KR20070060321A - Method of sewing for manufacturing pucker free garment seam - Google Patents

Abstract

A backstitching method for preventing the creases of shirt is provided to allow to join the seams together by means of the simple pressing work by applying a heat for a short time, and to achieve the excellent effect in relation to the joining characteristics between the seams and the wearing feeling. The seam line for connecting portions of a shirt with each other comprises: a pocket seam(A), arranged in a chest portion of a front panel(1); a collar seam(B), arranged in a neck portion of the shirt; a cuff seam(C), corresponding to a wrist portion in a lower end of a sleeve(3); a side seam(D), configured as a connection between the front panel and the rear panel(2); a shoulder seam(E), corresponding to a shoulder portion of the shirt; a sleeve seam(F), connecting the sleeve(3) with the shoulder portion of the shirt; a sleeve placket seam(G), arranged in an upper part of the cuff; and a yoke seam(H), arranged in a yoke(8) in an upper part of the rear panel(2). The backstitching method is carried out in such a manner that a core out of a fabric, like cotton, etc. is inserted together with an adhesive film into each seam and then stitched up together.

Description

Stitching method to prevent wrinkle of shirt {METHOD OF SEWING FOR MANUFACTURING PUCKER FREE GARMENT SEAM}

1 is a perspective view showing the appearance of a shirt to which the lockstitch method of the present invention is applied;

2 is an enlarged view of the sleeve portion of the shirt according to FIG. 1;

3 shows a back of the shirt according to FIG. 1, FIG.

4 is an enlarged view of the yoke according to FIG. 1;

5A and 5B are diagrams sequentially showing states before and after sewing a pocket seam as a stitching method of a pocket seam;

6A and 6B are diagrams sequentially showing states before and after sewing a color seam as a stitching method of the color seam;

7A and 7B are diagrams sequentially showing states before and after sewing a cub seam as a sewn method of a cub seam;

8 is a view showing a stitching method of the side seam seam,

9A and 9B are diagrams sequentially showing states before and after sewing a shoulder seam as a stitching method of the shoulder seam;

10A and 10B are diagrams sequentially showing states before and after sewing a sleeve seam as a stitching method of the sleeve seam;

FIG. 11 is a view showing a sewing method of the upper sleeve placket seam and the lower sleeve placket seam shown in FIG.

12A and 12B are diagrams sequentially showing states before and after closing the side yoke seams;

13 shows the states before and after closing the lower yoke seam H ₂ in order.

* Explanation of symbols for main parts of drawings *

1: Front 2: Back

3: sleeve 4: button

5: center placket 6: pocket

7: collar 8: yoke

9: Cubs 10: Retail Placket

11a: upper sleeve plaque cover material 11b: lower sleeve plaque cover material

A: pocket seam B: color seam

C: Cubs seams D: Side seams

E: shoulder seam F: sleeve seam

G: Sleeve Placket Seam H: York Seam

G ₁ : Upper sleeve placket seam G ₂ : Lower sleeve placket seam

H ₁ : Side yoke seam H ₂ : Lower yoke seam

s: seam p: fabric wick

m: adhesive film

The present invention relates to a stitching method for preventing wrinkles of a shirt, and more particularly, by forming a wick and / or an adhesive film made of a fabric such as cotton yarn on the outer surface end of the shirt and sewing it by stitching to prevent wrinkles of the shirt. It is about a lockstitch method to prevent.

As is well known, sewing is a fundamental and essential skill in the garment industry. However, wrinkles in the seam of the finished garments belong to a very old problem in the garment industry, and these wrinkles are generally caused by shrinkage of the yarn while washing the garment.

In order to eliminate wrinkles in the seams of garments, the inventor, "Jong Wong", has filed a number of patents in the United States and registered as follows. U.S. Patent Nos. 5,568,779 (registered on October 29, 1996), 5,590,615 (registered on January 1.7, 1997), 5,713,292 (registered on February 2, 1998), 5,775,394 (registered on July 7, 1998) and 5,782,191 All publications introduce sewing methods to prevent the occurrence of wrinkles in the parts that make up the garment, especially shoulders, flanks, breast pockets and sleeves. In these patents, the sewing method developed by the inventor John Wong is arranged by inserting a plastic bonding tape, which is a heat-bonding bonding material, along each seamed portion, that is, through a seam, to be sutured through the final stitching. will be.

