JP5627915B2 - Computer program for producing a product using multiple devices - Google Patents

Description

  The present invention relates to a computer program for producing a product using two or more devices of a printer, a cutting device, an engraving device, and an engraving machine that are controlled based on different drawing data.

  Conventionally, it is known to produce a product using two or more of a printer, a cutting device, a stamping device, and an engraving machine. For example, it is known to produce a cutting sheet having an arbitrary shape on which characters and the like are printed using a printer and a cutting device (see, for example, Patent Document 1).

  In addition, for example, as a decorative object such as clothing or a bag, a decorative object in which a plurality of rhinestones are pasted around a printed material on which characters or the like are printed and cut into a predetermined shape It has been known. Such a decoration is manufactured using a printer, a cutting device, and an engraving machine. That is, printing of characters and the like on the printing material is performed by a printer. The printing material is cut by a cutting device. The production of the rhinestone mold is performed by an engraving machine.

  The printer, the cutting device, and the engraving machine are configured to receive drawing data from outside and perform printing, cutting, and engraving according to the drawing data. Usually, dedicated application software is prepared for each of these devices, each drawing data is created using these dedicated application software, and each device is controlled.

Japanese Patent No. 3039320

  Conventionally, when a single product is manufactured using a plurality of devices, drawing data must be created for each device even though the design of the product is single. That is, it is necessary to prepare drawing data by using the dedicated application software for the number of devices to be used. Even if drawing data for both the cutting device and the engraving machine is created using application software for the cutting device, for example, the drawing data can only be used by the cutting device. This will lead to a situation where even a portion to be cut is cut off.

  The present invention has been made in view of such points, and an object of the present invention is to provide a technique that makes it easy to produce a product using a plurality of devices.

The computer program according to the present invention includes one or more of the printer, the cutting device, and the engraving device among printers, cutting devices, engraving devices, and engraving machines that are controlled based on different drawing data. A computer program for producing a product in which rhinestones are arranged using the apparatus and the engraving machine , wherein the product is one of the printer, the cutting device, and the stamping device. A sheet is manufactured using two or more devices, the sheet is attached to an object to be decorated, and a hole for fitting the rhinestone into a mold is formed using the engraving machine, and the hole in the mold is fitted rhinestones, using a transfer sheet, is manufactured by transferring the decorative object the rhinestones from the mold, A storage means for storing information on devices used for production, a creation means for creating drawing data based on an input from the user, an input means for receiving information on which device has been selected from the user, the input means Conversion means for converting drawing data created by the creation means into drawing data corresponding to the selected device based on the information received by the storage means and the information stored in the storage means, and the selected device It is a computer program for functioning as an output means for outputting the drawing data after conversion.

  According to the computer program, the creation means creates drawing data that does not depend on the type of device, based on the input from the user. When the user selects a device via the input means, the drawing data is converted into drawing data corresponding to the selected device by the converting means. The converted drawing data is input to the selected device, and each device is controlled based on the converted drawing data. Therefore, it is not necessary for the user to create drawing data for each device using dedicated application software, and it becomes easy to produce a product using a plurality of devices.

  By the way, since the conventional application software is dedicated for each device, other devices cannot be operated based on the drawing data created by the dedicated application software for a certain device. Therefore, the user does not have to consider the correspondence between each part of the drawing data and the processing of each device. However, since the computer program corresponds to a plurality of devices, it is convenient if it is possible to easily select which device is to process each part of the drawing data.

  Therefore, the computer program further causes the computer to display a preview of the drawing data created by the creating unit and a selection screen that allows the user to select which device processing is to be performed on each part of the preview. Functioning as a selection screen display means to be displayed, the input means receives information on user selection based on the selection screen, and the conversion means converts drawing data for each device according to the user selection. It is preferable.

  The computer program further includes: identifying means for identifying a device connected to the computer so as to be communicable to the computer; the selected device based on the information of the input means and the identifying means; A connection determination unit that determines whether or not the communication device is communicably connected, and when the connection determination unit determines that the selected device is not communicably connected to the computer, the image conversion by the conversion unit relating to the device It may be for functioning as a conversion stop unit for stopping the data conversion.

  As a result, when the selected device is communicably connected to the computer, the drawing data relating to the device is converted, while the selected device is not communicably connected to the computer. The drawing data relating to the device is not converted. Therefore, useless data conversion can be avoided. The “connection” here includes not only a wired connection but also a wireless connection.

  As described above, since the conventional application software is dedicated for each device, it is not necessary to determine the processing priority for a plurality of devices. However, since the computer program corresponds to a plurality of devices, it is preferable to determine the priority order of the devices and proceed with the processing according to the priority order.

