored in a large-capacity storage medium or transmitted by communication means. A feature of the present invention is to provide a method for producing a decorative printing board substrate.

  According to the present invention, as a seventh means for solving the above-described problem, in any one of the first to sixth solving means, a plurality of original image data is synthesized by an electronic information processing apparatus to perform one printing. The present invention provides a method for producing a printing base material for a decorative board, characterized in that image data is generated.

  According to the present invention, as an eighth means for solving the above-described problems, in any one of the first to seventh solving means, the number of dots for storage is set in a range of up to 350 dpi. The manufacturing method of the printing base material for boards is provided.

  The present invention provides, as a ninth means for solving the above-mentioned problems, in any one of the first to eighth solving means, wherein the printing image data is a base material with a high-resolution printing dot number of 720 dpi or more. The present invention provides a method for producing a printed board for a decorative board, which is characterized in that printing is performed.

  As a tenth means for solving the above problems, the present invention provides the ninth solution means, wherein the number of dots for storing image data for printing is less than the number of dots printed on the substrate, Provided is a method for producing a printing base material for a decorative board, comprising printing data on a base material by filling the data between dots when printing image data for printing on the base material and outputting the data at a high resolution of 720 dpi or higher. Is.

  According to the present invention, as an eleventh means for solving the above-described problem, in any one of the first to tenth solving means, the printing image data is a base material having a decorative board size (S1). The present invention provides a method for producing a printed board for a decorative board, characterized in that the printing is performed by a large-sized printer capable of printing on the substrate and printed on the substrate.

  The present invention provides, as a twelfth means for solving the above-described problems, in any one of the first to eleventh solving means, the printing image data is a paper or film having a decorative board size (S1). The present invention provides a method for producing a decorative printing board substrate, wherein printing is performed on a substrate comprising a sheet.

  According to the present invention, as described above, since the image original data is appropriately processed according to the type and the like, it is possible to manufacture a printing substrate having a pattern that can sufficiently withstand visual appreciation. There are real benefits that can be made.

  In particular, in this case, according to the present invention, a beautiful printing substrate can be produced from the digital original image data, so that the range of user's choice can be expanded and the original can be made according to the user's request. It is possible to produce decorative panels, and at the same time, for decorative panel manufacturers, it is possible to manufacture unique decorative panels to differentiate themselves from other companies and respond appropriately to the diverse needs of users. There is.

  In addition, according to the present invention, the production of this beautiful printing substrate can be performed by an electronic information processing apparatus without requiring an expensive printing plate such as an intaglio and an intaglio as described above, thereby reducing costs. Of course, as a result, the printing substrate can be easily manufactured, so that it is possible to appropriately respond to the production of a small variety of products and to meet the user's needs accurately. At the same time, inventory adjustment of the printing base material, delivery date management of the decorative board, and the like are facilitated.

  According to the present invention, as described above, even if the size of each digital original image data is small, it can be used as a large-sized decorative board printing substrate. The photographed original digital image data can be used as a printing substrate, which has the benefit of being able to meet a wide variety of user needs. The digital original image data personally photographed by a user or the like can be effectively used as a printing substrate, and there is an advantage that it is possible to more appropriately meet various needs of users.

  In addition, according to the present invention, as described above, since the digital original image data is stored in the electronic information processing apparatus by the large-capacity storage medium or the communication means, the external original image data generated by the user or others Can be surely taken into an electronic information processing apparatus and used as a printing substrate, and there is an advantage that it is possible to meet various needs of users.

  In this case, according to the present invention, the digital original image data is further compressed and stored in a large-capacity storage medium or transmitted by communication means. There is an actual benefit that can be easily incorporated into the processing apparatus.

  According to the present invention, as described above, a plurality of original image data is synthesized by the electronic information processing apparatus to generate one print image data. Therefore, the original image data is corrected and corrected, and high-precision printing is performed. There is an advantage that image data for printing can be obtained, image data for printing according to the user's desires, etc. can be obtained, and the range of selection of the design of the printed decorative board printing substrate can be further expanded.

  According to the present invention, as described above, the upper limit of the number of dots for storing image data for printing is set to 350 dpi as necessary, so that the image data reading process, storing process, or printing process is performed. There is a benefit that can be done relatively smoothly.

