JP4830968B2 - PRINT SYSTEM, PRINT CONTROL DEVICE, PRINT SYSTEM CONTROL METHOD, DRIVER PROGRAM, AND RECORDING MEDIUM CONTAINING THE PROGRAM - Google Patents

Description

  The present invention relates to a printing system that supplies printing data to a printing apparatus via a portable recording medium, a printing control apparatus, a printing system control method, a driver program, and a recording medium that records the program.

  2. Description of the Related Art Conventionally, a printing system is known in which print data is supplied from a host device to a printer using a recording medium that can be attached to and detached from both the host device such as a personal computer and the printer (for example, Patent Documents 1 to 3). reference). In such a printing system, the print data generated by the printer driver of the host device is recorded on a recording medium attached to the host device, and the user removes the recording medium from the host device and attaches it to the printer. Printing is performed by reading print data from a recording medium.

JP 2002-268832 A JP 2004-15818 A JP 2006-23870 A

  However, in a system in which a new model printer and an old model printer are mixed, it is assumed that a recording medium that records print data created by a driver corresponding to the new model printer is mounted on the old model printer. Is done. In this case, there is a possibility that the old model printer cannot correctly process the print data recorded on the recording medium. For example, if the drawing command group for the new model printer has additional or changed drawing command types and parameters in the command compared to the drawing command group for the old model printer, and the specifications for the drawing command are different, The old model printer cannot interpret at least a part of the print data described by the drawing command for the new model printer. For this reason, there are problems that the printer cannot process the print data supplied via the recording medium, and that even if the print data can be printed, a part of the print content may not be accurately reproduced.

  In particular, in a system including a plurality of types of printers, when supplying print data to a printer via a recording medium, the user considers the correspondence between the printer driver compatible model that generated the print data and the printer model. Since this is necessary, there is a problem that it is inconvenient for the user.

  SUMMARY An advantage of some aspects of the invention is to solve at least one of the problems described above, and the invention can be implemented as the following forms or application examples.

Application Example 1 A driver program for supplying print data to a printing device via a removable recording medium having portability, and can interpret a computer regardless of the type of the printing device The first print data generating means for generating the first print data by describing the page to be printed using a predetermined command group guaranteed to be compatible with the command expansion for each model of the printing apparatus A second print data generating means for generating second print data by describing a print target using a model-dependent command group, and the first print data or the second print on the recording medium. A driver program that functions as print data recording means for recording data.

According to this configuration, the first print data describing the page to be printed using a predetermined command group guaranteed to be interpretable regardless of the model of the printing apparatus, or the printing apparatus Since the second print data describing the print target using a model-dependent command group corresponding to the command extension for each model is recorded on the recording medium, the user supplies the print data to the printing apparatus via the recording medium. At this time, it is possible to eliminate the need to consider the correspondence between the model corresponding to the print data and the model of the printing apparatus, and it is also possible to perform printing by taking advantage of the function of each model with command expansion.

Application Example 2 In the above driver program, the computer is further caused to function as print mode selection means for selecting one of the first print mode and the second print mode, and the first print mode is selected. When the print mode is selected, the first print data generation unit generates the first print data, the print data recording unit records the first print data on the recording medium, and When the second print mode is selected, the second print data generating unit generates the second print data, and the print data recording unit records the second print data on the recording medium. A driver program characterized by:

Application Example 3 In the driver program, the print mode selection unit causes the computer to display a screen for allowing the user to select the first print mode or the second print mode. Driver program.

Application Example 4 A print control apparatus that supplies print data to a printing apparatus via a portable recording medium, the mounting section to which the recording medium is detachably mounted, and the type of the printing apparatus A first print data generation unit that generates first print data by describing a print target using a predetermined command group that is guaranteed to be interpretable, and for each model of the printing apparatus. By describing a print target using a model-dependent command group corresponding to command extension, a second print data generating unit that generates second print data, and a recording medium mounted on the mounting unit, A print control apparatus comprising: print data recording means for recording the first print data or the second print data.

