KR20210049664A - actual model mannequin making method - Google Patents

Abstract

The present invention relates to a method of manufacturing an actual model mannequin for manufacturing a mannequin having a same shape as an actual model using a computer, comprising: a 3D apparel model object acquisition step of acquiring a 3D apparel model object that is operated in a 3D (Dimension) apparel CAD program that is a computer application program with respect to the actual model; a real pattern forming step of forming a 2D pattern for an actual model with a 3D apparel CAD program and forming a real pattern according to the 2D pattern; a sewing step of forming a same fabric pattern as the 2D pattern and sewing each fabric pattern; and a filling step of filling the inside of the sewn fabric with a filler.

Description

Actual model mannequin making method

The present invention relates to a method of manufacturing a real-life mannequin manufactured in the same manner as a model by scanning a model to obtain a 3D image and using a computer application program.

In order for costume designers and producers to produce clothes that suit the wearer, they begin to measure the dimensions of the clothes, go through a variety of complex processes from gabon to completion. If there is a mannequin having the same shape as the wearer, the fabric can be directly contacted with the mannequin to process the mannequin, so several steps among the complex processes can be omitted.Therefore, designers and manufacturers desperately needed such a real mannequin. In particular, in light of the increasing tendency of individuals to make clothes that suit them, the necessity of a mannequin that has been physically reproduced on one's own body because one cannot directly measure and pattern his or her own body and cannot be bastioned. Was further increased.

Unexamined Patent Publication 10-2018-0011486 (title of the invention: a mannequin for making custom-made pet dog clothes using a three-dimensional printer) (hereinafter referred to as'conventional technology') scans and scans dogs using a three-dimensional scanner. This is to make a 3D shape only a Bornoi-shaped frame, so that the amount of plastic resin is consumed less and the manufacturing time is accelerated. In order to manufacture a real-life mannequin according to the prior art, a large amount of plastic resin is required, so it is inevitably expensive. In addition, even if the real-life mannequin is produced by 3D printing as described above, there is a problem that it cannot actually help in the production of clothes because the hour hand pin required for the mannequin cannot be inserted smoothly in order to manufacture clothes.

The present invention was conceived to solve the problems of the prior art, and the problem of the present invention is that the manufacturing cost is inexpensive in manufacturing a live-action mannequin, and it is manufactured so as to be photographed quickly and accurately to a wearer of clothes, and a live-action mannequin and live-action that are convenient for use It is to provide a mannequin manufacturing method.

The solution means for solving the above problem is in the method of manufacturing a real-life mannequin having a body of the same scale as the actual model that is the wearer of the clothes to be produced: for obtaining an image by photographing the real model that is the wearer of the clothes to be produced. Real model image acquisition step; What is claimed is: 1. A method of manufacturing a real-life mannequin having a body of the same scale as a real model that is a wearer of clothes to be produced, comprising: a real model image acquisition step of obtaining an image by photographing a real model that is a wearer of the clothes to be produced with a camera; From the plurality of images acquired in the real model image acquisition step, a 3D image model working in a 3D (Dimension) apparel CAD program, which is a computer application program, is acquired, and the height or waist circumference of the real model in the 3D apparel CAD program A 3D apparel model object obtaining step of obtaining a 3D apparel model object by inputting at least one of them; A real pattern forming step of forming a 2D pattern for a real model with the 3D apparel CAD program and forming a real pattern according to the 2D pattern: a sewing step of forming the same fabric pattern as the 2D pattern and sewing each fabric pattern; A filling step of filling a filling material into the sewn fabric; And a curing step of curing with a curing material so that the seam allowance pin is inserted and fixed to the outside of the sewn fabric after the step of filling the filler material.

According to the present invention having the above problems and solutions, a realistic mannequin having a body of the same size as a real model can be conveniently manufactured at low cost, so that a designer or a costume manufacturer can directly treat the fabric to the mannequin to produce a costume. It is possible to do pattern work conveniently and to temporarily sew clothes.

Also, from the standpoint of a model, you can request a costume production through a live-action mannequin without contacting designers and costume makers.

In addition, in the step of printing on paper, a pattern that reduces the size of the pattern to 1/2 or 1/3 is printed to form a reduced pattern, so that a mannequin of the size of 1/2 or 1/3 of a real mannequin can be produced. Designers and clothing manufacturers can achieve the same effect as real mannequins by completing the pattern based on such a reduced mannequin and then making a paper pattern of double or triple patterns, while promoting the convenience of transport and storage of the mannequin. can do.

