JP2006113753A - Label print system and label print program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To efficiently print unique information such as a production number in each label. <P>SOLUTION: This label print system has: a label information calculation part 102 calculating label information such as size of the label to be printed; a bar code information calculation part 104 producing bar code information; a character information calculation part 103 producing a first character including common information common to each the label and a second character including variable information different in each the label; a bitmap information calculation part 105 calculating bitmap information when printing the variable information, the common information and a bar code designated by the label information or the like/character information/the bar code information calculated by the label information calculation part on the label; and a preview production part 107 producing a preview screen of the bitmap information calculated by the bitmap information calculation part. The label print system has: a function displaying the preview screen produced by the preview production part; and a function changing the information about the label by selecting a defect part of the preview screen. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present description relates to a label printing system and a label printing program that can create printing information and issue labels according to the printing information. In particular, unique information such as a manufacturing number can be printed for each label. The present invention relates to a label printing system and a label printing program.

  In general, a label printing system for printing a label to be individually attached to a product is performed by directly programming setting of print information with reference to a label layout drawing. This method had to be programmed every time the label was printed, and had the problem that many labels had to be issued before it was completed.

In addition, the technology described in Patent Document 1 includes an input format storage unit that stores a plurality of input formats corresponding to a print layout, a selection unit that selects a predetermined one from the input formats stored in the storage unit, and a selection According to the input format selected by the means, for each of a plurality of fields constituting the input format, a type input means for inputting the type of each field, and each field is defined according to the type input by the type input means. Parameter setting procedure for setting parameters, parameter storage means for storing the parameters set by the parameter setting procedure for each field, and variable field setting among variable field types, variable for each type Stores variable information parameters that define information Variable information parameter storage means, variable information setting means for setting variable information according to the type of each field for each field according to the variable information parameter stored by the variable information parameter storage means, parameters and variable information parameters And a printing means for performing a printing process based on the above.
JP 2003-191562 A

  The technique described in Patent Document 1 according to the prior art described above requires a data input operation that matches the number of sheets to be printed regardless of variable information or fixed information, and always issues unique information such as a manufacturing number. There was a problem that the variable information had to be input many times and the label could not be printed easily.

  An object of the present invention is to eliminate the above-described problems caused by the prior art, and to provide a label printing system and a label printing program capable of efficiently printing unique information such as a manufacturing number for each label. .

  In order to achieve the above object, a label printing system according to the present invention has a label information calculation unit that calculates label information such as the size of a label to be printed, a bar code information calculation unit that generates bar code information, and is common to each label. A character information calculation unit that creates a first character including common information and a second character including variable information different for each label, the label information calculation unit, the barcode information calculation unit, and the character information calculation unit. Based on the label information, character information, and barcode information, a bitmap information calculation unit that calculates bitmap information when the barcode, common information, and variable information are printed on the label, and the bitmap information calculation unit A preview creation unit for creating a preview screen of the calculated bitmap information, and creating the preview The first feature is that it has a function of displaying a preview screen created by the above-mentioned method and a function of changing label information by selecting a defective portion of the preview screen. In the label printing system, the label information is preliminarily stored in the label printing system. A second feature is that it has a function of issuing a label by inputting in a predetermined format, and / or a function of performing printing by automatic increment when the label information can handle variable information.

  Furthermore, a label printing program according to the present invention includes a label information calculation unit that calculates label information such as a size of a label to be printed, a barcode information calculation unit that generates barcode information, and a common information common to each label. A character information calculation unit for creating one character and a second character including variable information different for each label, label information and character information calculated by the label information calculation unit, the barcode information calculation unit, and the character information calculation unit A bitmap information calculation unit that calculates bitmap information when barcode, common information, and variable information are printed on a label based on the barcode information and the bitmap information calculated by the bitmap information calculation unit A label printing system having a preview creation unit for creating a preview screen A third feature of the present invention is that it includes a function for displaying a preview screen created by the preview creation unit and a function for changing label information by selecting a defective portion of the preview screen. The label print program has a function of issuing a label by inputting the label information in a predetermined format, or a function of performing printing by automatic increment by handling the variable information. Is the fourth feature.

  According to the present invention, a plurality of input data corresponding to the label printing layout is stored, and information that defines fixed information / variable information is stored for each item that can be set by the fixed information / variable information storage means. The label can be created without issuing a test label for preview display, and efficient and general-purpose label information can be created without degrading the quality of the label.

  Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing the configuration of a label printing system according to an embodiment of the present invention, FIG. 2 is a diagram showing an example of a label on which print data is printed according to a predetermined print layout, and FIG. 3 is label information according to this embodiment. 4 is a diagram showing a configuration example of a screen for designating bitmap information according to this embodiment, and FIG. 5 is a configuration example of a screen for designating character 1 information according to this embodiment. FIG. 6 is a diagram showing a configuration example of a screen for designating character 2 information according to the present embodiment, FIG. 7 is a diagram showing a configuration example of a screen for designating barcode information according to the present embodiment, and FIG. FIG. 9 is a diagram showing a configuration example of a stored text file according to the form, FIG. 9 is a diagram showing a series of procedures from designation of label information to label issuance according to the present embodiment, and FIG. 10 is according to the present embodiment. And specify the bar code information from the specified level information, shows a series of steps for displaying a preview.

  As shown in the preview screen shown in FIG. 2, the target label of the present embodiment has the label vertical size 201a and the label horizontal size 201b as the basic size as the label information. The created “LABEL” is printed, the barcode of the product name to be labeled is printed in the barcode 203 column, the product name “LABEL” is printed in the character 1204 column, and the character 2205 column is printed. Is printed with a production number “1/3” indicating the total number of products produced and the number of units produced.

  The label printing system according to the present embodiment, as shown in FIG. 1, inputs information such as label external dimensions using a label information input pop-up screen displayed on the terminal 110 based on the drawing 101 delivered at the time of label creation. The label information calculation unit 102 inputs dimension information to the preview creation unit 107 via the label information calculation unit 102 and displays a label preview on the screen, and calculates label information such as the size of the label to be printed. A barcode information calculation unit 104 that creates barcode information, and a character that creates a first character that includes common information common to each label and a second character that includes variable information such as a serial number that differs for each label Information calculation unit 103, label information calculation unit 102 / barcode information calculation unit 104 / character information A bitmap information calculation unit 105 that calculates bitmap information when barcode, common information, and variable information are printed on a label based on the label information, character information, and barcode information calculated by the output unit 103; A preview creation unit 107 that creates a preview screen of the bitmap information calculated by the bitmap information calculation unit 105, a file reading unit 106 that reads a file of information necessary for label printing from the outside, and information on the created label A file storage unit 108 to be stored and a label printing unit 109 that executes label printing based on the label information stored in the file storage unit 108 are configured.

  The character supplies the character information to the preview creation unit 107 via the character information calculation unit 103 by inputting the character information using the pop-up screen for inputting character information displayed on the terminal 110 based on the drawing 101. And displayed on the preview created by the label information calculation unit 102.

  The barcode is input to the preview creation unit 107 via the barcode information calculation unit 104 by inputting the barcode using the barcode information input pop-up screen displayed on the terminal 110 based on the drawing 101. Is displayed on the preview created by the label information calculation unit 102.

  The bitmap is input on the preview created by the label information calculation unit 102 by inputting information to the preview creation unit 107 via the bitmap information calculation unit 105 displayed on the terminal 110 based on the drawing 101. Is displayed.

  In the label printing system according to the present embodiment, when the preview of the label displayed on the preview creating unit 107 is abnormal, for example, when changing the display position of the barcode, the barcode is selected again by selecting the corresponding barcode from the preview. An information input pop-up screen is displayed, and by changing the position, information is input to the preview creation unit 107 via the barcode information calculation unit 104, and the barcode is reproduced on the preview created by the label information calculation unit 102. indicate.

  In addition, when deleting a barcode, the system displays a submenu by right-clicking the corresponding barcode from the preview, and selecting “DELETE” from the preview created by the label information calculation unit 102. Erase the barcode.

  Further, in this system, the operator confirms the preview created by the preview creation unit 107, and if the displayed content is normal, the label information calculation unit 102, the character information calculation unit 103, the barcode information calculation unit 104, and the bit Information is supplied from the map information calculation unit 105 to the file storage unit 108, and information on the text file is output. Furthermore, for labels issued in the past, information created as a text file from a recording medium (not shown) is read by the file reading unit 106, and the label information calculation unit 102, character information calculation unit 103, barcode information calculation unit 104, and bitmap are read. Various information is supplied to the information calculation unit 105, information is supplied to the preview creation unit 107, and a preview is displayed. In addition, when the displayed preview is normal and the label is to be printed, the preview creation unit 107 supplies the print information to the label printing unit 109 based on the supplied information and prints the label. ing.