Application Example 5 In the above-described print control apparatus, the print control apparatus further includes a print mode selection unit that selects any one of a first print mode and a second print mode, and the first print mode Is selected, the first print data generation unit generates the first print data, and the print data recording unit stores the first print data on the recording medium mounted on the mounting unit. And when the second print mode is selected, the second print data generating unit generates the second print data, and the print data recording unit is connected to the mounting unit. A print control apparatus for recording the second print data on a medium.

Application Example 6 The print control apparatus, wherein the print mode selection unit is configured to allow a user to select one by displaying a screen in which the first print mode and the second print mode are arranged.

Application Example 7 A plurality of printing apparatuses that interpret a command included in print data and perform printing according to the interpretation result, and a print control apparatus that supplies the print data to the printing apparatus via a portable recording medium The plurality of printing apparatuses include a plurality of types of printing apparatuses, the printing control apparatus includes a mounting unit to which the recording medium is detachably mounted, and a model of the printing apparatus A first print data generating means for generating first print data by describing a print target using a predetermined command group guaranteed to be interpretable regardless of the model of the printing apparatus A second print data generation unit that generates second print data by describing a print target using a model-dependent command group corresponding to each command extension, and is mounted on the mounting unit. When the recording apparatus includes a print data recording unit that records the first print data or the second print data, and the printing apparatus is loaded with a storage medium on which the first print data is recorded Is a printing system that can always interpret the command group.

Application Example 8 A print control method for supplying print data to a printing apparatus via a portable recording medium, and a predetermined command guaranteed to be interpreted regardless of the model of the printing apparatus By generating the first print data by describing the print target using a group, or by describing the print target using a model-dependent command group corresponding to the command extension for each model of the printing apparatus A print data generation step for generating second print data; a print data recording step for recording the generated first print data or the second print data on a recording medium attached to the attachment unit; A printing control method comprising:

  Hereinafter, an example of an embodiment according to the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram illustrating a schematic configuration of a system according to the present embodiment. As shown in FIG. 1, the printing system PS includes a host computer (printing control device) HC and a plurality of printers (printing devices) P. Note that each of the plurality of printers P is referred to as a printer P1, P2,. The printer Pn is cable-connected to the host computer HC, and exchanges print data from the host computer HC by communication via the cable. On the other hand, the printers P1, P2,... Are not physically connected to the host computer HC by cables or the like, and can be mounted on both the host computer HC and the printers P1, P2,. The print data is exchanged via the.

  Here, the printers P1, P2,..., Pn include a plurality of types of printers. In this embodiment, at least the printer P1 is the model A and the printer P2 is the model B. The model A is a newer model than the model B, and the printer P1 is also referred to as a new model printer and the printer P2 is also referred to as an old model printer.

  Next, the configuration of the host computer HC will be described. The host computer HC is, for example, a general-purpose personal computer. As shown in FIG. 1, the host computer HC includes a CPU 10, a ROM 20, a RAM 30, a hard disk (hereinafter referred to as “HD”) 40, a video interface (hereinafter referred to as “video I / F”) 50, and a USB. An interface (hereinafter referred to as “USB I / F”) 60 and a disk drive 70 are provided.

  A liquid crystal display 55 is connected to the video I / F 50. The CPU 10 controls the screen display by the liquid crystal display 55 by outputting an image signal via the video I / F 50. The USB I / F 60 is an interface part for performing data communication with a USB device, and has a USB port to which various USB (Universal Serial Bus) devices are detachably attached. In particular, in this embodiment, a semiconductor memory capable of reading and writing data (hereinafter referred to as “USB memory 65”) is detachably attached to the USB port of the USB I / F 60. The printer Pn is connected to the USB I / F 60 via a cable.

  In the HD 40, an operating system program, a driver program, and a USB memory print setting utility program described later are recorded in advance. The driver program and utility program recorded on the HD 40 are read by the disk drive 70 from the CD-ROM 75 on which the program is recorded. However, the recording medium on which the driver program and the utility program are recorded is not limited to the CD-ROM, and can be read by a computer such as a flexible disk, an optical disk such as a CD-ROM or DVD-ROM, a magneto-optical disk, or a memory card. Various media may be used. Further, the host computer HC may record the program on the HD 40 by downloading a driver program or a utility program from the server via the telecommunication line.

