TWI474255B - The output method of the image layout - Google Patents

Description

Output method of graphic layout printing

The invention relates to a method for outputting a layout and printing document, in particular to a semi-automatic output method for simplifying a printing file creation and a post-processing cutting program.

The layout of the traditional printing is carried out by humans for different patterns or sizes. This kind of manual processing often causes the production time to be lengthy, and it is easy to produce accuracy due to man-made layout. Therefore, it is necessary. The improvement and innovation of an output method for image layout and printing, in order to improve the production of files and post-processing, requires the use of a large number of manpower and time, as well as the accuracy of man-made layout.

The main object of the present invention is to provide an output method for pattern layout printing, which simplifies and semi-automatically converts the conventional human-manufactured image file and subsequent processing cutting programs, reduces the man-hour required for the entire printing image file, and the entire drawing. The size and proportion of the file are automatically judged and output, which can increase the accuracy of the entire printing arrangement, greatly improve the output efficiency of the entire layout printing, and reduce the cost and fatigue of man-made arrangement.

In order to achieve the above object, the output method of the image layout printing of the present invention comprises:

A. Opening a scale file and loading a judgment data to automatically identify the scale file, displaying a first operation interface for the user to select, the scale file is set as a picture file, and has a plurality of layers of different proportions; The above judgment data identifies whether the above image file is only open one and confirms Whether the layer is a layer and the layer name is 0; and when the above judgment data identifies that the scale file is abnormal, an abnormal state description is displayed.

B. Loading the above-mentioned judgment data to judge the internal data size column by column, and repeating the processing processing on the above-mentioned image file according to the above-mentioned judgment data, thereby generating a plurality of processing image files; and the above processing includes: creating a blank image file And setting its color mode, the blank image file has a completed size and a visible line; then calculating the scale value according to the above judgment data, finding the layer data closest to the scale value in the above scale file; and copying the layer data to The above blank image file is calculated, and the enlargement ratio is calculated and stored in the above-mentioned processed image file after being adjusted and scaled. Where the layer data is an oversized pattern, the layer data is automatically reduced, and a note information is generated for the file name of the stored image file.

C. Select a plurality of the above processing images and display a second operation interface for the user to select.

D. Open the above processing image file one by one, determine the processing information of the processing image file, and intercept the pattern information of the processing image file to create a cutting file; wherein the pattern information includes the file name and color of the current image file Mode and page size.

E. creating a cutting line and a alignment line in the cutting file, and setting a layer color to store, and then performing a labeling operation on the cutting file to generate a cutting processing data; wherein the labeling operation is included in the cutting file The outer circumference of the layer is increased in size, and the alignment point is established within the range of the above-mentioned oversize, and the cutting file name and the barcode are placed.

In a preferred embodiment, the entire output method further includes reading and cutting the pattern by the printing cutter to perform pattern printing and cutting. And after the processing of the image file, it may further comprise creating a mask and capturing the current image to an output folder. In addition, the first operation interface includes a picture color mode window, an output layout display window, a tool list display character number input window, and a file name description window; The second operation interface includes a crop line creation window, a file name input window, a crop point position window, and an access PDF window.

The invention is characterized in that after the proportional file has been judged automatically, the printing process and the cutting process are automatically performed, thereby reducing the working time required for the entire printing pattern and making the entire printing arrangement accurate. Increased sex has greatly improved the output efficiency of the entire layout and printing, and can reduce the cost and fatigue of man-made layout.

10‧‧‧ image file

11‧‧‧ layers

12‧‧‧ first operation interface

121‧‧‧Graphic color mode window

122‧‧‧Display character input window

123‧‧‧File Name Narrative Window

124‧‧‧Output layout display window

13‧‧‧Blank image file

131‧‧‧Complete size

132‧‧ ‧ visible line

14‧‧‧Processing files

141‧‧‧Note Information

15‧‧‧Second operation interface

151‧‧‧ Cutting line production window

152‧‧‧ filename input window

153‧‧‧ Cutting point position window

154‧‧‧Access PDF window

16‧‧‧cut file

161‧‧‧ cutting line

162‧‧‧ alignment line

163‧‧‧Increase size

164‧‧‧ opposite sites

165‧‧ ‧ file name

166‧‧‧ barcode

1 is a step diagram of an output method of the image layout printing of the present invention; FIG. 2 is a block flow chart of the image layout of the present invention; and FIG. 3 to FIG. 15 are schematic diagrams showing a page displayed in each block flow of the second embodiment; 16 is a block diagram of a block of the printing cut of the present invention; and FIGS. 17-25 is a schematic view showing a page displayed in each block flow of FIG.