According to this sewing method, even if shrinkage occurs in the sewn thread of the garment surface after washing, the plastic adhesive tape firmly grips the sealing portion to prevent wrinkles from occurring.

However, since the conventional stitching method uses the adhesive tape of plastic material, it is inconvenient that the actual bonding can be achieved only by melting the plastic by applying high temperature heat to the surface for a long time. There is a significant increase in discomfort.

In addition, in the conventional stitching method, the adhesive tape uses the characteristics of the thermoplastic plastic material, but in the case of the thermoplastic plastic, since the hardness is greater after the heat is cooled, it is harder and less ductile, so it is easily broken in impact. In addition, there is a problem of irritating the wearer's skin to reduce the fit.

Therefore, the present invention was invented to solve the above-mentioned conventional problems, and can be joined by a simple press operation by applying heat for a shorter time, and the wrinkle of the shirt that provides superior effects compared to the conventional ones in terms of bonding and wearing comfort. The purpose is to provide a lockstitch method for prevention.

The present invention for achieving the above object is made by suturing the front plate and the back plate is provided with a sleeve that fits the wearer's arm in both sides thereof, the dog in the center of the front plate to remove the shirt to wear off A center placket which is cut openly up and down in a closed manner, a collar positioned in the neck of the wearer in an upward direction of the center placket, a pocket formed on the chest of the front plate on one or both sides of the center plaque A shirt comprising a yoke extending from the top of the back to the shoulder line, a cub located at the wrist portion of the bottom of the sleeve, and a sleeve plaque cut along the sleeve at the top of the cub, the shirt engaging each component thereof Connected through a suture line, the suture line being a pocket seam located at the chest of the front plate, a collar seam located at the neck of the shirt. A seam seam corresponding to the wrist portion at the bottom of the sleeve, a side seam seam connecting the front plate and the back, a shoulder seam corresponding to the shoulder portion of the shirt, a sleeve seam connecting the shoulder and sleeve of the shirt, to the top of the cub A sleeve placket seam positioned, and a yoke seam located in the yoke of the upper back, the sleeve placket seam consisting of an upper sleeved placket seam and a lower sleeved plaque seam, wherein the yoke seam is on both sides of the yoke. It consists of a side yoke seam sewn to the sleeve at the end, and a lower yoke seam sewn to the upper part of the back plate at the lower end of the yoke, wherein each seam has a predetermined adhesive film with a wick made of a fabric such as cotton yarn inserted therein. Bonding using ash and then sutured to provide a stitching method for preventing shirt wrinkles.

As described above, the lockstitch method of the present invention inserts a wick made of a fabric and an adhesive film into each seam of the shirt and bonds it by pressing to sew it. Since it can be bonded by pressing work, the manufacturing process of the shirt is much simpler. In addition, according to the present invention, since the fabric wick and adhesive film having high flexibility are used in each seam, the wearing feeling of the shirt is further improved as compared with the conventional plastic adhesive tape.

Hereinafter, with reference to the accompanying drawings illustrating a stitching method for preventing wrinkles of the present invention in more detail.

1 to 4 illustrate a shirt to which the anti-wrinkle stitching method of the present invention is applied, and in FIG. 1, the overall appearance of the shirt is easily shown in a perspective view. As shown, the shirt is made by sealing the front panel 1 and the rear panel 2, and sleeves 3 are provided on both sides of the shirt. The center of the front plate 1 is provided with a central button placket 5 which is cut in the up and down directions so that the shirt can be put on and taken off using a button 4. A pocket 6 is provided on the chest of the front plate 1 on one or both sides of the plaque 5. Typically, the 'flag' portion provided on the top of the shirt is called a collar 7. In addition, the shirt is called a yoke (8) and the part covering the wrist at the lower end of the sleeve (3) is called a cuff (9). In addition, the portion cut along the sleeve 3 at the top of the cub 9 is called a sleeve placket 10.

