JP7852010B2 - clothing - Google Patents

Description

This invention relates to clothing.

Patent Document 1 discloses a conventional garment. This garment comprises a body with armholes and sleeves joined to the armholes. The body is formed by joining a front body and a back body. This garment has a portion at the upper part of the front and back body where the minimum width in the left-right direction of the back body is smaller than the minimum width in the left-right direction of the front body. This prevents the wearer from adopting a posture where their shoulders protrude forward, causing their arms to rotate towards the center of the front.

Japanese Patent Publication No. 2013-119677

In the case of this type of clothing, wearers sometimes experience discomfort due to the restrictive force that corrects their posture, such as a feeling of tightness that restricts the movement of their shoulders and arms. Furthermore, the clothing described in Patent Document 1 is a so-called set-in sleeve type. Because the armhole, which is the joint between the wearer's arm and shoulder, is located in set-in sleeve clothing, the coordinated movement of the shoulder and arm is easily restricted, which also leads to a decrease in comfort.

This invention has been made in view of the above-mentioned conventional circumstances, and aims to provide clothing that can achieve good comfort while suppressing the wearer from adopting a posture in which the shoulders protrude forward.

The garment according to the present invention comprises a body piece formed by joining a front body piece and a back body piece, with an armhole at the top, and a raglan sleeve joined to the armhole. The armhole has a front armhole, which is the portion extending from the lower end of the armhole to the front, and a back armhole, which is the portion extending from the lower end of the armhole to the rear. At least a portion of the back armhole is positioned inward in the left-right direction compared to the front armhole.

The garment according to the present invention has at least a portion of the back armhole positioned laterally inward from the front armhole. With this configuration, in the upper part of the garment where the armholes are formed, the width of the back panel is narrower than the width of the front panel. When such a garment is worn and the front and back panels stretch by the same amount, the narrower back panel exerts greater tension than the front panel. This difference in tension between the front and back panels causes the wearer to open their chest and pull their shoulders backward. Therefore, the garment according to the present invention can prevent the wearer from adopting a posture where the shoulders protrude forward, and makes it easier to adopt a posture with open shoulders. Furthermore, by employing raglan sleeves, the garment according to the present invention is less likely to hinder shoulder and arm movement compared to set-in sleeve garments. Specifically, generally, raglan sleeves have a seam between the body and the garment that extends from the wearer's chest to the shoulders. Therefore, raglan sleeves can exert tension that pulls the body part from the chest to the shoulders backward. In contrast, with set-in sleeves, the seam between the sleeve and the body is located at the base of the arm, which can cause a force that pulls only the arm backward. Compared to such set-in sleeves, raglan sleeves can effectively encourage the wearer to adopt a posture with their chest out and shoulders open without causing discomfort. As a result, the garment according to the present invention allows the wearer to comfortably adopt a posture with open shoulders, making it easier to maintain good posture.

Therefore, the clothing according to the present invention can achieve good comfort while suppressing the wearer from adopting a posture in which the shoulders protrude forward.

This is a front view of the garment according to Example 1, showing it in a flat, unfolded state. This is a rear view of the garment according to Example 1, showing it in a flat, unfolded state. This is a schematic plan view showing the garment according to Example 1 as it is worn by a wearer. This is an enlarged view of the main part of Figure 1. This is an enlarged view of the main part of Figure 2. This diagram schematically shows the raglan sleeve of Example 1 in an unfolded state. This is a diagram illustrating the dimensions of each part of the garment according to Example 1. This is a front view of the garment according to Example 2, showing it in a flat, spread-out state. This is a rear view of the garment according to Example 2, showing it in a flat, unfolded state. This is a diagram illustrating the dimensions of each part of the garment according to Example 2.

Preferred embodiments of the present invention will be described.
In the garment according to the present invention, the lower part of the back armhole may be positioned laterally inward than the front armhole. In this case, the garment can reduce the width of the portion of the back body to which the lower part of the back armhole is connected. This allows the garment to exert greater tension on the portion of the back body between the left and right lower parts of the back armholes than on the front body side. As a result, the garment can effectively prevent the wearer from adopting a posture in which the shoulders protrude forward, while not hindering shoulder movement.

