JP3057909U - All pleated skirt - Google Patents

Abstract

(57) [Summary] [Problem] Although it is an all-pleat skirt composed of two body cloths before and after straight cutting, it is easy to match the asymmetry of the first half and the second half of the human body, especially the hip, and the pleated. Reduces the risk of cracking,
An object of the present invention is to provide an all-pleated skirt in which the hips and hem lines of the skirt appear closer to the horizontal when the skirt is worn in a natural state. SOLUTION: The difference between the overlapping amount of the pleats of the hips h and the overlapping amount of the pleats of the waist in the all-pleated skirt is set larger in the back body fabric 2 than in the front body fabric 1 and the back body. The drop difference in the dough 2 is set larger than the drop difference in the front body dough 1. Further, the length of the pleated surface of the back body cloth 2 around the hip h is set to be longer than the length of the same portion of the front body cloth 1. Then, the back body cloth 2 at the waist w is set with the circumference of the hip h as a horizontal reference line.
Is lower than the position of the center 13 of the front body fabric 1.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a pleated skirt, and more particularly to a so-called all-pleat skirt which is composed of two pieces of body cloth before and after linear cutting, and is provided with pleats all around the skirt.

[0002]

[Prior art]

 Traditionally, all-pleated skirts have been widely known as a basic type of skirt, and are often used in girls' school uniforms. There are two types of all-pleated skirts: one with a constant pleat width at the top and bottom, and another with the pleats having a maximum width at the hem and a smaller width at the hips. First, a description will be given of a normal all-pleat skirt in which the width of the pleats is constant up and down. As shown in FIG. 8 (A), for each of a rectangular front body cloth f and a rectangular rear body cloth b, A number of pleats p are formed by repeating the mountain fold and the valley fold. Since the front body fabric f and the back body fabric b have the same shape and size, the figure illustrates only one fabric. At this time, the mountain fold line and the valley fold line are parallel to each other from the hem s to the hip h, but the valley fold line is inclined from the hip h to the waist w to increase the overlap of pleats. In the figure, the portion where the pleat overlap is large (hereinafter, referred to as drop difference overlap) is indicated by oblique lines in the figure, and the pleat ridge a of the waist w is aligned with the position c to be pleated. Attached. As a result, as shown in FIG. 8B, the fold shape of the pleat has a relatively large interval between the mountain fold line a and the mountain fold line a as shown in FIG. As shown in FIG. 8C, the interval between the mountain fold line a and the mountain fold line a becomes relatively small (in the figure, b indicates a pleated valley). As a result, in FIG. 8A, the overall shape of the front body fabric and the back body fabric is drawn in a rectangular shape, but as shown in FIG. 8D, the line of the waist w is curved. You will draw a curve. Accordingly, the length w1 around the waist of the pleat surface of each of the front body fabric f and the back body fabric b is larger than the length h1 around the hip of the pleat surface and the length s1 around the hem of the pleat surface. Become smaller. The difference between the length h1 around the hip of the pleat surface of each of the front and rear fabrics f and b and the length w1 around the waist is the drop difference d (the symbol d is not shown) of each of the front and rear fabrics. Here, the length of each part such as the hip circumference h1 on the pleat surface refers to the dimension of each part such as the hip circumference h1 excluding a part hidden by the pleat fold. The drop difference d between the front and rear fabrics is evenly distributed according to the number of folds (please number p) of the pleats p of each fabric. Is obtained by (h1-w1) / (number of folds p).