1 to 4, a seam line for connecting the parts constituting the shirt is a pocket seam (A) located at the chest of the front plate 1, the neck of the shirt Collar seam (B) located, cuff seam (C) corresponding to the wrist portion at the bottom of the sleeve (3), side seam (D seam), the connection between the front plate (1) and the back plate (D) ), A shoulder seam (E) corresponding to the shoulder portion of the shirt, a sleeve seam (F) connecting the shoulder of the shirt to the sleeve (3), and a sleeve placket seam at the upper portion of the cub; G) and a yoke seam (H) located in the yoke 8 above the back plate 2.

Cub 9 is a bar, sleeve placket seam (G) of the upper to a to open and close fill button 10 as shown in Figure 2 is the upper sleeve placket seam (upper sleeve placket seam; G ₁ ) And lower sleeve placket seam (G ₂ ). In addition, the yoke seam H, as shown in Figs. 3 and 4, the side yoke seam H _{1 which} is sealed with the sleeve 3 at both ends of the yoke 8 and the back plate at the lower end of the yoke 8 ( It is divided into the lower yoke seam (H ₂ ), which is sealed at the upper part of ₂ ).

In the shirt having such a basic configuration, the stitching method for preventing wrinkles of the present invention is that the wick (hereinafter referred to as 'fabric wick') made of a fabric such as cotton (cotton) on each seam above is given a predetermined adhesive property. It can be inserted and sealed together with the film material (hereinafter referred to as 'adhesive film') to prevent wrinkles.

Next, the lockstitch process constituting each seam of FIGS. 1 to 4 will be described in more detail with reference to FIGS. 5 to 13.

First, Figure 5 shows a stitching method of the pocket seam (A), Figures 5a, 5b shows the state before and after sewing the pocket seam (A) in order.

The pocket 6 is sewn and fixed to the surface of the front plate 1 of the shirt. In the present invention, as shown in FIG. 5A, an adhesive film m is attached to the inner side from both ends of the pocket 6. As shown in FIG. 5B, both ends of the pocket 6 are folded to maintain an adhesive state by foaming together with the adhesive film. In this state, both ends of the bonded pockets are sewn on (see seam "s"), and then press to a proper temperature in a press to completely adhere the adhesive film to complete the pocket seam (A) as shown in FIG. do. For example, in the case of the pocket seam, the heating temperature is set at 135 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is about 12 seconds, respectively, and the work is performed using an adhesive film (m) having a width of 6 mm. Can be. However, the configuration of the pocket seam (A) is not limited to the above conditions can of course vary depending on the material and properties of the cloth.

Figure 6 shows the stitching method of the color seam (B), Figures 6a, 6b shows the state before and after sewing the color seam (B) in order.

The collar 7 is sewn on the top of the shirt, and as shown in FIG. 6A, the fabric wick p is placed inward from the end of the collar outer fabric 7a to face the collar outer fabric 7a. An adhesive film m extending from the other end of the fabric wick p in the outward direction is attached. In this state, the end of the collar outer fabric (7a) is folded to maintain the adhesive state by the foaming together with the adhesive film (m), in which case the adhesive with the collar outer (7a) extending in the outward direction of the fabric wick (p) Only the film (m) is folded together and bonded to the other surface of the fabric wick (p). Then, the ends of the collar lining 7b are folded to correspond to the ends of the glued collar outer lining 7a, and the stitched ends of these collar outer linings 7a and the collar lining 7b are sewn (see seam "s"). Then, by pressing to a suitable temperature in the press (press) to completely bond the adhesive film (m) to complete the color seam (B) as shown in FIG. For example, in the case of the color seam, the heating temperature is set at 140 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is about 9 seconds, respectively, and the work is performed using an adhesive film (m) having a width of 12 mm. Can be. However, the configuration of the color seam (B) is not limited only to the above conditions can of course vary depending on the material and properties of the cloth.

7 shows a sewn method of the cub seam C, and FIGS. 7A and 7B show the states before and after sewing the cub seam C in order.

