KR102662101B1 - Band for correcting narrow part of body and clothes having the same - Google Patents

Abstract

The present invention relates to a body shape correction band for narrow areas and clothing comprising the same.
It includes: a first compression portion disposed in the front; and an elastic portion connected to the first compression portion; wherein the first compression portion includes a first compression band forming an outer surface and expanding and contracting in multiple directions, and forming an inner surface in left and right directions. It further includes a second compression band that suppresses expansion and contraction and compresses the wearing area, and an expansion-inhibiting core material disposed on the left and right interposed between the upper portions of the first compression band and the second compression band to suppress left and right expansion, The wearing area is compressed yet comfortable, improving wearing comfort and allowing body shape correction.

Description

Body shape correction band for narrow part and clothing comprising the same {Band for correcting narrow part of body and clothes having the same}

The present invention relates to a band for correcting body shape. More specifically, two or more types of fabrics with different elasticity are arranged alternately and the fabrics are sewn using different sewing methods depending on the position, so that the band is worn on parts of the body, including the waist. This is about a body shape correction band for narrow areas that is designed to create a beautiful body line by tightening it as if covering the wearing area, including the lower abdomen, and clothing that includes it.

In general, physical changes may occur, such as the lower abdomen protruding or sagging slightly, depending on the individual's age or weight.

At this time, a girdle may be worn to tighten the convex lower abdomen. These girdles are worn on the pelvic area like pants, and put pressure on a wide area, including the entire abdomen, buttocks, and thighs.

Accordingly, there is a need for a product that is located only in the lower abdomen out of the entire abdomen and can correct the body shape while providing elasticity that tightens rather than compresses.

Republic of Korea Patent No. 10-2133839 (announced on July 16, 2020) Republic of Korea Registered Utility Model No. 20-0428441 (announced on October 11, 2006)

The present invention proposed to solve the above problems is worn in narrow areas that require body shape correction, such as the lower abdomen, and is manufactured using two or more sewing methods with two or more bands of different elasticity arranged alternately, The purpose of the present invention is to provide a body shape correction band for narrow areas and clothing including the same, which allows body shape correction and improves wearing comfort by compressing the part of the body that needs correction, including the lower abdomen.

In order to achieve the above-described purpose, the body shape correction band for narrow areas according to the present invention is manufactured to press in close contact with the wearer's body, including a first compression portion disposed in the front and an elastic portion connected to the first compression portion. It can be.

Here, the first compression part includes a first compression band that forms the outer surface and expands and contracts in multiple directions, a second compression band that forms the inner surface and suppresses expansion and contraction in the left and right directions and compresses the wearing area, and the first compression band and the second compression band. It may include a stretch-inhibiting core material disposed at the top of the band and disposed left and right to suppress left-right stretch.

At this time, the expansion-inhibiting core material may be sewn with the first compression band and the second compression band by backstitching.

Additionally, the lower end of the first compression portion or the elastic portion, and the sewn portion of the first compression portion and the elastic portion may be sewn with the first sewing portion so that reduced pressure is provided at the sewn portion compared to the central portion of the first compression portion.

Additionally, the elastic unit may include an elastic band that expands and contracts in multiple directions.

At this time, the elastic band is folded in half, the folded portion is located at the top, and the sewing portion between the lower sewing portion and the first pressing portion 100 has less pressure at the sewing portion than the central portion of the first pressing portion 100. It may be sewn with the first sewing portion (S2) to provide this.

On the other hand, the body shape bar sewing band according to the present invention includes: a third compression portion disposed at the rear corresponding to the first compression portion; and a second compression portion disposed between the first compression portion and the third compression portion; It may include at least one more.

Here, the elastic portion may be located between the first compression portion and the third compression portion, or may be located at least one of the first compression portion and the second compression portion, or the second compression portion and the third compression portion.

In addition, the second or third compression unit includes a first compression band that forms an outer surface and expands and contracts in multiple directions, and a second compression band that forms an inner surface and suppresses expansion and contraction in the left and right directions to compress the wearing area, The edges of the first compression band and the second compression band may be sewn to each other.