In order to further clarify and understand the structure, the use and the features of the present invention, the preferred embodiment is described in detail with reference to the following drawings:

Referring to FIG. 1 , the output method of the image layout printing of the present invention comprises two parts, one part is automatically arranged for the image file, and the other part is the printing and cutting of the image file.

The automatic layout part of the image file comprises the following steps: opening a scale file and loading a judgment data to automatically identify the scale file, displaying a first operation interface for the user to select, the scale file is set as a picture file, and There are a plurality of layers of different proportions; the above-mentioned judgment data is loaded to determine the internal data size column by column, and the above-mentioned image files are repeatedly processed according to the above-mentioned judgment data, thereby generating a plurality of processing image files.

The image printing cutting part comprises the steps of: selecting a plurality of the above processing image files, and displaying a second operation interface for the user to select; The processing image file is opened, the processing information of the processing image file is determined, and the pattern information of the processing image file is intercepted to establish a cutting file; the cutting line and the alignment line are established in the cutting file, and the layer color is set. After storing, the marking work is performed on the cutting file to generate a cutting processing data.

Please refer to the detailed block flow diagram of the automatic layout of the present invention shown in FIG. 2, and in conjunction with the display page diagram of FIG. 3~15, firstly, a scale file is opened, and the above ratio data is an AI type image file 10, And has a number of different proportions of the layer 11 (see Figure 3); reload a judgment data composed of TXT files (see Figure 4), at this time, the above-mentioned ratio data will be identified by the above judgment data. Whether the file file 10 is only open, and whether the layer 11 is a layer, and whether the layer 11 name is 0 (refer to FIG. 5) is used to judge whether only a blank image file is generated, or a picture with a duplicate layer data screen is generated. The first operation interface 12 includes a first operation interface 12 for the user to select (see FIG. 6), wherein the first operation interface 12 includes a a file color mode window 121, a display character number input window 122, a file name description window 123, and an output layout display window 124; however, if the above judgment data identifies that the scale file is abnormal (eg, layer name) , The ratio is correct), a display abnormal state will be described.

After loading the above judgment data (refer to Figure 7), it is judged that the internal data size is reasonable and needs to be reduced, and the preset storage folder is created after completion, and a completed size 131 and visible line 132 are established according to the data. The blank image file 13 (refer to Figure 8), and then calculate the scale value according to the above judgment data, find the layer 11 data closest to the scale value in the above scale file (refer to Figure 9); and copy the above layer 11 data to The blank image file 13 (refer to FIG. 10) is calculated, and the enlargement ratio is calculated and stored in the above-mentioned processing image file 14 after adjusting the zoom (refer to FIG. 11); in addition, after the processing image file 14 is completed, Make a mask and capture the current picture (see Figure 13) and store it in an output folder (see Figure 14). Finally, repeat the above-mentioned blank image file 13 to shape. In the processing portion of the processing image file 14 described above, a plurality of processing image files 14 are generated until each of the data in the judgment data is operated column by column (refer to Fig. 15).

In a possible embodiment, when the data of the layer 11 is an oversized pattern, the original size ratio is retained but the data of the layer 11 is automatically reduced, and a note information 141 is generated for the stored file name of the processed image file 14, such as As shown in Fig. 15, the so-called annotation information 141 is @10 in the file name, which represents that the data of the above layer 11 has been reduced to 1/10, and if the annotation information 141 is @100, the data of the above layer 11 has been reduced. It is one in 100.