The cubs 9 are sewn on the lower end of the sleeve 3, i.e., the wrist part, and as shown in FIG. 7A, the fabric wick p is placed inward from the end of the cub outer fabric 9a and the cub outer fabric is placed. An adhesive film (m) extending from the other end of the fabric wick (p) in the outward direction of this end is attached so as to face (9a). In this state, the end of the cub outer shell (9a) is folded to maintain the adhesive state by foaming together with the adhesive film (m), in this case, the cub outer shell (9a) and the adhesion extending in the outward direction of the fabric wick (p) Only the film (m) is folded together and bonded to the other surface of the fabric wick (p). Then, the ends of the cub lining 9b are folded so as to correspond to the ends of the bonded cub outer lining 9a, and the corresponding ends of the cub outer lining 9a and the cub lining 9b are sewn (see sewing line "s"). Then, by pressing to a suitable temperature in a press (press) to completely bond the adhesive film (m) to complete the cub seam (C) as shown in FIG. For example, in the case of the cub seam, the heating temperature is set at 135 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is about 12 seconds, respectively, and the work is performed using an adhesive film (m) having a width of 12 mm. Can be. However, the configuration of the cub seam (C) is not limited to the above conditions, of course, can vary depending on the material and properties of the cloth.

FIG. 8 illustrates a stitching method of the side seam seams (D), wherein the side seam seams (D) fold each end of the front plate (1) and the back plate (2) to fit these folded ends to each other, and then to the folded end. The adhesive film (m) is inserted in between to maintain a state of mutual adhesion. In this state, the bonded end is stitched (see seam "s") and then sutured, and then pressurized to a proper temperature in a press to completely bond the adhesive film m to the side seam seam shown in FIG. 1 (D Will be completed). For example, in the case of the side seam seam, the heating temperature is set at 180 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is about 15 seconds, respectively. can do. However, the configuration of the side seam seam (D) is not limited to the above conditions, of course, can vary depending on the material and properties of the cloth.

9 illustrates a stitching method of the shoulder seam (E), and FIGS. 9A and 9B show states before and after sewing the shoulder seam (E) in order.

The shoulder seam (E) is formed by stitching the front plate 1 and the yoke 8 of the shirt. As shown in FIG. 9A, the yoke outer fabric 8a and the lining 8b contact both sides of the front plate 1. In this state, the adhesive film m is attached to the end face of the yoke sheath 8a, and then the corresponding end of the yoke sheath 8a and the lining 8b is folded in the outward direction of the end of the front plate 1. In this case, the end of the yoke outer fabric (8a) is to maintain the adhesive state by foaming with the adhesive film (m). In this state, the corresponding ends of the folded yoke outer material 8a and the yoke lining 8b are sewn (see sewing line "s"), and then press the temperature to a proper temperature in a press to completely adhere the adhesive film m. By doing so, the shoulder seam E shown in FIG. 1 is completed. For example, in the case of the shoulder seam, the heating temperature is set to 120 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is about 12 seconds, respectively, and the work is performed using an adhesive film (m) having a width of 6 mm. Can be. However, the configuration of the shoulder seam (E) is not limited only to the above conditions, of course, can vary depending on the material and properties of the cloth.

FIG. 10 illustrates a stitching method of the sleeve seam F, and FIGS. 10A and 10B show states before and after sewing the sleeve seam F in order.

The sleeve 3 extends from the connection of the front plate 1 of the shirt and the back plate 2 (including the 'yoke'), the front plate 1 and back plate 2 inward from the end of the sleeve 3. A portion of the front plate 1 and the end of the sleeve 3 extending outwardly from the ends of the back plate 2, and then folded at the ends of the front plate 1 and the back plate 2; Attach the adhesive film m of the corresponding length to the surface of the section leading to the folded end of 3). In this state, the ends of the front plate 1 and the back plate 2 are folded to maintain an adhesive state by foaming together with the adhesive film m. In this case, the other sides of the folded ends of the front plate 1 and the back plate 2 are maintained. Through this adhesive film (m) is adhered to the folded end surface of the sleeve (3). Then, the folded ends and sleeves 3 of the front plate 1 and the back plate 2 and the folded ends of the sleeve 3 and the front plate 1 and the back plate 2 were sewn (see seam "s"). Next, by pressing at an appropriate temperature in a press (total pressure) to completely bond the adhesive film (m) to complete the sleeve seam (F) shown in FIG. For example, in the case of the sleeve seam, the heating temperature is 180 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is set at about 9 seconds, and the cooling time is set at 4 seconds, respectively. You can work with). However, the configuration of the sleeve seam (F) is not limited to the above conditions can of course vary depending on the material and properties of the cloth.