  Next, the software configuration of the host computer HC will be described. As shown in FIG. 2, the host computer HC includes an operation system 100, a USB memory print setting utility 200, an application 300, and a printer driver 400.

  The operation system 100 is basic software that controls input / output control, task management, hardware resource management, and the like. In particular, the operation system 100 performs port management of output ports for outputting data outside the host computer HC.

  The USB memory print setting utility 200 is software for setting an output port for outputting print data to the USB memory 65, and the CPU 10 reads and executes the utility program recorded on the HD 40 under the management of the operation system 100. It works by doing. Specifically, the USB memory print setting utility 200 causes the operation system 100 to recognize the port of the USB I / F 60 to which the USB memory 65 is attached as the print data output port, thereby causing the USB memory 65 to output the print data. To register as.

  FIG. 3 is a diagram showing an example of the property screen of the USB memory printer. As shown in the port display field S1 of the property screen PRG, the port to which the USB memory 65 is attached is recognized as a USB memory port. The USB memory 65 attached to the USB memory port is recognized by the operation system 100 as a virtual “USB memory printer”. As a result, the printer driver 400 can output print data to a USB memory printer (actually, the USB memory 65).

  The application 300 generates data to be printed such as character data and graphic data under the management of the operation system 100. The application 300 is, for example, a word processor or a graphic tool, and generates character data or graphic data in response to a user operation on a keyboard or the like. The generated print target data is output to the printer driver 400.

  The printer driver 400 is software for controlling the printer P, and functions by the CPU 10 reading and executing a driver program recorded on the HD 40 under the management of the operation system 100. As shown in FIG. 2, the printer driver 400 includes a print mode setting unit 410, a print data generation unit 420, and a print data output unit (print data recording unit) 430.

  The print mode setting unit 410 performs processing for selecting and setting one of the two print modes of the advanced mode (second print mode) and the generic mode (first print mode). The print mode is selected by displaying the print setting screen PSG shown as an example in FIG. The print setting screen PSG is provided with a USB memory print setting field S2 for selecting an advanced mode or a generic mode, and the user can operate the print mode from the USB memory print setting field S2 by operating a keyboard or a mouse. Can be selected. When the print mode is selected, the print mode setting unit 410 changes the setting to the print mode selected by the user.

  Here, the advanced mode and the generic mode will be described. The advanced mode is a print mode in which print data is described using a command group defined in a model-dependent printer language corresponding to a command extension for each model for a print page to be printed. For example, a new drawing command is added to the printer language corresponding to the new model printer P1 compared to the printer language corresponding to the old model printer P2, or the parameter designation method of the drawing command is changed. If the printer driver is extended, the printer driver for the new printer P1 describes the print data using the printer language of the new specification with the extended command. At this time, the new printer P1 can perform high-performance printing utilizing the printing function of the printer according to the print data.

  However, when there is a command extension, the print data described in the printer language corresponding to the new model printer P1 includes a portion that cannot be correctly interpreted by the old model printer P2. For this reason, there is a possibility that the print data described in the printer language corresponding to the new model printer P1 cannot be interpreted by the old model printer P2, or a part of the print page cannot be accurately reproduced and printed. There is. That is, in the advanced mode, print data (hereinafter referred to as “print data in a model-specific format (second print data)”) depending on the model whether it can be interpreted is generated.

  On the other hand, the generic mode uses a predetermined command group that guarantees that a print page to be printed can be interpreted in common to all models regardless of the model of the printer P among the commands defined in the printer language. This is a print mode for describing print data. The generic mode uses a command group that can be interpreted by all models without using model-dependent commands, so print data with versatility (hereinafter referred to as “compatible format print data (No. 1 print data) ”) is generated. The print data generated in the generic mode can be interpreted in common regardless of the model of the printer P. For example, it can be reliably interpreted by both the new model printer P1 and the old model printer P2.

  As a method for selecting the print mode, the USB memory print setting utility 200 displays the USB memory print setting utility screen UG shown as an example in FIG. 5 on the liquid crystal display 55, and the USB memory print setting utility screen UG print mode setting field. The user may select from S3. In this case, the print mode setting unit 410 receives the notification of the mode selected by the user from the USB memory print setting utility 200 and changes the setting to the notified print mode.

