KR20050095572A - The methode and system to make a custom suit using transfer or dyeing digital printer - Google Patents

Abstract

In general, a method of manufacturing a garment is to select a fabric for the garment, that is, a cloth, measure the body size of the person to wear the garment, and cut the fabric to manufacture the garment. The present invention has been developed by the development of a digital printing printer and a digital transfer printer. In order to make the only one outfit, the computer program is used to cut the garment on the screen first, and then the designs such as coloring and patterns are added to each part marked with the cut and printed out and printed and printed. As opposed to the method of manufacturing clothes so far, the present invention relates to a method of manufacturing clothes by outputting them by digital printing or digital transcription method by first cutting through a computer program and coloring and patterning later.

Description

The methode and system to make a custom suit using transfer or dyeing digital printer}

Up to now, the method of manufacturing clothes is either mass production or both methods of manufacturing small custom clothes. First, the colored fabric is selected first, and in the case of mass production, the selected fabric is cut and manufactured using a computer. In the case, the fabric was cut using scissors or a cutting knife. Therefore, it was difficult to place a specific pattern or color at a specific position of the clothes. For example, if you have exactly the same number of different special patterns in a specific location, it is impossible to make a costume using colored fabrics that have already been painted because of the size of your personal physique.

However, if the costume is produced by the method of the present invention can be easily produced. When the fabric with no color or pattern appears on the computer screen, enter the body size of the person who wants to match the costume on the screen and select the desired costume. Colors are displayed on the displayed display screen, or special patterns, images, fonts or special designs are placed on the cut fabric to reduce, enlarge and color the desired design, and the completed data is stored in a database and used as a general color printer. By printing and pre-inspecting, printing by digital printing or digital transfer printing, and cutting the thread with the cutting line displayed on the computer to manufacture the garment, it is possible to place the coloring and pattern design on the desired part of the garment. The exact intent of the designer It's about devising a way to create an image.

The present invention has a line cutting program 100 for cutting the fabric on the computer and the line cutting program has a part for inputting the body value 110 for the production of clothes and a part for selecting the type of clothes according to the input value It is automatically displayed on the screen as the cut portion (Fig. 2), and the vector graphic data of the cut shape may be modified 130 by vector curve processing, similar to drawing correction lines when a person cuts the fabric. In this cut-off image of FIG. 2, each part is shown with 203 representing the cut side of the back pocket of the pants, 201 representing the outer part of the pants, 202 of FIG. 2 representing the inside, and 204 of FIG. Represents the waist. This is how you want to work on each part of the computer screen. A portion of 302 of FIG. 3 is selected and a screen for coloring is clicked on 520 of FIG. 5 to be colored yellow as shown in 302 of FIG. In addition, in order to color 303 of FIG. 3 like the bag portion, 303 is selected first, and then 510 of FIG.

In order to apply the clip art stored in the database in the form of a vector, select the image 410 shown on the program screen as shown in Fig. 4, load it on the screen of Fig. 3, and then use the function provided by the program. Modify the shape to match your design and place it as 320. The design is completed by selecting 420 to be located at 305 and 430 to be located at 325. In addition, in the case of a bitmap image, such as a photograph, the design is completed by inserting 330 into the design.

The completed cut design data is printed 180 with a cut line in its original size with a digital printing or digital transfer printer as shown in 170 of FIG. 1, and the cut line is actually printed on the printed output including the printed design. Cut and sew along to complete the desired costume.

In clothing design, tailored or small quantities of costumes create high added value. Therefore, in order to make a very special costume, a small amount of yarn is specially printed, and designers make clothes and sell high value-added costumes based on the current scarcity. However, when designing the clothes by the method of the present invention, it is not necessary to print first, but one can easily make clothes of different designs, and as a designer's work, it is possible to make high value-added clothes with scarce value and save the created design data. So you can create as many as you want. Particularly, if the cutting is made first, the elements of the design such as colors, patterns, and photographs, which are almost impossible, cannot be precisely positioned in a specific part. Done.

Fig. 1: Flow chart of garment manufacturing using digital printing and transfer printing

Fig. 2: A screen display of clothes cut according to body size on a computer program

3: Color and pattern insertion mark on the fabric cut on a computer program

4: Graphical Database Screen for Inserting the Glyph of FIG. 3

5: Color selection screen for color insertion of FIG. 3

Claims (3)

In the method of designing the clothes, the cutting of non-printed fabric is done on the computer first so that each cut part appears on the screen, and the computer screen is completed by adding coloring and patterns to the screen display of each cut form. Include a system for creating a garment by digitally printing a design by first cutting in and then designing in A system including a function of inputting body size numerical data for cutting in accordance with claim 1 and selecting a sample clothes to display each part of the cut shape on a computer screen. The system of claim 1, wherein the cut portion divided into parts including the design is stored in a database and is searchable and reusable.