In the garment according to the present invention, the front armhole may be straight, and the back armhole may be curved, at least in part, with a convex curve inward in the left-right direction. In this case, a configuration in which the lower part of the back armhole is positioned further inward than the front armhole can be easily realized. For example, if the back armhole is straight, positioning its lower part further inward than the front armhole requires moving the upper and lower starting points of the back armhole. In contrast, by providing a portion of the back armhole that curves convexly inward in the left-right direction, the back armhole can be easily positioned further inward than the front armhole without moving the upper and lower starting points of the back armhole.

In the garment according to the present invention, the back armhole may have a curved shape that curves convexly outward in the left-right direction at its upper part. In this case, the left-right width of the back body at the upper part of the back armhole can be freely set regardless of the left-right width of the back body at the lower part of the back armhole. Furthermore, providing a curved portion that curves convexly outward in the left-right direction at the upper part of the back armhole can suppress excess fabric at the upper part of the back body. For example, if a portion that curves convexly inward is provided in the back armhole, the fabric at the upper part of the sleeve (around the neckline) will also be pulled towards the back body, causing the fabric to bunch up. In this case, by providing a portion that curves convexly outward in the left-right direction at the upper part of the back armhole, the portion prone to bunching is pulled towards the front body, effectively suppressing bunching.

The garment according to the present invention may include a power net positioned at the upper part of the back panel. In this case, the garment can easily achieve a configuration in which the tension at the upper part of the back panel is greater than the tension acting on the front panel, thanks to the power net.

In the garment according to the present invention, the power net may be positioned between the left and right back armholes of the back panel. In this case, the garment can effectively exert tension between the left and right raglan sleeves through the power net. As a result, the garment can effectively suppress the wearer's tendency to adopt a posture in which the shoulders protrude forward.

Furthermore, the directions in the garment according to the present invention are based on the direction viewed from the wearer when the garment is properly worn in a standing position. The X, Y, and Z axes shown in each figure represent the front-to-back, left-to-right, and up-and-down directions, respectively. In the X, Y, and Z axes shown in each figure, the positive direction of each axis is forward, left, and upward, respectively. Also, the front and back sides of the garment refer to the side facing the wearer when the garment is properly worn as the back side, and the opposite side as the front side.

<Example 1>
Next, the garment of Embodiment 1, which embodies the present invention, will be described with reference to the drawings. Garment 1 according to Embodiment 1 is made by joining a plurality of cut fabrics by sewing. Garment 1 can be worn as so-called innerwear and has elasticity and flexibility. When properly worn by a wearer, garment 1 can cover the wearer's upper body. When worn, garment 1 can be stretched in various parts. In this state, garment 1 can apply tension that compresses at least the arms, shoulders, chest, and other parts of the wearer's body.

As shown in Figures 1 to 3, garment 1 comprises a body 10, raglan sleeves 40, power net 60, and a collar 70. Garment 1 is a short-sleeved, V-neck garment. Garment 1 has a substantially symmetrical shape in the left-right direction. The body 10 is formed by joining a front body 20 and a back body 30 at the left and right side seams 11. In this embodiment, the left and right side seams 11 are located on the back side. More specifically, the left and right side seams 11 wrap around from both ends of the garment 1 when it is laid flat to the back side as shown in Figure 2. The distance between the left and right side seams 11 widens as it extends downwards.

As shown in Figures 1 to 3, the bodice 10 has armholes 12 at the upper left and right ends. The armholes 12 are formed in a downward convex shape, extending from the highest point T20 on the front bodice 20 to the highest point T30 on the back bodice 30. The armholes 12 are open upward between the front and back points T20 and T30.

The armhole 12 has a front armhole F12 and a back armhole R12. The front armhole F12 is the portion of the armhole 12 from the lower edge B12 to the front. In other words, the front armhole F12 is the range from the lower edge B12 to the apex T20. The back armhole R12 is the portion of the armhole 12 from the lower edge B12 to the back. In other words, the back armhole R12 is the range from the lower edge B12 to the apex T30 on the back bodice 30 side.

As shown in Figures 1 and 2, in this embodiment, the lower end B12 of the armhole 12 is located on the front body 20 side of the upper end T11 of the side seam 11, which is the joint between the front body 20 and the back body 30. As described above, in the body 10, the side seam 11 wraps around to the back body 30 side. In such a body 10, the lower end B12 of the armhole 12 is located on the front body 20 side. In this embodiment, the front armhole F12 is formed only on the front body 20, and the back armhole R12 is formed on a part of the front body 20 and the back body 30. Note that the lower end of the armhole according to the present invention may overlap with the upper end of the joint between the front and back body. In this case, the front armhole is formed only on the front body, and the back armhole is formed only on the back body.