[0003] Here, the all-pleated skirt is composed of two pieces of body cloth before and after the linear cutting, and is provided with pleats all around the skirt. Unlike a partial pleated skirt, etc., it is not possible to cut the fabric in accordance with the difference in front and back and drop difference of the human body at the stage of the pattern. That is, since the front body fabric f and the back body fabric b are equally pleated using a rectangular fabric, the both sides are sewn to form a tubular skirt. The three-dimensional shape of the skirt g seen on the pleat surface is a substantially cylindrical trapezoid as shown in FIG. FIG. 9 depicts only the surface of the pleats as a continuous one, and does not illustrate the pleats one by one or the overlapping margin thereof. In this skirt g, the skirt shown in FIG. 9 is manufactured by using the cloth for the front body and the cloth for the back body of FIG. Therefore, the length s1 around the pleated surface of the fabric f for the front body is equal to the length s1 around the pleated surface of the fabric b for the back body, and the sum of these is equal to the length s2 of the skirt. Become. Similarly, the length h1 around the hip of the pleated surface of the front body fabric f is equal to the length h1 around the hip of the pleated surface of the back body fabric b, and the sum thereof is the length around the hip. h2. Similarly, the length w1 around the waist of the pleated surface of the fabric f for the front body and the length w1 around the waist of the pleated surface of the fabric b for the back body are equal, and the sum thereof is the length around the waist. w2.

[0004] Specific numerical values include a length s2 around the skirt of the pleat surface of the entire skirt, a length h2 around the hips of 90 cm, a length w2 around the waist of 64 cm, and a cloth for the front body. Assuming that the number of pleats of f is 10 and the number of pleats of the back body b is 10, the width of one pleat of the front and back body f and b is 90 / from the hem s to the hip h. (10 + 10) = 4.5 (cm), and 64 / (10 + 10) = 3.2 (cm) at the waist w. The drop difference of the entire skirt is 90-64 = 26 cm, and the width dw of the overlap for drop difference per pleat at the waist portion is (90-64) / (10 + 10) = 26/20. = 1.3 cm.

[0005] The above is a general all-pleat skirt having a constant pleat width. With regard to the tapered pleats, the pleat width is maximized at the hem portion and smaller at the hip portion. Although illustration of the tapered pleat itself is omitted, this will be described in comparison with a normal all-pleated skirt shown in FIG. In a normal pleated skirt, the width of the pleats on the hips h was equal to the width of the pleats on the hem s. However, in the tapered pleats, the width of the pleats was changed from the pleats of the hips h to the hem s. It gradually increases over the pleats. Accordingly, the length of each part of the pleated surface of each of the front body fabric f and the back body fabric b is such that the waist length w1 is the smallest and the hip circumference h1 to the hem length s1. And gradually increase. In other respects, it is the same as the above-mentioned ordinary all-pleat skirt, and even in the case of this tapered pleat, the cloth for the front body and the cloth for the back body are equally pleated.

An important point here is that, in the conventional all-pleated skirt, the cloth for the front body and the cloth for the back body use the same size cloth in both the normal pleats and the tapered pleats. However, since the pleats are formed under the same conditions, the three-dimensional shape of the skirt viewed on the pleat surface is a substantially frustoconical shape that is symmetrical in the front-back direction. On the other hand, when observing the human body with reference to the side line O, which is the branch line between the front and rear bodies immediately below the front and rear center points on the side surfaces of the human body waist line, it is not symmetrical in the front and back (Fig. 10). In particular, the front-back difference of the human body appears most in the hip H portion. In this way, despite the front-back difference in the circumferential direction of the hip line, the conventional all-pleat skirt is formed symmetrically in the front-rear direction. It is easy to be larger than the circumferential length, and as a result, a so-called pleat crack, in which the valley fold line of the pleat is opened, occurs.

[0007] Still another problem is that when the skirt is worn, the center C1 of the back at the waist is slightly lower than 1 cm, but is lower than the center C2 of the belly. This is the point. On the other hand, the conventional all-pleated skirt g has a substantially truncated conical shape that is symmetrical in the front-rear direction. As a result, when the conventional all-pleated skirt is worn in a natural state of wearing, the skirt is seen to rise forward when viewed from the horizontal line of the hip and hem positions. This is a matter of course, even for plain skirts.In skirts such as plaids, where the horizontal pattern lines are prominent, the horizontal lines do not appear horizontally but appear to rise forward. , Will be more noticeable. In addition, there is no room for the fabric at the hips, and there is a greater possibility that pleat cracks will occur at the hips. Although FIG. 10 is an extreme drawing ignoring the softness of the fabric, the basic concept is as described above.