  According to the present invention, as described above, since the number of printing dots with a high resolution of 720 dpi or more, preferably about 1440 dpi is output and printed by a printer, it is simple without using an expensive printing plate or the like. In addition, there is an advantage that it is possible to produce a beautiful printed substrate having a pattern that can be sufficiently printed on a substrate having a large size at a low cost and sufficiently withstand visual appreciation.

  According to the present invention, as described above, when the number of print dots stored in the print image data is less than the print dot count of 720 dpi, which is the output value of the printer, At the time of output, by processing according to a program in the electronic information processing apparatus, for example, by approximating dot data between the dots of the image data and outputting at a high resolution of 720 dpi or higher and printing on the substrate, 720 dpi or higher The printing substrate can be manufactured by printing the image data for printing on the substrate neatly by securing the number of printing dots.

  According to the present invention, as described above, image data for printing is printed by a large printer capable of printing on a base material having a size (S1) for a decorative board, which generally has a size of 600 mm or more. Therefore, there is an advantage that a beautiful printing substrate can be produced by appropriately printing image data for printing on the substrate.

  According to the present invention, as described above, paper can be used as a substrate for printing image data for printing, and in particular, since a film sheet is used, transparency, reflectance, etc. Therefore, there is an actual advantage that a printed substrate with a clearer pattern can be produced.

  An embodiment of the present invention will be described in detail with reference to the drawings. FIGS. 1 and 2 show an outline of a state (system 10) in which the method for producing a decorative board printing substrate 1 according to the present invention is implemented. In the method of manufacturing the decorative board printing substrate 1 according to the present invention, as shown in FIG. 1, various original image data 12 is processed by an appropriate electronic information processing apparatus 14 such as a personal computer to obtain printing image data 26. Is generated, and the printing image data 26 is output by the printer 16 and printed on the base material 18 having the size for the decorative board, whereby the decorative board printing base material 1 on which the image data is printed is manufactured. Is. The decorative board printing substrate 1 is then pressed with a laminator together with various laminated materials to form a decorative board (not shown). At that time, the image data printed on the printing substrate 1 is the decorative board. The pattern etc. are configured.

(1. Original image data)
As this original image data, as shown in FIG. 1, various types of image data can be used, and digital original image data 12B which is electronic data can be used.

  The digital original image data 12B is electronic image data represented as a collection of digital signals by color dots. As shown in FIG. 1, the digital original image data 12B includes computer graphics (CG), Image data taken by a digital camera (including both a digital video camera and a digital still camera) can be used. As long as the data format can be processed by the electronic information processing apparatus 14, “.TFF”, “.EPS”, “.BMP”, “.JPEG”, “.PDF”, “.PICT”, etc. It doesn't matter.

  The original image data 12 may be, for example, image data created by a designer who conducts design or the like, or image data prepared by a user of a decorative board such as a resident of a building or an apartment developer. Can do. Accordingly, as shown in FIG. 1, image data obtained by digitizing analog image data at the provider of the original image data 12 can also be used as the digital original image data 12B. Of course, the original image data 12 can also be created by a decorative board manufacturer that manufactures a decorative board (not shown) using the printing substrate 1.

(2. Processing of original image data)
In the present invention, as shown in FIGS. 1 and 2, these various original image data 12 are printed images having the number of storage dots arbitrarily selected from the range of 100 dpi or more by the electronic information processing apparatus 14. As the data 26, the printing image data 26 is printed on the base material 18 having the decorative board size S1 (see FIGS. 2 and 4) by the printer 16 to form the decorative board pattern. The base material 1 is manufactured.

  Here, the size S1 for the decorative board is a width exceeding at least 600 mm, generally about 1200 mm to 1250 mm, for use as a building material, furniture material or the like required for the decorative board. This is a size obtained by dividing this by a unit length of about 2400 mm, for example. In this case, for example, the base plate 18 having the size of A0 plate having a width of 1615 mm is used, and the size S1 for the decorative board is obtained by cutting to a desired width after printing, or the size according to the application. It can also be cut.

  In this case, the print image data 26 having a storage dot number of at least 100 dpi is enlarged by comparing the image data of the dot number less than 100 dpi to the size (S1) for the decorative board. When printing on the base material 18 having a size S1 for a decorative board having a width exceeding 600 mm by the printer 16 capable of printing on the base material 18 having a large size (S1), the printed pattern becomes rough, This is because a resolution of 100 dpi or higher can sufficiently withstand human visual appreciation. It should be noted that at least the number of storage dots of 100 dpi or more can sufficiently withstand visual viewing, but in order to obtain a more beautiful printing substrate 1, the number of storage dots is a value of 150 dpi or more. It is preferable to set to. The value of the number of storage dots can be set according to the type of the original image data 12 and the like.