  The print data generation unit 420 generates print data in a format corresponding to the set print mode from the print target data received from the application 300. For this reason, the print data generation unit 420 is common to the model-specific print data generation unit (second print data generation unit) 421 that generates the print data of the model-specific format by describing using a model-dependent command group. And a compatible print data generation unit (first print data generation means) 422 that generates print data in a compatible format by using a command group that can be interpreted as follows. The compatible print data generation unit 422 and the model-specific print data generation unit 421 are controlled so as to selectively perform processing according to the print mode. When the generic print mode is set, the compatible print data generation unit 422 selects the compatible format. When the advanced mode is set, the model-specific print data generation unit 421 generates the model-specific format print data.

  The print data output unit 430 performs processing for outputting print data to the printer designated as the output destination. In particular, when the USB memory printer is specified as the output destination, the print data output unit 430 records the print data in the USB memory 65 attached to the USB I / F 60 by outputting the print data to the USB memory port. Process.

  Here, the file structure of the print data recorded in the USB memory 65 will be described. As shown in FIG. 6, a model-specific folder (second folder) FK and a general-purpose folder (first folder) FG are created on the memory area of the USB memory 65 under the root directory of the USB memory. The The model-specific folder FK is a folder for storing print data in a model-specific format generated in the advanced mode, and the name of the folder is set to the model name of the corresponding printer. The general-purpose folder FG is a folder for storing print data in a compatible format generated in the generic mode, and the name of the folder is set to “USB memory print data”, for example. In the example of FIG. 6, the model-specific folder FK stores print data files “file 1.EPN”, “file 2.EPN”, and “file 3.EPN” in the model-specific format. The general-purpose folder FG stores print data files “file a.EPN”, “file b.EPN”, and “file c.EPN” in compatible formats. Of these file names, the part “.EPN” is an extension indicating a print data file. In this manner, in the memory area of the USB memory 65, the print data in the model-specific format and the print data in the compatible format are managed for each folder.

  Next, the configuration of the printer P will be described. FIG. 7 is a diagram illustrating the configuration of the printer P. As shown in FIG. 7, the printer P includes a USB I / F 500 to which a USB device such as the USB memory 65 can be attached and detached, a controller 600 that controls the operation of the printer P, a print engine 700 that performs printing, and a liquid crystal panel 800. The operation switch 900 is provided. The controller 600 includes a print data selection unit 610 and a print data processing unit 620.

  The print data selection unit 610 performs a process for allowing the user to select print data to be printed by the printer P from print data recorded in the USB memory 65 attached to the USB I / F 500. Specifically, when the USB memory 65 is attached to the USB I / F 500, the print data selection unit 610 searches for a print data file recorded in the USB memory 65, and displays a plurality of searched print data files on the liquid crystal display. A list is displayed on the panel 800. At this time, the user can select a desired print data file by operating the operation switch 900. When the user operates the operation switch 900 to instruct printing execution with the file selected, the print data of the selected file is read from the USB memory 65 and output to the print data processing unit 620.

  The print data processing unit 620 performs processing for generating image data in a format that can be handled by the print engine 700 from the print data. Specifically, drawing processing that interprets drawing commands described in print data and converts them into bitmap data, color conversion processing that converts them into CMYK data, screen processing that converts them into image data corresponding to the presence or absence of dots, etc. Do. The print data processing unit 620 can interpret the commands described in the print data in the model-specific format corresponding to the model of the printer P and the commands described in the print data in the compatible format. The print data processing unit 620 outputs the generated image data to the print engine 700. When the print engine 700 receives the image data, printing is performed by forming dots on the surface of the printing paper in accordance with the image data.

  Next, the flow of processing performed by the printing system PS will be described with reference to a flowchart. First, the process of generating print data by the host computer HC will be described with reference to the flowchart of FIG.

  Here, when instructing printing from the application 300, the printer driver 400 causes the liquid crystal display 55 to display a print screen PG shown as an example in FIG. In the printer selection field S4 of the print screen PG, all printers registered as print data output destinations are displayed. When the user selects a desired printer as an output destination of print data from the printer selection field S4 and presses the print start button PSB, the process of FIG. 8 is started.

