JP3143258U - Cardboard printing cut package - Google Patents

Abstract

Provided is a system for manufacturing a package in which a surface is printed on a surface using cardboard or cardboard as a small lot or a prototype, and the package is manufactured in a short time.
SOLUTION: A printer and an XY plotter are connected to a personal computer so as to move online, and a package development drawing data is created, and a surface engraving sheet is automatically designed based on the development drawing data, and an XY plotter is used. Then create a face-carved sheet and paste it on the top of the XY plotter. Next, the print data on the package surface is synthesized by the built-in software, and printing is performed on the necessary portion of the cardboard by the printer based on the print data. Place the cardboard in a predetermined position on the XY plotter, apply a crease for folding on the cardboard based on the PC data with a crease tool, then die-cut with a cutting tool to separate the folded package from the cardboard. Make a package.
[Selection] Figure 1

Description

  It relates to packages that are printed on cardboard, etc. based on data input to a personal computer, and are made by stamping, half-cutting or die-cutting.

  Conventionally, the process of cutting out cardboard and cardboard to produce packages, etc. includes the process of printing on the paper surface including plate making, and when the cardboard is set on a press machine and subjected to ruled lines for bending, A process of creating a sheet called a face carving with a groove dug in the place corresponding to the ruled line so that it does not break, pasting it on the floor board of the press machine, and then applying the ruled line to the cardboard.

  Furthermore, a punching die for punching was prepared, and the punching die was set in a press machine and a process for punching cardboard had to be taken. Although it took a long time to create the surface carving, it took more time to create the punching die, and the punching die was expensive. Therefore, it would not have been commercially viable unless a certain number of products (thousands) were produced. However, even if the number of shots was too large, the punched blades were crushed and became unusable.

  Even if the economic efficiency is ignored, it takes time to create a face carving and punching mold, so when making a prototype quickly and repeatedly considering it, there was no other way than to make a box by hand. However, it was often far from the finished product.

  Providing a system that uses cardboard or cardboard as a small lot or prototype, and that has been printed on the surface at a low cost in a short time.

  The present invention has been made in view of the above problems, and a dedicated drawing creation software for creating a development drawing such as a package is built in the personal computer by connecting a printer and an XY plotter to a personal computer so as to move online. First, develop the package development drawing data, and automatically design the face carving sheet based on the development drawing data. After checking the availability, create the face carving sheet using the XY plotter. Paste it on the top board.

  Next, the print data on the surface of the package is synthesized by the built-in software, and printing is performed on the necessary portion of the cardboard by the printer based on the print data. Place the cardboard in the specified position on the XY plotter, set the crease tool in the tool holder of the XY plotter, apply the crease for folding on the cardboard based on the PC data, and then use the crease tool as the cutting tool. Replacement and die cutting are performed, and the folding package portion is separated from the cardboard to produce a package. It is convenient to change tools automatically.

  By using a crease ball core (No. 3132294) or a shoulder crease (No. 2007-10101) according to the idea of the inventor as a crease tool, it can be smoothly applied to cardboard or cardboard. Can be marked. The corrugated board may be half-cut at the bent portion.

  As described above, the present invention can perform printing, crease, and cut on cardboard using a personal computer, a printer connected online to it, and an XY plotter, so a series of laborious printing processes and presses conventionally performed separately Compared with the stamping process by the machine and the punching process by the punching machine, the working time can be remarkably shortened and the cost can be reduced. And although it is a prototype, it can produce high-quality packages that are exactly the same as the finished product.

  A personal computer with built-in software that can create package development drawings and synthesize print data with the drawing data, a printer capable of full-color printing on cardboard, and an XY plotter capable of ruled lines, half-cut and die-cut are connected online.

  The printer is equipped with a cardboard roll paper feeding device (Design Registration No. 1305552) so that thick paper wound in a roll can be set, and in the case of cardboard board supply of thick paper from the paper feeding device It can be adapted to supply one by one.

  Using the created package development drawing, a surface carving drawing is created by the surface carving drawing creation software, and then the surface carving is created and pasted on the top plate of the XY plotter.

  Based on the print data, the surface of the cardboard or cardboard board is printed by a printer and placed on a predetermined position of the XY plotter. A crease tool is mounted on the tool holder of the XY plotter, and the cardboard is carded with cardboard.

  The holder of the XY plotter is changed from the ruler tool to the cutting tool, the cardboard or cardboard board is die-cut, the package portion is cut off, and the operation is completed.

  The package system made by the personal computer of the present invention will be described with reference to the drawings. FIG. 1 is a system diagram showing the configuration of the system. The personal computer, the color printer, and the XY plotter are connected online. Import data such as box shape and size, print photos, diagrams, and text data to a personal computer. The paper feeder and the XY plotter holder are automatically replaced with a ruler or cutting tool.

FIG. 2 is a flowchart for creating a package. 2. The development drawing drawn in step 6. Combine the figure and character data imported in step 7. Synthesize print data with built-in software. 8). The cardboard may be replaced with a cardboard board.

  As described above, if the system of the present invention is used, many conventional processes can be omitted, so that the construction period can be shortened and the cost can be reduced regardless of the amount. Since a heavy press is not required, the work place can be selected and the work area can be greatly reduced.

System diagram of the present invention Flow chart for creating a package

Claims (3)

  Cut out cardboard, bend necessary points, assemble and produce development drawings of packages etc. with dedicated drawing creation software built in based on package shape and size data input to PC The surface engraving is placed under the cardboard so that it can be drawn beautifully without cracking the cardboard when the cardboard is stamped. This is a thin plate with a thickness of less than 1mm, and a surface carving that has a groove cut along the line of the ruled line is automatically drawn by the face carving drawing software, and cut and cut by an XY plotter. Affixed to the surface of the XY plotter in advance, and then printed on cardboard based on the print data with a printer linked to a personal computer, and the cardboard is mounted at a predetermined position on the XY plotter. Subjected to 押罫 is set in the tool holder, performs a die-cut replace addition to the cutting tool, it cuts off a portion to be in the package, assembled by folding package   2. The package according to claim 1, wherein a roll paper feeding device is attached to the printer so that printing can be performed by setting the thick paper wound in a roll shape on the printer.   The package according to claim 1 or 2, wherein a cardboard board is used as cardboard, and a package or the like is produced by applying a ruled line, half cut or die cut.

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