[0008]

[Problems to be solved by the invention]

 The invention of the present application is an all-pleat skirt composed of two body fabrics before and after straight cutting, but easily conforms to the asymmetry of the first half and the second half of the human body, particularly the hip, and causes pleat cracking. We will not provide anything that can reduce the risk. Another object of the present invention is to provide an all-pleat scart in which the hip and hem lines of the skirt appear closer to the horizontal when the skirt is worn in a natural state.

[0009]

[Means for Solving the Problems]

 In the present invention, a front body fabric 1 and a back body fabric 2 are sewn on both left and right sides to form a tubular skirt, and the front body fabric 1 and the back body fabric 2 of the skirt are used for both bodies. The present invention provides an all-pleated skirt characterized by the following configuration, in which pleats 11 and 21 are formed on a cloth, and the overlap of the pleats 11 and 21 gradually increases from the hip h to the waist w. This solves the above-mentioned problem.

In the first invention of the present application, the difference between the overlap allowance of the pleats 11 and 21 of the hip h and the overlap allowance of the pleats 11 and 21 of the waist w is larger for the back body than for the front body cloth 1. In the place of origin 2, it is set to be large, and based on the side line O, which is the branch line for the front and rear bodies immediately below the front and back center points on the side surfaces of the human body waist line, and Corresponding to the circumferential front-back difference of the human body hip line where the front-back difference is largest, the drop difference in the back body fabric 2 (that is, the hip length hb and the waist circumference of the pleated surface of the back body fabric 2) Is larger than the drop difference in the front body fabric 1 (the difference between the length hf around the hips of the pleated surface of the fabric 1 for the front body and the length wf around the waist). It is the one that has been set and the back body cloth 2 Provided is an all-pleats cart characterized in that the length hb around the hip of the pleated surface is set to be larger than the length hf around the hip of the pleated surface of the front body fabric 1.

In the second invention of the present application, in the all-pleated skirt according to the first invention, the position of the center 23 of the back body cloth 2 at the waist w with the horizontal around the hip h as the horizontal reference line. Is set lower than the position of the center 13 of the front body fabric 1, and the waist length wb of the pleated surface of the back body fabric 2 is equal to the waist length wf of the pleated surface of the front body fabric 1. What is provided is.

In the third invention of the present application, in the all-pleated scart according to the second invention, the skirt is formed into a cloth for both bodies of a front body cloth 1 and a back body cloth 2. Pleats (11) and (21) are characterized in that the width of the pleats at the bottom of the hem is larger than the width of the pleats at the hip position.

[0013]

[Embodiment of the invention]

 Hereinafter, embodiments of the present invention will be described with reference to the drawings. In this all-pleated skirt, a front body fabric 1 and a back body fabric 2 are sewn on both left and right sides to form a tubular skirt, and a front body fabric 1 and a back body fabric 2 of the skirt are formed. Pleats 11 and 21 are formed on the cloth for both bodies. The cloth 1 for the front body is shown in FIG. 1, the cloth 2 for the back body is shown in FIG. 2, and the overall explanatory diagram of the skirt is shown in FIG.

This embodiment exemplifies an all-pleat skirt having normal pleats in which the width of the pleats is set the same between the hem s and the hip h. The shape is the same as that of the conventional all-pleat skirt, and is formed by repeatedly performing mountain fold and valley fold on the front and rear body fabrics 1 and 2. Also, as in the past, the amount of pleats gradually increases from the hips to the waist, but the fabric for the front body and the fabric for the back body are asymmetric. It is a fundamentally different point.