  Therefore, the computer program is further received by the priority storage means for storing the relationship between the predetermined drawing data and the priority of the device, the drawing data created by the creating means, and the input means. Based on the information on the selected device and the information stored in the priority storage means, the priority determination means for determining the priority of the device, and the priority of the device determined by the priority determination means. Therefore, it may be for causing the conversion means to function as conversion execution means for executing conversion of drawing data.

  As a result, the drawing data can be converted efficiently.

  As described above, according to the present invention, it is possible to easily produce a product using a plurality of devices.

It is a top view of an ornament. It is a block diagram of the system which produces a decoration It is a block diagram of a computer. (A)-(c) is a conceptual diagram of drawing data. It is a conceptual diagram of the drawing data which a preparation part produces. It is a figure showing a main screen. It is a figure showing a design creation screen. It is a figure showing a part of main screen. It is a figure showing the screen for output settings.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. In the following description, it is assumed that the ornament 1 as shown in FIG. 1 is manufactured using the computer program according to the present embodiment. The decorative object 1 is a sheet in which a predetermined image 3 is printed on a sheet 2 cut into a predetermined shape, and a rhinestone 4 is arranged along the outline of the sheet 2. Here, it is assumed that the sheet 2 is cut into a triangular shape and the letter “A” is printed as the image 3.

  The ornament 1 is manufactured by a printer 11 (see FIG. 2), a cutting device 12, and an engraving machine 13. That is, the image 3 is printed on the sheet 2 using the printer 11, and the sheet 2 is cut into a predetermined shape using the cutting device 12. The sheet 2 on which the image 3 is printed and cut into a predetermined shape is attached to the decoration object 5. An engraving machine 13 is used to arrange the rhinestones 4. Specifically, first, a plurality of holes are formed at positions along the contour of the sheet 2 with respect to a mold (not shown) using the engraving machine 13. Next, after the rhinestones 4 are fitted into the holes, the rhinestones 4 are transferred from the mold to the decoration object 5 using a transfer sheet (not shown). Thereby, the rhinestone 4 can be arrange | positioned around the sheet | seat 2 with the mutual positional relationship of the rhinestone 4 maintained.

  As shown in FIG. 2, the printer 11, the cutting device 12, and the engraving machine 13 are communicably connected to a computer 30. The printer 11, the cutting device 12, and the engraving machine 13 may be connected to the computer 30 at the same time, but may be connected to the computer 30 only when used. That is, the printer 11, the cutting device 12, and the engraving machine 13 may be always connected to the computer 30 or may be connected appropriately. Further, these connections are not limited to wired connections, but may be wireless connections.

  The type of the computer 30 is not particularly limited, and may be a general-purpose personal computer, for example. The computer 30 outputs predetermined drawing data to the printer 11, the cutting device 12, and the engraving machine 13 in accordance with the computer program according to the present embodiment. The computer 30 is provided with a reading device 31 that reads a computer program from a computer-readable recording medium 25. As this type of recording medium 25, for example, a CD-ROM, DVD-ROM, USB memory, memory card, or the like can be used. However, the computer program may be stored in advance in a memory inside the computer 30. The computer program may be read by the computer 30 via wired or wireless communication means.

  Connected to the computer 30 are a display device 21 composed of a liquid crystal display or the like and an input device 22 composed of a keyboard, a mouse, and the like.

  The computer 30 operates to perform the following functions by the computer program. FIG. 3 is a functional block diagram of the computer 30. As shown in FIG. 3, the computer 30 includes a storage unit 32 that stores information about the printer 11, the cutting device 12, and the engraving machine 13, a creation unit 33 that creates drawing data based on input from the user, and a user Via an input unit 34 that receives information about which device has been selected from, a conversion unit 35 that converts the drawing data created by the creation unit 33 into drawing data corresponding to the selected device, and a driver 37. It functions as an output unit 36 that outputs the converted drawing data to the selected device.

  Further, the computer 30 previews the drawing data created by the creation unit 33 (see the area 61 in FIG. 9) and a selection screen that allows the user to select which device processing is to be performed on each part of the preview (FIG. 9). The display screen 21 functions as a selection screen display unit 73.

  In addition, the computer 30 is configured such that the selected device is connected to the computer 30 based on the identification unit 38 that identifies the device that is communicably connected to the computer 30 and the information of the input unit 34 and the identification unit 38. A connection determination unit 71 that determines whether or not the selected device is connected to the computer 30, and a conversion stop unit 72 that stops conversion of drawing data for the device in the conversion unit 35 when it is determined that the selected device is not connected to the computer 30. Function.