In addition, in the present invention, the size designated in the 3D (Dimension) apparel CAD program is preferably designated to have one of the same, reduced or enlarged size of the actual model.

1 is a configuration diagram for explaining an embodiment of the present invention.
Figure 2 is a flow chart for explaining the overall manufacturing process of the mannequin of the present invention.
3 is a real image of a wearer of the same clothes as the mannequin of the present invention.
4 is an image in which the apparel model object of the present invention is displayed.
5 is an image showing the input of the cut line for the apparel model object of the present invention.
6 shows a process of forming a 2D pattern according to the present invention.
7 is an image showing the entire pattern numbered in the present invention.
8 is an image illustrating a process of forming a fabric pattern in the present invention.
9 is an image photographing the front and back of a sewing finished product in the present invention.
10 is a photographed image of the bottom stopper plate in the present invention.
11 is an image photographing a real-life mannequin cured in the present invention.

Hereinafter, embodiments of the present invention will be described in detail according to the accompanying drawings.

1 is a configuration diagram for explaining an embodiment of the present invention, Figure 2 is a flow chart for explaining the overall mannequin manufacturing process of the present invention, Figure 3 is a real image of a wearer of the same clothes as the mannequin of the present invention, 4 is an image showing the apparel model object of the present invention, FIG. 5 is an image showing the input of a cut line for the apparel model object of the present invention, and FIG. 6 is a diagram showing the formation process of the 2D pattern of the present invention. Figure 7 is an image showing the entire pattern numbered in the present invention, Figure 8 is an image explaining the process of forming the fabric pattern in the present invention, Figure 9 is the front and back of the sewing finished product in the present invention. This is a photographed image, and FIG. 10 is a photographed image of the bottom stopper plate in the present invention, and FIG. 11 is an image photographed of a live-action mannequin cured in the present invention.

In the present invention, the real mannequin production system 100 generates a 3D image obtained from the 3D (Dimension) image camera unit 101 and the 3D image camera 101 as a 3D image and performs pattern work based on the 3D image. It consists of a control unit 102 and an output unit 103 that prints the generated pattern.

At this time, the 3D image camera unit 101 is a camera rotates around a real person, or the camera is fixed and the person is rotated to capture various aspects of the real person. The system exists.

In addition, the control unit 102 is equipped with a 3D image program 1021 that synthesizes images of each side of the model captured by the 3D camera unit 101 to complete a 3D model image object, and is completed in the 3D image program 1021. A 3D apparel CAD program that converts the 3D model image object into a 3D apparel model object as shown in Fig. 4, inputs an incision line input by the operator for the apparel model object, and performs 2D patterning according to the incision line ( 1022). Various programs are currently used as the 3D apparel CAD program 1022, but the input shape of the incision line for the apparel model object of FIG. 5 and the 2D pattern of FIG. 6 were performed by the application program CLO (3D Fashion Design Software). Is shown. At this time, the mannequin to be produced is a mannequin composed of a neck and a body, and an incision line for the upper body is input and patterned, but it is natural that the present invention is not limited thereto, and the present invention can be applied to a full-body mannequin as well.

Hereinafter, the manufacturing process of the present invention will be described.

The real person of the image shown in FIG. 3 is a model of a live-action mannequin to be completed, and the description of the present invention will describe a process of manufacturing a live-action mannequin from this model.

The real model image is captured by the camera unit 101 and the captured image is synthesized by the 3D image program 1021 in the control unit 102 to obtain a 3D model image (S11). The 3D model image is converted into a 3D apparel model object as shown in FIG. 4, which is a file that can be worked by the CAD program 1022 for 3D apparel in the control unit 102 (S12). At this time, the CAD program 1022 for 3D apparel asks the operator to input measured values such as the height of the actual model or the waist circumference, and the CAD program 1022 for 3D apparel differs according to the magnification based on the input value. The actual measured values of the parts are generated, and a life-size pattern can be printed in the pattern printing process described later. At this time, the control unit 102 may be a single computer, and may be several computers in which each program is dividedly installed, and the operator is a line (section) on the 3D panel model object displayed on the computer, as shown in FIG. Improvement), and a 2D (planar) patterning operation as shown in FIG. 6 is performed by the 3D panel CAD program 1022 (S13).

Numbers are assigned to patterns generated by the 2D patterning operation, and the entire pattern is displayed in one window as shown in FIG. 7 and printed on paper (S14). At this time, the 3D panel CAD program 1022 sets the seam line, for example, 1 cm to print on paper or directly on the fabric in a specified real size. In the case of printing on paper, a real pattern made of fabric is cut and produced as shown in FIG. 8 in the same form as a paper print (S14) and (S15).