At this time, the sewn portion of the elastic portion and the second compression portion or the elastic portion and the third compression portion may be sewn as a second sewing portion that provides a stronger grip than the first sewing portion.

In addition, the second compression unit may further include an expansion-inhibiting core material disposed on the left and right, interposed between the upper portions of the first compression band and the second compression band, to suppress left-right expansion.

At this time, the expansion-inhibiting core material may be sewn with the first compression band and the second compression band by backstitching.

In addition, the third compression unit may further include an expansion-inhibiting core material disposed on the left and right, interposed between the upper portions of the first compression band and the second compression band, to suppress left-right expansion.

At this time, the expansion-inhibiting core material may be sewn with the first compression band and the second compression band by backstitching.

Meanwhile, the expansion-inhibiting core material is positioned oppositely as the upper portions of the first compression band and the second compression band are folded, and from the outside, the outer surface (a) and the folded portion (b) of the first compression band and the folded portion of the second compression band are formed. In a state in which (c) and the inner surface (d) are arranged in that order, it is disposed between the folded part (c) and the inner surface (d) of the second compression band, the folded part (b) of the first compression band, and the second compression band. It can be fixed by sewing together with the folded part (c) and inner side (d) of the compression band.

At this time, the elasticity of the outer surface (a) of the first compression band is guaranteed due to the stitching, and the phenomenon of folding of the expansion-inhibiting core material when worn can be prevented.

Additionally, the expansion-inhibiting core material) may be a shape memory alloy or Mobilon tape.

In addition, the stitching may be two upper and lower rows that act separately against the expansion and contraction of the second compression band in the upper and lower directions, and may be a double stitch sewn in the longitudinal direction of the expansion-inhibiting core material to suppress expansion and contraction in the left and right directions.

Meanwhile, clothing equipped with the above-described body shape correction band according to the present invention has one or more body shape correction bands sewn singly or crossing each other on parts of the top and bottom underwear, including the waist portion of the bottoms, and this body shape correction band It can be made to press or tighten a part of the wearer's body.

As described above, according to the present invention, it is composed of a first compression unit having a second compression band with suppressed left-right expansion and contraction, and an elastic unit having an elastic band with high multi-directional elasticity, thereby compressing the part of the body that requires correction. It has the effect of improving wearing comfort while applying pressure.

In addition, a first compression unit, a second compression unit, and a third compression unit having a second compression band suppressed from stretching in the left and right directions are disposed, and an elastic unit having an elastic band with high multi-directional elasticity is interposed between them, thereby forming the compression unit. Even though the area where it is located is compressed, the area where the elastic part is located freely expands and contracts, so it is comfortable while being compressed, which has the effect of not only improving the fit but also enabling body shape correction.

In addition, the second compression band, in which left and right expansion and contraction are suppressed in the first, second, or third compression sections, compresses the lower abdomen or other parts of the body, and the first compression band is freely elastic, providing a comfortable fit as well as pressure. There is an effect that can be obtained.

In addition, an expansion-inhibiting core material is built into the upper part of the first compression section, second compression section, or third compression section to suppress expansion and contraction of the second compression band in the left and right directions, thereby assisting and maintaining the compression function of the second compression band. There is an effect.

In addition, only the folded portion at the top of the first compression band is sewn together with the expansion-inhibiting core material, and most of the expansion and contraction of the first compression band is guaranteed, which has the effect of preventing the phenomenon of the expansion-inhibiting core material turning over while worn.

In addition, the second compression band and the stretch-inhibiting core material are sewn with two rows of top and bottom stitching and are sewn across the first sewing section, so that the top and bottom stretch as well as the left and right stretch of the second compression band are suppressed as much as possible, providing pressure for body shape correction. The function is improved and the phenomenon of overturning of the expansion-inhibiting core material is prevented.

In addition, the first and second sewing parts that exclude seam allowances maximize softness and minimize roughness in areas that come into contact with the skin.

In addition, the first sewing part is sewn with a slightly relaxed fit against strong pressure in the wide first compression part, and the second sewing part is sewn strongly to provide a somewhat relaxed fit in the elastic part and the narrow second and third compression parts, It has the effect of providing a relaxed feeling of wearing while ensuring strong pressure in the first compression section, and a tight feeling of wearing by preventing looseness in the elastic section and the second and third compression sections.