  The computer 30 also includes a priority storage unit 74 that stores a relationship between predetermined drawing data and device priority, drawing data created by the creation unit 33, information on the selected device, and priority. A priority order determination unit 75 that determines the priority order of the devices based on information stored in the order storage unit 74, and conversion of drawing data to the conversion unit 35 in accordance with the priority order determined by the priority order determination unit 75 It functions as the conversion execution part 76 to make.

  4A, 4 </ b> B, and 4 </ b> C are diagrams schematically illustrating the formats of the drawing data of the printer 11, the cutting device 12, and the engraving machine 13. As shown in FIGS. 4A to 4C, the formats of the drawing data of the printer 11, the cutting device 12, and the engraving machine 13 are different from each other. As shown in FIG. 4A, the origin O is located at the upper left in the drawing data of the printer 11, but as shown in FIGS. 4B and 4C, the drawing data of the cutting device 12 and the engraving machine 13 is used. The origin O is located at the lower left. The drawing data area R1 of the printer 11, the drawing data area R2 of the cutting device 12, and the drawing data area R3 of the engraving machine 13 have different dimensions. The resolution of the drawing data of the printer 11 is X1 in the x direction and Y1 in the y direction. The resolution of the drawing data of the cutting device 12 is X2 in the x direction and Y2 in the y direction. The resolution is X3 in the x direction and Y3 in the y direction, which are different from each other. However, these are only examples of the drawing data of the printer 11, the cutting device 12, and the engraving machine 13, and the drawing data is not limited to specific data.

  The storage unit 32 (see FIG. 3) stores information related to the drawing data of FIGS. 4A to 4C as information of the printer 11, the cutting device 12, and the engraving machine 13. The creation unit 33 displays a predetermined screen on the display device 21 (see FIG. 2), and creates drawing data based on an input from the user. FIG. 5 shows an example of a screen displayed on the display device 21 by the creation unit 33 when the user creates drawing data using the input device 22 (see FIG. 2). In the drawing data shown in FIG. 5, the origin O is located at the center. Thus, the format of the drawing data created on this screen is different from the format of the drawing data shown in FIGS. The conversion unit 35 has a function of converting the drawing data created on this screen into each drawing data shown in FIGS.

  Next, the operation of the computer 30 will be described with reference to the screen displayed on the display device 21.

  FIG. 6 shows a main screen 40 displayed on the display device 21 during execution of the computer program according to the present embodiment. The main screen 40 includes an area 41 for displaying a list of jobs, an area 42 for displaying a preview of an output image, an area 43 for displaying information about devices, and an area 44 for displaying details of a job. Yes. In the lower left part of the main screen 40, a plurality of icons 45 for operating a job such as saving a file, a button 46 for shifting to a design creation screen described later, and an output setting screen described later. A button 47 for shifting and an output button 48 are displayed.

  When the button 46 is clicked, the display on the display device 21 is switched from the main screen 40 to the design creation screen 50 (see FIG. 7). As shown in FIG. 7, the design creation screen 50 includes an area 51 in which icons and the like of drawing tools are arranged, a drawing area 52 for creating characters and figures, an object management area 53, and the like. include. The drawing data displayed in the drawing area 52 is in a format that is easy for the user to handle, and is different from the drawing data of each device (see FIGS. 4A to 4C). When the user creates a figure or the like on the design creation screen 50, the creation unit 33 creates drawing data corresponding to the figure or the like.

  FIG. 8 shows an example of a screen displayed in the area 43 (see FIG. 6) of the main screen 40. On this screen, icons I11, I12, and I13 of devices belonging to the selected output device group are displayed. Icons I11, I12, and I13 are icons representing the printer 11, the cutting device 12, and the engraving machine 13, respectively. “P1”, “P2”, and “P3” in FIG. 8 represent the model names of the printer 11, the cutting device 12, and the engraving machine 13. Here, the output device group refers to a combination of a plurality of devices used when producing a single product. As described above, in this embodiment, the printer 11, the cutting device 12, and the engraving machine 13 are used to manufacture the decorative object 1. Therefore, the printer 11, the cutting device, and the engraving machine 13 form an output device group. Devices belonging to the output device group can be freely added or deleted. In the area 43, a list display 43b of model names of devices belonging to the selected output device group is displayed.