  FIG. 3 shows an input example of a pop-up screen for inputting the above-described label information, and this pop-up screen is composed of each column including the outer dimensions of the label and the information concerning the whole for printing the label. In the case of this example, in each column, the “label size vertical” corresponding to the label information is 45 mm, the “label size horizontal” is 65 mm, and the “display magnification” when displayed in the preview is 1 (preview displayed on the screen) Is an image of 45mm x 65mm in width), “Vertical basic correction value” +000 and “Horizontal basic correction value” +000 (printing without protruding from the actual label) to make fine adjustment when printing the label, The “printing speed” for printing by the label printer is 50 mm / sec, the “printing density” is 8, the “printing density” is 16 dots, the “interface” that connects the label printer to the terminal is TCP / IP, and the label is cut The “cut style” for discharging is Ineffect (not cut).

  FIG. 4 shows an input example of a pop-up screen for inputting the bitmap information described above, and consists of columns for bitmap printing start position and bitmap file name. In this example, the “vertical position” corresponding to the bitmap information is 0 mm, the “horizontal position” is 0 mm (located from the upper left of the label preview), and the “bitmap file name” to be printed is C: \ BMP \ LOGO .BMP, bitmap size is 45 mm “bitmap size vertical” and “bitmap size horizontal” is 65 mm (the label size of label information is the same setting as the bitmap size).

  FIG. 5 shows an input example of a pop-up screen for inputting the character 1 information described above, and consists of columns such as a character printing start position and a magnification. In this example, the “item name” corresponding to the character 1 information is CHAR1 (which is an alias for the character 1204 in FIG. 2 and becomes a heading when creating a text file), the print start position is “vertical position” is 27 mm, and “horizontal position” ”Is 7 mm,“ Character type ”is X32 font,“ Character pitch ”is 1 dot,“ Vertical magnification ”is 1 time,“ Horizontal magnification ”is 1 time (printed in the same size as the X32 font),“ Print direction ”is Normal, “N / m” is blank (a setting in which continuous printing is not performed), and “default value” for determining whether to use fixed information or variable information is LABEL (fixed information).

  FIG. 6 shows each column of the input example of the pop-up screen for inputting the character 2 information, which is basically the same as the item to be input with the character 1 information (FIG. 6), but “n / m”. And "default value" are different. This “n / m” is 1-3, and it is set to issue 1/3, 2/3, 3/3, and 3 for each label by counting 1 to 3 serial numbers. It is variable information that is uniquely printed. “Default value” is blank and becomes variable information, but since a value is input in “n / m”, even if a value is input in “default value”, it is ignored. In other words, the present printing system is configured to set unique printing such as 1/3, 2/3, and 3/3 for each label as the character number 2 for each label, for example. .

  FIG. 7 shows an input example of a pop-up screen for inputting the above-described barcode 1 information, and includes items such as barcode printing start position, barcode height, and magnification. In this example, the “item name” corresponding to the barcode 1 information is BAR1 (heading when creating a text file under the alias of the barcode 1203 in FIG. 2), the “vertical position” is 15 mm as the print start position, and the “horizontal position” ”Is 7 mm,“ Barcode type ”is CODE-39,“ Barcode ratio ”is 1: 3,“ Width expansion ratio ”is 2 times,“ Barcode ceiling ”is 6 mm,“ Pitch ”is 1 dot,“ Print direction ” Is Normal, Barcode “Number of digits” is 12 digits (If the actual information is 12 digits or less, it is replaced with a space below), “Alignment” that determines whether the printing is right-justified or left-justified is Left, Fixed information The “default value” that determines whether to use or variable information is ABCDEFG12345 (variable information if this field is blank).

  FIG. 8 is a diagram showing an example of a text file output from the file storage unit 108 of FIG. 1 based on information input using the respective screens shown in FIGS. 3 to 7 described above. This text file is bitmap information, character 1 information, character 2 information, barcode 1 information, and label information from the first line. That is, the label print can be issued by reading the text file by the file reading unit 106 of FIG.

