KR100645103B1 - The making method of solid card - Google Patents

Abstract

The present invention relates to a three-dimensional card manufacturing method.

In the method of manufacturing a three-dimensional card of the present invention, in order to produce an inlay of a three-dimensional card, a developed view section showing cut lines and bend lines and a sentence input section for creating a sentence form a pair of data, and store a plurality of data. Preparing a storage medium, a computing device having a program for reading and writing data therein, an image output device, a printer, and an input device connected to the computing device; Operating a program of the computing device to read data stored in the storage medium on the program; Inputting a character or a symbol into a sentence input unit of data read on a program through an input device; Outputting a pair of data in which characters or symbols have been input through the printer; Comprising cutting and folding along the cutting line and the bending line displayed on the output to complete the inlay; Attaching a cover to the back of the inlay to complete the three-dimensional card; It consists of.

According to the present invention, a general user can easily produce a three-dimensional card, and even a person who is not confident in the font can easily send the three-dimensional card.

Card, program, data, printer, cutting, bending

Description

How to make a three-dimensional card {THE MAKING METHOD OF SOLID CARD}

1 is a process chart showing a conventional three-dimensional card manufacturing method.

2 is a process chart showing a three-dimensional card manufacturing method of the present invention.

Fig. 3 is an image output diagram showing a state in which data is imported through a program and output to an image output apparatus.

4 is an image output diagram showing a state in which an image is formed on the background of a sentence input unit and a developed view unit of data.

Fig. 5 is an image output diagram illustrating that one page is formed only by the expanded view portion of data.

Fig. 6 is an image output diagram showing that a page is formed only by a sentence input unit of data.

Figure 7 is a perspective view showing a three-dimensional card completed by the manufacturing method of the present invention.

<Detailed Description of Major Symbols in Drawing>

10: development diagram 20: sentence input unit

The present invention relates to a three-dimensional card manufacturing method.

When the three-dimensional card is opened, a portion of the inner inlay is bent and cut to have a three-dimensionally protruding shape.

As a technique proposed for the manufacturing method of such a three-dimensional card is a three-dimensional card (Korea Utility Model Publication 1994-0004517).

The three-dimensional card above is to cut and bend several sheets of paper showing the development view, to fit each other and to maintain the shape using a rubber band.

In addition, the three-dimensional card (Korean Patent Publication No. 10-2003-0043494) is to connect the support surface and the elevation constituting the inlay to the connection member to give a three-dimensional impression.

The three-dimensional card as described above is to directly enter the sentence you want to express with a pen on the inlay of the card after the consumer purchases a card that has been cut and bent up to the inlay.

Therefore, there is a problem that a person who is not confident in his font does not send a card well.

In addition, there was a problem that you need to buy a card again if you come to enter a sentence with a pen.

The method of manufacturing a stereoscopic card according to the present invention is to solve such a problem, and the expansion and sentence input unit of the stereoscopic card on which the cutting line and the bending line are displayed form a pair of data, and a storage medium having a plurality of data stored therein; The aim is to allow consumers to create their own stereoscopic cards using a program that can load and edit data.

In addition, it is possible to make a three-dimensional card by inputting a sentence in various fonts using an input device such as a keyboard without writing directly with a pen, so that a person who is not confident in the text can easily send a three-dimensional card.

In addition, the purpose is to increase the use of postal mail, which is on a downward trend, by inducing the habit of sending cards by various occasions to motivate students to be interested in making and sending mails directly to students from the lower grades such as kindergarten and elementary school. There is also.

The present invention relates to a three-dimensional card manufacturing method.

In the stereoscopic card manufacturing method of the present invention, a general consumer can directly manufacture and send a stereoscopic card by using data that can be edited and output by using a program of a computing device.

In addition, it is possible to make a three-dimensional card by inputting a sentence of various fonts using an input device such as a keyboard without writing directly with a pen, so that a person without confidence in the text can easily send a three-dimensional card.

To this end, in the three-dimensional card manufacturing method of the present invention, a developed view section showing a cutting line and a bending line and a sentence input section for creating a sentence to create a three-dimensional inlay of the three-dimensional card constitutes a pair of data. Preparing a storage device having a plurality of storage media, a computing device having a program for reading and writing data therein, an image output device connected to the computing device, a printer, and an input device; Operating a program of the computing device to read data stored in the storage medium on the program; Inputting a character or a symbol into a sentence input unit of data read on a program through an input device; Outputting a pair of data in which characters or symbols have been input through the printer; Comprising cutting and folding along the cutting line and the bending line displayed on the output to complete the inlay; Attaching a cover to the back of the inlay to complete the three-dimensional card; It consists of.