  Thus, the higher the dpi value of the number of storage dots of the printing image data 26, the more beautiful the printing substrate 1 can be made by the enlargement process. If the resolution is 100 dpi or higher, the image is enlarged on the decorative board size (S1) and printed on the substrate 18 by the printer 16 capable of printing on the substrate 18 having a relatively large size (S1). While it can withstand appreciation without feeling a big difference, if the value is too high, it also has a large size S1 for the decorative board, and the data capacity of the image data for printing is an enormous number of bytes in giga units. Thus, it takes time and labor to store and print the printing image data 26 on the substrate 18, and when the digital original image data 12B is used, it is difficult to exchange data. It becomes therefore, it is preferable to set the number of storage dots in the range up to 350 dpi. Thus, by setting about 350 dpi as the upper limit of the number of storage dots, the reading process, the storage process, or the printing process can be performed relatively smoothly. However, if a large amount of data can be quickly processed according to the capability of the electronic information processing apparatus 14, it does not preclude, for example, the number of storage dots with ultra-high resolution such as 720 dpi or 1440 dpi.

  In this way, the present invention, as shown in FIG. 1, displays various original image data 12 such as original image data 12 provided by a user, a designer, etc., or original image data 12 created by a decorative board manufacturer, etc. As shown in FIG. 4, since it can be properly processed and printed neatly on a base material 18 having a relatively large size for a decorative board, it is possible to select a pattern visually. It is possible to manufacture the printing substrate 1 having a pattern that can sufficiently withstand viewing. Therefore, since arbitrary original image data 12 can be used as the decorative base printing substrate 1, the range of user selection can be expanded and an original decorative board can be manufactured according to the user's wishes. At the same time, the decorative plate manufacturer can manufacture a decorative plate unique to the manufacturer to differentiate it from other companies and respond appropriately to the diverse needs of users.

  Processing when the original image data 12 is the digital original image data 12B will be described. In this case, as shown in FIG. 2, the size of the digital original image data 12B, that is, the reading size S2 (see FIGS. 2 to 4), which is the range of readable data, is the size S1 for the decorative board. Depending on whether it is above or below, it is possible to cope with different processes. In any case, it is necessary that the number of dots of the digital original image data 12B has at least a dot number of 100 dpi or more, which is the minimum value of the number of dots for storage of the print image data 26. This is because the digital original image data 12B having the number of dots of less than 100 dpi cannot have a storage dot number of 100 dpi or more when enlarged or otherwise used.

  In the case of the digital original image data 12B, since it already exists as electronic data that can be processed by the electronic information processing apparatus 14, the original image data 12 is directly transmitted to the electronic information processing apparatus 14 without performing any process of digitizing. Can be read. However, for example, the digital original image data 12B such as the digital original image data 12B possessed by a designer or a user is data generated outside the electronic information processing apparatus 14 in which the printing image data 26 should be stored. In this case, as shown in FIG. 1, it is necessary to read into the electronic information processing apparatus 14 through the large-capacity storage medium 22 or the communication means 24.

  In this case, the digital original image data 12B has a relatively large capacity among the electronic data. In particular, in the case of the digital original image data 12B having a size equal to or larger than the size S1 for a decorative board described later, in some cases, For example, since the data has a considerably large capacity in units of MB (megabytes) such as 250 MB, the CD-ROM, magneto-optical disk (MO), DVD-ROM or the like is used as the large-capacity storage medium 22. It is desirable to use it. Further, in the case of saving the time for sending and receiving the large-capacity storage medium 22, it is possible to use the communication means 24, and for example, the Internet or the like can be used as the communication means 24. However, as described above, since the data capacity is considerably large, it is desirable to use high-speed communication means 24 of 1.5 to 8 Mbps or higher by so-called ADSL, FTTH, or an optical fiber communication network.

  Furthermore, in this case, as shown in FIG. 1, after data compression processing, the data can be stored in the mass storage medium 22 or transmitted by the communication means 24. This is an effective method especially when the capacity of the digital original image data 12B is, for example, a capacity of GB (gigabyte) unit or the like. This data compression processing is performed by compressing the digital original image data 12B to about 1/10 to 1/20, and can be quickly performed by, for example, “cubic-D” sold by Toray International Co., Ltd.