FIG. 11 is a stitching method of the sleeve plaque seam G, and shows a sewing method of the upper sleeve placket seam G ₁ and the lower sleeve plaque seam G ₂ shown in FIG. ₂ .

In FIG. 2, the upper sleeve placket seam G ₁ and the lower sleeve placket seam G ₂ are divided ends of the sleeve 3, that is, the ends of the upper sleeve placket and the lower sleeve plaque, as shown in FIG. 11. The upper sleeve blanket cover member 11a and the lower sleeve blanket cover member 11b covering the cover are coupled to each other so as to be superimposed on both sides of the ends of the upper and lower sleeve plackets. In this case, an end portion of the upper sleeve blanket cover member 11a and the lower sleeve blanket cover member 11b is provided with an adhesive film m attached thereto, and the upper sleeve placket with the adhesive film attached thereto is thus provided. Both ends of the cover member 11a and the lower sleeve blanket cover member 11b are folded in the inner direction so as to be in contact with the end surface of the sleeve 3, respectively, and are provided in an overlapped state together with the adhesive film m. The adhesion of the adhesive film m to the ends of the upper sleeve blanket cover member 11a and the lower sleeve blanket cover member 11b can be completely adhered by pressing to an appropriate temperature using a press. . The sleeve placket of FIG. 1 is then stitched (see seam "s") to the folded ends of the upper sleeve plaque cover material 11a and the lower sleeve plaque cover material 11b and the corresponding ends of the sleeve 3. The seam (G) is completed. For example, in the case of the sleeve placket seam, the heating temperature is set at 165 ° C., the press pressure is 4 kg / cm 2, and the heating and pressing time is about 12 seconds, respectively, using an adhesive film m having a width of 6 mm. Can work. However, the configuration of the sleeve plaque seam (G) is not limited to the above conditions, of course, can vary depending on the material and properties of the cloth.

12 and 13 illustrate a stitching method of the yoke seam H, the yoke seam H is a side yoke seam H ₁ connected to the sleeve 3 at both ends of the yoke 8, and the yoke. At the bottom of (8) consists of a lower yoke seam (H ₂ ) connected to the back plate (2).

12A and 12B show states before and after sealing the side yoke seam H ₁ in order.

The side yoke seam H ₁ is connected to the sleeve 3 at both ends of the yoke 8 as shown in FIG. 3. In the present invention, both ends of the yoke sheath 8a as shown in FIG. 12A. Attaching the adhesive film (m) in the inward direction from the side as shown in Figure 12b to fold both ends of the yoke outer fabric (8a) to maintain the adhesive state by foaming with the adhesive film. In this state, it is sewn on both ends of the bonded yoke outer fabric (8a) (see the sewing line "s"), and then pressed to a suitable temperature in a press to fully adhere the adhesive film (m) to the side as shown in FIG. The yoke seam (H ₁ ) is completed. For example, in the case of the side yoke seam, the heating temperature is set to 180 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time is about 15 seconds, respectively, and the work is performed using an adhesive film (m) having a width of 12 mm. can do. However, the configuration of the side yoke seam (H ₁ ) is not limited only to the above conditions, of course, can vary depending on the material and properties of the cloth.

13 shows the state before and after sealing the lower yoke seam H ₂ in order. The lower yoke seam H ₂ is formed by stitching the back plate 2 and the yoke 8 of the shirt, and as shown in FIG. 13A, the yoke outer material 8a and the lining 8b are provided on both sides of the back plate 2. The adhesive film (m) is attached to the end surface of the yoke outer fabric (8a) in the state of contacting, and then the end of the yoke outer fabric (8a) is folded in the outward direction of the end of the back plate (2) as shown in FIG. . In this case, the ends of the yoke outer fabric 8a are kept together by the foaming together with the adhesive film m. In this state, the corresponding ends of the folded yoke sheath 8a and the yoke lining 8b are sewn together with the end face of the back plate 2 (see seam "s"), and then pressurized to a proper temperature in a press. By fully adhering the adhesive film m, the lower yoke seam H ₂ as shown in FIG. 4 is completed. For example, in the case of the lower yoke seam, the heating temperature is 180 ° C., the press pressure is 5 kg / cm 2, and the heating and pressing time are set to about 15 seconds, respectively, and the work can be performed using the adhesive film (m) having a width of 6 mm. have. However, the configuration of the lower yoke seam (H ₂ ) is not limited to the above conditions, of course, may vary depending on the material and properties of the cloth.