  Next, a series of procedures from label information input to label issuance executed by the terminal 110 of FIG. 1 to create a desired print layout will be described with reference to the flowchart of FIG.

  In this processing procedure, it is first determined whether or not a new label is to be created (step S01). If it is determined that the label is newly created, individual information necessary for issuing a new label described later is input, If it is determined that it is not newly created, the corresponding text data file is read to create an existing label (step S01), and label information is supplied to and stored in the preview creating unit 107 in FIG.

When it is determined in step S01 that a new creation is made, the system executes the following processing procedure.
(1) Step S02: The label information input screen shown in FIG. 3 is displayed, and information relating to the label and information relating to the label printer are input. Here, it is assumed that the label information shown in FIG. The instructed information is supplied to and stored in the preview creation unit 107 in FIG. 1 via the label information calculation unit 102 in FIG.

(2) Step S03: The bitmap information input screen shown in FIG. 4 is displayed, and information relating to the bitmap is input. Here, it is assumed that the bitmap information shown in FIG. 4 is designated. The instructed information is supplied to and stored in the preview creation unit 107 in FIG. 1 via the bitmap information calculation unit 105 in FIG.
(3) Step S04: The character information input screen shown in FIG. 5 is displayed, and information relating to the character is input. Here, it is assumed that the character information shown in FIG. The instructed information is supplied to and stored in the preview creation unit 107 in FIG. 1 via the character information calculation unit 103 in FIG.

(4) Step S04a: When there is a plurality of character information, the character information input screen is displayed again, and information regarding the character can be input.
(5): Step S05: The bar code information input screen shown in FIG. 6 is displayed, and information relating to the bar code is input. Here, it is assumed that the barcode information shown in FIG. The instructed information is supplied to and stored in the preview creation unit 107 in FIG. 1 via the barcode information calculation unit 104 in FIG.
(6) Step S05a: When there is a plurality of barcode information, the barcode information input screen is displayed again, and information relating to the barcode can be input.

(7) Step S06: Based on the information of each item collected in the preview creation unit 107 in FIG. 1, a label preview is displayed on the terminal screen.
(8) Step S07: The operator determines whether the preview created in step S06 is the same label as the drawing 101 of FIG. Here, it is assumed that there is an error in the character information input in step S03. By selecting an erroneous character from the preview screen, the character information input screen shown in FIG. 5 is displayed, and the incorrect information can be corrected. The corrected information is again supplied to and stored in the preview creation unit 107 in FIG. 1 via the character information calculation unit 103 in FIG. If OK is instructed here, it is determined that the label in the preview has been created normally, but the label information stored in the preview creation unit 107 in FIG. 1 is supplied to the file storage unit 108 in FIG. The

(9) Step S08: The label print information supplied to the file storage unit 108 in FIG. 1 in step S07 is stored as an external file, here the text file in FIG. 8 as a text file.
(10) Step S09: Based on the stored text file, printing information is supplied to the label printer from the connection information with the label printer selected by the interface of FIG. 3, and the label is printed. By designating the number of prints here, the designated number of labels with the same information can be issued.
(11) Step S10: Select whether there is another label to be issued. If it is instructed to end the printing process, it is determined that the end of the printing process has been instructed, and the process ends.

  Next, a series of procedures from label information input to barcode information input in order to create a desired print preview will be described with reference to the flowchart of FIG. Steps S <b> 101 to S <b> 105 are operations for displaying a label image serving as a base of the label on the screen.

  (12) Step S101: The unit of the label size input from the pop-up screen is converted from mm to dots. Here, since “print density” in FIG. 3 is 16 dots, “label size portrait” is 45 mm × 16 dots = 720 dots, and “label size landscape” is 65 mm × 16 dots = 1040 dots.

(13) Step S102: A basic correction value is calculated. Here, since the “vertical basic correction value” and the “horizontal basic correction value” in FIG. 3 are each +000, no correction occurs as a whole, but it is stored in the preview creation unit 107 and is stored in the subsequent bitmap / character / barcode. Used for correction of “vertical position” and “horizontal position”.
(14) Step S103: In order to enlarge the display, the calculated label size is enlarged according to the “display magnification” of FIG. Here, the enlarged display is not performed because it is 1 ×, but in the case of 3 ×, “label size portrait” is 720 dots × 3 = 2160 dots, and “label size landscape” is 1040 dots × 3 = 3120 dots.