The front armhole F12 extends diagonally upward in a nearly straight line from the lower end B12 to the apex T20 of the armhole 12. The position of the apex T20, which is the upper end of the front armhole F12, is slightly below the midpoint between the upper and lower ends of the V-shaped neckline. The angle of inclination of the straight front armhole F12 relative to the horizontal is smaller than that of the front armhole in a typical raglan sleeve. In this embodiment, the angle of inclination of the front armhole F12 relative to the horizontal is smaller than the angle of inclination of the imaginary line V (see Figure 5), which is assumed to be a straight line connecting the lower end B12 and the apex T30 in the S-shaped curved back armhole R12, as described later.

As shown in Figures 1 and 2, the back armhole R12 extends diagonally upward from the lower end B12 to the apex T30 of the armhole 12. At least a portion of the back armhole R12 is positioned inward in the left-right direction compared to the front armhole F12. In this embodiment, the portion positioned inward in the left-right direction compared to the front armhole F12 is the lower part of the back armhole R12. This configuration is achieved by curving the back armhole R12 in an S-shape. Specifically, the back armhole R12 has an S-shape, curving convexly inward in the left-right direction at its lower part and curving outward in the left-right direction at its upper part. This allows the garment 1 to have a width in the left-right direction at the lower part of the back armhole R12 that is narrower than the width in the left-right direction at the lower part of the front armhole F12.

In this embodiment, the rear armhole R12 is positioned inward in the left-right direction from the front armhole F12 for approximately one-third of its total length, from the lower end B12 to the lower end B12, within the length range from the upper end T30 to the lower end B12. Note that, in this invention, the rear armhole only needs to be inward of the front armhole in at least a portion of it, and may be entirely inward of the front armhole.

In this embodiment, regarding the upper part of the armhole 12, as shown in Figures 1 and 2, the vertex T30 of the back bodice 30, which is the upper end of the back armhole R12, and the vertex T20 of the front bodice 20, which is the upper end of the front armhole F12, are positioned approximately at the same location in the left-right direction. Furthermore, the vertex T30, which is the upper end of the back armhole R12, is positioned higher than the vertex T20, which is the upper end of the front armhole F12.

As shown in Figure 5, the back armhole R12 has an inner convex portion R121 that curves inward in the left-right direction, and an outer convex portion R122 that curves outward in the left-right direction. The inner convex portion R121 is located at the lower part of the back armhole R12. The outer convex portion R122 is located at the upper part of the back armhole R12. The back armhole R12 forms a roughly S-shaped curve in which the inner convex portion R121 and the outer convex portion R122 are smoothly continuous. In this invention, "lower part" and "upper part" of the back armhole are defined as the area below the center position within the height range from the upper end to the lower end of the back armhole, and the area above the center position. Alternatively, in this invention, "lower part" and "upper part" of the back armhole may be defined as the area below the center position within the length range from the upper end to the lower end of the back armhole, and the area above the center position.

As shown in Figures 1 to 3, the front bodice 20 forms the front neckline 21. The front neckline 21 has a downward-sloping concave shape between the left and right vertices T20 on the front bodice 20. In this embodiment, the front neckline 21 is V-shaped. On the front bodice 20, the front neckline 21 and the front armhole F12 intersect at vertex T20.

As shown in Figures 1 to 3, the back panel 30 forms a back neckline 31. The back neckline 31 has a concave shape, recessed downwards between the left and right vertices T30 of the back panel 30. In this embodiment, the back neckline 31 is arc-shaped. The vertices T30 at the left and right ends of the back neckline 31 and the vertices T20 at the left and right ends of the front neckline 21 are connected by a lateral neckline 41, which will be described later, formed by the raglan sleeve 40. In garment 1, the front neckline 21, the back neckline 31, and the left and right lateral necklines 41 form a continuous annular neckline. The neckline formed by these front neckline 21, back neckline 31, and left and right lateral necklines 41 is piped by the collar 70.

The raglan sleeve 40 is attached to the armhole 12. As shown in Figures 1 to 3, a pair of raglan sleeves 40 are provided, one for each side. Figure 6 shows the raglan sleeve 40 corresponding to the left sleeve in an unfolded state. As shown in Figure 6, each raglan sleeve 40 consists of a single piece of material. Each raglan sleeve 40 has a front connecting portion F40 that connects to the front armhole F12 in the armhole 12, a rear connecting portion R40 that connects to the rear armhole R12 in the armhole 12, a side neckline 41, an underarm 42, and a cuff 43.