Please refer to the detailed block diagram of the printing and cutting of the present invention shown in FIG. 16 and, in conjunction with the display page diagrams of FIGS. 17~26, first, select a plurality of processing images 14 completed through the above steps or other such as TIF, The image file of the JPG (refer to FIG. 17), and after the prediction storage folder is created, a second operation interface 15 is displayed for the user to select (refer to FIG. 18), wherein the second operation interface 15 includes a cutting line. A production window 151, a file name input window 152, a crop point position window 153, and an access PDF window 154 are created.

Then, the processing image file 14 is opened one by one, and it is judged whether there is processing information of @ in the processing image file 14 (refer to FIG. 19), and then the file name, color mode and page size of the processing image file 14 with @ are captured. After the image information (refer to Figure 20), a crop file 16 is created according to the captured color mode and the page size (see Figure 21).

In addition, the cutting line 161 and the alignment line 162 are established in the cutting file 16 described above, and the layer color is set (refer to FIG. 22) and stored (refer to FIG. 23), and the cutting file 16 is marked. 24)) stored as a cutting processing data; wherein the labeling operation is included in the outer circumference of the layer 16 of the cutting file 16 to enlarge the size 163, and the alignment point 164 is established within the range of the enlarged size 163, and the cutting is performed. The file 16 file name 165 and the bar code 166 (see Fig. 25); finally, the above-mentioned cutting processing data is read by a printing cutter to perform pattern printing and cutting.

In this way, the output and processing of the entire image layout printing can be completed. Reducing the labor required for the entire print pattern and increasing the accuracy of the entire print layout greatly increases the output efficiency of the entire layout and reduces the cost and fatigue of man-made layout.

The above embodiments are intended to be illustrative only, and are not intended to limit the scope of the present invention. It is included in the scope of the following patent application.

Claims (10)

An output method for image layout printing includes: opening a proportional file and loading a judgment data to automatically identify the scale file, and displaying a first operation interface for the user to select, wherein the scale file is set to a graphic file And having a plurality of different proportions of layers; loading the above-mentioned judgment data to determine the internal data size column by column, and repeating the processing of the above-mentioned image files column by column according to the above-mentioned judgment data, thereby generating a plurality of processing image files; The processing image file is displayed, and a second operation interface is displayed for the user to select; the processing image file is opened one by one, the processing information of the processing image file is determined, and the pattern information of the processing image file is intercepted to establish a cutting file. And the cutting line and the alignment line are established in the cutting file, and the layer color is set and stored, and then the cutting operation is performed after the labeling operation is performed on the cutting file. According to the drawing method of the first aspect of the patent application scope, the output method is arranged, wherein the judgment data identifies whether the image file is only open, and confirms whether the layer is a layer, and the layer name is 0. According to the output method of the second file of the patent application scope, the output method of the printing is displayed, wherein when the above-mentioned judgment data identifies that the proportional file is abnormal, an abnormal state description is displayed. The output method of the printing according to the first file of the patent application scope, wherein the processing includes: creating a blank image file, and setting a color mode thereof, the blank image file Having a completed size and a visible line; calculating the scale value according to the above judgment data, finding the layer data closest to the scale value in the above scale file; and copying the layer data to the blank image file, calculating the enlargement ratio and adjusting After zooming, it is stored as the above processing image. The output method of the printing according to the fourth file of the patent application scope, wherein the processing of the image file is generated, further comprising: creating a mask and capturing the current image to an output folder. According to the fourth aspect of the patent application scope, the output method of the printing is arranged, wherein the layer material is an oversized pattern, the layer data is automatically reduced, and a note information is generated for the stored file name of the processing image. The output method of the printing according to the first aspect of the patent application scope, wherein the pattern information includes a file name, a color mode, and a page size of the current image file. The output method of the printing according to the first aspect of the patent application scope, wherein the labeling operation is included in the outer circumference of the cutting layer layer, and the alignment point is established in the range of the enlarged size, and the cutting is performed. File name and barcode. The output method of the printing according to the first aspect of the patent application scope further includes printing and cutting the pattern by reading the cutting processing data by a printing cutter. The output method of the printing according to the first aspect of the patent application scope, wherein the first operation interface comprises a picture color mode window, an output layout display window, a tool list display character number input window, and a file name description. a window; and the second operation interface includes a cropping line creation window, A file name input window, a crop point position window, and an access PDF window.