  After reading the digital original image data 12B into the electronic information processing apparatus 14 in this way, next, as shown in FIG. 2, the size is set according to the read size S2 of the digital original image data 12B. The print image data 26 is generated by adjusting to the board size S1.

  In this case, specifically, as shown in FIG. 2, first, the digital original image data 12B is preliminarily made up in advance with (1) the number of dots for storing the printing image data 26 set arbitrarily (for example, 200 dpi). In the case of the digital original image data 12B created to the board size (S1), it is not necessary to perform the size processing in particular, and the contrast adjustment, the brightness adjustment, the appropriateness of the printing surface as it is or as necessary The image data 26 for printing having the size S1 for the decorative board with the number of storage dots of 200 dpi is generated after performing a predetermined process such as conversion to a state suitable for printing.

  In addition, (2) when the digital original image data 12B is digital original image data 12B created in advance in a size larger than the size S1 for the decorative board with the number of dots of 100 dpi or more as shown in FIG. The digital original image data 12B is reduced to the size S1 for the decorative board, or is read (cut out) in the range of the size S1 for the decorative board, stored in the electronic information processing apparatus 14, and then necessary. In response to this, predetermined processing such as contrast adjustment is performed and the image is processed into a state suitable for printing, and printing image data 26 having a decorative board size S1 is generated with the number of storage dots of 100 dpi. In addition, after processing into the size S1 for decorative plates and performing image processing on data suitable for printing, it can also be stored in the electronic information processing apparatus 14.

  On the other hand, when the digital original image data 12B is smaller than the decorative board size S1, (3) a plurality of digital original image data 12B created in an arbitrary size having the number of dots for storing the print image data 26. Is stored in the electronic information processing apparatus 14, and the electronic information processing apparatus 14 combines the plurality of digital original image data 12B to generate one print image data 26 having a decorative board size (S1). it can. In this case, a plurality of digital original image data 12B are arranged so as to form a continuous pattern, or are overlapped to generate one print image data 26 having a decorative board size S1. can do.

  Thereby, even if the size of each digital original image data 12B is small, the large-sized decorative board printing substrate 1 can be obtained. For example, a digital original image taken personally by a digital camera or the like. The data 12B can be used as the printing substrate 1 and can meet various needs of users.

  Similarly, if the digital original image data 12B is smaller than the decorative board size S1, (4) the number of dots (for example, 600 dpi) equal to or greater than the number of dots for storage (for example, 100 dpi) of the print image data 26 is set. The digital original image data 12B created to an arbitrary size smaller than the decorative board size S1 is enlarged to the decorative board size S1 within a range where the number of dots is not less than the number of storage dots of 100 dpi or more. Thus, the printing image data 26 having the size S1 for the decorative board can be generated.

  In this case, the larger the reading size S2 of the digital original image data 12B is, the smaller the enlargement ratio is, and the number of storage dots of 100 dpi or more can be ensured, so that the digital original image data 12B is as large as possible. However, on the other hand, the higher the number of dots of the digital original image data 12B, the larger the enlargement ratio, since the number of storage dots of 100 dpi or more can be secured even if the enlargement ratio is relatively large. In the case of the required small digital original image data 12B, it is desirable to use data having a high dot number value. That is, whether or not the number of storage dots of 100 dpi or more can be finally maintained even after the enlargement process is determined in a correlated manner from both elements of the digital original image data 12B and the reading size S2. Set the elements with due consideration.

In this way, the digital original image data 12B having a dot number of 100 dpi (the number of storage dots) or more and a size smaller than the size for the decorative plate is enlarged, and the number of dots ( If adjusted so that the number of dots per unit area) does not fall below the number of storage dots of at least 100 dpi or more, even if printing with a large size S1 for a decorative board, a beautiful printing substrate can be obtained. With the improvement in performance of digital cameras and the like, it is possible to effectively use the digital original image data 12B personally photographed by a user or the like created with a large number of dots as the printing substrate 1, and various types of users It is possible to respond more appropriately to various needs.
(3. Correction of image data for printing)

  In any of the above-described embodiments, a plurality of original image data 12 can be synthesized by the electronic information processing apparatus 14 to generate one print image data 26. Specifically, after the digital original image data 12B is taken into the electronic information processing device 14 and made into a state that can be processed by the electronic information processing device 14, the image data is synthesized by a program such as substitution, superposition, etc. Thus, one piece of print image data 26 can be generated. In this case, the digital original image data 12B captured by the electronic information processing apparatus 14 and the image data obtained by reading the analog original image data and the digital original image data 12B captured by the electronic information processing apparatus 14 are combined. You can also As a result, the original image data 12 can be corrected and corrected to obtain highly accurate printing image data 26, or the printing image data 26 according to the user's wishes can be obtained. The range of design choices for the printing substrate 1 can be further expanded.