(15) Step S104: An operation for displaying the calculated label size at the center of the screen is performed. Although the median value changes depending on the number of inches and resolution of the screen, it is always displayed at the center of the screen by calculation.
(16) Step S105: Based on the label information calculated in steps S101 to S104, a label image having “label size portrait” of 720 dots and “label size landscape” of 1040 dots is displayed in the center of the screen.
(17) Steps S106 to S109: This is the next operation for superimposing the bitmap on the label image.

In step S106, the stored bitmap file is acquired with reference to the path of the "bitmap file name" based on the "bitmap file name" in FIG.
In step S107, the unit of the bitmap size input from the pop-up screen is converted from mm to dots. Here, since the “print density” in FIG. 3 is 16 dots, “bitmap size vertical” is 45 mm × 16 dots = 720 dots, and “bitmap size horizontal” is 65 mm × 16 dots = 1040 dots.

  In step S108, a bitmap printing start position is determined. Since “vertical position” and “horizontal position” in FIG. 4 are each 0 mm, no deviation occurs. However, when “vertical position” and “horizontal position” are 5 mm, 5 mm × 16 dots = 80 dots is displayed as a label image during preview display. Display from the top.

(18) In step S109, based on the bitmap information calculated in steps S106 to S108, “bit file size name” of “bit file file name” C: \ BMP \ LOGO.BMP is displayed on the label image. Bitmaps of 45 mm × 16 dots = 720 dots and “horizontal bitmap size” 65 mm × 16 dots = 1040 dots are displayed in an overlapping manner.
(19) Steps S110 to S113: This is the next operation for overlaying the character on the label and bitmap image.

In step S110, the unit of “vertical position” and “horizontal position” of the character input from the pop-up screen is converted from mm to dots. Here, since the “print density” in FIG. 3 is 16 dots, the “vertical position” is 27 mm × 16 dots = 432 dots, and the “horizontal position” is 7 mm × 16 dots = 112 dots.
In step S111, the size adjustment by “character type” is performed. In the example of FIG. 5, the “character type” is X32, and the vertical size and horizontal size of the “character type” are converted into a character size obtained by “vertical magnification” 1 time and “horizontal magnification” 1 time, respectively.
In step S112, the character size calculated in step S111 is multiplied by “print density” 16 dots in FIG. 3 to calculate a preview character.

  In step S113, based on the character information calculated in steps S110 to S112, “Vertical position” 27 mm × 16 dots = 432 dots and “Horizontal position” 7 mm × 16 dots = 112 dots are used as the base points on the label and bitmap image. Characters with “character type” of “vertical magnification” 1 time and “horizontal magnification” 1 time are displayed in an overlapping manner.

  (20) Steps S114 to S117: This is the next operation for superimposing the barcode on the label and bitmap image.

  In step S114, the unit of “vertical position” and “horizontal position” of the barcode input from the pop-up screen is converted from mm to dots. Here, since the “print density” in FIG. 3 is 16 dots, the “vertical position” is 15 mm × 16 dots = 240 dots, and the “horizontal position” is 7 mm × 16 dots = 112 dots.

  In step S115, the size adjustment by “barcode type” is performed. Taking FIG. 7 as an example, a “bar code type” is CODE-39, a “bar code ratio” is 1: 3, and a “bar code top” is 6 mm × 16 dots = 96 dots. It is converted to the barcode size of 2times.

  In step S116, the barcode size calculated in step S115 is multiplied by “print density” 16 dots of FIG. 3 to calculate a barcode for preview.

  In step S117, based on the bar code information calculated in steps S114 to S116, “Vertical position” 15 mm × 16 dots = 240 dots and “Horizontal position” 7 mm × 16 dots = 112 dots are used as the base points on the label and bitmap image. -39 “Barcode type” is set to “Barcode ratio” 1: 3, and “Barcode top and bottom” is displayed with 6mm × 16dots = 96dots, “Width expansion ratio” 2times superimposed and displayed. The entire preview is displayed.

  As described above, the print system and program according to the present embodiment input each input item to be information from the pop-up screen, display a preview on the terminal screen based on the input information, and the input data is incomplete. In some cases, for example, data outside the range is not displayed as a preview and prompts input again. That is, only when a normal input is made, a preview is displayed to inform that the label can be printed. Even if the preview is displayed, if there is a problem with the print position or size, it is possible to correct / delete by selecting the corresponding part. As a result, the screen is printed, and the label can be completed without printing the test label.