  When the processing of FIG. 8 is started, in step S100, the CPU 10 determines whether or not the instructed output destination port is a USB memory port. Here, if the USB memory printer is selected on the print screen PG, the USB memory port becomes the output destination port (step S100: Yes), and the process proceeds to step S110. If a printer other than the USB memory printer is selected, the output destination is not a USB memory port (step S100: No), and the process proceeds to step S120.

  When the process proceeds to step S110, the CPU 10 determines whether or not the set print mode is the advanced mode. If it is the advanced mode (step S110: Yes), print data in a model-specific format is generated from the print target data received from the application 300 (step S120). Then, the generated print data is output to the output port of the output destination printer designated on the print screen PG (step S130). If the USB memory printer is designated as the output destination, the print data in the model format is output to the USB memory 65 and stored in the model folder FK of the USB memory 65.

  On the other hand, if not in the advanced mode (step S110: No), the CPU 10 generates print data in a compatible format from the print target data received from the application 300 (step S140). Then, the generated print data is output to the output destination port designated on the print screen PG (step S150). Here, since the USB memory printer is designated as the output destination, the print data in the compatible format is output to the USB memory port and stored in the general-purpose folder FG of the USB memory 65. When the print data is output in step S130 or step S150, the process in FIG. 8 ends.

  Steps S100 and S110 correspond to processing performed by the CPU 10 as the print mode setting unit 410. Step S120 corresponds to the process performed by the CPU 10 as the model-specific print data generation unit 421, and step S140 corresponds to the process performed by the CPU 10 as the compatible print data generation unit 422. Steps S130 and S150 correspond to processing performed by the CPU 10 as the print data output unit 430.

  Next, processing performed by the printer P will be described with reference to the flowchart of FIG.

  When the user inserts the USB memory 65 in which the print data is recorded into the USB I / F 500 of the printer P, the processing of FIG. When the process is started, the print data selection unit 610 accesses the attached USB memory 65 and searches for a print data file (step S200).

  Next, the print data selection unit 610 determines whether or not the model of the model folder FK matches the model of the printer P to which the USB memory 65 is attached (step S210). Here, the model name is acquired from the folder name of the model-specific folder FK, and the determination is made by comparing the acquired model name with the model of the printer P. If the models match (step S210: Yes), the print data selection unit 610 displays the file stored in the model-specific folder FK on the liquid crystal panel 800 (step S220), and then stores the file in the general-purpose folder FG. The added file is additionally displayed (step S230). Thereby, for example, when the file recorded in the USB memory 65 has the file configuration shown in FIG. 6, as shown in FIG. 11A, the files 1 to 3 stored in the model-specific folder FK are followed. The file selection screen FSG in which the files a to c stored in the general-purpose folder FG are arranged in order is displayed on the liquid crystal panel 800. The user can select a file to be printed from the file selection screen FSG by operating the operation switch 900.

  On the other hand, if the models do not match (step S210: No), the process proceeds to step S230, and the print data selection unit 610 additionally displays the file stored in the general-purpose folder FG on the liquid crystal panel 800. At this time, as shown in FIG. 11B, a file selection screen FSG in which the files a to c stored in the general-purpose folder FG are arranged in order is displayed on the liquid crystal panel 800.

  Next, the print data selection unit 610 determines whether a file has been selected (step S240). If no file has been selected (step S240: No), the process returns to step S240. The determination in step S240 is repeated until a file is selected, and the selection of the file is continued. A user operates the operation switch 900 in accordance with the screen of FIG. 11A or 11B displayed on the liquid crystal panel 800, and a desired file to be printed is selected from the files displayed on the liquid crystal panel 800. If so (step S240: Yes), the process proceeds to step S250.

  When the process proceeds to step S250, the print data processing unit 620 performs various processes such as interpretation of a drawing command, drawing process, color conversion process, and screen process for the print data of the selected file, and the print engine 700 performs the process. Image data in a data format that can be handled is generated (step S250). The generated image data is output to the print engine 700, and the print engine 700 is caused to execute printing (step S260). When the image data is output to the print engine 700 in step S260, the processing in FIG.