  The user can easily select a device by clicking the displayed device icon. At this time, the input unit 34 receives information on which device has been selected. Here, it is assumed that the printer 11 is selected. As shown in FIG. 8, the icon I11 of the selected device, that is, the printer 11, is highlighted. For example, the icon I11 indicating the printer 11 is displayed with a conspicuously higher contrast than the icon I12 indicating the cutting device 12 and the icon I13 indicating the engraving machine 13. Also, as shown in FIG. 8, when a device is selected, information about the output possible area corresponding to the device is displayed. Here, the printable area 43a of the printer 11 is displayed. Note that information on the output possible area corresponding to the device is stored in the storage unit 32 in advance. When a device is selected, the preview of the area 42 (see FIG. 6) changes accordingly.

  The output setting of each device can be changed freely. When the button 47 on the main screen 40 is clicked, the display on the display device 21 is switched from the main screen 40 to the output setting screen 60 (see FIG. 9). As shown in FIG. 9, the output setting screen 60 includes large items such as the print area, the origin position, and the resolution, and detailed setting items for these large items. The user can select a device while referring to the screen 60. The screen 60 includes check boxes 62 for “cut”, “printer”, and “processing”, and a selection button 63. Note that when the screen 60 is displayed on the display device 21, the computer program according to the present embodiment functions as the selection screen display unit 73 (see FIG. 3). The screen 60 is an example of a selection screen according to the present invention. While viewing this screen 60, the user can select a device and change the numerical value of the setting item as appropriate. The large items and setting items differ depending on the selected device. The screen 60 displays large items and setting items according to the selected device. An area 62 for displaying large items and setting items is provided on the left side of the screen 60, and an area 61 for displaying a preview reflecting setting contents is provided on the right side of the screen 60.

  Select a predetermined part of the preview displayed in the area 61, for example, a predetermined line or character, mark the “cut”, “print”, or “process” check box 62 and click the selection button 63 Then, the predetermined portion is selected as a processing target of the marked check box 62. For example, when the character “A” in the area 61 is selected, the check box 62 of “Print” is marked, and the selection button 63 is clicked, the character “A” is selected as a printing target. On the other hand, when the character “A” in the region 61 is selected, the check box 62 of “Cut” is marked, and the selection button 63 is clicked, the character “A” is selected as a cutting target.

  When the output setting is completed, the user switches the display on the display device 21 from the output setting screen 60 to the main screen 40 (see FIG. 6). When the user clicks the output button 48 on the main screen 40, the drawing data is converted, and drawing data corresponding to the device is transmitted to the selected device. Specifically, the drawing data created by the creation unit 33 is converted into drawing data corresponding to the selected device by the conversion unit 35, and the output unit 36 outputs the drawing data toward the device.

  By the way, when the selected device is not communicable with the computer 30, for example, when the main power of the selected device is OFF, even if the drawing data is converted, the converted drawing data is There is no input to the device. Therefore, converting the drawing data in such a case is a wasteful process. Therefore, in the present embodiment, the following processing is performed.

  That is, when the user clicks the output button 48, the connection determination unit 71 (see FIG. 3) determines whether or not the selected device is communicably connected to the computer 30 (hereinafter simply referred to as connection). . As a result, when it is determined that the selected device is connected to the computer 30, the above-described processing is executed. That is, the drawing data is converted by the conversion unit 35, and the converted drawing data is output to the device. On the other hand, when it is determined that the selected device is not connected to the computer 30, the conversion canceling unit 72 stops the conversion of the converting unit 35 related to the device. As a result, drawing data conversion and data output to the device are not performed. Therefore, useless processing can be omitted.

  In the present embodiment, a plurality of devices can be connected to the computer 30. Therefore, when a plurality of devices are selected, it is preferable to determine in advance which device the drawing data is to be converted in order to improve processing efficiency. Therefore, in this embodiment, rules for assigning priorities are stored in advance in the priority storage unit 74, and when a plurality of devices are selected, priorities are determined based on the rules.

  That is, for example, when both the “cut” and “print” check boxes 62 on the screen 60 (see FIG. 9) are marked, both the cutting device 12 and the printer 11 are selected. Then, the priority order determination unit 75 determines to perform data conversion for the printer 11 first, and then perform data conversion for the cutting device 12 in accordance with the rules stored in the priority order storage unit 74. The conversion execution unit 76 causes the conversion unit 35 to convert the drawing data according to the order determined by the priority order determination unit 75.

  Further, for example, when both the “print” and “processing” check boxes 62 on the screen 60 are marked, the printer 11 and the engraving machine 13 are selected. Then, the priority order determination unit 75 determines to perform data conversion for the printer 11 first, and then to perform data conversion for the engraving machine 13 according to the rules stored in the priority order storage unit 74. The conversion execution unit 76 causes the conversion unit 35 to convert the drawing data according to the order determined by the priority order determination unit 75.