  That is, according to the present invention, it is a general-purpose label printing program corresponding to various labels, and by inputting label information from a pop-up screen corresponding to the label information item written in the drawing, the label is displayed on the screen. In addition to displaying a preview, you can change the label information by selecting a failure location from the preview.

  Further, according to the present invention, the label information entered in the drawing can be issued not only from the pop-up but also directly in a determined format, and the label information can be only fixed information. In addition, printing by auto-increment can be performed by handling variable information.

  In the above-described embodiment, the case where the present invention is applied to one type of label printer has been described. However, the present invention is not limited to this, and can be applied to a printer that prints a plurality of types of labels. The language displayed in is described in Japanese, but it can also be applied when printing overseas. Furthermore, although the above-described embodiment has been described with respect to a normal operation, whether the incremented label is printed by designating a range, printing by designating individually, or designating the number of sheets to be issued from the start number. The present invention can also be applied to the case where it is desired to re-issue by selecting the same. For example, in the above example, it is described that 1-3 is input to “n / m”, but if it is input as 1: 3: 5; 10, it can be issued as 1/10, 3/10, 5/10, If 2/3 is entered, 2/3 can be issued as it is. In the above example, a case has been described in which an already stored file is read and printed. However, since an actual drawing is created by CAD, a file is created by CAD and read by this system. The present invention can also be applied to the case where it is desired to issue a label.

1 is a diagram showing a configuration of a label printing system according to an embodiment of the present invention. The figure which shows an example of the label on which printing data was printed. The figure which shows the structural example of the screen which designates the label information by this embodiment. The figure which shows the structural example of the screen which designates the bitmap information by this embodiment. The figure which shows the structural example of the screen which designates the character 1 information by this embodiment. The figure which shows the structural example of the screen which designates the character 2 information by this embodiment. The figure which shows the structural example of the screen which designates barcode information by this embodiment. The figure which shows the structural example of the stored text file by this embodiment. The figure which shows a series of procedures until label issuing by this embodiment. The figure which shows a series of procedures which display the preview screen by this embodiment.

Explanation of symbols

  101: Drawing, 102: Label information calculation unit, 103: Character information calculation unit, 104: Barcode information calculation unit, 105: Bitmap information calculation unit, 106: File reading unit, 107: Preview creation unit, 108: File storage 109, label printing unit, 110: terminal, 201a: vertical label size, 201b: horizontal label size, 202: bitmap, 203: barcode 1, 204: character 1, 205: character 2.

Claims (4)

  A label information calculation unit that calculates label information such as the size of a label to be printed, a barcode information calculation unit that creates barcode information, and a variable that differs for each label and the first character that includes common information common to each label Based on the character information calculation unit that creates the second character including information, the label information calculated by the label information calculation unit, the barcode information calculation unit, and the character information calculation unit, the character information, and the barcode information, A bitmap information calculation unit that calculates bitmap information when barcode, common information, and variable information are printed on a label, and a preview creation unit that generates a preview screen of the bitmap information calculated by the bitmap information calculation unit A function of displaying a preview screen created by the preview creation unit, and the preview Label printing system; and a function of changing that the information label which select the face defect location.   It is provided with a function of issuing a label by inputting the label information in a predetermined format, or a function of performing printing by automatic increment when the label information can handle variable information. The label printing system according to claim 1.   A label information calculation unit that calculates label information such as the size of a label to be printed, a barcode information calculation unit that creates barcode information, and a variable that differs for each label and the first character that includes common information common to each label Based on the character information calculation unit that creates the second character including information, the label information calculated by the label information calculation unit, the barcode information calculation unit, and the character information calculation unit, the character information, and the barcode information, A bitmap information calculation unit that calculates bitmap information when barcode, common information, and variable information are printed on a label, and a preview creation unit that generates a preview screen of the bitmap information calculated by the bitmap information calculation unit A label printing program for a label printing system, comprising: Label print program characterized by comprising: a function of displaying a preview screen that created more, and a function of changing the information of the label by selecting the preview screen failure point.   It is provided with a function of issuing a label by inputting the label information in a predetermined format, or a function of performing printing by automatic increment when the label information can handle variable information. The label printing program according to claim 3.

Images