In the unfolded raglan sleeve 40 shown in Figure 6, the center line C corresponds to the ridge line at the upper end of the raglan sleeve 40. In Figure 6, the left side of the raglan sleeve 40 is located on the front side of the garment 1, and the right side is located on the back side. The center line C is located at the center of the wearer's shoulder and arm in a plan view when the garment 1 is worn by the wearer.

The raglan sleeve 40 is formed into a tubular shape by sewing together the underarm seams 42 on the front and back sides, which are perpendicular to the center line C. In Figure 6, reference numeral P1 indicates the point connected to the lower end B12 of the armhole 12 on the bodice 10. The range AR1 of the raglan sleeve 40, from point P1 to the cuff 43 at the tip, is approximately symmetrical with respect to the center line C. Therefore, the distance from the center line C to the outer edge (the line indicating the underarm seam 42) is the same on both the front and back sides of the range AR1.

In contrast, for the range AR2 from point P1 to point P2, the distance from the center line C to the rear connection point R40 (the outer edge on the back) is longer than the distance to the front connection point F40 (the front). Therefore, the center between the left and right outer edges in range AR2 is shifted towards the back relative to the center line C. This shift in the center of range AR2 towards the back causes the portion from range AR2 to range AR1 (the end of the sleeve) to flow towards the back when worn, promoting shoulder opening.

As shown in Figures 1 and 2, the power net 60 is positioned at the top of the back panel 30. Specifically, the power net 60 is positioned between the left and right back armholes R12 of the back panel 30. The power net 60 is attached to the back panel 30 by sewing, in conjunction with the sewing of the raglan sleeves 40. The power net 60 is stretchable in two directions: left-right and up-down. Compared to the fabrics of other parts of the garment 1, such as the front panel 20, back panel 30, and raglan sleeves 40, the power net 60 generates greater tension when stretched. As a result, for example, when the garment 1 is worn by a wearer, and both the area of the back panel 30 where the power net 60 is positioned and the corresponding area of the front panel 20 in front of this area are similarly stretched, greater tension acts on the back panel 30.

The fabric constituting the power net 60 in this embodiment is one that, in a natural state without tension, exhibits a tension of approximately 5 N per millimeter in the width direction when a fabric measuring 50 mm in width and 100 mm in length is stretched approximately 25 mm in the length direction. The power net according to the present invention only needs to act to better suppress the forward movement of the wearer's shoulders and promote shoulder opening compared to a garment without a power net; the magnitude of its tension is not particularly limited. For example, the power net according to the present invention may be made of a fabric capable of generating the same tension as the fabrics of other parts of the garment, such as the front body, back body, and raglan sleeves, or it may be made of a fabric capable of generating less tension than the fabrics of other parts of the garment. In other words, the garment according to the present invention can use various fabrics capable of generating appropriate tension instead of the power net.

The garment 1 described above is for men and is manufactured in four different sizes, from S to LL. For each size of garment 1, the dimensions of parts S1 to S11 shown in Figure 7 are exemplified in Table 1 below. The dimensions of parts S1 to S10 correspond to body length, garment length, body width, waist width, hem width, sleeve width, cuff width, neck width, and collar depth (front drop). Dimension S11 is the horizontal distance between the left and right rear armholes at a position 80 mm below the lower edge of the rear collar. Furthermore, in Table 1, dimension S12 indicates the distance between the left and right vertices T20, which are the upper ends of the front armhole F12, and dimension S13 indicates the distance between the left and right vertices T30, which are the upper ends of the rear armhole R12. Each dimension is a standard dimension when garment 1 is laid flat. Note that the dimensions of each part in the garment according to the present invention are not limited to these.

Next, the function and effects of garment 1 according to this embodiment will be described.
Garment 1 comprises a body 10 and raglan sleeves 40. The body 10 is formed by joining a front body 20 and a back body 30. The body 10 has an armhole 12 at the top. The raglan sleeves 40 are joined to the armhole 12 in the body 10. The armhole 12 has a front armhole F12 and a back armhole R12. The front armhole F12 is the portion in front of the lower end B12 of the armhole 12. The back armhole R12 is the portion in rear of the lower end B12 of the armhole 12. At least a portion of the back armhole R12 is positioned inward in the left-right direction compared to the front armhole F12.