  Hereinafter, effects in the present embodiment will be described.

  (1) In the generic mode, print data in a compatible format that is guaranteed to be interpretable for all models is recorded in the USB memory 65. Even if the printer language used by the new model printer P1 is a command extended specification compared to the printer language used by the old model printer P2, the printer P1 of the new model and the printer language of the new model can be used as long as the print data has a compatible format. It can be properly interpreted and printed by both the old model printer P2. Therefore, if the generic mode is set, the user does not consider the correspondence between the printer driver compatible model and the printer P model in which the user actually mounts the USB memory 65 and performs printing. Data can be transferred to any printer P in the printing system via the USB memory 65. For this reason, a system excellent in convenience for the user can be realized.

  (2) In the advanced mode, the print data in the model-specific format depending on the printer model is recorded in the USB memory 65. Therefore, the compatible model of the printer driver 400 and the printer P that is mounted with the USB memory 65 and performs printing. Printers P can perform high-performance printing utilizing the printing function of the printer according to the print data in the model-specific format.

  (3) On the print setting screen PSG (see FIG. 4) or USB memory print setting utility screen UG (see FIG. 5), the user selects and sets the generic mode or the advanced mode, so that the print data and the model in the compatible format Which data to be recorded in the USB memory 65 can be properly used depending on the situation. For example, when the printer model to be printed is known in advance, by setting the advanced mode, it is possible to perform highly functional printing utilizing the printer functions. Further, when the printer model to be printed is not known in advance, the generic mode is set, so that printing can be reliably performed regardless of the model of the USB memory 65 attached.

  (4) Since the print data in the compatible format and the print data in the model-specific format are stored in different folders having different folder names, the printer P is compatible by referring to the folder name in which the print data is stored. It is possible to easily determine whether it is a format or a model-specific format for processing.

  (5) A print data file in a model-specific format that does not correspond to the model of the printer P to which the USB memory 65 is attached is not displayed on the file selection screen FSG even if it is recorded in the USB memory 65 (FIG. 11 ( b) See), not selected by the user. Therefore, it is possible to prevent the user from selecting a print data file that cannot be printed or cannot be printed accurately due to differences in printer language specifications.

  As mentioned above, although one Example of embodiment which concerns on this invention was described, it can also be set as a various form, without being restricted to this. Hereinafter, modifications of the present embodiment will be described.

  (Modification 1) In the above embodiment, print data is supplied to the printer P via the USB memory 65. However, the recording medium having portability is not limited to this, and a memory card, a flexible disk, etc. The print data may be delivered via a readable / writable recording medium.

  (Modification 2) In the above embodiment, one type of data corresponding to the print mode setting is recorded in the USB memory 65 among the print data in the model-specific format and the print data in the compatible format. Both the format print data and the compatible format print data may be recorded in the USB memory 65.

  (Modification 3) In the above embodiment, the case where the printer language command group differs depending on the printer model has been described. However, the present invention may be applied to the case where a model-dependent intermediate code is generated from the printer language. That is, in the generic mode, the intermediate code in the compatible format may be recorded in the USB memory 65, and in the advanced mode, the intermediate code in the model-specific format may be recorded in the USB memory 65.

  (Modification 4) Examples of the printing apparatus are not limited to a printer, and include a copying machine and a fax machine.

1 is a block diagram showing a schematic configuration of a printing system according to an embodiment. The block diagram which showed the software configuration of the host computer. The figure which showed an example of the property screen of a USB memory printer. The figure which showed an example of the print setting screen. The figure which showed an example of the USB memory print setting utility screen. The figure which showed the file structure of the print data recorded on USB memory. FIG. 2 is a block diagram illustrating a configuration of a printer. 6 is a flowchart showing a flow of processing for generating print data. The figure which showed an example of the printing screen. The flowchart which showed the flow of the process to print. It is the figure which showed the example of a display of a liquid crystal panel, (a) is a figure which showed the file selection screen when a model corresponds, (b) when a model differs.