(4. Printing process of image data for printing)
After generating the print image data 26 as described above, finally, as shown in FIGS. 1 and 2, the print image data 26 is printed on the substrate 18 by the electronic information processing apparatus 14. The decorative board printing substrate 1 is manufactured. In this case, specifically, since the printing image data 26 is stored in the electronic information processing apparatus 14, an output unit that can be printed by the electronic information processing apparatus 14, that is, the printer 16 as shown in FIG. The printing image data 26 can be output to the substrate 18 for printing.

  As this printer 16, since the base material 18 has a size S1 for a decorative board that generally has a size of 600 mm or more, the printing image data 26 is converted into the base material 18 having the size S1 for the decorative board. Is output by a large-sized printer 16 capable of printing on the substrate 18 and printed on the substrate 18. As such a large printer, for example, Roland Dee. “Hi-FiJET PRO” series manufactured by Gee Co., Ltd. can be used.

  However, it is desirable not only to be able to print on a large size paper, but also to print the printing image data 26 on the substrate 18 with a high resolution printing dot number of 720 dpi or more. In this way, when output and printed by the printer 16 with a high resolution printing dot number of 720 dpi or more, preferably about 1440 dpi, it is simple and low-cost without using an expensive printing plate, This is because it is possible to produce a beautiful printing substrate 1 having a pattern that can be printed beautifully on the substrate 18 having a large size and sufficiently withstand visual appreciation.

  In this case, if the printing image data 26 has a storage dot number of 720 dpi or more, it can be output as it is. On the other hand, in consideration of data handling and the like, when the print image data 26 has a storage dot number of less than 720 dpi, that is, the substrate 18 has a storage dot number of print image data of 720 dpi or more. In order to print the print image data 26 with a print dot number of 720 dpi or more when the print image data 26 is less than the number of print dots, as shown in FIG. In the information processing apparatus 14, printing of 720 dpi or more is performed by printing on the base material 18 by filling the dot data of the image data with a high resolution of 720 dpi or more and printing on the substrate 18 by processing according to a program. The printing substrate 1 can be manufactured by securing the number of dots and printing the printing image data on the 26 substrate 18 cleanly. However, the number of dots for printing is not necessarily limited to 720 dpi or more, and is not particularly limited as long as it can be printed beautifully enough to be appreciated by human eyes. In such a case, it is possible to obtain a printing substrate 1 that can be fully appreciated even with a printing dot number of about 350 dpi.

  As described above, in the present invention, the enlargement process and the printing process of the original image data 12 can be performed by the electronic information processing apparatus 14 without requiring an expensive printing plate such as a lithographic plate or an intaglio, thereby reducing the cost. As a result, the printing substrate 1 can be easily manufactured as a result, so that it is possible to appropriately respond to the production of a small variety of products and to accurately meet the needs of the user. At the same time, inventory adjustment of the printing substrate 1 and management of the delivery date of the decorative board are facilitated.

  In addition, as the base material 18 on which the printing image data 26 is to be printed, paper having a size S1 for a decorative board can be used. In particular, when the base material 18 made of a film sheet is used, it is transparent. Since the printing base material 1 of a clearer pattern can be manufactured from influence, such as property and a reflectance, it is preferable.

It is the schematic of the state which enforces the manufacturing method of the printing base material for decorative boards of this invention. It is the schematic which shows the procedure which processes digital original image data in this invention. It is the schematic which shows the correlation of the original image data in this invention, and the size for decorative boards. It is the schematic which shows the relationship between the original image data in this invention, and its reading size.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 System 12 Original image data 12B Digital original image data 14 Electronic information processing apparatus 16 Printer 18 Base material 20 Scanner 22 Mass storage medium 24 Communication means 26 Printing image data

Claims (12)