First, the front body fabric 1 can be the same as the conventional one. Although repeated, the description will be made again. As shown in FIG. 1A, the mountain fold and the valley fold are repeated, and a large number of pleats 11 are formed. From the hem s to the hip h, the mountain fold line and the valley fold line are parallel, and from the hip h to the waist w, the valley fold line is inclined. As a result, from the hip h to the waist w, the amount of pleats gradually increases. In the figure, the portion where the pleat overlap is increased (hereinafter referred to as “drop difference overlap allowance 12”) is shown by oblique lines in the figure, and the pleats a of the waist w are aligned with the positions of c and pleats. Attached. Thus, the folded shape of the pleats has a relatively large interval between the peaks a of the pleats 11 in the portion from the hem s to the hip h, as shown in FIG. As shown in (C), the interval between the peaks a of the pleats 11 is relatively small (in the figure, b indicates a valley of pleats). As a result, in FIG. 1A, the overall shape of the front body fabric and the back body fabric is drawn in a rectangular shape. However, as shown in FIG. You will draw a curved curve. Therefore, the length wf around the waist of the pleated surface of the front body fabric f is smaller than the length hf around the hip of the pleated surface and the length sf around the hem of the pleated surface. The difference between the length hf around the hip and the length wf around the waist of the pleated surface of the front body fabric 11 is the drop difference df of the front body fabric (symbol df is not shown). Here, the length of each part such as the hip circumference hf on the pleat surface refers to the dimension of each part such as the hip circumference hf excluding a part hidden by the pleat fold. The drop difference df of the front body fabric is evenly distributed according to the number of folds (fold number pf) of the front body fabric pleats 11, and one pleat at the waist portion of the front body fabric 1 The length dfw of the overlap difference for drop per hit 12 is obtained by (hf-wf) / (number of folds pf).

Specific examples of numerical values are the same as described above, and numerical values of the front body fabric 1 relating to the items of the first column of the following Table 1 are shown in the second column.

[0017]

[Table 1]

On the other hand, the back body fabric 2 is manufactured using the same width fabric as the front body fabric 1, but the width of the pleats 21 is larger than that of the front body fabric 1. It is formed under conditions different from the pleats 11 of the front body fabric 1 so as to reduce the overlap margin. In addition, as said that the total width of the back body cloth 2 with the pleats extended is made larger than the front body cloth 1, the width of the cloths 1 and 2 for both bodies is Different implementations are possible. FIG. 2 shows the back body fabric 2 with the pleated attached. The back body fabric 2 is the same as the front body fabric 1 of FIG. The description will be replaced with the description of the front body cloth of FIG. 1 and the conventional front and rear cloth of FIG.

First, as described above, when the human body is observed with reference to the side line O, which is a branch line of the front and rear bodies immediately below the center point of the front and rear sides of the side surfaces of the human body waist line, as shown in FIG. Instead, the difference between the front and back appears at the hip H part. Therefore, in the present application, the all-pleat skirt is also provided with a front-back difference in the circumferential direction of the hip line, and the length (hb) of the pleated surface of the back body cloth 2 around the hip is defined as the front body. It is larger than that of the dough 1 (hf). That is, the drop difference (db) of the back body fabric 2 is set to be larger than the drop difference (df) of the front body fabric 1, and the degree of the increase depends on the body shape and the number of pleats of each individual. Although it depends, about 2 to 10 cm, more preferably about 2 to 5 cm is appropriate. If this front-back difference is small, it will not be possible to adequately cope with the front-back difference of the human body, and if it is large, the pleat width of the front body fabric and the back body fabric will be large in the front and back, and the overall design of the skat And pleats are not preferred on the design. In this embodiment, the number of pleats is equal before and after, but the number of pleats of the back body cloth can be larger than the number of pleats of the front body cloth.

On the other hand, the length (dbw) of the overlap margin 22 for drop difference per pleat in the waist portion of the back body fabric 2 is made larger than that of the front body fabric (dfw). . That is, from the hem s to the hip h, the line of the valley b of the pleats is parallel to the line of the mountain a, but from the hips h to the waist w of the pleats, the inclination of the line of the valley b is changed to the front body cloth. And the length (dbw) of the drop difference overlapping margin 22 per pleat at the waist portion is increased. Thereby, in the waist w, the length (wb) around the waist of the pleated surface of the back body fabric is the same as that of the front body fabric (wf). Examples of specific numerical values when the length around the hem (sb) and the length around the hip (hb) of the pleated surface are larger than the length around the waist (wb) of the pleated surface by x = 3 cm Is shown in the third column of Table 1.