In the garment 1 with the above configuration, a section is formed at the upper part of the bodice 10 where the width of the back bodice 30 is narrower than the width of the front bodice 20. When this garment 1 is worn and the front and back bodice 20 and 30 stretch by the same amount, the back bodice 30, with its narrower section, exerts greater tension than the front bodice 20. This difference in tension between the front and back bodice 20 and 30 causes the wearer to open their chest and pull their shoulders backward. Therefore, garment 1 can prevent the wearer from adopting a posture where their shoulders are pushed forward, and makes it easier for them to adopt a posture with open shoulders.

Furthermore, by employing raglan sleeves 40, garment 1 does not easily hinder shoulder movement and the associated arm movement. For example, in the case of set-in sleeve garments, the connection point between the sleeve and the body is located around the base of the arm. In this case, the arm and shoulder are separated at the connection point, making it easy to hinder the coordination between the shoulder and arm. In contrast, with raglan sleeves 40, the front connection point F40, which connects to the front body 20, is located from the wearer's shoulder to their chest. That is, the wearer's shoulder and arm are located on the same side as the raglan sleeves 40, and there is no connection point between them. Therefore, the wearer of garment 1 is less likely to have their shoulder movement and the associated arm movement hindered. Moreover, garment 1 with raglan sleeves 40 is superior to set-in sleeve garments in terms of ease of putting on and taking off, including ease of putting on and taking off the garment.

Therefore, the garment 1 according to this embodiment can achieve good comfort while suppressing the wearer from adopting a posture in which the shoulders protrude forward.

The raglan sleeve 40, with its front connection point F40 (the part connecting to the front bodice 20), is positioned from the wearer's chest to the shoulder, creating tension that pulls the chest and shoulder area backward. In contrast, with a set-in sleeve, the seam is located at the base of the arm, potentially creating a force that pulls only the arm backward. Compared to such a set-in sleeve, the raglan sleeve 40 effectively encourages the wearer to adopt an upright posture with their chest out and shoulders open, without causing discomfort.

Furthermore, in garment 1, the portion of the back armhole R12 that is positioned laterally inward from the front armhole F12 is the lower part of the back armhole R12. Therefore, garment 1 can reduce the width of the portion where the lower part of the back armhole R12 is connected to the back body 30 compared to the front body 20. This allows garment 1 to apply greater tension to the portion of the back body 30 between the lower parts of the left and right back armholes R12 than to the front body 20. As a result, garment 1 can effectively prevent the wearer from adopting a posture where the shoulders protrude forward, while minimizing restriction of shoulder movement.

Furthermore, in garment 1, the back armhole R12 has a curved shape that is convex outward in the left-right direction at its upper part. Therefore, garment 1 can freely set the left-right width of the back body 30 corresponding to the upper part of the back armhole R12, regardless of the left-right width of the back body 30 corresponding to the lower part of the back armhole R12. In addition, by providing a curved outer convex portion R122 that is convex outward in the left-right direction at the upper part of the back armhole R12, garment 1 can suppress excess fabric at the upper part of the back body 30. For example, a curved inner convex portion R121 that is convex inward provided in the back armhole acts to pull the sleeve fabric towards the back body. If a part with such an effect is also applied to the upper part of the back armhole R12, the fabric at the upper part of the sleeve (around the neckline) will also be pulled towards the back body 30, and the fabric may bunch up towards the back body 30. In contrast, by providing the upper part of the back armhole R12 with a curved shape that curves outward in the left-right direction, the area prone to sagging is pulled towards the front body 20, effectively suppressing sagging.

Compared to garments where the back armhole is formed in a straight line, similar to the front armhole, garment 1 allows for easy setting of the left-right width of the back panel 30. For example, when the back armhole is straight, the left-right width of the back panel depends on the position of the upper and lower starting points of the back armhole. In this case, setting the left-right width of the back panel to a desired width requires moving the upper and lower starting points of the back armhole. In contrast, when at least a portion of the back armhole R12, as in garment 1, is curved in a convex shape in the left-right direction, the desired left-right width of the back panel 30 can be freely set by changing the curvature of the curved portion of the back armhole R12 without moving the upper and lower starting points of the back armhole R12. That is, garment 1 allows both the positions of the lower end B12 of the armhole 12 (the upper and lower starting points of the back armhole R12) and the vertex T30 of the back panel 30, as well as the left-right width of the back panel 30, to be set to the desired position and width.