As mentioned above, the present invention has been described in detail based on the preferred embodiments according to the accompanying drawings, but is not limited thereto and those skilled in the art to which the present invention pertains have various forms within the scope of the technical idea described in the following claims. It will be obvious that the transformation can be carried out.

As described above, the lockstitch method of the present invention inserts a wick made of fabric and an adhesive film into each seam of the shirt, presses it to an appropriate temperature, bonds it, and then sews it. It is not necessary and can be adhered by simple press work at the proper temperature, which makes the manufacturing process of the shirt much simpler and reduces the facility investment cost.

In addition, according to the present invention, since the fabric wick and adhesive film having high flexibility are used in each seam, the wearing feeling of the shirt is further improved as compared with the conventional plastic adhesive tape.

In addition, in the case of the present invention, since each seam portion is bonded by folding the adhesive film, there is an advantage that the bonding property is further improved.

Claims (10)

The sleeve is made by sealing the front plate and the back plate, and the sleeve is fitted to both sides thereof, and the center is cut in the up and down direction so that the shirt can be opened and closed by using a button at the center of the front plate. A placket, a collar located in the neck portion of the wearer in an upward direction of the center placket, a pocket formed on the chest of the front plate on one or both sides of the center placket, a yoke from the top of the back plate to the shoulder line, the A shirt comprising a cub located in a wrist portion of a sleeve bottom, and a sleeve plaque cut along a sleeve on top of the cubs, The shirt is connected through a suture line that joins each of its components, the suture line is a pocket seam located at the chest of the front plate, a collar seam located at the neck of the shirt, a cub seam corresponding to the wrist portion at the bottom of the sleeve, Side seam seam, which is a connection between the front plate and the back, a shoulder seam corresponding to the shoulder portion of the shirt, a sleeve seam connecting the shoulder and the sleeve of the shirt, a sleeve plaque seam located at the top of the cub, and a yoke on the top of the back And a yoke seam located at the top of the yoke seam, wherein the yoke seam is comprised of an upper and lower sleeve seam and a yoke seam, and the yoke seam is a side yoke seam which is sewn with the sleeve at both ends of the yoke; It consists of a lower yoke seam that is sewn to the top of the back plate at the bottom, Each seam is sewn by inserting a predetermined adhesive film material with a wick made of fabric sewn for preventing the wrinkles of the shirt. The method of claim 1, wherein the pocket seam is Attaching an adhesive film in an inward direction from both ends of the pocket; Folding both ends of the pocket to maintain an adhesive state by foaming together with the adhesive film; Stitching both ends of the bonded pocket; And A stitching method for preventing wrinkles on a shirt, characterized in that the pressurized pocket is pressed through a predetermined press to completely adhere the adhesive film. The method of claim 1, wherein the color seam Placing a fabric wick in an inward direction from an end of the collar outer fabric and attaching an adhesive film extending outwardly from the other end of the fabric wick so as to face the collar outer fabric; Folding the ends of the collar outer fabric to maintain an adhesive state by foaming together with the adhesive film, wherein only the outer collar and the adhesive film extending in the outward direction of the fabric wick are folded together to be bonded to the other surface of the fabric wick; Folding an end of the collar lining to correspond with an end of the glued collar outer cloth, and stitching the collar outer portion with the corresponding end of the collar lining; And A stitching method for preventing wrinkles on a shirt, characterized in that the pressurized end is pressed by a predetermined press to completely adhere the adhesive film. The method of claim 1, wherein the cub seam Placing a fabric wick in an inward direction from an end of a cub shell and attaching an adhesive film extending outwardly from the other end of the fabric wick so as to face the cub outer; Folding the end of the cub outer fabric to maintain an adhesive state by foaming with an adhesive film, wherein only the cub outer fabric and the adhesive film extending outwardly of the fabric wick are folded together to be bonded to the other side of the fabric wick; Folding an end of a cub lining to correspond to an end of the bonded cub outer, and stitching the cub outer and a corresponding end of a cub lining; And The stitched method for preventing