The following drawings attached to this specification illustrate preferred embodiments of the present invention, and serve to further understand the technical idea of the present invention along with the detailed description of the invention, so the present invention is limited only to the matters described in such drawings. It should not be interpreted as such.
Figure 1 is a view showing the front of a body shape correction band for narrow areas according to a preferred embodiment of the present invention.
Figure 2 is a diagram showing the inner side of the front surface of Figure 1.
FIG. 3 is a diagram illustrating portion “A” of FIG. 2 in an unfolded state.
Figure 4 is a cross-sectional view taken along line AA shown in Figure 1.
Figure 5 is a diagram showing the outer side of the body shape correction band of Figure 1.
FIG. 6 is a view showing the inner side of the side surface of FIG. 5.
Figure 7 is a diagram showing the outer surface of the back of the body shape correction band of Figure 1.
FIG. 8 is a view showing the inner side of the back of FIG. 7.
FIGS. 9A to 9F are diagrams illustrating examples of use of the body shape correction band shown in FIG. 1 applied to clothing.

Hereinafter, with reference to the attached drawings, preferred embodiments will be described in detail so that those skilled in the art can easily practice the present invention. Additionally, among the configurations mentioned in various embodiments, similar configurations and related configurations in each embodiment may be replaced, replaced, or added. However, when explaining in detail the operating principle of a preferred embodiment of the present invention, if a detailed description of a related known function or configuration is judged to unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

As shown in FIGS. 1, 4, and 6, the body shape correction band 10 for narrow areas according to a preferred embodiment of the present invention includes a first compression portion 100, an elastic portion 200, and a second compression portion. It may include (300) and a third pressing unit (400). Overall, the first compression portion 100 at the front and the third compression portion 400 at the rear are located, and the elastic portion 200 and the second compression portion 300 are positioned alternately between the two. It can be. As an example, the elastic unit 200, the second compression unit 300, and the elastic unit 200 may be arranged in that order. This body shape correction band 10 is indicated by a yellow line in FIG. 1. Hereinafter, the body shape correction band 10 for narrow areas will be explained by taking it as an example that it is worn on the wearer's waist area. In addition, hereinafter, the 'band' may be a fabric with excellent elasticity and a fabric with suppressed stretching among the fabrics used to make clothing, or it may be a component made by sewing these fabrics individually or together.

First, the first compression unit 100 may be positioned on the wearer's lower abdomen to press the wearer's lower abdomen when worn. As shown in FIGS. 1, 5, and 7, the first compression unit 100 has the widest width and height compared to the elastic unit 200, the second compression unit 300, and the third compression unit 400. It may be one of the highest parts. This may be generally intended to provide strong pressure while covering the entire lower abdomen of the wearer. As shown in FIGS. 1 and 2, the first compression unit 100 may be made by sewing the outer first compression band (B1) and the inner second compression band (B2) together.

The first compression band (B1) may be a fabric with high elasticity in multiple directions or left and right directions. In addition, the first compression band B1 may be the same as the fabric of the pants when applied to the pants as shown in FIGS. 9A to 9D. This first compression band (B) is arranged in the grain direction, that is, left and right with high elasticity, and when placed on the lower abdomen, for example, it can be freely stretched and contracted when the lower abdomen goes in and out.

The second compression band (B2) may be made of a fabric that is free of elasticity only in the vertical direction and has elasticity suppressed in the left and right directions. Of course, elasticity may also be suppressed in the vertical direction. This second compression band (B2) is arranged in a direction perpendicular to the grain direction, that is, to suppress elasticity. For example, when placed on the lower abdomen, the body shape can be corrected by strongly pressing or tightening when the lower abdomen goes in and out. In addition, as shown in Figure 3, the upper part of the first pressure band (B1) and the second pressure band (B2) is sewn with a two-row stitch (S1), which is sewn in the left and right directions of the second pressure band (B2). This is to minimize or prevent stretching, provide significantly lower stretching than that of the first sewing portion (S2) or the second sewing portion (S3), and prevent the phenomenon of the stretching-inhibiting core material (C) being overturned, which will be described later. At this time, 2 rows of stitching (S1) may be 2 rows of three stitches in technical terms.