At this time, the fabric is not limited thereto, but it is preferable to use grass fed to a hair core or 10-numbered cottonwood that is not stretched or disturbed. When the real pattern made of the fabric is completed in this way, the real fabric pattern is sewn to generate a finished product as shown in FIG. 9 (S16). At this time, the sewing finished product is for manufacturing a body mannequin in a state in which a specific part, that is, the neck, arm, and the lower part of the body, which is the lower part of the body, has been removed by the worker, and a stopper plate is required to block the boundary surface for removal.

Therefore, after producing the finished product or during the process of producing the finished product, in order to form the stopper plate at the neck, arm, and bottom of the body, the corresponding position of the 3D model image is cut and the cut image is captured and illustrated based on this. After picking a line with the latator program, adjust it to the size in the CAD and print it to make a stopper plate (S17). Wood locks are added to the cap plate on the hard board to allow the mannequin to stand in a stable sense. In addition, as shown in FIG. 10, a hole is made in the portion where the rod is to be inserted in the bottom stopper plate to connect the portion that can be supported by inserting the rod.

After bonding the bottom stopper plate to the finished product, fill it with a light filler such as cotton, or in the process of filling, combine the arm stopper plate and spray the hardener in the state where the neck stopper plate is half-blocked after filling the finished product. Kinda (S18). At this time, it is desirable to harden the neck stopper plate in a half-closed state to prevent wrinkles from occurring in the neck during the hardening process.After the hardening is completed, the neck stopper plate is combined with the sewing finished product to complete the live-action mannequin.

There may be various methods of curing, but it is preferable to be hardened to the extent that the seam allowance pin can be inserted, although it has the degree of plasticity. After mixing Modforge (trade name: MOD PODGE) (furniture finishing material) with water, a sprayer It is preferable to harden by spraying with.

In addition, in the step of printing a pattern having a specified size on paper in the 3D (Dimension) apparel CAD program of the present invention, it is reduced than the real mannequin by specifying the accumulation of 1/2, 1/3 of the pattern for producing the real mannequin. However, you can get a mannequin of the same shape.

When such a reduced mannequin is produced, workers such as designers and costume makers work on fabric patterns according to the measured mannequins, and then restore accumulation to obtain an expanded pattern by computer or manual operation.

On the contrary, in the case of wearing clothes on very small models such as doll clothes, it is possible to obtain a mannequin that is larger than a real mannequin but with the same shape by designating the accumulation of two or three times. When an enlarged mannequin is produced, workers such as designers and costume makers work on the fabric pattern according to the enlarged mannequin and then restore the accumulation to obtain the reduced pattern by computer or manual operation.

Since the real mannequin can be manufactured in various ways within the scope of the invention depending on the operator, the scope of protection of the present invention should be interpreted based on the claims of the claims.

101: 3D image camera unit
102: control unit
103: output unit
1021: 3D video program
1022: 3D apparel CAD program

Claims (3)

In the real-life mannequin manufacturing method having a body of the same scale as the actual model that is the wearer of the clothes to be produced
A real model image acquisition step of obtaining an image by photographing a real model that is a wearer of the clothes to be produced with a camera;
From the plurality of images acquired in the real model image acquisition step, a 3D image model working in a 3D (Dimension) apparel CAD program, which is a computer application program, is acquired, and the height or waist circumference of the real model in the 3D apparel CAD program A 3D apparel model object obtaining step of obtaining a 3D apparel model object by inputting at least one of them;
A real pattern forming step of forming a 2D pattern for a real model with the 3D apparel CAD program and forming a real pattern according to the 2D pattern:
A sewing step of forming the same fabric pattern as the 2D pattern and sewing each fabric pattern;
A filling step of filling a filling material into the sewn fabric; And
And a curing step of curing with a curing material so that a seam allowance pin is inserted and fixed to the outside of the sewn fabric after the step of filling the filler material. The method according to claim 1, wherein the real pattern forming step
Receiving a cut line in the 3D apparel model object displayed on the computer and obtaining a 2D pattern by the 3D apparel CAD program;
Printing on paper a pattern identical to the pattern obtained in the step of acquiring the pattern by the 3D apparel CAD program and having a size designated by the 3D (Dimension) apparel CAD program;
And obtaining a real pattern made of a fabric having the same size as the pattern printed on the paper. The method according to claim 1, wherein the size designated in the 3D (Dimension) apparel CAD program is designated to have either a reduced or enlarged size in proportion to the size of the actual model.

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