wrinkles of the shirt, characterized in that through the step of pressing the stitched end by a predetermined press to completely adhere the adhesive film. The method of claim 1, wherein the side seam seam Folding each end of the front plate and the back plate to fit the folded ends together; Inserting an adhesive film between the folded ends to maintain a state of being bonded to each other; Stitching the bonded end; And The stitched method for preventing wrinkles of the shirt, characterized in that through the step of pressing the stitched end by a predetermined press to completely adhere the adhesive film. The shoulder seam of claim 1, wherein the shoulder seam is Attaching an adhesive film to an end surface of the outer surface of the yoke in a state in which the outer surface of the yoke and the inner surface of the yoke are in contact with both sides of the front plate; Folding the corresponding ends of the yoke sheath and the yoke lining in the outward direction of the front plate end so that the ends of the yoke sheath together with the adhesive film maintain adhesion by foaming; Stitching corresponding ends of the folded yoke outer and yoke linings; And The stitched method for preventing wrinkles of the shirt, characterized in that through the step of pressing the stitched end by a predetermined press to completely adhere the adhesive film. The method of claim 1 wherein the sleeve seam Folding a portion of the front plate and back plate inwardly from an end of the sleeve and folding an end of the sleeve extending outwardly from the ends of the front plate and back plate; Attaching an adhesive film of a corresponding length to a surface of a section from the ends of the front plate and the back plate to the folded end of the sleeve; Folding the ends of the front plate and the back plate to maintain the adhesive state by foaming together with the adhesive film, wherein the other side of the folded ends of the front plate and back plate are adhered to the folded end surface of the sleeve via the adhesive film; Stitching the folded ends and sleeves of the front plate and back plate and the folded ends and front plate and back plate of the sleeve; And The stitched method for preventing wrinkles of the shirt, characterized in that through the step of pressing the stitched end by a predetermined press to completely adhere the adhesive film. 8. The sleeve of claim 1 or 7, wherein said sleeve plaque seam It consists of an upper sleeve placket seam and a lower sleeve placket seam, and an adhesive film is applied to an end of the upper sleeve plaque cover material covering the end of the upper sleeve plaque and the lower sleeve plaque cover material covering the lower sleeve plaque. Attaching; Pressing the ends of the upper sleeve blanket cover member and the lower sleeve blanket cover member to which the adhesive film is attached to an appropriate temperature using a predetermined press to completely adhere the adhesive film; Folding the upper sleeve placket cover material and the lower sleeve plaque cover material, respectively, so as to overlap each of both ends of the upper sleeve placket and the lower sleeve plaque; Folding both ends of the upper sleeve blanket cover material and the lower sleeve blanket cover material inwardly so as to be in contact with the end surface of the sleeve so as to overlap with the adhesive film; And A stitching method for preventing wrinkles on a shirt, characterized in that the stitching of the folded end and the corresponding end of the sleeve of the upper and lower sleeve cover plate cover material. The method of claim 1, The yoke seam is composed of a side yoke seam connected to the sleeve at both ends of the yoke and a lower yoke seam connected to the back plate at the bottom of the yoke, The side yoke seam is a step of attaching an adhesive film in the inward direction from both ends of the outer yoke; Folding both ends of the yoke shell to maintain an adhesive state by foaming with an adhesive film; Sewn at both ends of the bonded yoke sheath; And The stitched method for preventing wrinkles of the shirt, characterized in that through the step of pressing the stitched end by a predetermined press to completely adhere the adhesive film. The method of claim 1 or 9, wherein the lower yoke seam Contacting the outer surface of the yoke with the outer surface of the yoke and attaching the adhesive film to the end faces of the outer surface of the yoke; Folding the end portion of the yoke shell in an outward direction of the back plate end so that the end portion of the yoke shell is maintained together with the adhesive film by foaming; Stitching the corresponding ends of the folded yoke sheath and the yoke lining together with the end face of the back plate; And A stitching method for preventing wrinkles on a shirt, characterized in that the pressurized end is pressed by a predetermined press to completely adhere the adhesive film.

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