In addition, as shown in Figure 4, a stretch-inhibiting core material (C) may be interposed in the upper sewn portions of the first compression band (B1) and the second compression band (B2) to minimize or prevent stretching in the left and right directions. , This expansion-inhibiting core material (C) may be a shape memory alloy material or Mobilon tape. To explain in more detail, the sewing structure of the first compression band (B1) and the second compression band (B2) is folded except for the outer surface (a) of the first compression band (B1). Part (b), folded portion (c) of the second compression band (B2), inner surface (d) of the second compression band (B2), and folded portion (c) and inner surface of the second compression band (B2) The expansion-inhibiting core material (C) interposed between (d) can be sewn with a two-row stitch (S1). At this time, the two-row stitch (S1) is sewn separately at the top and bottom as shown in FIG. 1, and is positioned parallel to the longitudinal direction of the expansion-inhibiting core material (C), so that it follows the vertical expansion and contraction of the second compression band (B2). Interference between the upper and lower stitches is completely excluded, mutual interference due to left and right expansion is minimized or prevented, left and right expansion is strongly suppressed, and the flipping phenomenon of the upper part of the expansion-inhibiting core material (C) facing downward is prevented. It can be.

In addition, as shown in Figure 4, the expansion-inhibiting core material (C) is preferably wrapped around the folded portion (c) of the second compression band (B2), and in addition, it is wrapped around the folded portion (b) of the first compression band (B1) and sewn. It could be. In addition, the two-row stitch (S1) can be worked to sew the inner surface (d) and folded portion (c) of the second compression band (B2) and the folded portion (b) of the first compression band (B1). . This ensures free expansion and contraction of the outer surface (a) of the first compression band (B1), which is not double-stitched (S1), and the folded portion (c) and inner surface (d) together with the expansion-inhibiting core material (C) are The expansion and contraction of the second compression band (B2) in the area where the two rows of stitching (S1) are sewn may be extremely limited. As a result, when the lower abdomen moves in and out, the second compression band (B2) compresses the lower abdomen, and the first compression band (B1) expands and contracts more freely, minimizing the phenomenon of pulling the expansion-inhibiting core material (C). The flipping phenomenon in (C) can be prevented.

In addition, the expansion-inhibiting core material (C) may be disposed in at least one of the first compression portion 100, the second compression portion 300, and the third compression portion 400, and may be excluded from the elastic portion 200. This means that in the first compression unit 100, the second compression unit 300, and the third compression unit 400, the first compression band (B1) and the second compression band (B2) are 2 together with the expansion-inhibiting core material (C). This is because it is formed with a string stitch (S1), so it can be prevented from turning over even when worn for a long time. In addition, since one elastic band (B3) is folded and formed as in the elastic portion (200), the stretch-inhibiting core material (C) can easily be turned over even if worn for a short period of time. In addition, the expansion-inhibiting core material (C) may be disposed along the entire length of the top of the first compression portion 100, second compression portion 300, or third compression portion 400, or may be disposed along a portion of the length.

In addition, in the first compression band (B1) and the second compression band (B2), the first sewing portion (S2) on the left, right, and lower parts, excluding the upper part where two rows of stitches (S1) are sewn, is the second sewing portion (S3). A sewing method is applied in which a lower gripping force (force held by sewing) is provided, thereby adjusting the pressure at the sewing area downward, and this first sewing portion (S2) may be a merrow stitch. As shown in FIG. 3, this merrow stitch may be a sewing method in which the left and right widths of the sewing area are narrower than those of the second sewing area (S3) and a seam allowance is excluded, allowing softness to be felt when in contact with the skin. In addition, the merrow stitch has a lower gripping force than the second sewing portion S3, so that the wide first pressing portion 100 can provide strong pressure while providing somewhat relaxed pressure at the sewing area. Accordingly, strong pressure can be provided to the central part of the first compression unit 100, and relaxed pressure can be provided around both sides. This first sewing section (S2) may be a sewing method that finishes the bottom of the entire first pressing section 100, elastic section 200, second pressing section 300, and third pressing section 400. . Of course, it may be replaced with the second sewing section (S3).