Hereinafter, the technical idea of the present invention will be described in detail with reference to the accompanying drawings.

However, the accompanying drawings are only one example for more specifically describing the technical idea of the present invention, and thus the technical idea of the present invention is not limited to the accompanying drawings.

Figure 2 shows a process diagram of the present invention will be described in detail with reference to each step of the present invention as follows.

The first step is to prepare a device, a pair of data is formed by the development unit 10, the cutting line and the bending line is displayed so that the inlay of the three-dimensional card can be produced and the sentence input unit 20 to create a sentence Prepare a storage medium containing a large number of data.

In addition, an arithmetic unit incorporating a program for reading and writing data stored in the above storage medium, an image output device connected to the arithmetic unit, a printer, and an input device are prepared.

Specific examples include programs that can record and print images and texts such as Hangeul 2002, Hunminjeongeum from Hangeul and Computer, or MS-WORD and EXCEL from Microsoft. Prepare the built-in computing device.

Also, prepare a monitor, printer, and keyboard and connect them to the computing device.

The operation unit is a main mode of a computer including a CPU, and a program is embedded in a RAM or a hard disk installed therein and is connected to peripheral devices such as a monitor, a printer, and a keyboard.

That is, prepare a set of personal computer devices used by the general public.

Then, the data can be read and edited on programs such as 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL', etc., as shown in FIG. As seen from the output device, it is assumed that the development unit 10 and the sentence input unit 20 are provided.

In particular, such data is prepared to be stored in a plurality of storage media such as CD, DVD, floppy diskette, other external storage media and hard disk.

The second step is to run the program of the operation unit to read the data stored in the storage medium.

An example of how to operate the program of the computing device is to turn on the personal computer and then operate the keyboard or mouse, such as 'Korean 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL'. Just run the program.

The way to read the data is to load the data with the layout of the desired shape by executing commands such as 'Load File' in the program operated by the keyboard or mouse.

The third step is to input a character or symbol to the sentence input unit 20 of the data read on the above program through the input device.

FIG. 3 shows that a state in which characters and symbols are input to the sentence input unit 20 using an input device such as a keyboard or a mouse is displayed on an image output device such as a monitor.

As such, by inputting a sentence using letters and symbols in the sentence input unit 20 using the input device, people who do not like to write directly or who do not have confidence in the letter may make the card easier to send.

In particular, the general card is not particularly distinguished from e-mail in that the card is viewed in two dimensions.

In other words, typing a sentence using a computer program and sending it by e-mail after typing the sentence using a computer program can save you both money and time, rather than using a computer program to input and print the sentence. The card usage is low.

However, the three-dimensional card represented in this three-dimensional card is clearly distinguished from the two-dimensional card sent by e-mail, it is good to give the recipient of the sender and the pleasure of receiving a wonderful card together.

However, in order to send such a three-dimensional card in the past, a three-dimensional card is produced and sold every day, go to the stationery store, Fancy store to buy a three-dimensional card of the desired design, the user has to write the letter directly with a pen and send it, so it is inconvenient to go through various work processes The ship was the biggest deterrent to offline card use.

On the other hand, as described above, by reading data from programs such as 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL', which are frequently used by general personal computer users, the user can input a desired sentence through simple keyboard operation. By simplifying the card making process as much as possible, consumers can easily make a card.

The fourth step is to output data after inputting characters or symbols through the printer.

The printing method is to fill the printer with a sheet of paper, and then execute a command such as 'print' through a keyboard or a mouse in a running program to print.

In the printing step, various colors may be realized according to the color of the paper supplied to the printer.

In the case of paper selection, you can use a variety of high-quality paper such as colored paper or tracing paper to create a luxurious atmosphere. If you use plain copy paper, you can use transparent lacquer on the back of the printed paper. Sprinkled) and then dried to resemble a tracing paper.

Dry it well and then cut and bend it to make a luxurious card on regular copy paper.

In particular, when using regular copy paper, images can be inserted in the background of the inlay using the 'watermark' effect of programs such as 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL'.

4 is an image inserted into the background of the inlay output by using the 'watermark' of the program.

In addition, when a color printer is provided, data edited in various colors can be output using a program.

The fifth step is to complete the inlay by cutting and folding along the cutting and bending lines of the three-dimensional card development diagram displayed on the output.