A printing board for a decorative board which forms a pattern of the decorative board by printing image data for printing having a storage dot number arbitrarily selected from a range of 100 dpi or more on a base material having a size (S1) for the decorative board A method for producing a printing board substrate for decorative board for producing a material, wherein the digital original image data comprises dot information created in advance for the decorative board size (S1) with the arbitrarily selected number of storage dots To the electronic information processing apparatus, and applying the predetermined processing to the digital original image data captured by the electronic information processing apparatus to obtain the printing image data, the printing image data is converted into the printing information by the electronic information processing apparatus. A method for producing a printing substrate for a decorative board, wherein the printing substrate for decorative board is produced by printing on the base material. A printing board for a decorative board which forms a pattern of the decorative board by printing image data for printing having a storage dot number arbitrarily selected from a range of 100 dpi or more on a base material having a size (S1) for the decorative board A method of manufacturing a printing board substrate for a decorative board for manufacturing a material, comprising: digital original image data comprising dot information created in advance with a dot number of 100 dpi or more and a size larger than the size (S1) for the decorative board The data is reduced to the decorative board size (S1) or read in the range of the decorative board size (S1), and the electronic information processing apparatus performs predetermined processing on the read digital original image data. In addition, after the printing image data is obtained, the printing image data is printed on the substrate by the electronic information processing apparatus to manufacture the decorative board printing substrate. Method of manufacturing that decorative plates for printing substrate. A printing board for a decorative board which forms a pattern of the decorative board by printing image data for printing having a storage dot number arbitrarily selected from a range of 100 dpi or more on a base material having a size (S1) for the decorative board A method for producing a printing base material for a decorative board for producing a material, wherein a plurality of digital original image data consisting of dot information created in an arbitrary size having the arbitrarily selected number of storage dots is electronically processed And storing the plurality of digital original image data by the electronic information processing apparatus to generate one image data for printing having the size (S1) for the decorative board, and storing the image data for printing A method for producing a printed board for a decorative board, comprising: printing on the base material by an electronic information processing apparatus to produce the printed base material for a decorative board. A printing board for a decorative board which forms a pattern of the decorative board by printing image data for printing having a storage dot number arbitrarily selected from a range of 100 dpi or more on a base material having a size (S1) for the decorative board A method for producing a printing base material for a decorative board for producing a material, which has a dot number equal to or more than the arbitrarily selected number of storage dots and is made to an arbitrary size smaller than the size (S1) for the decorative board The digital original image data composed of the dot information is expanded to the size (S1) for the decorative board within a range where the number of dots is not less than the number of storage dots of at least 100 dpi, and is expanded by the electronic information processing apparatus After applying predetermined processing to the digital original image data to obtain the printing image data, the printing image data is printed on the base material by the electronic information processing device, and the decorative board Method for producing a veneer printing substrate, characterized by producing a print substrate. 5. The method of manufacturing a printed circuit board for decorative board according to claim 1, wherein the digital original image data is transmitted through a CD-ROM or other large-capacity storage medium, or the Internet or other appropriate communication. The printing image data is stored in the electronic information processing apparatus through communication by means. 6. The method for manufacturing a printed board for a decorative board according to claim 5, wherein the digital original image data is compressed and stored in the large-capacity storage medium or transmitted by the communication means. A method for producing a printing substrate. 7. The method for manufacturing a decorative board printed board according to claim 1, wherein a plurality of the original image data is synthesized by the electronic information processing apparatus to generate one printing image data. A method for producing a printing base material for a decorative board. In the manufacturing method of the printing base material for decorative boards in any one of Claim 1 thru | or 7, The said number of dots for preservation | save is set in the range to 350 dpi, The printing base material for decorative boards is characterized by the above-mentioned. Production method. 9. The method for producing a decorative substrate printing substrate according to claim 1, wherein the printing image data is printed on the substrate with a high-resolution printing dot number of 720 dpi or more. The manufacturing method of the printing base material for decorative boards made. In the manufacturing method of the printing base material for decorative boards described in Claim 9, when the number of dots for preservation of the image data for printing is less than the number of printing dots to the base material, it is for printing to a base material A method for manufacturing a printing base material for a decorative board, comprising: filling data between dots when outputting image data, outputting the data at a high resolution of 720 dpi or more, and printing on the base material. 11. The method for producing a decorative board printing substrate according to claim 1, wherein the printing image data can be printed on the decorative board having a size (S1). A method for producing a printing board substrate for decorative board, wherein the printing is performed by a large printer and printed on the substrate. 12. The method of manufacturing a decorative substrate printing substrate according to claim 1, wherein the printing image data is a paper or film sheet having a size (S1) for the decorative plate. A method for producing a printing board substrate for decorative board, which comprises printing on a material.

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