And, as shown in FIG. 1, the first compression unit 100 has a curved shape at the bottom, the height h1 of the central part is the highest, and the height h2 of both sides can be gradually lowered. In addition, as shown in FIGS. 1 and 7, the overall shape of the body shape correction band 10 according to a preferred embodiment of the present invention has the highest central height (h1) of the first compression portion 100, and the third compression portion ( The central height (h4) of the 400) is the same as or lower than the height (h1), and the heights of the heights (h2) on both sides of the first pressing unit 100 and the heights (h5) on both sides of the third pressing unit 400 are sequentially is lowered, and the heights (h3, h6) of the sewn portions of the elastic portion 200 and the second compression portion 300 may have a curved shape with the lowest height. This shape is intended to cover and compress the wearer's lower abdomen in a wider area, and to assist this compression by the elastic portion 200, the second compression portion 300, and the third compression portion 400. In addition, the heights (h1 to h6) of all parts may be manufactured to be the same.

Meanwhile, as shown in FIGS. 1 and 2, the elastic portion 200 is positioned adjacent to the first compression portion 100 and is made of a fabric capable of stretching in multiple directions, so that it can be freely expanded and contracted against external force. For example, the pressure on the side can be minimized by stretching sufficiently during breathing, or the pressure can be significantly lower than that of the first compression unit 100, the second compression unit 300, and the third compression unit 400. As shown in Figures 1 to 3, this elastic part 200 is made of one elastic band (B3), and after being folded in half, the folded part is located at the upper part. In the folded state, there is no sewing at the upper part, and the lower part is sewn. It can be sewn through the first sewing section (S2). Of course, the second sewing section (S3) may replace the first sewing section (S2).

In addition, one side of the elastic portion 200 is sewn with the first compression portion 100 and the first sewing portion S2, and the other portion is sewn with the second compression portion 300 or the third sewing portion 400. ) and the second sewing section (S3). Here, the first sewing portion S2 may provide some leeway in the sewing area due to strong pressure on the center of the first pressing portion 100. In addition, the second sewing portion S3 provides a strong gripping force to the elastic portion 200 having high elasticity, thereby ensuring high elasticity of the elastic portion 200 and allowing the sewing portion to be strongly sewn. Here, the second sewing portion (S3) may be an odd lamp stitch. As shown in FIG. 3, this odd lamp stitch is wider than the first sewing portion (S2) and may be a sewing method that provides strong gripping force at the sewing area while maximizing the expansion and contraction of the elastic band (B3). In addition, the elasticity of the elastic band (B3) can be guaranteed as much as possible by ensuring that the upper part of the elastic portion (200) is not sewn and the expansion-inhibiting core material (C) is not interposed. At this time, since the expansion-inhibiting core material (C) is not interposed, the phenomenon of the expansion-inhibiting core material (C) turning over when worn can be prevented.

Meanwhile, the second compression unit 300 may be disposed between the elastic bands B3, and may also be disposed between the elastic band B3 and the third compression unit 400. This second compression unit 300, in the same way as the first compression unit 100, includes a first compression band (B1), a second compression band (B2), an expansion-inhibiting core material (C), and a two-row stitching (S1). It can be provided. At this time, the new construction restraint material (C) may be excluded. Another difference may be that the left and right widths are shorter than those of the first compression portion 100, and the elastic bands B3 adjacent on both sides are sewn with the second sewing portion S3. Therefore, the second pressing part 300 provides somewhat lower pressure than the first pressing part 100, which provides strong pressure, and accordingly, the second sewing part B3, which provides strong gripping force even at the sewing area, is applied. Even pressure can be provided over the entire area. For example, when worn on the waist, the second pressure portion 300 can provide a feeling of tightness rather than pressure on the side and improve wearing comfort. In addition, the first sewing portion (B2) may be applied instead of the second sewing portion (B2).