In garment 1, the angle of inclination of the front armhole F12 relative to the horizontal is set to be smaller than the angle of inclination of the imaginary line V, which is drawn in a straight line connecting the lower end B12 and the apex T30 of the S-shaped curved rear armhole R12. In this way, by positioning the front armhole F12 relatively lower, garment 1 can further suppress the obstruction of shoulder movement at the joint between the front armhole F12 and the front connection portion F40 of the raglan sleeve 40. As a result, garment 1 can more effectively encourage the wearer to adopt a posture with their chest out and shoulders open, without causing discomfort.

Garment 1 includes a power net 60 positioned at the upper part of the back panel 30. Therefore, garment 1 can easily achieve a configuration where the tension at the upper part of the back panel 30 is greater than the tension acting on the front panel 20.

In garment 1, the power net 60 is positioned between the left and right back armholes R12 on the back panel 30. Therefore, garment 1 can effectively exert tension between the left and right raglan sleeves 40 through the power net 60. As a result, garment 1 can effectively suppress the wearer's tendency to adopt a posture where the shoulders protrude forward.

<Example 2>
Referring to Figures 8 to 10, the garment 201 according to Example 2 will be described. Garment 201 is a so-called women's garment. Except for the fact that the neckline is a so-called round neck and the detailed dimensions of each part are different, garment 201 has the same configuration as garment 1 of Example 1 and provides the same function and effect as garment 1. Like garment 1, garment 201 is manufactured in four different sizes, from S to LL. For each size of garment 201, the standard dimensions of each part S1 to S11 and S12 to S13 shown in Figure 10 are illustrated in Table 2 below. Each part S1 to S13 is the same as the part described in Example 1. Note that the dimensions of each part in the garment according to the present invention are not limited to these.

The present invention is not limited to the embodiments described above and in the drawings, and the following embodiments, for example, are also included in the technical scope of the present invention.
(1) In the above embodiments, short-sleeved garments were used as examples, but the garments according to the present invention are not limited thereto. As long as the garments according to the present invention have raglan sleeves, the length of the sleeves and the like are not particularly limited.
(2) In the above embodiments, garments with V-neck and round-neck collars were given as examples, respectively, but the shape of the collar is not particularly limited in the garments according to the present invention.
(3) In the garment according to the present invention, it is not essential to include a power net. If a power net is included, its arrangement is not limited to the above embodiments, and may be, for example, placed only in the upper part of the back body between the lower parts of the left and right back armholes, or placed from the upper to the lower part of the back body.
(4) In the garment according to the present invention, it is not essential that the back armhole has a curved shape. The back armhole may be composed of straight lines only, or a combination of straight lines and curves. If the back armhole is formed in a curved shape, its form is not limited to an S-shape as in the above embodiments, but may be, for example, a shape that is curved convexly only in the left-right direction.

1,201…Clothing 10…Bodice 12…Armhole 20…Front bodice 30…Back bodice 40…Raglan sleeve 60…Power net B12…Bottom edge of armhole F12…Front armhole R12…Back armhole

Claims (1)

The front and back panels are joined together, and the upper part of the body forms an armhole.
A raglan sleeve attached to the aforementioned armhole,
The power net positioned at the upper part of the back panel,
Equipped with,
The aforementioned armhole has a front armhole, which is the portion in front of the lower end of the armhole, and a rear armhole, which is the portion in rear of the lower end of the armhole.
The aforementioned front armhole is straight,
The lower part of the rear armhole has an inwardly curved portion that is positioned further inward in the left-right direction than the front armhole and curves inward in the left-right direction.
The aforementioned rear armhole has an outward convex portion that is curved outward in the left-right direction at its upper part,
The power net is positioned between the left and right back armholes of the back bodice,
The power net has a curved shape that is convex inward in the left-right direction at the lower part and convex outward in the left-right direction at the upper part, in accordance with the shape of the rear armhole .
The raglan sleeve has a front connecting portion connected to the front armhole and a rear connecting portion connected to the rear armhole.
A garment in which, when the ridge line at the upper end of the raglan sleeve is taken as the center line, the center of the distance between the outer edge of the front connecting portion and the outer edge of the rear connecting portion in the raglan sleeve in the unfolded state, which is perpendicular to the center line, is located on the rear connecting portion side of the center line in the portion of the rear connecting portion corresponding to the inner convex portion .