As a result, in FIG. 1 (A) and FIG. 2 (A), the overall shapes of the front body fabric 1 and the back body fabric 2 are drawn in a rectangular shape. As shown in FIG. 2D, the line of the waist w draws a curved curve. In addition, in the back body fabric 2, the drop margin overlap margin 22 per pleat is larger than the drop difference overlap margin 12 of the front body fabric 1, so that the curved curve in the line of the waist w is obtained. However, it becomes steeper and deeper than the front body fabric 1. Then, when the back body cloth 2 is viewed in a three-dimensional shape of the front body cloth 1 and the sewn skirt 3, it is as shown in FIG. 3 and FIG.

FIG. 3 is a perspective view in which only the surface of the pleats is continuous. FIG. 3 is an explanatory view of the central longitudinal section of FIG. This will be described in detail in Section 4.

First, looking at the front body fabric 1, the radius of the hip and the hem is hf / π = sf / π, and the radius of the waist is wf / π. The space between the hip and the waist is represented by a trapezoid where the vertical length of the front body fabric 1 is y. On the other hand, since the length of the pleat surface around the tip of the back body cloth 2 is x = 3 cm larger than that of the front body cloth 1, the radius of the hip is hb / π = (hf + x ) / Π, and the radius of the tail is sb / π = (sf + x) / π. On the other hand, the front body cloth 1 and the back body cloth 2 have the same waist radius of wf / π = wb / π, and the length of the cloth between the hip and the waist is also y. As a result, assuming that the hip circumference is a horizontal reference line N, the back body garment 2 is larger than the front body fabric 1 by the length of the pleated surface around the hip (ie, hf <(Hf + x) = fb) In the waist w, the position of the center 23 of the back body cloth 2 is lower than the position of the center 13 of the front body cloth 1. The value z varies depending on how many other values are set including x, but in the example of the values in Table 1, if the vertical length of the front and rear fabrics is y = 20 cm and x = 2 to 10 cm, By calculation, z = 2 to 9 mm.

That is, the straight line height zf from the center 13 of the front body cloth 1 to the horizontal reference line N around the hip is the square root of ((hf−wf) / π) 2 + y 2, Is substituted, route 417 = 20.4. On the other hand, the straight height zb from the center 23 of the back body cloth 2 to the horizontal reference line N around the hip is the square root of ((hb−wb) / π) 2 + y2, and x = 2 to 10 cm. Then, the route 423 to the route 454 are 20.6 to 21.3. Then, z can be obtained by zf-zb, and z = 2 to 9 mm.

As described above, in the all-pleated skirt 3, a difference is provided in the horizontal height before and after the waist, with the circumference of the hip as a horizontal reference line. More specifically, when the height of the center 13 of the front body cloth and the center 23 of the back body cloth are compared with the horizontal reference line around the hip, the center 23 of the back body cloth becomes lower. As a result, as shown in FIG. 5, when the skirt is worn, the center 13 of the back at the waist is located slightly lower than the center 23 of the abdomen, though it is a slight value, and the all-pleated skirt In a state where 3 is worn in a natural wearing state, the hip circumference and the hem circumference appear almost horizontally.

In addition, as described above, in the all-pleated skirt according to this embodiment, the back body fabric has a greater amount of pleat overlap around the hips and a pleat around the waist than the fabric for the front body. The difference in the overlapping allowance is set to be large, and the drop difference in the back body fabric (the difference between the length of the pleated surface around the hip and the length around the waist of the fabric for the front body) is compared with the fabric for the front body. It is larger than the drop difference (the difference between the length around the hip and the length around the waist of the pleated surface of the front body fabric). Therefore, even in the case of a human body that is not symmetrical with respect to the side line O (particularly, the portion of the hip H), a sufficient margin is given to the hip portion, and the occurrence of pleat cracks can be prevented. It was possible to make it closer to the ideal wearing of an all-pleated skirt.