In the edit screen of FIG. 3, a cutting line is displayed on the outer portion of the developed view, and many cutting lines and folding lines are shown inward.

When the cutting line is cut with a knife or scissors and folded along the folding line, the cutting line has a three-dimensional shape as shown in FIG. 7.

However, when the three-dimensional card is completed as shown in Figure 7, it can be seen that the direction of folding is divided into the inner and outer.

Therefore, the bent lines of the developed part 10 of the data loaded by programs such as 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL', as shown in FIG. It is preferable that the outer fold line and the inner fold line are displayed separately from each other.

In other words, the part indicated by the outer fold line is folded outward, the part indicated by the inner fold line is folded inward to make the card inlay more easily three-dimensional.

At this time, when folding the outer fold line and the inner fold line is folded, the three-dimensional model is formed upside down, it can also be made inlay so that the printer line is not exposed to the outside at all.

However, even when the outer fold line and the inner fold line are interchanged with each other, it is difficult to express the sentence when the sentence input unit is output on the same page as the development view unit.

In order to solve this problem, the sentence input unit and the development unit of the data is paired to be printed to different pages on the programs of 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL'.

In detail, the sentence input unit is to be printed together with the background image data, and the development unit prints the sentence input unit and then inverts the inlay outputted by the sentence input unit to the printer. Is printed on the surface.

FIG. 5 illustrates a development view of a form in which left and right sides of a sentence are changed so that cutting lines and folding lines of the development view are not visible.

6 shows that the sentence input unit is formed separately from the development view unit.

In the sixth step, the cover is placed on the back of the inlay after cutting and bending to complete the three-dimensional card.

In this case, the cover may be attached with a separately prepared sheet.

Alternatively, it can be read in programs such as 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL' like inlays. You can also

Similarly, the envelope is also data that can be read in programs such as 'Hangul 2002', 'Hunminjeongeum' or 'MS-WORD', 'EXCEL', etc., and then printed using the program. You can also send it.

In the case of the outer envelope, the detailed description is omitted since it is dataized so that it can be read by programs such as 'Hangul 2002'.

The three-dimensional card as described above is produced by selecting a development pattern desired by an individual using data stored in a storage medium such as a CD, a floppy disk, a hard disk, a personal computer, or a printer.

Therefore, the width of the three-dimensional shape selection is wider than the conventional three-dimensional card, it is easy to manufacture and can greatly contribute to the increase of the mail.

That is, a consumer who wants to manufacture a three-dimensional card of the present invention may purchase a storage medium storing the above-described data through a stationery store, a department store, a discount store, a mart, a convenience store, an internet shopping mall, and then produce and send the storage medium. will be.

In addition to the effects described above, this method also has the effect that the additional cost of purchasing a separate three-dimensional card after purchasing a storage medium for storing data once is also included.

According to the present invention, an expanded view and a sentence input unit of a three-dimensional card displaying cut lines and bent lines form a pair of data, a storage medium having a plurality of data stored therein, and a program for loading and editing data. Consumers can make their own stereoscopic cards.

In addition, it is possible to make a three-dimensional card by inputting a sentence in a variety of fonts using an input device such as a keyboard without writing directly, so that a person without confidence in the font can easily send a three-dimensional card.

In addition, it is possible to increase the use of postal mail, which is on a downward trend, by inducing the habit of sending cards on every anniversary by having fun motivate students to be interested in making and sending mails directly from the lower grades such as kindergarten and elementary school. have.

Claims (3)

In the three-dimensional card production method, In order to produce the inlay of a three-dimensional card, a developed view section 10 in which cutting lines and bending lines are displayed, and a sentence input section 20 in which a sentence can be created form a pair of data, and a plurality of pieces of data are stored. Preparing a medium, an arithmetic device having a program for reading and writing data therein, an image output device, a printer and an input device connected to the arithmetic device; Operating a program of the computing device to read data stored in the storage medium on the program; Inputting a character or a symbol into a sentence input unit 20 of data read on the program through an input device; Outputting a pair of data in which characters or symbols have been input through the printer; Comprising cutting and folding along the cutting line and the bending line displayed on the output to complete the inlay; Comprising a three-dimensional card by attaching a cover on the back of the inlay; consisting of, How to make a three-dimensional card. The method of claim 1, The curve of the developed part 10 of the data is divided into two types, an outer fold line and an inner fold line. How to make a three-dimensional card. In the three-dimensional card, Produced by the manufacturing method of claim 1, Three-dimensional card.

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