Meanwhile, the third compression unit 400 may be placed on the operator's back waist. This third compression unit 400, in the same manner as the first compression unit 100, includes a first compression band (B1), a second compression band (B2), an expansion-inhibiting core material (C), and a two-line stitching (S1). It can be provided. At this time, the new construction restraint material (C) may be excluded. Another difference is that the left and right widths are shorter than the first compression portion 100 and wider than the second compression portion 300, and the elastic bands B3 adjacent on both sides are sewn with the second sewing portion S3. You can. Accordingly, the third compression unit 400 provides somewhat lower pressure than the first compression portion 100, which provides strong pressure, while providing somewhat higher pressure than the second compression portion 300, and thus provides strong pressure even at the sewing area. By applying the second sewing portion (B3) that provides gripping force, even pressure can be provided over the entire area. For example, when worn on the waist, the third compression unit 400 can provide a feeling of tightness rather than pressure on the back waist and improve wearing comfort. In addition, the first sewing portion (B2) may be applied instead of the second sewing portion (B2). Here, the third pressing unit 400 may have the same configuration as the second pressing unit 300, but may have a difference in area.

Here, in the embodiment of the present invention, the elastic portion 200, the second compression portion 300, and the elastic portion 200 are arranged in that order between the first compression portion 100 and the third compression portion 400. It can be based on . As an example, clockwise, the first compression unit 100, the elastic unit 200, the second compression unit 300, the elastic unit 200, the third compression unit 400, the elastic unit 200, and the second compression unit. It may be composed of 8 pieces by being arranged as a part 300 and an elastic part 200. In addition, it may consist of only the first compression unit 100 and the elastic unit 200, the number of the elastic unit 200 and the second compression unit 300 may be changed, or the second compression unit 300 or the third compression unit ( 400) can be changed into various forms, such as being excluded. In addition, the first sewing part S2 and the second sewing part S3 may be replaced with each other in sewing areas other than the first sewing part S2 applied to the first compression unit 100.

Meanwhile, as shown in FIGS. 9A to 9F, the body shape correction band 10 according to the present invention is a conventional waist band for various bottoms such as pants, training pants, jogger pants, yoga pants, leggings, shorts, girdles, and panties. It can be used instead of . In addition, it is placed at the bottom of shorts to tighten the thighs, is placed up and down on the side to intersect with the waist or hem of pants to tighten the thighs, or is placed up and down on the side to intersect with the body shape correction band at the waist or bottom of pants. The band is placed to tighten the thighs, the ankles of long pants, the wrists, cuffs, and waist of a top, or it can be used in various forms to replace the cup band or wearing band of a bra. At this time, the first sewing portion (S2) or the second sewing portion (S3), which provides a soft contact feeling to the skin without seam allowance, may be applied alone or together to the sewing portion between the body shape correction band 10 and a portion of the clothing. In this way, one or more body shape correction bands 10 may be used individually or cross-sewn together on a part of clothing, or may be manufactured singly and used to compress parts of the body, including the waist or thighs.

As described above, a person skilled in the art to which the present invention pertains will understand that the present invention can be implemented in other specific forms without changing its technical idea or essential features. Therefore, the above-described embodiments should be understood in all respects as illustrative and not restrictive. The scope of the present invention is indicated by the patent registration claims described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the patent registration claims and the equivalent concept should be interpreted as being included in the scope of the present invention. do.

10:Body shape correction band
100: first compression part 200: elastic part
300: Second compression unit 400: Third compression unit.
B1: 1st compression band B2: 2nd compression band
B3: Elastic band C: Expansion-inhibiting core material
S1: 2 rows of stitching S2: 1st sewing section
S3: Second sewing department.

Claims (12)