With the above, the basic form of the front body fabric and the back body fabric is set, and along the waist line (upper side in the figure) of the front body fabric and the back body fabric, A belt-like waist member similar to that described above is sewn to complete the basic shape of the all-pleated skirt, and other members such as pockets and fasteners will be attached as necessary.

FIG. 6A shows a state in which the west member 4 is sewn along the waist line w (upper side in the figure) of the back body cloth 2. As in the case of (A), the waist line w (upper side in the figure) and the waist member 4 may be sewn substantially in parallel (at the same vertical interval). What is necessary is just to sew similarly.

The sewing positions of the waist member 4 and the front body cloth 1 and the back body cloth 2 can be sewn up and down without being parallel. FIG. 6 (B) shows an example in which the sewing position of the back body cloth 2 and the waist member 4 is sewn downwardly on the back side. In addition, the difference between the upper and lower heights can be further increased. However, in this case, if the pattern of the horizontal line is contained in the cloth, the waist member 4 and the pattern of the horizontal line are not parallel to each other. Also, if the sewing position of the back body cloth 2 and the waist member 4 is sewn so as to be greatly shifted downward on the back side, the difference in height between the upper and lower sides can be increased, but on the other hand, the left and right sides are correspondingly increased. The problem may be that the fabric is pulled.

In addition to the above-described embodiments, the present invention can be implemented with various modifications. For example, the invention can be applied to what is called tapered pleats. This is basically the same as the example above, with the width of the pleats being maximal at the hem and smaller at the hips, and the pleats from the hem to the hip also have tapered pleats. It is attached. That is, in the above embodiment, wf <hf = sf for the front body cloth, but wf <hf <sf for the tapered pleats. Then, wb <wb + x = hb = sb for the back body cloth, wb <(wb + x) = hb <sb for the tapered pleats. FIG. 7 is a schematic diagram showing a wearing state of the tapered pleated skirt, and Table 2 shows an example of numerical values of each part. In the example of Table 2, in each of the front body cloth 1 and the back body cloth 2, the width of the pleats at the hem s is made larger by 0.4 cm than the width of the pleats at the hip h. In other respects, the other points are the same as in the previous example.

[0031]

[Table 2]

In addition to the above-described embodiment, the present invention can be implemented with various modifications. For example, the number of pleats is different between the front body fabric 1 and the back body fabric 2. It can also be applied. At that time, for example, in the example of Table 1, by setting the number of pleats of the back body cloth 2 to 11, the width of the pleats from the hem s to the hip h becomes 4.36 cm, and the pleating of the front body cloth 1 It is desirable to increase the number of pleats in the back body fabric compared to the front body fabric, as it is almost equal to the width of the body (4.5 cm).

In addition, in each body fabric, an example has been described in which the width of the pleats is uniform. However, the width of the pleats can be changed depending on a portion of each body fabric. For example, in each body fabric, the width of the pleats on the left and right sides may be larger than the width of the pleats near the center.

In the example of Table 1 described above, the length (wf) (wb) around the waist of the pleat surface is the same for both the front body fabric 1 and the back body fabric 2, It can also be implemented with different dimensions. For example, in the example of Table 1, the length (wf) (wb) of the pleated surface around the waist is 32 cm for both the front body cloth 1 and the back body cloth 2, but in the front body cloth 1, Can be set to 31 cm, and the back body cloth 2 can be set to 32 cm.

[0035]

[Effect of the invention]

 As described above, the present invention has been able to provide an all-pleated skirt that can easily conform to the asymmetry of the front and rear bodies of the human body, particularly the hips, and that can reduce the risk of occurrence of cracks in pleats. Furthermore, as in the second invention of the present application, the difference between the horizontal height before and after the waist is set as a horizontal reference line around the hip, so that when the skirt is worn in a natural state, The waist length wb of the pleated surface of the back body cloth 2 is equal to the waist length wf of the pleated surface of the front body cloth 1. By making them equal, they can be worn in the same manner as conventional all-pleated skirts without making the wearer notice the difference between the front and back at the waist portion, while the all-pleated skirts exhibit the above-mentioned effects during wearing Was able to be provided. According to the third invention of the present application, an all-pleated skirt capable of more reliably preventing pleated cracks can be provided by being used in combination with a tapered pleat form.