Explanation of symbols

  10 ... CPU, 20 ... ROM, 30 ... RAM, 40 ... hard disk, 50 ... video interface, 55 ... liquid crystal display, 60 ... USB interface as mounting unit, 65 ... USB memory, 70 ... disk drive, 75 ... CD-ROM DESCRIPTION OF SYMBOLS 100 ... Operation system 200 ... USB memory print setting utility 300 ... Application 400 ... Printer driver 410 ... Print mode setting part 420 ... Print data generation part 421 ... Model according to 2nd print data generation means Print data generation unit, 422... Compatible print data generation unit as first print data generation unit, 430... Print data output unit as print data recording unit, 500... USB interface, 600... Controller, 610. 620 ... Print data processing unit, 700 ... Print engine, 800 ... Liquid crystal panel, 900 ... Operation switch, PS ... Printing system, P ... Printer as printing device, HC ... Host computer as printing control device, FK ... Second A model-specific folder as a folder, FG: a general-purpose folder as a first folder.

Claims (8)

A driver program for supplying print data to a printing device via a removable recording medium having portability,
Computer
First print data generation for generating first print data by describing the page to be printed using a predetermined command group guaranteed to be interpretable regardless of the model of the printing apparatus means,
Second print data generation means for generating second print data by describing a print target using a model-dependent command group corresponding to command extension for each model of the printing apparatus;
Print data recording means for recording the first print data or the second print data on the recording medium;
A driver program characterized by functioning as The driver program according to claim 1,
Computer
Further functioning as a print mode selection means for selecting any one of the first print mode and the second print mode,
When the first print mode is selected, the first print data generation unit generates the first print data, and the print data recording unit stores the first print data on the recording medium. Record,
When the second print mode is selected, the second print data generation unit generates the second print data, and the print data recording unit stores the second print data on the recording medium. A driver program characterized by recording. The driver program according to claim 2,
The driver program, wherein the print mode selection means causes a computer to display a screen for allowing a user to select the first print mode or the second print mode. A print control device for supplying print data to a printing device via a portable recording medium,
A mounting portion on which the recording medium is detachably mounted;
First print data generating means for generating first print data by describing a print target using a predetermined command group guaranteed to be interpretable regardless of the model of the printing apparatus;
Second print data generation means for generating second print data by describing a print target using a model-dependent command group corresponding to command extension for each model of the printing apparatus;
Print data recording means for recording the first print data or the second print data on a recording medium attached to the attachment unit;
A printing control apparatus comprising: The print control apparatus according to claim 4.
Print mode selection means for selecting any one of the first print mode and the second print mode;
When the first print mode is selected, the first print data generation unit generates the first print data, and the print data recording unit stores the print data on the recording medium mounted on the mounting unit. Record the first print data;
When the second print mode is selected, the second print data generation unit generates the second print data, and the print data recording unit stores the print data on the recording medium mounted on the mounting unit. A print control apparatus for recording second print data. The printing control apparatus according to claim 5,
The print control device is configured to allow the user to select one by displaying a screen in which the first print mode and the second print mode are arranged. A printing system comprising: a plurality of printing apparatuses that interpret commands included in print data and perform printing according to the interpretation results; and a print control apparatus that supplies the print data to the printing apparatus via a portable recording medium Because
The plurality of printing devices include a plurality of types of printing devices,
The print control device includes:
A mounting portion on which the recording medium is detachably mounted;
First print data generating means for generating first print data by describing a print target using a predetermined command group guaranteed to be interpretable regardless of the model of the printing apparatus;
Second print data generation means for generating second print data by describing a print target using a model-dependent command group corresponding to command extension for each model of the printing apparatus;
Print data recording means for recording the first print data or the second print data on a recording medium attached to the attachment unit;
The printing system is capable of interpreting a command group without fail when a storage medium on which the first print data is recorded is loaded. A print control method for supplying print data to a printing apparatus via a portable recording medium,
First print data is generated by describing a print target using a predetermined command group guaranteed to be interpretable regardless of the model of the printing apparatus, or for each model of the printing apparatus A print data generation step of generating second print data by describing a print target using a model-dependent command group corresponding to the command extension of
A print data recording step of recording the generated first print data or the second print data on a recording medium mounted on a mounting unit;
A printing control method comprising:

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