  Further, for example, when the “cut”, “print”, and “processing” check boxes 62 on the screen 60 are marked, the cutting device 12, the printer 11, and the engraving machine 13 are selected. Then, the priority order determination unit 75 first performs data conversion for the printer 11 in accordance with the rules stored in the priority order storage unit 74, then performs data conversion for the cutting device 12, and finally, the engraving machine 13. Decide to perform data conversion. The conversion execution unit 76 causes the conversion unit 35 to convert the drawing data according to the order determined by the priority order determination unit 75.

  However, the priority order of the devices is not limited to the above priority order, and can be changed as appropriate.

  As described above, the decorative object 1 is manufactured by using a plurality of devices, that is, the printer 11, the cutting device 12, and the engraving machine 13 in an integrated manner. However, according to the present embodiment, such a decorative object 1 can be easily manufactured without unifying drawing data among the printer 11, the cutting device 12, and the engraving machine 13.

  Further, according to the present embodiment, since there are few restrictions on the drawing data, more types of devices can be used. That is, since it is not necessary to unify drawing data among a plurality of devices, devices that use unique drawing data can be used in any combination.

  In addition, according to the present embodiment, it is possible to easily select which device is to be processed at each location while the user looks at the preview of the drawing data. In addition, the drawing data for each device can be converted for each selected location, and appropriate data conversion can be performed.

  Further, according to the present embodiment, the drawing data is not converted for a device that is not communicably connected to the computer 30. Therefore, useless data conversion can be avoided.

  In the embodiment, the printer 11, the cutting device 12, and the engraving machine 13 are used as the plurality of devices. However, the combination of devices targeted by the present invention is not limited to that of the above-described embodiment, and can be changed as appropriate. A stamping device can also be used as the equipment to be used.

  In this specification, “printer” refers to an apparatus that prints an image or the like on a medium. “Cutting device” refers to a device for cutting media. An “engraving device” refers to a device that engraves a hole, a pattern, or the like on an object. A so-called metal printer that engraves a pattern or the like on the surface of a metal is an example of an engraving apparatus. “Engraving machine” refers to an apparatus for engraving an object. In the present invention, two or more devices among a printer, a cutting device, an engraving device, and an engraving machine can be appropriately combined.

  In the present invention, the printer is not limited to a printer that performs only printing, but may be a printer having other functions in addition to printing. For example, the printer in the present invention may be a printer having a cutting function, that is, a so-called cutting printer.

DESCRIPTION OF SYMBOLS 1 Decoration 2 Sheet 3 Image 4 Rhinestone 11 Printer 12 Cutting apparatus 13 Engraving machine 30 Computer

Claims (4)

Of the printer, cutting device, engraving device, and engraving machine controlled based on different drawing data, one or more devices of the printer, the cutting device, and the engraving device, and the engraving machine, A computer program for producing a product in which rhinestones are arranged using
The product is manufactured by using one or more devices of the printer, the cutting device, and the stamping device, the sheet is attached to a decoration object, and the engraving machine is used. A hole for fitting the rhinestone into a mold is formed, the rhinestone is fitted into the hole of the mold, and the transfer sheet is used to transfer the rhinestone from the mold to the decoration object. Computer
Storage means for storing information on the equipment used for production;
Creating means for creating drawing data based on input from the user;
Input means for receiving information about which device has been selected by the user;
Conversion means for converting the drawing data created by the creation means into drawing data corresponding to the selected device based on the information received by the input means and the information stored in the storage means; and
An output means for outputting the converted drawing data to the selected device;
Computer program to function as. Said computer further
Function as a selection screen display means for displaying on the display device a preview of the drawing data created by the creation means, and a selection screen for allowing the user to select which device processing is to be performed on each part of the preview;
The input means receives information about a user's selection based on the selection screen;
The computer program according to claim 1, wherein the conversion unit converts drawing data for each device according to the user's selection. Said computer further
Identification means for identifying a device communicably connected to the computer;
Connection determination means for determining whether the selected device is communicably connected to the computer based on the information of the input means and the identification means; and
When the connection determination unit determines that the selected device is not communicably connected to the computer, the conversion stop unit stops the conversion of the drawing data by the conversion unit regarding the device,
The computer program according to claim 1 or 2 for functioning as: Said computer further
Priority storage means for storing a relationship between predetermined drawing data and device priority;
Priority order determining means for determining the priority order of the devices based on the drawing data created by the creating means, the information of the selected device received by the input means and the information stored in the priority order storage means; and
Conversion execution means for causing the conversion means to convert the drawing data in accordance with the priority order of the devices determined by the priority order determination means;
The computer program as described in any one of Claims 1-3 for functioning as.

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