A first compression unit 100 disposed in the front; and
It is manufactured to press in close contact with the wearer's body, including an elastic part 200 connected to the first compression part 100,
The first compression unit 100 includes a first compression band (B1) forming an outer surface that expands and contracts in multiple directions, and a second compression band (B2) forming an inner surface that suppresses expansion and contraction in at least one direction and compresses the wearing area. Including,
The elastic portion 200 includes an elastic band B3 that expands and contracts in multiple directions,
The elastic band (B3) is folded in half, the folded portion is located on one side, and three sides including the opposite portion and the portion connected to the first compression portion (100) are sewn with the first sewing portion (S2). Body shape correction band for narrow areas.
In claim 1,
The expansion-inhibiting core material has a shape that is longer than the width disposed at one end of the first compression band (B1) and the second compression band (B2), and is sewn to suppress expansion and contraction of the second compression band (B2) in the longitudinal direction. A body shape correction band for narrow areas further including (C).
In claim 2,
The expansion-inhibiting core material (C) is positioned oppositely as the upper portions of the first compression band (B1) and the second compression band (B2) are folded, and is formed on the outer surface (a) and the folded portion of the first compression band (B1) from the outside. (b), between the folded part (c) and the inner surface (d) of the second compression band (B2), with the folded part (c) and the inner surface (d) of the second compression band (B2) arranged in that order. It is placed on and is fixed by stitching with the folded portion (b) of the first compression band (B1), the folded portion (c) and the inner surface (d) of the second compression band (B2),
A body shape correction band for narrow areas that ensures the expansion and contraction of the outer surface (a) of the first compression band (B1) due to the stitching and prevents the phenomenon of the expansion-inhibiting core material (C) turning over when worn.
In claim 3,
The stitching is for narrow areas, which is a two-row stitching (S1) sewn in the longitudinal direction in two rows with respect to the width direction of the expansion-inhibiting core material (C) to suppress expansion and contraction of the second compression band (B2) in the longitudinal direction. Body shape correction band.
In claim 1,
A third compression unit 400 disposed at the rear corresponding to the first compression unit 100;
a second pressing unit 300 disposed between the first pressing unit 100 and the third pressing unit 400; Contains at least one more of
The elastic portion 200 is located between the first compression portion 100 and the third compression portion 400, the first compression portion 100 and the second compression portion 300, or the second compression portion 300. ) and a body shape correction band for narrow areas located at least one of the third compression parts 400.
In claim 5,
The second compression unit 300 or the third compression unit 400 includes a first compression band B1 that expands and contracts in multiple directions on the outer surface, and a first compression band B1 that expands and contracts in multiple directions on the inner surface and suppresses expansion and contraction in at least one direction, thereby compressing the wearing area. A body shape correction band for narrow areas, comprising a second compression band (B2) and the edges of the first compression band (B1) and the second compression band (B2) being sewn to each other.
In claim 5,
The sewing portion of the elastic portion 200 and the second compression portion 300 or the elastic portion 200 and the third compression portion 400 is a second sewing portion that provides a stronger grip than the first sewing portion (S2). Body shape correction band for narrow areas sewn with (S3).
In claim 7,
The expansion-inhibiting core material has a shape that is longer than the width disposed at one end of the first compression band (B1) and the second compression band (B2), and is sewn to suppress expansion and contraction of the second compression band (B2) in the longitudinal direction. A body shape correction band for narrow areas further including (C).
In claim 8,
The expansion-inhibiting core material (C) is positioned oppositely as the upper portions of the first compression band (B1) and the second compression band (B2) are folded, and is formed on the outer surface (a) and the folded portion of the first compression band (B1) from the outside. (b), between the folded part (c) and the inner surface (d) of the second compression band (B2), with the folded part (c) and the inner surface (d) of the second compression band (B2) arranged in that order. It is placed on and is fixed by stitching with the folded portion (b) of the first compression band (B1), the folded portion (c) and the inner surface (d) of the second compression band (B2),
A body shape correction band for narrow areas that ensures the expansion and contraction of the outer surface (a) of the first compression band (B1) due to the stitching and prevents the phenomenon of the expansion-inhibiting core material (C) turning over when worn.
In claim 9,
The stitching is for narrow areas, which is a two-row stitching (S1) sewn in the longitudinal direction in two rows with respect to the width direction of the expansion-inhibiting core material (C) to suppress expansion and contraction of the second compression band (B2) in the longitudinal direction. Body shape correction band.
In any one of claims 2 to 4 and 8 to 10,
A body shape correction band for narrow areas wherein the expansion-inhibiting core material (C) is a shape memory alloy or Mobilon tape.
At least one body shape correction band (10) according to any one of claims 1 to 10 is sewn singly or cross-sewn on parts of tops, bottoms, and underwear, including the waist or thigh area of bottoms, to cover parts of the wearer's body. Clothing equipped with a body shape correction band designed to compress or tighten.

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