[Brief description of the drawings]

FIG. 1A is a front view of a cloth for a front body of an all-pleated skirt according to an embodiment of the present invention, and FIG.
(A) is an explanatory view of pleats of a hip portion along the line BB of (A), (C) is an explanatory diagram of pleats of a waist portion along the line CC of (A), and (D) is a drop diagram. It is a principal part front view in the state where the overlap margin of the difference was attached.

2 (A) is a front view of a back body fabric of the skirt, FIG. 2 (B) is an explanatory view of pleats of a hip portion along line BB of FIG. 2 (A), and FIG. It is explanatory drawing of the pleat of the waist part which follows CC line of A), and (D) is the principal part front view in the state where the overlap margin of the drop difference was attached.

FIG. 3 is a three-dimensional view showing a basic form of the skirt.

FIG. 4 is an explanatory view of a central longitudinal section of FIG. 3;

FIG. 5 is a schematic view showing a wearing state of the skirt.

FIG. 6 (A) is a front view of a relevant part showing a mounting state of a waist member in the cloth for the back body of the skirt, and FIG. 6 (B).
It is a principal part front view which shows the other example of the attachment state of the same waist member.

FIG. 7 is a schematic diagram showing a wearing state of an all-pleated skirt according to another embodiment.

8A is a front view of a front body fabric and a back body fabric of a conventional all-pleated skirt, and FIG. 8B is an explanatory view of a pleat at a hip portion along line BB of FIG. 8A. (C) is an explanatory view of pleats of a waist portion along the line CC in (A), and (D) is a front view of a main part in a state where a margin for drop difference is provided.

FIG. 9 is a three-dimensional view showing a basic form of the skirt.

FIG. 10 is a schematic diagram showing a wearing state of the skirt.

[Explanation of symbols]

Reference Signs List 1 front body fabric 11 front body fabric pleated 13 center of front body fabric at waist hf length around hips of pleat surface of front body fabric wf length around waist of pleat surface of front body fabric 2 Back body fabric 21 Pleated back body fabric 23 Center of back body fabric at waist hb Length around hips of pleat surface of back body fabric wb Length around waist of pleat surface of back body fabric w waist h Hip s Hem O Side line which becomes the branch line of the latter half body and the latter half body

Claims (3)

[Utility model registration claims] 1. A front body fabric (1) and a back body fabric (2) are sewn on both left and right sides to form a tubular skirt, and the front body fabric (1) and the back body of the skirt are formed. Pleats (11,12)
1) is formed, and the overlap of the pleats (11, 21) gradually increases from the hip (h) toward the waist (w). In the all-pleated skirt, the pleats (11, 21) of the hip (h) are formed. The difference between the overlap allowance and the overlap allowance of the pleats (11, 21) on the waist (w)
The back body fabric (2) is set to be larger in the back body fabric (2) than the front body fabric (1), and the length (hb) around the hip of the pleated surface of the back body fabric (2) is An all-pleated skirt, wherein the length of the pleated surface of the front body fabric (1) is set to be larger than the length (hf) around the hip. 2. The position of the center (23) of the back body cloth (2) at the waist (w) is set at the center (13) of the front body cloth (1) with the circumference of the hip (h) as a horizontal reference line. The waist length (wb) of the pleat surface of the back body fabric (2) is set lower than the position and the waist length (wf) of the pleat surface of the front body fabric (1)
The all pleated skirt according to claim 1, wherein 3. A pleat (1) formed on both body cloths of a skirt front body cloth (1) and a back body cloth (2).
3. The all-pleated skirt according to claim 2, wherein (1, 21) is a tapered pleat in which the width of the pleat at the hem portion is larger than the width of the pleat at the position of the hip.